R8605B M300 V2

Service Manual R8605BType M301, M302

System Analysis and Measurement Centre

M301, M302System Analysis and Measurement Centre

Service Manual

Volume 2

Note to Users

This Service Manual is constructed using a system of issue letters (alphas) immediatelyfollowing the reference number, eg. 5943A denotes A as being the first issue. This ruleapplies both to the overall volume reference and to its individual chapters, but is appliedto each, separately, whenever important amendments are made. Therefore, the incrementissue letter of any given chapter may not match that of the main volume.

SERVICE MANUAL R8605BM301, M302 Volume 2

Contents

SAFETY SECTION

CHAPTER 1 INTRODUCTION

CHAPTER 2 INSTALLATION

CHAPTER 3 COMMISSIONING

CHAPTER 4 PROBLEM ANALYSIS

CHAPTER 5 SCADA INFORMATION


Contents


Contents

SAFETY SECTION

This Safety Section should be read before commencing any work on the equipment.

Health and safety

The information in the Safety Section of the product documentation is intended toensure that products are properly installed and handled in order to maintain themin a safe condition. It is assumed that everyone who will be associated with theequipment will be familiar with the contents of the Safety Section.

Explanation of symbols and labels

The meaning of symbols and labels which may be used on the equipment or in theproduct documentation, is given below.

Caution: refer to product documentation Caution: risk of electric shock

Protective/safety *earth terminal

Functional *earth terminal.Note: this symbol may also be used for a protective/safety earth terminal if that terminal is part of aterminal block or sub-assembly eg. power supply.

*Note: The term earth used throughout the product documentation is the directequivalent of the North American term ground.

Installing, Commissioning and ServicingEquipment connections

Personnel undertaking installation, commissioning or servicing work on thisequipment should be aware of the correct working procedures to ensure safety.The product documentation should be consulted before installing, commissioning orservicing the equipment.

Terminals exposed during installation, commissioning and maintenance maypresent a hazardous voltage unless the equipment is electrically isolated.

If there is unlocked access to the rear of the equipment, care should be taken by allpersonnel to avoid electric shock or energy hazards.

Voltage and current connections should be made using insulated crimpterminations to ensure that terminal block insulation requirements are maintainedfor safety. To ensure that wires are correctly terminated, the correct crimp terminaland tool for the wire size should be used.


Contents

Before energising the equipment it must be earthed using the protective earthterminal, or the appropriate termination of the supply plug in the case of plugconnected equipment. Omitting or disconnecting the equipment earth may cause asafety hazard.

The recommended minimum earth wire size is 2.5 mm2, unless otherwise stated inthe technical data section of the product documentation.

Before energising the equipment, the following should be checked:

Voltage rating and polarity;

CT circuit rating and integrity of connections;

Protective fuse rating;

Integrity of earth connection (where applicable)

Equipment operating conditions

The equipment should be operated within the specified electrical andenvironmental limits.

Current transformer circuits

Do not open the secondary circuit of a live CT since the high voltage producedmay be lethal to personnel and could damage insulation.

External resistors

Where external resistors are fitted to relays, these may present a risk of electricshock or burns, if touched.

Battery replacement

Where internal batteries are fitted they should be replaced with the recommendedtype and be installed with the correct polarity, to avoid possible damage to theequipment.

Insulation and dielectric strength testing

Insulation testing may leave capacitors charged up to a hazardous voltage. At theend of each part of the test, the voltage should be gradually reduced to zero, todischarge capacitors, before the test leads are disconnected.

Insertion of modules and pcb cards

These must not be inserted into or withdrawn from equipment whilst it is energised,since this may result in damage.

Fibre optic communication

Where fibre optic communication devices are fitted, these should not be vieweddirectly. Optical power meters should be used to determine the operation or signallevel of the device.


Contents

Older ProductsElectrical adjustments

Equipments which require direct physical adjustments to their operating mechanismto change current or voltage settings, should have the electrical power removedbefore making the change, to avoid any risk of electric shock.

Mechanical adjustments

The electrical power to the relay contacts should be removed before checking anymechanical settings, to avoid any risk of electric shock.

Draw out case relays

Removal of the cover on equipment incorporating electromechanical operatingelements, may expose hazardous live parts such as relay contacts.

Insertion and withdrawal of extender cards

When using an extender card, this should not be inserted or withdrawn from theequipment whilst it is energised. This is to avoid possible shock or damagehazards. Hazardous live voltages may be accessible on the extender card.

Insertion and withdrawal of heavy current test plugs

When using a heavy current test plug, CT shorting links must be in place beforeinsertion or removal, to avoid potentially lethal voltages.

Decommissioning and Disposal

Decommissioning: The auxiliary supply circuit in the relay may includecapacitors across the supply or to earth. To avoid electricshock or energy hazards, after completely isolating thesupplies to the relay (both poles of any dc supply), thecapacitors should be safely discharged via the externalterminals prior to decommissioning.

Disposal: It is recommended that incineration and disposal to watercourses is avoided. The product should be disposed of in asafe manner. Any products containing batteries should havethem removed before disposal, taking precautions to avoidshort circuits. Particular regulations within the country ofoperation, may apply to the disposal of lithium batteries.


Contents

Technical SpecificationsProtective fuse rating

The recommended maximum rating of the external protective fuse for thisequipment is 6A, Red Spot type or equivalent, unless otherwise stated in thetechnical data section of the product documentation.

Insulation class: IEC 61010-1:1990/A2: 1995 This equipment requires aClass I protective (safety) earthEN 61010-1: 1993/A2: 1995 connection to ensure userClass I safety.

Installation IEC 61010-1:1990/A2: 1995 Distribution level, fixedCategory Category III installation. Equipment in(Overvoltage): EN 61010-1: 1993/A2: 1995 this category is qualification

Category III tested at 5kV peak, 1.2/50µs,500Ω, 0.5J, between all supplycircuits and earth and alsobetween independent circuits.

Environment: IEC 61010-1:1990/A2: 1995 Compliance is demonstrated byPollution degree 2 reference to generic safetyEN 61010-1: 1993/A2: 1995 standards.Pollution degree 2

Product safety: 73/23/EEC Compliance with the EuropeanCommission Low VoltageDirective.

EN 61010-1: 1993/A2: 1995 Compliance is demonstratedEN 60950: 1992/A11: 1997 by reference to generic safety

standards.


Service Manual

Chapter 1Introduction

SERVICE MANUAL R8605AM301, M302 Volume 2

Chapter 1Contents

1. INTRODUCTION TO MICOM M300 SERVICE MANUALS 1

2. INTRODUCTION TO MICOM 32.1 User interface and menu structure 32.1.1 Menu structure and password protection 32.1.1.1 Access level 0 42.1.1.2 Access level 1 52.1.1.3 Access level 2 62.2 Reading and clearing of alarm messages and fault records 252.3 Communication ports user interface 252.4 Courier communication interface 262.5 ModBus communication interface 26

3. MODEL IDENTIFICATION 28

FIGURE 1 MENU ACCESS LEVEL 0 4



FIGURE 4 PASSWORD ENTRY PROCEDURE 7

FIGURE 5 MENU OVERVIEW 8

FIGURE 6 LAYER 0 MENU 9

FIGURE 7 LAYER 1 MENU 10

FIGURE 8 LAYER 2 MENU: SYSTEM DATA 11

FIGURE 9 LAYER 2 MENU: SYSTEM CONFIGURATION 12

FIGURE 10 LAYER 2 MENU: SYSTEM MODES 13

FIGURE 11 LAYER 2 MENU: SYSTEM COMMANDS 14

FIGURE 12 LAYER 2 MENU: DEMAND VALUES 15

FIGURE 13 LAYER 2 MENU: TARIFF METER 16

FIGURE 14 LAYER 2 MENU: VIEW RECORDS 17

FIGURE 15 LAYER 2 MENU: DISTURBANCE RECORDER 18

FIGURE 16 LAYER 2 MENU: COMMUNICATION SETTINGS 19

FIGURE 17 LAYER 2 MENU: DEMAND CALCULATION 20

FIGURE 18 LAYER 2 MENU: ANALOG OUTPUTS 21

FIGURE 19 LAYER 2 MENU: RELAY OUTPUTS 22

FIGURE 20 LAYER 2 MENU: OPTO INPUTS 23

FIGURE 21 LAYER 2 MENU: SETPOINT GROUPS 1 TO 4 24

FIGURE 22 LAYER 2 MENU: TARIFF SETTINGS 25


Chapter 1Page 1 of 28

Section 1. INTRODUCTION TO MICOM M300 SERVICEMANUALS

This service manual provides a functional and technical description of the MiCOMM300 System Analysis and Measurement Centre range and a comprehensive setof instructions for the use and application of the unit. The generic description usedfor the product range in this manual is M300. There are two main productvariants; one panel mounted and referred to throughout as M301, and the otherDIN rail mounted and referred to as M302.

The service manual is split into two volumes as follows:

Volume 1 includes information on the application of the measurement centre anda technical description of its features. It is mainly intended forapplication engineers concerned with the selection and application ofthe product for measuring power system parameters.

Volume 2 contains information on the installation and commissioning of theproduct, and also a section on fault finding. This volume is intendedfor test and commissioning engineers who are responsible for theinstallation and maintenance of the unit.

The introductory chapter is common to both volumes and includes:

• An introduction to the MiCOM range of products and the features and facilitieswhich the range offers.

• A description of the user interface of the M301 to enable the user to start usingthe product. This concentrates on the menu structure and how to navigate it fromthe front of the unit.

• General technical statements.

The chapter content within each volume is summarised below:

Volume 1 Engineering Volume

Chapter 1 Introduction

Introduction to the MiCOM products and a guide to the userinterface of the M300.

Chapter 2 Applications

Comprehensive and detailed description of the features of theproduct, the power system applications for which it is intended, andhow to calculate and apply suitable settings to the unit.

Chapter 3 Description

Overview of the hardware and software in the unit along with adescription of the internal operation of the unit. This chapter includesinformation on the self checking features and diagnostics of theproduct.

Chapter 4 Specification

Technical specifications of the product giving details of accuracylimits, recommended operating conditions, technical ratings andperformance etc. Where appropriate the technical specifications arequoted in relation to the relevant technical standard(s).



Volume 2 Installation volume

Chapter 1 Introduction

Introduction to the MiCOM products and a guide to the userinterface of the M300.

Chapter 2 Installation

Contains recommendations on unpacking, handling, inspection andstorage of the product. A guide to the mechanical and electricalinstallation of the product is provided, which incorporates wiringdiagrams and earthing details.

Chapter 3 Commissioning

Instructions regarding how to commission the product on site,comprising checks on the calibration of the product, and directionson how to check the functionality of the product to prove it is incorrect working order. This also includes a guide to entering therequired product settings.

Chapter 4 Problem analysis

This chapter provides advice on how to recognise failure symptomsand how to proceed in order to restore the product to a healthycondition.

Chapter 5 Communications and SCADA interface

This chapter provides detailed information regarding thecommunication interfaces of the product, including a detaileddescription of the settings database stored inside and how to accessit. The chapter also gives information on each of the communicationprotocols that can be used with the unit, and is intended to allow theuser to design a custom interface to a SCADA system.



Section 2. INTRODUCTION TO MICOM

MiCOM is the new range of substation protection and control products fromALSTOM T&D Protection & Control. Central to the concept of MiCOM iscommunication; communication between the different products in the range andbetween the MiCOM products and substation control and SCADA systems. Thisenables MiCOM to provide a comprehensive range of integrated protection andcontrol equipment which is capable of fulfilling all substation requirements.

The MiCOM range includes a wide selection of protection relays (the P series),measurement products for accurate metering and monitoring (the M series) andversatile communication support packages for personal computer interrogation ofthe products (the S series).

All MiCOM products include facilities for recording a multitude of information onthe state and behaviour of the power system through disturbance and fault records,but also can provide measurements of the system at regular intervals to a controlcentre to enable remote monitoring and control to take place.

There are several personal computer based support software packages in theMiCOM range which are custom designed for use with the other MiCOMproducts:

• MiCOM M300 setting software is designed for local control of a singlemeasurement centre and provides facilities for changing product settings andviewing measurands. This package communicates via the ModBus protocol.

• MiCOM S1 is designed for local control of a single relay and providesfacilities for operations such as changing the relay settings, programming theprotection scheme logic and extracting disturbance and fault records. Thispackage communicates via the Courier protocol.

• MiCOM S10 provides substation-wide communication with many MiCOMproducts and is capable of extracting and displaying measurements from anentire substation. Also MiCOM S1 can be combined with MiCOM S10 toallow control of the relay settings for all MiCOM devices within a substation.

The range of measurement products in the MiCOM range presently includes thefollowing products:

M100 panel mounted energy meters

M210 system measurement centre

M300 system analysis and measurement centre

For up-to-date information on any of the products in the MiCOM range see thelatest MiCOM publications.

2.1 User interface and menu structure

The settings and functions of the M300 can be accessed from either the front panelor rear communications port. The M302 has only communications ports and nolocal user interface.

2.1.1 Menu structure and password protection

The front panel user interface is arranged in a hierarchical structure which isdesigned to provide an intuitive interface eliminating the need for constantrecourse to the service manual. There are three main layers to the menu. Layer 0 of



the menu allows access to the measured parameters. Layer 1 allows access to thedifferent setting groups. Once the appropriate setting group that requires changingis located then access can be gained to the actual setting.

Different password access levels are allotted according to the security criteria ofindividual settings.

2.1.1.1 Access level 0

To set access to level 0

Layer 0 menu

or

Layer 1 menu

System data

Layer 2 menu

or

Password control

Enter password - see text

or

Access level 0

Level 1

Level 2

Level 0

Figure 1

With this access level set only level 0 settings can be changed without the entranceof a password. The only setting that can be changed is that of the Real Time Clock.



2.1.1.2 Access level 1To set access to level 1

Layer 1 menu

or

System data

Layer 2 menu

or

Password control


or

Access level 1

Level 2

Level 0

Level 1

Device settings

Figure 2

With this access level set only level 0 and 1 settings can be changed without theentry of a password. The settings available include:

Real Time Clock

Clear all event records

Clear waveform capture and all disturbance records

All other reset commands



2.1.1.3 Access level 2:To set access to level 2

Layer 1 menu

or

System data

Layer 2 menu

or

Password control


or

Access level 2

Level 0

Level 1

Device settings

Level 2

Layer 0 menu

All settings are now available to the operator without entering passwords.

If a setting requires a password to be entered then the following procedure shouldbe followed:

Figure 3



Figure 4

The three menu layers of the unit can be navigated using the key presses shown inFigure 5 below. Pressing and holding a key will cause the unit to automaticallystep around the layer (auto repeat function).

Password settingEnter Level 1 or 2Password: ****

or

orZ, Y, X etc. A, B, C etc.

then

Enter Level 1 or 2Password: P***


then

Enter Level 1 or 2Password: P1**


then

Enter Level 1 or 2Password: P1A*


then



Figure 5 Menu overview

C

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clockwiserotation

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ignm

ent>

Rela

y 4

assi

gnm

ent:

<ass

ignm

ent>

Rela

y 3

assi

gnm

ent:

<ass

ignm

ent>



Figu

re 2

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r set

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enu

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Setpoint group 1 is used in the example but all other groups are available in thesame format.

Figure 21 Layer 2 menu: setpoint groups 1 to 4

C


Enter setting change menuRotate left

Rotate right

More detailwherenecessary

Setpoint group 1delay: <delay>

Setpoint G1, E1:

<assignment>

Setpoint G1, E2:

<assignment>

Setpoint G1, E6:

<assignment>

Setpoint G1, E5:

<assignment>

Setpoint G1, E3:

<assignment>

Setpoint G1, E4:

<assignment>

Setpoint G1, E8:

<assignment>

Setpoint G1, E7:

<assignment>



Figure 22 Layer 2 menu: Tariff settings

The front panel will return to a default display if the front panel interface is inactivefor more than 15 minutes. If this happens any setting changes which have not beenconfirmed will be lost and the original setting values maintained. The defaultdisplay is the layer 0 menu position last displayed by the unit.

2.2 Reading and clearing of alarm messages and fault records

The presence of one or more alarm messages will be indicated by the ALARM LEDbeing illuminated on the M301. (The M302 has no display so access to alarms isvia the serial communications only.) The alarm messages can be viewed byrepeated pressing of the READ key and will appear in sequential order. When allalarms have been viewed, but not cleared, the ALARM LED will continue to beilluminated.

Pressing the CLEAR key will clear all alarm messages.

2.3 Communication ports user interface

The Measurement Centre has two communication ports located on the rear of theunit:

A 9 pin D-type connector which can be configured to be an RS232 ModBus portor an IEC 870 Courier port.

C


Enter setting change menuRotate left

Rotate right

More detailwherenecessary

Rate switchingevents 1 - 12

Rate switching

events 13 - 24

Rate switching

events 25 - 36

Fixed day

exclusions

Switching events

in season

Rate switching

events 37 - 48

Season switching

events

Rate register data

source

Fixed date

exlusions



A set of screw terminals for connection via twisted pair wiring and RS485communication to a master terminal at a more distant location (up to 1000m).This is designed for use with a permanently wired communication system covering,for example, a whole substation, and can connect a number of units to a singlemaster station for monitoring and control purposes. This port can be configured asa either a K-BUS COURIER port or RS 485 ModBus port.

2.4 Courier communication interface

Courier is the communication language developed by ALSTOM T&D Protection &Control to allow remote interrogation of its range of protection relays and is fullysupported by the MiCOM range. Courier works on a master/slave basis where theslave units contain information in the form of a database, and respond withinformation from the database when it is requested by a master unit.The Measurement Centre is a slave unit which is designed to be used with aCourier master unit such as MiCOM S1, PAS&T, ACCESS or a SCADA system.

The operations and functions supported by Courier communications are as follows:

display and modification of all settings

extraction of digital status

extraction of measurements

extraction of fault records

extraction of event and alarm records

manual extraction of disturbance records

reset of alarm conditions

clearing of event records

time synchronisation

automatic extraction of event and disturbance records

2.5 ModBus communication interface

ModBus is another master/slave communication protocol which can be used fornetwork control. In a similar fashion to Courier, the system works by the masterdevice initiating all actions and the slave devices (the Measurement Centres)responding to the master by supplying the requested data or by taking therequested action. ModBus communication can be held over the RS232 or RS485links provided (but not at the same time). Using the RS485 port up to 32 slavedevices can be connected together over a distance of up to 1000m.



The operations and functions supported by ModBus communications are asfollows:

display and modification of all settings

extraction of digital status

extraction of measurements

extraction of fault records

extraction of event and alarm records

manual extraction of disturbance records

reset of alarm conditions

clearing of event records

time synchronisation

automatic extraction of event and disturbance records



Section 3. MODEL IDENTIFICATION

03M

Numeric instrumentation

Application

Variant:

Vx Aux rating:

Hardware

Product

Protocol options:

In/Vn Rating:

Measurement centre with display 01Measurement centre without display 02

24...70V dc L70...250V ac or dc H

1A, up to 440V 15A, up to 440V 5

No dc input 0

DC input 0...200mV 1

DC input 0...5V 2

DC input 0...250V 3

DC input 0...20mA 4

Base model - No output relays, No analogue outputs,

No status inputs and no dc input 0

Option 1 - Base model plus output relays and status inputs 1

Option 2 - Base model plus analogue outputs and dc input 2

Option 3 - Base model plus output relays, status inputs,

analogue outputs and dc inputs 3

RS232 ModBus & KBUS Courier 2

RS485 ModBus & IEC Courier 4

Panel PDIN rail D

Mounting:

Spare:

Language:

Design suffix:

Multilingual 0

For example, a Measurement Centre with display, and fully equipped with output relays, status inputs, 4 analogue outputs, a 4...20mA DC input, the RS485 set toMODBUS protocol and the RS232 set to Courier, with a 5A input and a 220V Auxilliary requirement would have the model number M301H5344P0000A

1234

Panel mounted energy meterSystem measurement centreSystem analysis and measurement centreDisturbance recorder

00 0 0 A


Service Manual

Chapter 2Installation


Chapter 2Contents

1. GENERAL CONSIDERATIONS 11.1 Receipt of M300 11.2 Electrostatic discharge 1

2. HANDLING OF ELECTRONIC EQUIPMENT 1

3. UNIT MOUNTING AND CONNECTION 2

4. UNPACKING 4

5. STORAGE 4

FIGURE 1 M301 CASE OUTLINE AND DIMENSIONS 2

FIGURE 2 M302 CASE OUTLINE AND DIMENSIONS 2

FIGURE 3 EXTERNAL WIRING DIAGRAM 3



Section 1. GENERAL CONSIDERATIONS

1.1 Receipt of M300

The M300, although generally of robust construction, requires careful treatmentprior to installation on site. Upon receipt, units should be examined immediately toensure no damage has been sustained in transit. If damage has been sustainedduring transit a claim should be made to the transport contractor and ALSTOMT&D Protection & Control Ltd should be promptly notified.

Units that are supplied unmounted and not intended for immediate installationshould be returned to their protective polythene bags.

1.2 Electrostatic discharge (ESD)

M300 has components that are sensitive to electrostatic discharges but theelectronic circuits are well protected by the case.

There are no setting adjustments within the unit and the M300 is not designed tobe dismantled, considerable effort being required to do so.

Touching the printed circuit boards should be avoided, since complementary metaloxide semiconductors (CMOS) are used, which can be damaged by staticelectricity discharged from the body.

Section 2. HANDLING OF ELECTRONIC EQUIPMENT

A person's normal movements can easily generate electrostatic potentials ofseveral thousand volts. Discharge of these voltages into semiconductor componentswhen handling electronic circuits can cause serious damage, which often may notbe immediately apparent but the reliability of the circuit will have been reduced.

The electronic circuits are completely safe from electrostatic discharge whenhoused in the case. Do not expose them to risk of damage by withdrawingmodules unnecessarily.

Each unit incorporates the highest practicable protection for its semiconductorcomponents. However, if it becomes necessary to dismantle a unit, the followingprecautions should be taken to preserve the high reliability and long life for whichthe unit has been designed and manufactured.

1. Before dismantling a unit, ensure that you are at the same electrostatic potentialas the unit by touching the unit case earth.

2. Handle printed circuit boards by their edges. Avoid touching the electroniccomponents, printed circuit track or connectors.

3. Do not pass the printed circuit boards to another person without first ensuringyou are both at the same electrostatic potential. Shaking hands achievesequipotential.

4. Place the printed circuit boards on an antistatic surface, or on a conductingsurface which is at the same potential as yourself.

5. Store or transport the printed circuit boards in a conductive bag.



If you are making measurements on the internal electronic circuitry of a unit inservice, it is preferable that you are earthed to the unit's case earth with aconductive wrist strap. Wrist straps should have a resistance to ground between500kΩ - 10MΩ. If a wrist strap is not available you should maintain regularcontact with the case earth to prevent a build-up of static. Instrumentation whichmay be used for making measurements should be earthed to the case earthwhenever possible.

More information on safe working procedures for all electronic equipment can befound in BS5783 and IEC 147-OF. It is strongly recommended that detailedinvestigations on electronic circuitry or modification work should be carried out ina special handling area such as described in the above-mentioned BS and IECdocuments.

Section 3. UNIT MOUNTING AND CONNECTION

Units are dispatched individually for panel (M301) or DIN rail (M302) mounting.

Mounting details are shown in Figures 1 and 2.

Figure 1 M301 case outline and dimensions

239.5

COM1 COM2MiCOM M300

145.0

B A SCN

RESET

CURRENT

MA LA MB LB MC LC

12

11

10

9

8

7

6

5

4

3

2

1

13

14

15

16

17

18

19

20

21

22

23

24

142.5

Figure 2 M302 case outline and dimensions

OUT OF SERVICE

SETPOINT

TRIP

ALARM

CLEAR

MiCOM M300

READ

ENTER

142.5

119.5136.4

186 + 1.1

138 + 1.0

193.5

Panel cut-out details



The electrical connections should be made in accordance with the externalconnection diagram shown in Figure 3.

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re 3

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S1

S1

S2

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1

RL2

RL3

RL4

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A03

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5 S

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4 D

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3 Tx

2 R

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CD



Section 4. UNPACKING

Care must be taken when unpacking and installing the units so that none of theparts is damaged. Units must only be handled by skilled persons. The installationshould be clean, dry and reasonably free from dust and excessive vibration.The site should be well lit to facilitate inspection. Prior to installation, units shouldnot be left in situations where they are exposed to dust or damp. This particularlyapplies to instalations which are being carried out at the same time as constructionwork.

Section 5. STORAGE

If units are not to be installed immediately upon receipt they should be stored in aplace free from dust and moisture in their original cartons. Where de-humidifierbags have been included in the packing they should be retained. The action of thede-humidifier crystals will be impaired if the bag has been exposed to ambientconditions and may be restored by gently heating the bag for about an hour, priorto replacing it in the carton.

Dust which collects on a carton may, on subsequent unpacking, find its way intothe unit; in damp conditions the carton and packing may become impregnatedwith moisture and the de-humidifier will lose its efficiency.

Storage temperature –25ºC to +70ºC.


Service Manual

Chapter 3Commissioning


Chapter 3Contents

1. INTRODUCTION 1

2. PRODUCT MENU FAMILIARISATION 2

3. EQUIPMENT REQUIRED FOR TESTING 33.1 Minimum equipment required 33.2 Additional equipment 3

4. PRODUCT VERIFICATION TESTS 34.1 With the unit de-energised 34.1.1 PVI: Visual inspection 34.1.2 PVS: Insulation 44.1.3 PV3: External wiring 44.2 With the unit energised 44.2.1 PV4: Light emitting diodes (M301 only) 54.2.2 PV4: Set the real-time clock 54.2.3 PV4: Reset alarms 54.2.4 PV4: Test the "Set point" and "Trip" LEDs (M301 only) 54.2.5 PV5: Liquid crystal display (M301 only) 54.2.6 PV6: Establish local communications 64.2.7 PV7: Set the real-time clock (M302 only) 64.2.8 PV8: Relay outputs (when fitted) 64.2.9 PV8: Testing alarm outputs 74.2.10 PV9: Opto inputs (when fitted) 74.2.11 PV10: Settings 84.2.12 PV10: Apply settings 84.2.13 PV10: Verify settings 84.2.14 PV11: Voltage and current inputs 84.2.15 PV11: Voltage inputs 94.2.16 PV11: Current inputs 94.2.17 PV12: Analogue outputs (when fitted) 104.2.18 PV13: Communication ports for remote communications 104.2.19 PV14: DC input (when fitted) 11

5. WIRING VERIFICATION TEST 115.1 Voltage connections 115.2 Current connections 12

6. FINAL CHECKS 12

7 MAINTENANCE 127.1 Remote testing 127.1.1 Alarms 137.1.2 Measurement accuracy 137.2 Local testing 137.2.1 Alarms 137.2.2 Measurement accuracy 137.2.3 Check output contacts 137.2.4 Analogue outputs 137.2.5 Additional tests 13


Chapter 3Contents

8. COMMISSIONING TEST RECORD 15

9. SETTING RECORD 19



Section 1. INTRODUCTION

The M300 products are fully numerical in their design, implementing all functionsin software. They employ a high degree of self checking so that, for the majority offailures that could occur within the product, all functions will cease to operate andan error will be flagged. As a result of this, the commissioning tests do not need tobe as thorough as with products using electromechanical and discrete electroniccomponents. To commission the M300, it is only necessary to verify that thehardware is functioning correctly and the application-specific software settingshave been applied to the unit.

It is also considered unnecessary to test every function of the unit if the settingshave been verified by one of the following methods:

• Extracting the settings applied to the M300 unit using appropriate settingsoftware (preferred method)

• Via the operator interface (M301 Measurement Centre only).

The number of tests to be performed will depend on the hardware option that hasbeen installed in the unit. The hardware option installed can be found from the“Fitted Hardware” window under the “SYSTEM CONFIGURATION” heading ordirectly from the seventh character in the unit’s model number. Table 1 details thetests that need to be performed for each hardware option.

Unless previously agreed to the contrary, the customer will be responsible for thecorrect selection of settings and any interwiring between units.

Blank commissioning test and setting records are provided at the end of thischapter for completion as required.

BEFORE COMMISSIONING THE M300, REFER TO THE SAFETY ANDINSTALLATION SECTIONS OF THE MANUAL.



Test Hardware option (seventh character of model number)

0 1 2 3

No options Relay outputs Analogue Relay outputsOutputs

Status inputs DC input Status inputs

AnalogueOutputs

DC input

PV1 • • • •

PV2 • • • •

PV3 • • • •

PV4 • • • •

PV5 • • • •

PV6 • • • •

PV7 • • • •

PV8 • •

PV9 • •

PV10 • • • •

PV11 • • • •

PV12 • •

PV13 • • • •

PV14 • •

Table 1 Tests to be performed

Section 2. PRODUCT MENU FAMILIARISATION

When commissioning an M301 for the first time, an hour should be allowed tobecome familiar with the menu. Chapter 1 contains a description of the menustructure.

Similarly, if a portable PC with appropriate software is being used to set the unit,time should be allowed to become familiar with the associated setting software.This software is essential for setting the M302 because it does not have an integraluser interface. For details of the operation of this software, please refer to theassociated software user manual.



Section 3. EQUIPMENT REQUIRED FOR TESTING

3.1 Minimum equipment required

Overcurrent test set.

AC voltage source (if not included in the overcurrent test set)

True rms measuring multimeter of known calibration accuracy with suitable ac anddc voltage and current ranges

Audible continuity tester (if not included in multimeter)

Electronic timer (if not included in the overcurrent test set)

Phase angle meter

Phase rotation meter

A portable PC, with appropriate software (Essential for the M302 and testing thecommunications port on M301. Also recommended for setting M301.)

Suitable DC source dependent on DC analogue input options.

3.2 Additional equipment

A printer (for printing a setting record from the portable PC).

Section 4. PRODUCT VERIFICATION TESTS

WARNING: BEFORE COMMISSIONING THE M300, THE SAFETY ANDINSTALLATION SECTIONS OF THE MANUAL SHOULD BE REFERRED TO.

The product verification tests cover all aspects of the product that need to bechecked to ensure that the unit has not been damaged prior to commissioning, isfunctioning correctly and all measurements are within the stated tolerances.

The voltage transformer supply to the unit should be isolated by means of the panellinks or connecting blocks and the line current transformers should be short-circuited and disconnected from the unit terminals .

DANGER: NEVER OPEN CIRCUIT THE SECONDARY CIRCUIT OF ACURRENT TRANSFORMER SINCE THE HIGH VOLTAGE PRODUCED MAYBE LETHAL AND COULD DAMAGE INSULATION.

4.1 With the unit de-energised

The following group of tests should be carried out without the auxiliary supply ormeasured voltages or currents being applied to the unit.

4.1.1 PVI: Visual inspection

Carefully examine the unit to see that no damage has occurred prior tocommissioning.

Check the rating information on the rating label of the unit to ensure it is correct forthe particular installation. Regardless of whether a M301 or M302 is beingcommissioned, this label is located in the centre of the unit between the terminals.

Ensure that the case earthing connection, located in the bottom corner near theright-hand terminal block, is used to connect the unit to a local earth bar.



4.1.2 PV2: Insulation

Insulation testing is not essential but may be required by the customer.

If insulation tests are required, isolate all wiring from the earth and test theinsulation with an electronic or brushless insulation tester at a dc voltage notexceeding 1000V. Terminals of M300 circuits of the same type should betemporarily wired together.

The main groups of terminals on the unit are:

a) Voltage transformer circuits

b) Current transformer circuits

c) Auxiliary voltage supply

d) Status inputs

e) DC Opto-isolated inputs

f) Relay outputs

g) RS232 Communication port (COM1)

h) RS485 Communication port (COM2)

i) Analogue outputs

j) Earth tab

On completion of the insulation tests, ensure all external wiring is correctlyreconnected to the unit.

4.1.3 PV3: External wiring

Check that the external wiring is correct to the relevant connection or schemediagram. The connection diagram for the M300 can be found in Volume 2,Chapter 2 of this manual.

4.2 With the unit energised

The following group of tests verify that the unit’s hardware and software areapplied and functioning correctly. They should be carried out with the auxiliarysupply applied to the unit but not the measured voltages or currents.

There are two auxiliary voltage ranges available for the M300. The operatingranges are specified in Table 2. Without energising the unit, measure the auxiliarysupply to ensure it is within the operating range.

Auxiliary rating Operating range

24/70V 19 to 84V dc only

70/250V 56 to 275V dc or ac

Table 2 Operational range of auxiliary supply

It should be noted that the unit can withstand ac ripple of up to 12% of ratedvoltage on the dc auxiliary supply.

The M300 units are protected against overloads created when batteries areremoved and the charger is left in place. However, this mode of operation is notrecommended as other units, such as protective relays, powered from the samesupply may not have this overload protection.

Energise the unit if the auxiliary supply is within the operating range.



4.2.1 PV4: Light emitting diodes (M301 only)

On power up, the top and bottom light emitting diodes (LEDs), “Out of Service”and “Alarm” respectively, should have illuminated and stayed on. The “Out ofService” LED is illuminated because the frequency tracking signal is not presentand the “Alarm” LED because the real time clock needs to be set. The “Out ofService” LED will extinguish when rated AC quantities are applied to the voltageand current inputs. The “Alarm” LED will extinguish when the real time clock is set.

The status of the other (“Set Point” and “Trip”) LEDs is stored in non-volatile memorywhich remembers whether they were on or off when the auxiliary supply was lastremoved from the unit. Therefore these indicators may also illuminate when the unitis powered up. Operator intervention is required to extinguish these LEDs.

4.2.2 PV4: Set the real-time clock

The real-time clock cell is located in the SYSTEM CONFIGURATION menu.

When the real time clock is displayed, the time and date are set by pressing the'Enter' key to enter the setting mode. The up and down arrow keys can then beused to change the values, the left and right arrow keys allow changes to be madeto the other values of the real time clock. Once the desired values are insertedpress the Enter key to confirm settings.

4.2.3 PV4: Reset alarms

All LEDs that are illuminated should be reset before proceeding with further testing.

The “Alarm” LED should have reset when the real time clock was set.

If the “Set Point” and “Trip” LEDs are illuminated and then successfully reset (theLED’s will extinguish), there is no testing required because the LEDs are known tobe operational.

4.2.4 PV4: Test the “Set Point” and “Trip” LEDs (M301 only)

If operation has not already been established, the “Set Point” and “Trip” LEDs canbe tested by exceeding the threshold of a set point as in the following:

Set one setpoint in a set point group to be Ιa, set the set point time delay to be 1second, set the high level to 50% and low level to 0%.

Apply rated voltage and current to bring the unit into service.

To test “Set Point” LED operation apply 50% of rated current to Ιa, then raise to alevel above 50%, which should illuminate the set point LED. (When the current isabove 50% the set point alarm cannot be reset nor the LED extinguished).Reduce Ιa to 40% of rated current, this will enable the set point alarm to be resetand the LED will extinguish.

To test the operation of the “Trip” LED carry out the above test with one of theoutput relays configured to the corresponding set point group. The “Trip” LEDshould illuminate and extinguish as for the “Set Point” LED detailed above.This test should be repeated for all output relays.

4.2.5 PV5: Liquid crystal display (M301 only)

There are no test routines for the liquid crystal display (LCD). The display itself canbe checked by moving around the unit’s menu looking for pixels (the dots on thedisplay used to form the text) that are obviously not working.

There is a backlight in the display that allows settings to be read in all conditionsof ambient lighting. It is switched on and off via the “LCD Backlight” setting under



the “SYSTEM CONFIGURATION” menu heading. Check that it works if notalready being used during testing.

4.2.6 PV6: Establish local communications

Using a PC running the appropriate software establish local communications withthe unit. To be able to establish communications with the unit it is necessary to setthe communications settings in the PC’s software to the unit’s factory-set defaultsettings, unless the customer has already changed them. If the latter is the casethen the customers settings should be entered into the software.

The default communication settings are:

Comms protocol: RS485 Modbus & IEC870 Courier

Modbus address: 247

Modbus baud rate: 9600

Modbus framing: 1 start bit, 8 data bits, 2 stop bits, no parity

Courier address: 255

IEC870 baud rate: 9600

IEC870 frame: FT1.2, 11 bits

First, establish communications between the software and the M301 or M302 unit.Should there be any problems in establishing communications with the M302 theRESET button can be pressed and the unit will return to the default communicationsettings. It is not essential to establish local communications with the M301because any settings can be made using the front panel and values read using theLCD display.

4.2.7 PV7: Set the real-time clock (M302 only)

If an M302 is being commissioned, the real-time clock will need to be set via thecommunications port before setting can proceed.

4.2.8 PV8: Relay outputs (when fitted)

The relay outputs can be used either as alarm outputs which can be reset after thealarm condition has gone or as pulsed outputs for external energy counterapplications (eg. kWh). The application to which each relay output has beenconfigured should be determined so that the appropriate test procedure can beadopted.

Table 3 gives the expected state for each relay output. The exception to this iswhen the relay outputs are configured as watchdog contacts, which have anormally closed configuration.



Relay Terminals Contact ConfigurationOutput Normally Open Normally Closed

Alarm Alarm Alarm AlarmTrip Trip Trip Reset

1 5 and 6 Closed Open Open Closed

2 7 and 9

3 9 and 10

4 11 and 12

Table 3 Contact status

4.2.9 PV8: Testing alarm outputs

To test the relay outputs it is only necessary to test their operation rather than testeach individual function that they can be configured to perform.

Any relay outputs that have been set as an alarm contact can be tested using acontinuity tester.

All four relay outputs can be tested at once by configuring the same setpoint to acton all four relays then follow the procedure detailed in Section 4.2.4. The settingsdetailed in Section 4.2.4 will have to be applied to the M302 using thecommunications port and a PC running the appropriate software.

After the time delay of the set point group, all four relay outputs will change state.The test should be carried out with the relay outputs being configured as normallyopen and normally closed contacts.

The “Set Point” and “Trip” LED’s will also have illuminated to show that themeasured quantity has moved to the operate side of the setpoint and a relay outputhas operated respectively (M301 only).

4.2.10 PV9: Opto inputs (when fitted)

To test the status inputs set both the opto inputs to be configured as pulse countersin the OPTO INPUT menu.

Apply rated voltage and current to bring the unit into service.

Energise each status input from the dc auxiliary supply. The terminal connectionsare shown in Table 4.

Status input 1 (S1) 2 (S2)

Terminal 19 (+ve) 20 (+ve)18 (–ve) 18 (–ve)

Table 4 Status input connections

To check the operation of the status inputs when configured as pulsed inputcounters, the counts for each pulsed input can be viewed from the measurementdisplay for the M301 model, and using the communications and a PC running theappropriate software for the M302. Apply then remove the dc voltage to theinput, the pulse counter should increase by one.



4.2.11 PV10: Settings

These tests ensure that all the predetermined settings for the particular installation(customer’s settings) have been correctly applied to the unit.

4.2.12 PV10: Apply settings

Due to the versatility of the M300, it is necessary to apply the application-specificsettings at an early stage of commissioning so as to avoid unnecessary tests andsetting changes.

There are two methods of applying the settings:

• Downloading them to the unit using a portable PC running the appropriatesoftware through a communications port. If a setting file has been created bythe customer and provided on a diskette, this will save time.

• Enter them manually via the unit’s operator interface (M301 only).

If the customer has changed the passwords to prevent unauthorised changes tosome settings, either the revised level 2 password should be provided or thecustomer should restore the original password prior to commencement of testing.

Note: In the event that the password has been lost, a recovery password can beobtained from ALSTOM by quoting the model and serial numbers of theparticular unit. The recovery password is unique to that M300 unit and willnot work on any other unit.

4.2.13 PV10: Verify settings

The settings applied should be carefully checked against the customer’s desiredsettings to ensure they have been entered correctly. However, this is notconsidered essential if a customer prepared setting file has been downloaded tothe unit using a portable PC running the appropriate software.

There are two methods of verifying the settings:

• Compare a printed copy of the settings from the unit with the customer’s originalsetting sheet.

• Step through the settings using the unit’s operator interface and compare themwith the customer’s setting sheet (M301 only).

4.2.14 PV11: Voltage and current inputs

These tests verify that the accuracy of current and voltage measurement is withinthe acceptable tolerances for the M300.

Before testing, the voltage and current connections to the unit should bedetermined for the particular application so that the measured quantities can beapplied to the correct inputs. This can be determined from the external wiring tothe unit or the “Connection Mode” setting under the “SYSTEM MODES” headingand reference to Table 5.



Mode System Current Voltage

Ia Ib Ic Va Vb Vc Vab Vbc Vca

0 Single phase • •

1 3 phase, 4 wire balanced • •

2 3 phase, 3 wire balanced • • • •

3 3 phase, 3 wire unbalanced • • • • •

4 3 phase, 4 wire unbalanced • • • • •

5 3 phase, 4 wire unbalanced • • • • • •

6 2 phase, 3 wire • • • •

7 3 phase, 3 wire balanced • •

Terminals MA MB MC 22 23 24 22 23 24LA LB LC 21 21 21 23 24 22

Table 5 Used inputs for each connection mode

4.2.15 PV11: Voltage inputs

This test verifies the accuracy of voltage measurement is within the acceptabletolerances.

Apply rated voltage to all the voltage transformer inputs, checking the magnitudeof each input using a multimeter and record the corresponding reading under the“MEASUREMENT” column heading. During testing the A phase voltage mustalways be energised with rated voltage to bring the unit into service. The unit’sreading can either be in primary or secondary volts depending on the setting of“Display Mode” under the “SYSTEM CONFIGURATION” heading.

If the “Display Mode” setting is “Secondary”, the measured voltage values on theunit should equal the applied voltage.

Otherwise, if the “Display Mode” setting is “Primary”, the measured voltage valueson the unit should equal the applied voltage multiplied by the voltage transformerratio set using the “VT Primary” and “VT Secondary” settings under the“SYSTEM MODES” column heading.

The measured voltage can be read directly from the LCD display on the M301 andvia the communications interface and a PC running the appropriate software onthe M302.

The acceptable tolerance is ±0.2% ± digital multi-meter accuracy.

4.2.16 PV11: Current inputs

This test verifies the accuracy of current measurement is within the acceptabletolerances.

Apply rated current to each current transformer inputs, checking the magnitude ofeach input using a multimeter and record the corresponding reading under the“MEASUREMENT” column heading. During testing the A phase voltage mustalways be energised with rated voltage to bring the unit into service. The unit’sreading can either be in primary or secondary Amperes depending on the settingof “Display Mode” under the “SYSTEM CONFIGURATION” heading.

If the “Display Mode” setting is “Secondary”, the measured current values on theunit should equal the applied current.



Otherwise, if the “Display Mode” setting is “Primary”, the measured current valueson the unit should equal the applied current multiplied by the current transformerratio set using the “CT Primary” and “CT Secondary” settings under the“SYSTEM MODES” column heading.

The current can be read directly from the LCD display on the M301 and via thecommunications interface and a PC running the appropriate software on theM302.


4.2.17 PV12: Analogue outputs (when fitted)

This test checks the operation and accuracy of the analogue outputs.

The assignments of each of the four analogue outputs should have beendetermined by the customer and installed as part of the settings of the unit.The customer should also have calculations which give the expected values of eachanalogue output for a given input condition, these should be referred to whentesting the analogue outputs. (In the absence of this information the expectedvalues of the analogue outputs should be calculated for a definite value of appliedvoltage and current, given the settings applied to the unit).

Apply the definite voltage and current values as detailed in the calculations andcheck the dc output current for each assigned analogue output with a multimeter,the terminal allocations are given in Table 6. Check these values against theexpected values.


Analogue output Reference Terminal

1 AO1 14

2 AO2 15

3 AO3 16

4 AO4 17

Common AOC 13

Table 6 Terminal allocations for analogue outputs

4.2.18 PV13: Communication ports for remote communications

This test should only be performed where the unit is to be accessed from a remotelocation. If the settings have been successfully downloaded to the unit using aportable PC running the appropriate software then it has already been proved thatlocal communications can be established.

It is not the intention of the test to verify the operation of the complete system fromthe unit to the remote location, just the unit’s communications port and, whereapplicable, the protocol converter.

Connect a portable PC running the appropriate software to the incoming (remote)side of the protocol converter and ensure that the communications settings inapplication software is set the same as those on the M300.

Check that communications can be established with the unit and check thatmeasurements can be read by the communications. Check that the value seen onthe display agrees with the value given by the communications (M301 only).



4.2.19 PV14: DC input (when fitted)

If the opto-isolated dc input is being used, the range setting should be checked toensure it is correct. This range is usually supplied factory-set to the customer’spreferred value and can be identified from the eighth character of the modelnumber and reference to Table 7. If necessary, the setting can be changed using ajumper link internal to the units. (If it is necessary to change the jumper link seekadvice from ALSTOM.)

8th Character DC Input Range

0 No dc input

1 0 to200mV

2 0 to 5V

3 0 to 250V

4 0 to 20mA

Table 7 DC input range setting

The dc input should be tested by applying a known dc voltage or current, asappropriate, and within the operational range selected, to the input terminals(terminal 4 to positive, 3 to negative).

The percentage of ‘full-scale deflection’ should read from the “dc input” windowunder the “MEASUREMENTS” heading for the M301 model, and using thecommunications and a PC running the appropriate software for the M302.

Check that the displayed value is within 0.5% of the expected value.

Section 5. WIRING VERIFICATION TEST

Remove all test leads, temporary shorting leads, etc. and replace any externalwiring that has been removed to allow testing.

If it has been necessary to disconnect any of the external wiring from the unit inorder to perform any of the above tests, it should be ensured that all connectionsare replaced in accordance with the relevant external connection or schemediagram.

The following on-load measuring test ensures that the external (customer) wiring tothe current and voltage inputs is correct but can only be carried out if there are norestrictions preventing the energisation of the plant being monitored.

Note: The following tests alone are not conclusive that the phase connections tothe unit are correct. A phase angle measurement is required for conclusivetesting.

5.1 Voltage connections

Measure the voltage transformer secondary voltages to ensure they are correctlyrated and, if possible, check that the system phase rotation is correct using aphase rotation meter.

Compare the values of the secondary phase voltages with the unit’s measuredvalues, which can be found under the “MEASUREMENT” column heading.The unit’s reading can either be in primary or secondary volts depending on thesetting of “Display Mode” under the “SYSTEM CONFIGURATION” heading.



If the “Display Mode” setting is “Secondary”, the measured voltage values on theunit should equal the applied voltage.

Otherwise, if the “Display Mode” setting is “Primary”, the measured voltage valueson the unit should equal the applied voltage multiplied by the voltage transformerratio set using the “VT Primary” and “VT Secondary” settings under the “SYSTEMMODES” column heading.

The acceptable tolerance is ±0.2%, ± digital multi-meter accuracy.

5.2 Current connections

Measure the current transformer secondary values and check that their polaritiesare correct by measuring the phase angle between the current and voltage.

If the unit is connected to a balanced system, ensure the current flowing in theneutral circuit of the current transformers is negligible.

Compare the values of the secondary phase currents with the unit’s measuredvalues, which can be found under the “MEASUREMENT” column heading.The unit’s reading can either be in primary or secondary amperes depending onthe setting of “Display Mode” under the “SYSTEM CONFIGURATION” heading.

If the “Display Mode” setting is “Secondary”, the measured current values on theunit should equal the applied current.

Otherwise, if the “Display Mode” setting is “Primary”, the measured current valueson the unit should equal the applied current multiplied by the current transformerratio set using the “CT Primary” and “CT Secondary” settings under the “SYSTEMMODES” column heading.

The acceptable tolerance is ±0.2%, ± digital multi-meter accuracy.

Section 6. FINAL CHECKS

The tests are now complete.

Ensure that all alarms and LEDs, as appropriate, have been reset before leavingthe unit.

If it is not necessary for the backlight to be left on, switching it off will marginallyreduce the burden on the auxiliary supply (M301 only).

Section 7. MAINTENANCE

The M300 units are fully numerical in their design, implementing all functions insoftware. They employ a high degree of self-checking so that, for the majority offailures that can occur within the unit, all functions will cease to operate and anerror will be flagged. Depending on the failure and the hardware options fitted tothe unit, the error will be seen as an alarm that can be accessed over thecommunication channel or by the operation of a watchdog contact.

7.1 Remote testing

The M300 units are self-supervising and so require negligible maintenance.Most problems will result in an alarm so that remedial action can be taken.



However, some periodic tests could be done to ensure that the unit is functioningcorrectly. If the M300 can be communicated with from a remote point, via itscommunication port, then some testing can be carried out without actually visitingsite.

7.1.1 Alarms

The alarm status should first be checked to identify if any alarm conditions exist.The alarm records can then be read to identify the nature of any alarm that mayexist.

7.1.2 Measurement accuracy

The values measured by the unit can be compared with known system values tocheck that they are in the approximate range that is expected. If they are, then theanalogue/digital conversion and calculations are being performed correctly.

7.2 Local testing

When testing locally, similar tests to those for remote testing may be carried out tocheck for correct functioning of the unit.

7.2.1 Alarms

The alarm status LED should first be checked to identify if any alarm conditionsexist. The alarm records can then be read to identify the nature of any alarm thatmay exist.

7.2.2 Measurement accuracy

The values measured by the unit can be checked against known values injectedinto the unit via its terminal block. Suitable test methods will be found in Section 8of this chapter which deals with commissioning. These tests will prove thecalibration accuracy is being maintained.

7.2.3 Check output contacts

Check that the output contacts are giving the correct output state.

7.2.4 Analogue outputs

Check that each analogue output is giving out the expected value using amultimeter.

7.2.5 Additional tests

Additional tests can be selected from the Commissioning Instructions as required.



Section 8. COMMISSIONING TEST RECORD

Date

Station Circuit

System Frequency

Rating label information

System Analysis and Measurement Centre M30_

Model number

Serial number

Rated current ΙnRated voltage Vn

Auxiliary voltage Vx

*Delete as appropriate

Product verification tests

With the device de-energised

PV1 Visual inspection

Is the device damaged? Yes/No*

Rating information correct? Yes/No*

Case earth installed? Yes/No*

PV2 Insulation tested? Yes/No/NA*

PV3 External wiring checked againstdiagram? Yes/No/NA*

With the Device Energised

Auxiliary voltage to device V ac/dc*

Polarity checked ? Yes/No/NA*

PV4 Light Emitting Diodes (M301 only) Fitted/Not fitted*

Real-time clock set via user interface? Yes/No/NA*

“Out of Service” LED working? Yes/No*

“Alarm” LED working? Yes/No*

“Set Point” LED working? Yes/No*

“Trip” LED working? Yes/No*

PV5 Liquid Crystal Display (M301 only) Fitted/Not fitted*

All pixels working? Yes/No*

Backlight switches on and off? Yes/No*

PV6 Communications Ports Used/Not used*

Port Tested RS232/RS485

Communications working? Yes/No*



PV7 Real time clock set? (M302 only) Yes /No*

PV8 Relay outputs (Hardware options 1 & 3) Fitted/Not fitted*

PV8 Relay output 1 working? Yes/No*

Relay output 2 working? Yes/No*



PV9 Status Inputs (Hardware options 1 & 3) Fitted/Not fitted*

Input S1 working? Yes/No*

Input S2 working? Yes/No*

PV10 Settings

PV10 Customer’s settings applied? Yes/No*

If settings applied using a portablecomputer and software, which softwareand version was used?

PV10 Settings on device verified? Yes/No*

PV11 Voltage and current inputs

Connection mode

PV11 Voltage inputs

VT Primary

VT Secondary

Applied value Displayed value

Va Used/Not used* V V

Vb Used/Not used* V V

Vc Used/Not used* V V

PV11 Current inputs

CT Primary

CT Secondary

Applied value Displayed value

Ιa Used/Not used* A A

Ιb Used/Not used* A A

Ιc Used/Not used* A A

PV12 Analogue Outputs(Hardware options 2 & 3) Fitted/Not fitted*

Analogue Output 1 (AO1)

AO1 parameter F/Pt/Qt/St/PF/Ιa/Ιb/Ιc/Van/Vbn/Vcn/Vab/Vbc/Vcn*

Voltage applied V/na*



Current applied A/na*

Output from AO1 mA*

Expected output from AO1 mA*

Analogue output 2 (AO2)




Output from AO2 mA*






Output from AO3 mA*






Output from AO4 mA*


PV13 Remote Communications Ports Used/Not used

Port tested? RS232/RS485*

Communications working? Yes/No

PV14 DC Input (Hardware options (2&3) Fitted/Not fitted*

Range setting to mV/V/mA*

Value applied to terminals mV/V/mA*

Displayed value %

Wiring verification test

Disturbed wiring re-checked? Yes/No/na*

On load tests

On-load test performed? Yes/No*



Phase rotation correct? Yes/No*

Voltage Connections

VT Primary (same as for Section 4.2.15)

VT Secondary (same as for Section 4.2.15)

Applied Value Displayed Value

Va Used/Not used* V V

Vb Used/Not used* V V

Vc Used/Not used* V V

Current Connections

CT Primary (same as for 4.2.16)

CT Secondary (same as for 4.2.16)

Ιa Used/Not used* V V

Ιb Used/Not used* V V

Ιc Used/Not used* V V

Commissioning Engineer Customer Witness

Date Date



Section 9. SETTING RECORD

Date Engineer

Station Date

Circuit System Frequency

Rating label information

The following information should be recorded from the rating label of the device.

System Analysis and Measurement Centre M30_

Model number

Serial number

Rated current ΙnRated voltage Vn

Auxiliary Voltage Vx

Software installed

The software issues or references used in the device should be recorded in thefollowing table, these references are contained within the SYSTEM DATA menu.

Software Ref 1

Software Ref 2

Settings

The following sections list the settings that can be applied to the device in therelevant menus, these should be recorded where applicable.

Each section and sub section refers to a specific menu heading and sub menuheading where applicable.

System data

Language

Password

Description

Plant Reference

Frequency

Password Control

Level 1 Password

Level 2 Password



System configuration

Comms Protocol

Display Mode

LCD Backlight

Real Time Clock

Clock Synch

Max Clock Synch Interval

System Modes

Connection Mode

Power Flow Mode

CT Primary

CT Secondary

VT Primary

VT Secondary

System Commands

“ENTER” to Capture A ph Fast Wform Data

“ENTER” to Capture B ph Fast Wform Data

“ENTER” to Capture C ph Fast Wform Data

Disturbance Recorder

Samples per cycle

Record Config

Post Trigger Cycle

Setpoint Triggers

Opto Input Triggers

Communications Settings

Modem Control Lines

Modbus Address

Modbus Baud Rate

Modbus Framing

Courier Address

IEC870 Baud Rate

IEC870 Framing

Demand Calculation

Function

Demand Period



Analogue outputs

These settings only apply to devices with hardware options 2 & 3 installed.

ANALOGUE OUTPUT 1

Analogue Output 1 Parameter

Analogue Output 1 Full Scale

Analogue Output 1 Slope

Analogue Output 1 X-Breakpoint 1

Analogue Output 1 Y-Breakpoint 1

Analogue Output 1 Span

ANALOGUE OUTPUT 2







ANALOGUE OUTPUT 3







ANALOGUE OUTPUT 4







Note1 Setting is only applicable when dual slope is selected.



Relay outputs


RELAY OUTPUT 1

Relay 1 Assignment

Relay 1 Label 1

Relay 1 Contacts 1

Import/Export kWh Full Scale 2

Import/Export kWh Pulse Rate 2

Import/Export kWh Pulse Duration 2

Import/export kVArh Full Scale 3

Import/export kVArh Pulse Rate 3

Import/export kVArh Pulse Duration 3

RELAY OUTPUT 2

Relay 2 Assignment

Relay 2 Label 1

Relay 2 Contacts 1







RELAY OUTPUT 3

Relay 3 Assignment

Relay 3 Label 1

Relay 3 Contacts 1




Import/export kvarh Full Scale 3

Import/export kvarh Pulse Rate 3

Import/export kvarh Pulse Duration 3



RELAY OUTPUT 4

Relay 4 Assignment

Relay 4 Label 1

Relay 4 Contacts 1







Notes1 Setting is only applicable when relay assignment is set to Setpoint Group.2 Setting is only applicable when relay assignment is set to Pulsed Import

kWh or Pulsed Export kWh.3 Setting is only applicable when relay assignment is set to Pulsed import

kVArh or Pulsed export kvarh.

Opto inputs


OPTO INPUT 1

Opto Input 1 Assignment

Opto Input 1 Label 1

OPTO INPUT 2

Opto Input 2 Assignment

Opto Input 2 Label 1

Notes1 Setting is only applicable when opto inputs are configured as Pulse

Counters.



Setpoint Group 1

Setpoint Group 1 Delay

Setpoint G1,E1 (Assignment)

Setpoint G1,E1 High Level

Setpoint G1,E1 Low Level






















Setpoint Group 2




























Setpoint Group 3




























Setpoint Group 4


























Tariff Settings

The following sections detail the menus and tabulate the settings within each menu.



Rate Switching Events 1-12

Event 1 Activation Day

Activation Hour

Activation Minute

Active Rates Reg 1 Reg 2 Reg 3 Reg 4Reg 5 Reg 6 Reg 7 Reg 8


Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute





Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute






Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute





Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute






Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute





Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute






Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute





Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute



Activation Hour

Activation Minute




Season Switching Events

Event 1 Month

Day of Month

New Season

Event 2 Month

Day of Month

New Season

Event 3 Month

Day of Month

New Season

Event 4 Month

Day of Month

New Season

Event 5 Month

Day of Month

New Season

Event 6 Month

Day of Month

New Season

Event 7 Month

Day of Month

New Season

Event 8 Month

Day of Month

New Season

Event 9 Month

Day of Month

New Season

Event 10 Month

Day of Month

New Season

Event 11 Month

Day of Month

New Season

Event 12 Month

Day of Month

New Season



Switching Events in Season

Season 1

Season 2

Season 3

Season 4

Season 5

Season 6

Season 7

Season 8

Season 9

Season 10

Season 11

Season 12

Fixed Day Exclusions

EXCLUSION 1 Week

Day

Season To Use

Day to Use

EXCLUSION 2 Week

Day

Season To Use

Day to Use

EXCLUSION 3 Week

Day

Season To Use

Day to Use

EXCLUSION 4 Week

Day

Season To Use

Day to Use

EXCLUSION 5 Week

Day

Season To Use

Day to Use



EXCLUSION 6 Week

Day

Season To Use

Day to Use

EXCLUSION 7 Week

Day

Season To Use

Day to Use

EXCLUSION 8 Week

Day

Season To Use

Day to Use

Fixed Date Exclusions

EXCLUSION 1 Month

Day Of Month

Season To Use

Day to Use

EXCLUSION 2 Month

Day Of Month

Season To Use

Day to Use

EXCLUSION 3 Month

Day Of Month

Season To Use

Day to Use

EXCLUSION 4 Month

Day Of Month

Season To Use

Day to Use

EXCLUSION 5 Month

Day Of Month

Season To Use

Day to Use

EXCLUSION 6 Month

Day Of Month

Season To Use

Day to Use



EXCLUSION 7 Month

Day Of Month

Season To Use

Day to Use

EXCLUSION 8 Month

Day Of Month

Season To Use

Day to Use

Rate Register Data Source

Rate Register 1

Rate Register 2

Rate Register 3

Rate Register 4

Rate Register 5

Rate Register 6

Rate Register 7

Rate Register 8


Service Manual

Chapter 4Problem Analysis


Chapter 4Contents

1. GENERAL FAULT FINDING 11.1 Auxiliary power 11.2 System measurand inputs 11.3 Communications 11.4 Analogue outputs (when fitted) 11.5 Output relays 21.6 Opto inputs 21.7 DC input 21.8 Password lost or not accepted 21.9 Sub assembly fault finding 21.10 Recommended spares 2



Section 1. GENERAL FAULT FINDING

1.1 Auxiliary power

The unit needs to have an adequate voltage applied to the auxiliary supplyterminals to operate. Check the rating label for the auxiliary supply voltage range(this can be one of two ranges 24 to 70V dc only or 70 to 230V dc or ac volts) forthe unit. Using an appropriate voltmeter measure the voltage applied to the unitand check that it is within the specified range.

1.2 System measurand inputs

The unit is synchronised to the voltage present on the A phase by a phase lockedloop circuit. Should this voltage not be present then the unit will be placed out ofservice and the “out of service” LED will be lit on the M301.

Using an appropriate voltmeter, measure the voltage present at the voltage inputterminals and check it is within the range specified for normal operation of the unit.

Using a phase rotation indicator check that the voltages have been applied to theunit in the correct phase sequence.

Taking great care that the current transformer secondary is shorted, insert anappropriately rated ammeter into the current input circuits. After removing the shortcircuit, check that the current flowing into the unit is within the specified range.The same degree of care should be exercised when the ammeter is removed -ensure the secondary of the current transformer is shorted whilst the ammeter isremoved.

If the measurements made are all within the normal operating values of the unitand the measured power does not correspond with the values measured then thepolarity of the current transformers may be reversed. Carefully check the wiring ofthe transformers to the unit. It would be helpful to short each of the currenttransformer inputs in turn and note the resulting real power measurement beforecontacting the factory or local representative for advice.

1.3 Communications

Check that other units on the communications bus are responding to the masterstation. If some units are responding then, by deduction, the break in the bus canbe determined. If there is no response from any of the units then reset thecommunication port driving the bus with requests.

Check that there are not two units with the same address on the bus.

For Courier protocol systems the address cannot be allocated automatically unlessthe address is first manually set to 0. Also check if the unit address has been set to255. This is the global address for which no replies are permitted.

Check that the communication settings match those of the other units on the bus.If the unit is an M302 and is not responding then the unit can be reset to thedefault communication settings by pressing the reset button located beneath thelabelled grommet.

1.4 Analogue outputs (when fitted)

Check that the model has this option fitted via the user interface.

The analogue output terminals can be safely disconnected. Having done so,connect a milliameter directly across the terminals and check that there is current



flowing. If so, check the continuity of the current loop connected to the unit.This can be done by using either a continuity device or by feeding a current intothe circuit from a dc constant current source. If there is continuity, then reconnectthe current loop to the unit and measure the voltage at the terminals using anappropriate voltmeter. If the voltage exceeds 10V then the current loop has toomuch resistance around it.

1.5 Output relays (when fitted)

Check that the model has this option fitted via the user interface.

Check that the voltage across the relay contacts falls to zero when the relayoperates.

1.6 Opto inputs (when fitted)

Check that the unit has this option fitted via the user interface.

Check for presence of a voltage at the terminals of the status inputs with anappropriately rated voltmeter.

1.7 DC input (when fitted)

Check that the unit has this option fitted via the user interface.

Check for the presence of the correct signal at the terminals using an appropriatelyrated multimeter.

1.8 Password lost or not accepted

The Measurement Centre is supplied with the password set to AAAA.

Only upper case letters are acceptable.

The password can be changed by the user. See Chapter 1.

There is an additional unique recovery password associated with the unit whichcan be supplied by the factory, or service agent, if they are given details of theunit serial number. The serial number will be found in the system data column ofthe menu and should correspond to the number on the label located on the rear ofthe unit. If they differ, quote the one in the system data column.

1.9 Sub assembly fault finding

If the unit continues to operate incorrectly having completed the above tests then itwill have to be returned to the factory for fault finding and repair. It is not practicalto repair the unit on site. If any PCBs are replaced the unit will need to berecalibrated with equipment having a traceable accuracy of better than 0.05% ofreading. This level of equipment specification is not available for site working.

1.10 Recommended spares

A complete unit can be used to back up several Measurement Centres. In the veryunlikely event that one unit fails it can then be replaced with a complete new unitand the faulty unit returned to the factory for repair. This will then become the newspare unit once repaired.


Service Manual

Chapter 5SCADA Information


Chapter 5Contents

1. FRONT PANEL USER AND REMOTE ACCESS INTERFACES 11.1 Introduction 11.2 Menu presentation 21.2.1 Overview 21.2.1.1 Layer 0 - default position 21.2.1.2 Layer 1 - primary column headings 31.2.1.3 Layer 2 - secondary column headings 31.2.1.4 Layer 2 - data 31.2.1.5 Layer 3 - data 31.2.1.6 Multi-layer - scan alarms 31.3 Menu navigation 31.3.1 Scan alarms 31.3.2 General menu navigation for setting change 41.4 Procedure for changing settings 51.4.1 Start point 51.4.2 Password protection 51.4.3 Setting change 61.4.4 Group settings 61.4.5 Immediate settings 61.5 Menu contents 61.5.1 Alarm scan menu 71.5.1.1 'Out of service' messages 71.5.1.2 'Setpoint' messages 71.5.1.3 'Trip' messages 71.5.1.4 'Alarm' scan messages 81.5.1.5 Default display 91.5.1.6 Primary column headings 121.6 System data menu 131.6.1 Language 141.6.2 Password 141.6.3 Description 141.6.4 Plant reference 141.6.5 Model number 141.6.6 Serial number 141.6.7 Communication level 141.6.8 Courier address 141.6.9 Software Ref 1 141.6.10 Software Ref 2 141.6.11 Opto input status (where fitted) 141.6.12 Relay output status (where fitted) 151.6.13 Active access level 151.6.14 Password control 151.6.14.1 Level 1 password 151.6.14.2 Level 2 password 151.7 System configuration menu 151.7.1 Fitted hardware 16


Chapter 5Contents

1.7.2 Communications protocol 161.7.3 Display mode 161.7.4 LCD backlight (where applicable) 161.7.5 Real time clock 161.7.6 Clock synchronisation 161.7.7 Maximum clock synchronisation interval 161.8 System modes menu 171.8.1 Connection mode 171.8.2 Power flow mode 181.8.3 CT primary 181.8.4 CT secondary 181.8.5 VT primary 181.8.6 VT secondary 181.9 System commands menu 181.9.1 Demand values secondary column headings 191.9.2 Demands for previous period menu 201.9.3 Maximum demands since last reset menu 211.9.4 Maximum demands for present day menu 211.9.5 Maximum demands for day 1, 2, 3, 4, 5, 6 and 7 221.9.6 Tariff metering registers 231.9.7 Tariff settings status 231.9.8 Active rate registers 231.10 View records menu 241.10.1 Disturbance recorder 251.10.2 Recorder status 251.10.3 Data source 251.10.4 Samples per cycle 251.10.5 Record configuration 261.10.6 Post trigger cycle 261.10.7 Setpoint triggers 261.10.8 Opto input triggers (where fitted) 281.10.9 Records stored 291.10.10 Trigger disturbance recorder 291.10.11 Reset waveform capture and disturbance records 291.11 Communications settings menu 291.11.1 Modem control lines 291.11.2 Modbus address 291.11.3 Modbus baud rate 301.11.4 Modbus framing 301.11.5 Courier address 301.11.5.1 IEC870 baud rate 301.11.5.2 IEC870 framing 311.11.6 Demand calculation 311.11.7 Function 311.11.8 Demand subperiods (sliding window only) 311.11.9 Demand period (sliding window) 321.11.10 Demand period (fixed window or thermal characteristic) 32


Chapter 5Contents

1.12 Analog outputs menu (where fitted) 321.12.1 Analog output 1 measurand 331.12.2 Analog output 1 full scale 341.12.3 Analog output 1 slope 341.12.4 Analog output 1 X-breakpoint 341.12.5 Analog output 1 Y-breakpoint 341.12.6 Analog output 1 span 341.13 Setpoint group 1, 2, 3, and 4 menus 351.13.1 Setpoint group 1 delay 351.13.2 Setpoint group 1 element 1 351.13.3 Setpoint group 1 element 1 high level 351.13.4 Setpoint group 1 element 1 low level 351.14 Relay outputs menu 361.14.1 Relay 1 assignment 361.14.2 Relay X label 361.14.3 Relay contacts 371.14.4 Import kWh pulse duration 371.14.5 Import kWh pulse rate 371.14.6 Import kWh full scale 371.14.7 Export kWh, export kVArh, and import kVArh 371.15 Opto inputs menu (where fitted) 371.15.1 Opto input X 381.15.2 Opto input X label 381.15.3 Tariff settings secondary column headings 381.16 Rate switching events menus 391.16.1 Activation day 401.16.2 Activation hour 401.16.3 Activation minute 401.16.5 Rates 401.17 Season switching event menu 401.17.1 Month 411.17.2 Day of month 411.17.3 New season 411.18 Switching events in season menu 411.18.1 Switching events in season 411.18.2 Fixed day exclusions 411.18.3 Week cell 421.18.4 Day cell 421.18.5 Season to use cell 421.18.6 Day to use cell 421.19 Fixed date exclusions menu 421.19.1 Month cell 431.19.2 Day of month cell 431.19.3 Season to use cell 431.19.4 Day to use cell 431.19.5 Rate register source 431.19.6 Rate register data source cell 43


Chapter 5Contents

2 COURIER DATABASE MAP 44

3 MODBUS SCADA INFORMATION 813.1 Modbus protocol 813.2 Transactions 813.2.1 Request 813.2.2 Response 813.2.3 Request-response cycle example 813.2.3.1 Request frame 813.2.3.2 Response frame 823.3 Framing 823.3.1 RTU framing 823.4 Supported functions and usage 823.5 Register map 833.5.1 Code 833.5.2 Address 833.5.3 Contents 833.5.4 Data type 833.5.5 Indicator 833.5.6 Values 833.5.7 Conditional 833.5.8 Register type 833.5.9 Min., max., step 833.5.10 Passcode 833.6 Error responses 833.6.1 Request message 843.6.2 Exception response message 843.7 Exception codes 843.8 Event and disturbance record extraction procedures 843.8.1 Event record extraction 843.8.2 Disturbance record extraction 853.9 Modbus data types 873.10 Modbus database map 93



Section 1. FRONT PANEL USER AND REMOTE ACCESSINTERFACES

1.1 Introduction

The M301 has two principle means of allowing the user to interact with it; the frontpanel interface and a remote communications access interface. This manualspecifies the data available to the user and the method by which the user caninteract with the database via the front panel interface. Also contained within thedocument are the associated text strings that appear at the Courier remotecommunications interface. The ModBus remote communications interface is morebasic and is described in the SCADA section. These systems implement a broadrange of standard facilities which allow the user to:

• View measurements

• View and change settings

• View (and reset where appropriate) alarm records

• View (and reset where appropriate) event records

• View (and reset where appropriate) alarm/error messages

Access to the unit’s database is provided by means of an intuitive menu system.Human interaction is provided by means of a twenty character by two line LCD,seven button keypad, and four LEDs.

The user interface provides textual information in one of four languages:

English

French

German

Spanish



1.2 Menu presentation

1.2.1 Overview

The menu is organised in a tree-like structure, made up of columns and rows whichhave a hierarchical structure of layers. The menu structure is outlined below.

Layer 0 Default

Layer 1 Column Heading 1 Column Heading 2 Column Heading 3

Data 3.3Data 3.2Data 3.1Data 1.3Data 1.2Data 1.1

Column Heading 2.1

Data 2.1.1 Data 2.1.2 Data 2.1.3

Data 2.2.1

Column Heading 2.2

Data 2.2.2 Data 2.2.3

Scan AlarmsMulti-level

Layer 3

Layer 2

Figure 1. Menu Structure

The organisation of the layers is as follows:

Layer 0 Default position.

Layer 1 Primary column headings.

Layer 2 Data associated with primary column headings, orsecondary column headings.

Layer 3 Data associated with secondary column headings

Multi-Layer Scan alarms

1.2.1.1 Layer 0 - default position

The default position, at the head of the menu structure, allows the user to browsethrough all available measurements. The unit’s display reverts to the defaultposition in the structure if there is no keypad activity for a pre-set time.



1.2.1.2 Layer 1 - primary column headings

The primary column headings logically break down the database into major areasof common functionality such as:

System data

Communications Configuration

Analog Outputs, etc.

1.2.1.3 Layer 2 - secondary column headings

Secondary column headings sub-divide some primary column headings into furtherlogical areas of commonality.

1.2.1.4 Layer 2 - data

Layer two data is associated with primary column heading. Data includes settingvariables, fixed values or measured values. Password protection is employed onthe data.

1.2.1.5 Layer 3 - data

Layer three data is associated with secondary column headings. Data includessetting variables, fixed values or measured values. Password protection isemployed.

1.2.1.6 Multi-layer - scan alarms

The scan alarms section is multi-layer; it is directly accessible from any other layer.Scan alarms allows the user to view (and reset where alarms have cleared)‘setpoint’, ‘relay trip’, ‘out of service’ and ‘alarm’ alarms.

1.3 Menu navigation

Basic menu navigation is described in Chapter 1 of both Volumes 1 and 2 of thismanual.

1.3.1 Scan alarms

The alarm scan mode is available whenever an alarm LED is illuminated. In thissituation the [READ] key can be used to scan through the alarm messages, whichcan then be reset if so desired.

The [READ] key can be used to enter scan mode. If no alarm messages are presentthen an intermediate screen will be displayed, otherwise the first alarm messagewill be displayed.

If one or more alarm messages are present then the [READ] key allows the user tostep through the available messages, each press of the key selecting the nextmessage. After the last alarm message has been displayed the user will beprompted by the message “ ‘CLEAR’ to clear alarms “. If the [READ] key is pressedwhilst this message is present, the display scrolls back to the first alarm message.When viewing the message the [CLEAR] key can be pressed to clear the alarmmessages. If the [CLEAR] key is pressed and none of the alarms are still active, thedisplay returns to the previous menu layer via a temporary intermediate displaynoting this fact. However, if there are alarms that are still active the “Alarms stillactive” message is temporarily displayed before returning to the first remainingalarm message. The [READ] key can then be pressed to scan through the standingalarms again.



Pressing the “down” arrow key at any time returns the user to the display that theyleft prior to entering the scan alarms menu.

If an alarm clears itself whilst it is being viewed by the user the alarm message willbe removed and the next alarm message displayed. If this happens when there areno other alarm messages present, the display returns to that which it left on entry tothe Scan Alarms menu via a temporary intermediate display indicating that thereare no more alarms present.

Key Description of Function

[READ] Steps through present alarm messages and thereset alarms message in a cyclic manner.

[CLEAR] Resets/clears the alarm messages at the ‘CLEAR toClear Alarms’ prompt.

Down arrow Returns the user to the display that they were inbefore entering the scan alarms layer.

Other arrow keys No effect whilst in the scan alarms layer.

Summary of the key functionality whilst in the scan alarm mode.

1.3.2 General menu navigation for setting change

The user locates the data they wish to change as described in the introduction. Thedata can then be selected by means of the [ENTER] key. This causes the menu toenter setting mode. A flashing character, associated with the data, indicates thatdata may be changed.

If the data chosen is fixed and the [ENTER] key is pressed the message “Not asetting” will temporarily be displayed.

If a remote setting is in progress and the [ENTER] key is pressed the message“Remote setting in progress” will temporarily be displayed and the user returned tonormal browsing mode.

Access to data is subject to password protection, so the process of changing dataautomatically invokes prompting for the correct level of password, unless thepassword protection has already been removed. Password protection, onceremoved, remains active until the menu returns to the default display, due to eitherthe user returning the menu to the default display, or time-out of the keypadinactivity timer.



Key Description of Function

Up arrow Increases the value of variable data in stepsizeincrements up to the maximum value or stepup through available options in a cyclicmanner.

Down arrow Decrease the value of variable data in stepsizeincrements down to the minimum value orstep down through available options in acyclic manner.

Right arrow This only has effect when there is more thanone field in the variable data (eg. passwordor plant reference). It is used to move to thenext field to the right in a cyclic manner.

Left Arrow This only has effect when there is more thanone field in the variable data (eg. passwordor plant reference). It is used to move to thenext field to the left in a cyclic manner.

[ENTER] This is used to select variable data when the valueis to be changed (ie. enter setting mode) and toaccept the value after the value has been changed.It has no effect with column headings or fixeddata.

[CLEAR] This key is used to reset variable data to itsoriginal value and to exit the setting mode.The item of data that was to be changed then appearsin the browse menu as its original value.

[READ] Used to go to the scan alarms layer if any data ispresent, otherwise no effect.

Summary of the functionality of keys for setting change.

1.4 Procedure for changing settings

The following section details the procedure for setting changes.

1.4.1 Start point

It is assumed that the general menu navigation has been followed to display theitem to be modified and, for example the following is displayed.

Language:English

Pressing the [ENTER] key initiates the password prompt. If no password is requiredor the password for the required level of protection has already been entered thisstage is be omitted.

1.4.2 Password protection

The password protection is described in the introduction. The procedure outlined inthat section should be followed to allow the correct password access to be set.



1.4.3 Setting change

Language:

English

Again the leading character flashes between its present value and an underscoreto prompt the user that the field may be changed. The numeric value or text stringwill be varied by means of the Up and Down arrow keys. (If more than one field ispresent eg. register bits, selection of the individual fields is provided by means ofthe left and right arrow keys.

Pressing the [ENTER] key accepts the change and the menu returns to normalbrowsing mode but the new data value is displayed.

Pressing the [CLEAR] key at any point aborts the setting change and the menu shallreturn to browsing mode via a temporary intermediate screen that states “SettingAborted”. Time-out of the keypad inactivity timer aborts the whole process and themenu returns to the default position.

1.4.4 Group settings

If the setting cell is a member of a group setting, the setting change is notimplemented until the user moves up to a primary column heading. This is becausethe user may wish to change several related settings that should be implementedtogether. Time-out of the keypad inactivity timer, at any stage of this process,causes all the amended settings within that group to revert to their original valuesprior to the change.

After making all the required group setting changes the user returns up the columnheadings by pressing the Up arrow key. If any of the group settings have changedthe user shall be prompted by the following display. If no settings were actuallychanged the prompt is bypassed.

Update Settings?ENTER=Yes CLEAR=No

Pressing the [DOWN] key returns the user to the first data cell of the columnheading, with any previous changes still visible.

Pressing the [ENTER] key implements the settings and the menu moves to thecolumn heading via an intermediate message.

Pressing the [CLEAR] key discards the group settings change and the menu movesup to the column heading via a temporary intermediate message.

1.4.5 Immediate settings

If an immediate setting has been altered and the [ENTER] key pressed the setting isupdated immediately.

Pressing the [ENTER] key implements the setting change immediately and returnsthe menu to normal browse mode.

1.5 Menu Contents

The following sections depict the format of data that is displayed at the front paneland remote access point in order to view the data base of the unit.



1.5.1 Alarm scan menu

The alarm scan menu shall be available when one of the four red LEDs isilluminated. The four groups of event messages shall be:

Out of service

Setpoint

Trip

Alarm

The following subsections give examples of the types of alarm messages that maybe displayed in alarm scan mode.

1.5.1.1 ‘Out of service’ messages

An 'out of service' message indicates that the unit is in a configurable orcalibration mode. The following 'out of service' alarm messages may be displayed.

Front Panel Remote Access

Configuration Configuration settings invalidSettings Invalid

Calibration Calibration settings invalidSettings Invalid

Configuration Mode Configuration mode entered

Entered

Calibration Mode Calibration mode entered

Entered

Frequency Frequency tracking failedTracking Failed

1.5.1.2 ‘Setpoint’ messages

The setpoint LED will illuminate when an alarm setpoint is exceeded. When asetpoint is exceeded the alarm scan menu displays the setpoint group, alarmelement, alarm measurand, greater/less than sign, and the pre-set trip level.Typical measurand strings are shown below.

G1,E1: Frequency G1,E1: Frequency > 100.0 % > 100.0 %

G1,E2: Pt G1,E2: Pt > 100.0 %< 100.0 %

G1,E1: Ιn G1,E1: Ιn > 100.0 %> 100.0 %

1.5.1.3 ‘Trip’ messages

The trip LED will illuminate on when an alarm relay operates. In the case of a relayoperating, the data is displayed in the alarm scan menu as shown below.

Relay O/P Operated: Relay O/P Operated: “Label”“Label”



1.5.1.4 ‘Alarm’ scan messages

This LED illuminates for exceptional errors. The unit displays the following alarmmessages to the user.


Watchdog Time-Out Watchdog Time-Out Test Failed

Test Failed

Comms Channel A Comms Channel A Test 1 FailedTest 1 Failed

Comms Channel A Comms Channel A Test 2 FailedTest 2 Failed

Comms Channel B Comms Channel B Test 1 Failed Test 1 Failed

Comms Channel B Comms Channel B Test 2 FailedTest 2 Failed

EEPROM Error - EEPROM Error - Immediate Settings

Immediate Settings

EEPROM Error - EEPROM Error - System Mode Setting

System Mode Setting

EEPROM Error - EEPROM Error - Dist Rec SettingsDist Rec Settings

EEPROM Error - EEPROM Error - Comms SettingsComms Settings

EEPROM Error - EEPROM Error - Demand SettingsDemand Settings

EEPROM Error - EEPROM Error - Analog O/P SettingsAnalog O/P Settings

EEPROM Error - EEPROM Error - Relay O/P SettingsRelay O/P Settings

EEPROM Error - EEPROM Error - Opto I/P Settings Opto I/P Settings

EEPROM Error - EEPROM Error - Alarm Gp 1 SettingsAlarm Gp 1 Settings




EEPROM Error - EEPROM Error - Tariff SettingsTariff Settings

EEPROM Error - EEPROM Error - Metering DataMetering Data

EEPROM Error - EEPROM Error - Event Records

Event Records



EEPROM Error - EEPROM Error - LED Status

LED Status

EEPROM Error - EEPROM Error - Clock InvalidClock Invalid

EEPROM Error - EEPROM Error - Clock InaccurateClock Inaccurate

EEPROM Error - EEPROM Error - Analog O/P Serial PortAna O/P Serial Port

1.5.1.5 Default display

The default display allows the user to scroll through the unit’s measurements suchas voltage, current, power, and maximum demand values, etc. Data alwaysappears in the same ‘slot’ and the slot is blank if the connection mode renders thedata unavailable.


MEASUREMENTS

Van=0.000 Vbn=0.000 Van=0.000 kVVcn=0.000 kV

Vbn=0.000 kV

Vcn=0.000 kV

Vab=0.000 Vbc=0.000 Vab=0.000 kV

Vca=0.000 kV

Vbc=0.000 kV

Vca=0.000 kV

Van=0.000 Vbn=0.000 Van(THD)=0.000 %Vcn=0.000 %THD

Vbn(THD)=0.000 %

Vcn(THD)=0.000 %

Vab=0.000 Vbc=0.000 Vab(THD)=0.000 %Vca=0.000 %THD

Vbc(THD)=0.000 %

Vca(THD)=0.000 %

Volts NPS=0.000 % Volts NPS=0.000 %

Ιa=0.000 Ιb=0.000 Ιa=0.000 kA

Ιc=0.000 kA

Ιb=0.000 kA

Ιc=0.000 kA

Neutral Current= 0.000 A Neutral Current=0.000 A



Ιa=0.000 Ιb=0.000 Ιa(THD)=0.000 %Ιc=0.000 %THD

Ιb(THD)=0.000 %

Ιc(THD)=0.000 %

Amps NPS=0.000 % Amps NPS=0.000 %

Ιa=0.000 Ιb=0.000 Ιa(MD)=0.000 kA

Ιc=0.000 MD kA

Ιb(MD)=0.000 kA

Ιc(MD)=0.000 kA

Real Power:

Real Power: Phase A=00.00000 kWPh A=00.00000 kW

Real Power: Phase B=-00.00000 kW

Ph B=-00.00000 kW

Real Power: Phase C=00.00000 kW

Ph C=00.00000 kW

Real Power: Total=00.00000 kWTotal=00.00000 kW

Reactive Power:

Reactive Power: Phase A=00.00000 kVArPh A=00.00000 kVAr

Reactive Power: Phase B=-00.00000 kVArPh B=-00.00000 kVAr

Reactive Power: Phase C=00.00000 kVArPh C=00.00000 kVAr

Reactive Power: Total=-00.00000 kVArTotal=-00.00000 kVAr

Apparent Power:

Apparent Power: Phase A=00.00000 kVA Ph A=00.00000 kVA

Apparent Power: Phase B=00.00000 kVA

Ph B=00.00000 kVA

Apparent Power: Phase C=00.00000 kVA

Ph C=00.00000 kVA

Apparent Power: Total=00.00000 kVA Total=00.00000 kVA

PF=0.000 PF: 0.000



Import Energy= Import Energy=000000.000 kWh000000.000 kWh

Export Energy= Export Energy=000000.000 kWh000000.000 kWh

Import Energy= Import Energy=000000.000 kVArh000000.000 kVArh

Export Energy= Export Energy=000000.000 kVArh

000000.000 kVArh

MD Import= MD Import=00.00000 kW

00.00000 kW

MD Export= MD Export=00.00000 kW 00.00000 kW

MD (+)=00.00000 kVA MD (+)=00.00000 kVA

MD (-)=00.00000 kVA MD (-)=00.00000 kVA

MD Lagging= MD Lagging=00.00000 kVAr 00.00000 kVAr

MD Leading= MD Leading=00.00000 kVAr

00.0000 kVAr

MD PF=0.000 MD PF=0.000

System Frequency= System Frequency=00.000 Hz 00.000 Hz

DC Input=0.000 % DC Input=0.000 %

Pulsed Input 1= Pulsed Input 1=00000000000000000000

Pulsed Input 2= Pulsed Input 2=00000000000000000000

Time Into Period: Time Into Demand Period: 18 Into 30 min

18 Into 30 min



1.5.1.6 Primary column headings

The Primary Column headings break down the data base into major areas ofcommon functionality.


SYSTEM DATA SYSTEM DATA

SYSTEM CONFIGURATION SYSTEM CONFIGURATION

SYSTEM MODES SYSTEM MODES

SYSTEM COMMANDS SYSTEM COMMANDS

DEMAND VALUES DEMAND VALUES

TARIFF METER TARIFF METER

VIEW RECORDS VIEW RECORDS

DISTURBANCE RECORDER DISTURBANCE RECORDER

COMMUNICATIONS COMMUNICATIONS SETTINGSSETTINGS

DEMAND CALCULATION DEMAND CALCULATION

ANALOG OUTPUTS ANALOG OUTPUTS

RELAY OUTPUTS RELAY OUTPUTS

OPTO INPUTS OPTO INPUTS

SETPOINT GROUP 1 SETPOINT GROUP 1




TARIFF SETTINGS TARIFF SETTINGS



1.6 System data menu


SYSTEM DATA SYSTEM DATA

Language: Language: EnglishEnglish

Password: **** Password: ****

Description: Description: Measurement Centre Meas’ment Centre

Plant Reference: Plant Reference: <User defined><User defined>

Model Number: Model Number: M300H1042P0000A

M300H1042P0000A

Serial Number: Serial Number: 123456A

123456A

Communication Level: 1

Courier Address: 1

Software Ref 1: Software Ref 1: <To be defined><To be defined>

Software Ref 2: Software Ref 2: <To be defined ><To be defined>

Opto I/P Status: Opto Input Status 01 ↓

Opto 1: 1

Opto 2: 0

Relay O/P Status: Relay Output Status

1010 ↓

Relay 1: 0

Relay 2: 1

Relay 3: 0

Relay 4: 1

Active Access Level: Active Access Level: 00

Password Control: Password Control: 00

Level 1 Password: Level 1 Password: ****

****

Level 2 Password: Level 2 Password: ****

****



1.6.1 Language

This setting cell allows the user to select the required interface language. The tablebelow shows the possible states of the language cell.


Language: Language: ENGLISH

ENGLISH

Language: Language: FRANCAIS

FRANCAIS

Language: Language: DEUTSCHDEUTSCH

Language: Language: ESPANOLESPANOL

1.6.2 Password

This setting cell allows the user to enter the password for the desired security level.The password shall be entered as described in the introduction to the two volumes.

1.6.3 Description

This data cell is a data cell containing a character string describing the device,namely “Measurement Centre”.

1.6.4 Plant reference

A setting cell containing a 16 character string. Its principal application is toidentify the location of the unit when viewed over a remote access system.

1.6.5 Model number

A data cell containing the unit’s model number.

1.6.6 Serial number

This data cell identifies the serial number of the unit.

1.6.7 Communication level

This data cell indicates the capability of the communications interface to a remotesystem. The measurement centre implements level 1 Courier Communications.

1.6.8 Courier address

This setting cell contains the address of the unit.

1.6.9 Software Ref 1

This data cell contains the version of the boot loader software.

1.6.10 Software Ref 2

This data cell contains the version of the main software.

1.6.11 Opto input status (where fitted)

This data cell enables the user to view the status of the opto inputs. When an inputis energised its flag is shown as a ‘1’, otherwise as a ‘0’. Opto 1 status is definedin bit 1 and Opto 2 is in bit 2.



1.6.12 Relay output status (where fitted)

This data cell enables the user to view the status of the relay outputs. When anoutput is energised its flag is shown as a ‘1’, otherwise as a ‘0’. Output states shallbe 1-4 from left to right.

1.6.13 Active access level

This data cell indicates the currently active password level. The value will bedisplayed as an integer of range 0 to 3.

1.6.14 Password control

This setting cell indicates the lowest (default) level of access that is availablewithout entering a password. The value will be displayed as an integer of range0 to 2.

1.6.15 Level 1 password

This setting cell allows the password for level 1 to be changed. The password isfour upper case characters from A to Z and only visible as they are entered.

1.6.16 Level 2 password

This setting cell allows the password for level 2 to be changed. The password willbe four upper case characters from A to Z and only visible as they are entered.

1.7 System configuration menu


SYSTEM CONFIGURATION SYSTEM CONFIGURATION

Fitted Hardware: 0 Fitted Hardware: No Options FittedNo Options Fitted

Comms Protocol: Comms Protocol: Cou/IEC870 Mod/RS485

Cou/IEC870 Mod/RS485

Display Mode: Display Mode: Primary

Primary

LCD Backlight: LCD Backlight: ONON

Real Time Clock: Real Time Clock: 16/Mar/1997 10:34:5016-Mar-1997 10:34:50

Clock Synch: Clock Synch: DisabledDisabled

Max Clock Synch Max Clock Synch Interval: DisabledInterval: Disabled



1.7.1 Fitted hardware

This data cell will indicate to the user the fitted hardware option as follows:

Front panel Remote access

Fitted Hardware: 0 Fitted Hardware: 0 - No Options FittedNo Options Fitted

Fitted Hardware: 1 Fitted Hardware: 1 - Rly, OptoRly, Opto

Fitted Hardware: 2 Fitted Hardware: 2 - Ana, DC

Ana, DC

Fitted Hardware: 3 Fitted Hardware: 3 - Rly, Opto, Ana, DC

Rly, Opto, Ana, DC

1.7.2 Communications protocol

This setting cell enables the user to choose the desired communications protocol.The possible states of the cell are:


Comms Protocol: Comms Protocol: Cou/IEC870 Mod/RS485

Cou/IEC870 Mod/RS485

Comms Protocol: Comms Protocol: Cou/K-Bus Mod/RS232Cou/K-Bus Mod/RS232

1.7.3 Display mode

This setting cell will allow the user to select if they wish to display measurements inprimary or secondary terms as follows:


Display Mode: Display Mode: PrimaryPrimary

Display Mode: Display Mode: SecondarySecondary

1.7.4 LCD backlight (where applicable)

This setting cell allows the user to select if they wish the LCD backlight to be on oroff. The options are ‘ON’ or ‘OFF’.

1.7.5 Real time clock

This setting cell displays the current value of the unit’s real time clock. Each field ofthe cell is set in the standard manner.

1.7.6 Clock synchronisation

This setting cell allows the user to select the clock synchronisation rate. The optionsare ‘Disabled’, ‘30s’, ‘1 min’, ‘5 min’, ‘10 min’, ‘15 min’, ‘30 min’, or ‘60 min’.

1.7.7 Maximum clock synchronisation interval

This setting cell is used to select the maximum clock synchronisation interval.The cell can be set to ‘Disabled’, ‘1 Day’, ‘2 Days’, ‘3 Days’, ....... ‘31 Days’.



1.8 System modes menu


Connection Mode: 0 Connection Mode 0: 1ph (L,N)

1ph (L,N)

Power Flow Mode: Power Flow Mode: Mode 1

Mode 1

CT Primary: CT Primary: 9999A9999A

CT Secondary: CT Secondary: 9.000A9.000A

VT Primary: VT Primary: 999999V 999999V

VT Secondary: VT Secondary: 500.00V500.00V

1.8.1 Connection mode

This setting cell will enable the user to select the desired connection mode.


Connection Mode: 0 Connection Mode: 0 - 1ph (L,N)1ph (L,N)

Connection Mode: 1 Connection Mode: 1 - 3ph4w bal(1VT,1CT)3ph4w bal(1VT,1CT)


Connection Mode: 3 Connection Mode: 3 - 3ph3w unbal(3VT,2CT)3ph3w unbal(3VT,2CT)

Connection Mode: 4 Connection Mode: 4 - 3ph4w unbal(2VT,3CT)

3ph4w unbal(2VT,3CT)

Connection Mode: 5 Connection Mode: 5 - 3ph4w unbal(3VT,3CT)

3ph4w unbal(3VT,3CT)





1.8.2 Power flow mode

This setting cell allows the user to select one of four power flow modes.


Power Flow Mode: Power Flow Mode: Mode 1 Mode 1


Mode 2


Mode 3

Power Flow Mode: Power Flow Mode: Mode 4Mode 4

1.8.3 CT Primary

This setting cell allows the user to set the CT primary value. The cell’s contents arevariable from 0-9999A in 1A steps.

1.8.4 CT Secondary

This setting cell allows the user to set the CT secondary value. The cell’s contentsare variable from 1.000-9.000A in 0.001A steps.

1.8.5 VT Primary

This setting cell allows the user to set the VT primary value. The cell’s contents arevariable from 0-999999V in 1V steps.

1.8.6 VT Secondary

This setting cell enables the user to set the desired VT secondary value. The cell’scontents are variable from 1.00V to 500.00V in 0.01V steps.

1.9 System commands menu

The System Commands menu is presented to the user as shown in the table.The menu basically allows the user to initiate various commands. Pressing the frontpanel button referred to in the quotation marks carries out the command (M301only). Once the command has been completed a message is temporarily displayedto inform the user. All of these commands are accessed via the communications onan M302.




‘CLEAR’ to Reset Reset Energy Meter: NoEnergy Meter

‘CLEAR’ to Reset Reset Demand: NoDemand

‘CLEAR’ to Reset Reset Energy Meter and Demand: NoEnergy & Demand

‘CLEAR’ to Reset Reset Pulse Counts: No

Pulse Counts

Reset Local LEDs: No

‘CLEAR’ to Restore Restore Password Protection: No

Password Protection

‘ENTER’ to Capture Start Waveform Capture: No

A ph Fast Wform Data

‘ENTER’ to CaptureB ph Fast Wform Data

‘ENTER’ to CaptureC ph Fast Wform Data

1.9.1 Demand values secondary column headings

The primary column heading, Demand Values is broken down further intosecondary column headings as shown in the table.

Throughout the demand columns the ‘‘ symbol shall indicate a link to the date andtime stamp sub-cell. To gain access to this cell the Down arrow key key is pressed.After viewing, the main cell can be returned to by pressing the Up arrow key.


DEMAND VALUES DEMAND VALUES

DEMANDS FOR DEMANDS FOR PREVIOUS PERIOD

PREVIOUS PERIOD

MAXIMUM DEMANDS MAXIMUM DEMANDS SINCE LAST RESET

SINCE LAST RESET

MAXIMUM DEMANDS MAXIMUM DEMANDS FOR PRESENT DAYFOR PRESENT DAY

MAXIMUM DEMANDS MAXIMUM DEMANDS FOR DAY 1FOR DAY 1



MAXIMUM DEMANDS MAXIMUM DEMANDS FOR DAY 4

FOR DAY 4



MAXIMUM DEMANDS FOR MAXIMUM DEMANDS FOR DAY 5DAY 5

MAXIMUM DEMANDS FOR MAXIMUM DEMANDS FOR DAY 6 DAY 6

MAXIMUM DEMANDS FOR MAXIMUM DEMANDS FOR DAY 7

DAY 7

1.9.2 Demands for previous period menu

These data cells contain the maximum demands for the previous period.


DEMANDS FOR DEMANDS FOR PREVIOUS PERIODPREVIOUS PERIOD

Prev Period Demand: Import=00.00000kWImport=00.00000kW

Prev Period Demand: Export=00.00000kW

Export=00.00000kW

Prev Period Demand: Lag=00.00000kVAr

Lag=00.00000kVAr

Prev Period Demand: Lead=00.00000kVArLead=00.00000kVAr

Prev Period Demand: (+)=00.0000 kVA(+)=00.00000kVA

Prev Period Demand: (-)=00.00000kVA(-)=00.00000kVA

Prev Period Demand: PF=0.000 PF=0.000

Prev Period Demand: Ιa=0.000A

Ιa=0.000A

Prev Period Demand: Ιb=0.000A

Ιb=0.000A

Prev Period Demand: Ιc=0.000A Ιc=0.000A



1.9.3 Maximum demands since last reset menu

These data cells contain the maximum demand values, and access to theircorresponding time stamp sub-cell, since the last reset.


MAXIMUM DEMANDS MAXIMUM DEMANDS SINCE LAST RESET

SINCE LAST RESET

MD Since Last Reset: Import=00.00000 kWImport=00.00000 kW ↓ 06-Jan-1997 11:33:31.087

MD Since Last Reset: Export=00.00000 kWExport=00.00000 kW ↓ 06-Jan-1997 11:33:31.087

MD Since Last Reset: Lag=00.00000 kVArLag=00.00000 kVAr ↓ 06-Jan-1997 11:33:31.087

MD Since Last Reset: Lead=00.00000 kVArLead=00.00000 kVAr ↓ 06-Jan-1997 11:33:31.087

MD Since Last Reset: (+)=00.00000 kVA

(+)=00.00000 kVA ↓ 06-Jan-1997 11:33:31.087

MD Since Last Reset: (-)=00.00000 kVA

(-)=00.00000 kVA ↓ 06-Jan-1997 11:33:31.087

MD Since Last Reset: PF=0.000PF=0.000 ↓ 06-Jan-1997 11:33:31.087

MD Since Last Reset: Ιa=0.000 AΙa=0.000 kA ↓ 06-Jan-1997 11:33:31.087

MD Since Last Reset: Ιb=0.000 AΙb=0.000 kA ↓ 06-Jan-1997 11:33:31.087

MD Since Last Reset: Ιc=0.000 AΙc=0.000 kA ↓ 06-Jan-1997 11:33:31.087

1.9.4 Maximum demands for present day menu

These data cells contain the maximum demand values, and access to theircorresponding time stamp sub-cell, for the present day.


MAXIMUM DEMANDS FOR MAXIMUM DEMANDS FOR PRESENT DAYPRESENT DAY

MD Present Day: Import=00.00000 kWImport=00.00000 kW ↓ 06-Jan-1997 11:33:31.087

MD Present Day: Export=00.00000 kW

Export=00.00000 kW ↓ 06-Jan-1997 11:33:31.087

MD Present Day: Lag=00.00000 kVAr

Lag=00.00000 kVAr ↓ 06-Jan-1997 11:33:31.087

MD Present Day: Lead=00.00000 kVArLead=00.00000 kVAr ↓ 06-Jan-1997 11:33:31.087



MD Present Day: (+)=00.00000 kVA

(+)=00.00000 kVA ↓ 06-Jan-1997 11:33:31.087

MD Present Day: (-)=00.00000 kVA (-)=00.00000 kVA ↓ 06-Jan-1997 11:33:31.087

MD Present Day: PF=0.000PF=0.000 ↓ 06-Jan-1997 11:33:31.087

MD Present Day: Ιa=0.000 AΙa=0.000 A ↓ 06-Jan-1997 11:33:31.087

MD Present Day: Ιb=0.000 AΙb=0.000 A ↓ 06-Jan-1997 11:33:31.087

MD Present Day: Ιc=0.000 A

Ιc=0.000 A ↓ 06-Jan-1997 11:33:31.087

1.9.5 Maximum Demands For Day 1, 2, 3, 4, 5, 6, and 7

The maximum demand menu for days 1, 2, 3, 4, 5, 6, and 7 can be accessed asfollows.

The Maximum Demands For Day 1 is used as an example. The data cells containthe maximum demand values, and access to their corresponding time stamp in thesub-cell, for day one.


MAXIMUM DEMANDS FOR MAXIMUM DEMANDS FOR DAY 1

DAY 1

MD Day 1: Import=00.00000 kWImport=00.00000 kW ↓ 06-Jan-1997 11:33:31.087

MD Day 1: Export=00.00000 kWExport=00.00000 kW ↓ 06-Jan-1997 11:33:31.087

MD Day 1: Lag=00.00000 kVArLag=00.00000 kVAr ↓ 06-Jan-1997 11:33:31.087

MD Day 1: Lead=00.00000 kVArLead=00.00000 kVAr ↓ 06-Jan-1997 11:33:31.087

MD Day 1: (+)=00.00000 kVA

(+)=00.00000 kVA ↓ 06-Jan-1997 11:33:31.087

MD Day 1: (-)=00.00000 kVA

(-)=00.00000 kVA ↓ 06-Jan-1997 11:33:31.087

MD Day 1: PF=0.000PF=0.000 ↓ 06-Jan-1997 11:33:31.087

MD Day 1: Ιa=0.000 AΙa=0.000 A ↓ 06-Jan-1997 11:33:31.087

MD Day 1: Ιb=0.000 AΙb=0.000 A ↓ 06-Jan-1997 11:33:31.087

MD Day 1: Ιc=0.000 AΙc=0.000 A ↓ 06-Jan-1997 11:33:31.087



1.9.6 Tariff metering registers


TARIFF METER TARIFF METER

Settings Status: Tariff Settings Status: 1010

1010 ↓

Active Rate Reg: Active Rate Registers: 1010011010100110 ↓

Rate Register 1: Rate Register 1: 123456789 kWh123456789 kWh

Rate Register 2: Rate Register 2: 987654321 kVArh987654321 kVArh

Rate Register 3: Rate Register 3: 2345 kVArh2345 kVArh

Rate Register 8: Rate Register 8: 123456789 kWh

123456789 kWh

1.9.7 Tariff settings status

This data cell enables the user to see which of the Tariff Settings Status conflictsflags are currently active. When a conflict exists its flag is shown as a ‘1’,otherwise as a’0’.

The ‘↓‘ symbol indicates to the user that there are associated data sub-cell.Pressing the Down arrow key displays the first sub-cell. Pressing the Right arrowand Left arrow keys scrolls through the sub-cells shown in the Table. The Up arrowkey can be pressed at any time to move the user back up from a sub-cell to themain data cell.

↑←→Dup Rate Events: 0

↑←→Dup Season Events: 1

↑←→

Invalid Season: 1

↑←→

Events In season: 1

1.9.8 Active rate registers

This data cell enables the user to see which of the rate registers are currentlyactive. When a register is active its flag is shown as a ‘1’, otherwise as a’0’.The flags are listed in the order Register 8 to Register 1 from left to right.

The ‘↓‘ symbol indicates to the user that there are associated data sub-cell.Pressing the Down arrow key displays the first sub-cell. Pressing the Left arrow andRight arrow keys scrolls through the sub-cells shown in the table. The Up arrow keymay be pressed at any time to move the user back up from a sub-cell to the maindata cell.



↑←→Rate Register 1: 0



1.10 View records menu

This menu displays the history of the Out Of Service, Alarm, and Setpoint Alarms.The first two cells displays the number of records available and gives the option toreset all records respectively. If there are no records present the menu displays thenumber of records as ‘0’.


VIEW RECORDS VIEW RECORDS

Number of Records: Number of Records: 4949

‘CLEAR’ to Clear Clear all Records: NoEvent Records

0:Frequency ↓ 0: Frequency Tracking FailedTracking Failed 17-Feb-1997 09:23:21

1:G1,E1 High Trip ↓ 1: G1, E1 High Trip Van=0.000 kV

Van=0.000 kV 17-Feb-1997 09:23:21

2:G2,E2 Low Trip ↓ 2: G1,E1 Low Trip MD Lead=00.00000 kVAr

MD Lead=00.00000kVAr 17-Feb-1997 09:23:21

46:G3,E5 High Reset ↓ 46: G1,E1 High Reset MD (+)=00.00000 kVMD (+)=00.00000 kVA 17-Feb-1997 09:23:21

47:G4,E1 Low Reset ↓ 47: G1,E1 Low Reset Total=00.00000 kVATotal=00.00000 kVA 17-Feb-1997 09:23:21

48:Relay O/P Status ↓ 48: Relay O/P Status 01100110 17-Feb-1997 09:23:21

49:Opto I/P Status ↓ 49: Opto I/P Status 01 01 17-Feb-1997 09:23:21



1.10.1 Disturbance recorder


DISTURBANCE RECORDER DISTURBANCE RECORDER

Recorder Status: Recorder Status: Stopped

Stopped

Data Source: ADC Samples

Samples Per Cycle: Samples Per Cycle: 48

48

Record Config: Record Configuration: 1 Record, 36 Cycles1 Record, 36 Cycles

Post Trigger Cycle: Post Trigger Cycle: 3636

Setpoint Triggers: Setpoint Triggers:↓

Group 1, Element 1: 0Group 1, Element 2: 1

Group 1, Element 3: 0Group 1, Element 4: 1Group 2, Element 1: 0

Group 4, Element 8: 1

Opto Input Trigger: Opto Input Triggers: Opto I/P 110 ↓

Opto I/P 1: 1Opto I/P 2: 0

Records Stored: Records Stored: 00

‘ENTER’ to Trigger Trigger Disturbance Recorder: NoDisturbance Recorder

‘CLEAR’ to Clear Clear Waveform Capture & Disturbance Records: No

Wave Cap & Dist Rec

1.10.2 Recorder status

This data cell indicates the status of the recorder. The possible states of the cell are‘Stopped’, ‘Triggered’ or ‘Running’.

1.10.3 Data source

This data cell indicates to the user that the source of disturbance record is theAnalog to digital converter samples.

1.10.4 Samples per cycle

This setting cell contains the number of samples per cycle to be taken by thedisturbance recorder. It shall be set to ‘48’ or ‘24’.



1.10.5 Record configuration

This setting cell allows the user to select the number of records and cycles perrecord. The possible states of the cell are:


Record Config: Record Config: 1 Record, 36 Cycles

1 Record, 36 Cycles

Record Config: Record Config: 2 Records, 18 Cycles

2 Records, 18 Cycles

Record Config: Record Config: 3 Records, 12 Cycles3 Records, 12 Cycles


Record Config: Record Config: 1 Records, 72 Cycles1 Record, 72 Cycles






1.10.6 Post trigger cycle

This setting cell allows the user to set the number of Post Trigger Cycles stored.The range limit is dependant on the state of the Record Configuration cell.

1.10.7 Setpoint triggers

This data setting enables the user to view/set the desired Setpoint ElementTriggers. The ‘↓‘ symbol indicates to the user that there are associated data sub-cells. Pressing the Down arrow key takes the user to the display shown by below.There are 32 flags representing Four Setpoint Groups each with eight Elements.The bottom row represents Group 1 Element 1 through Group 2 Element 8respectively and the top row Group 3 Element 1 through Group 4 Element 8respectively. When a trigger is activated its flag is shown as a ‘1’, otherwise as a‘0’.

Group 4 Group 3

Bit

32

1 0 0 0 0 0 1 0 0 0 0 1 1 0 0 0 ↑

0 0 0 1 0 0 0 0 0 0 0 0 0 1 0 0 ↓

Bit

0

Group 2 Group 1



The ‘↑‘ and ‘↓‘ symbols indicate that pressing the Up arrow key returns the user tothe main setting cell, whilst pressing the Down arrow key expands the first flag.The flag’s expanded information is displayed as in the table below.

The ‘←‘ and ‘→‘ symbols indicate that the user can scroll left or right through thecells in a cyclic manner using the Left arrrow and Right arrow keys respectively.

↑←→

Group 1,Element 1: 0

↑←→


↑←→Group 1,Element 3: 1




↑←→


↑←→






↑←→


↑←→






↑←→








↑←→


↑←→






↑←→

Group 4,Element 6:0

↑←→

Group 4,Element 7:0

↑←→Group 4,Element 8:1

1.10.8 Opto input triggers (where fitted)

This setting cell allows the user to set/view the Opto Input Trigger assignments.When an input is active its flag is shown as a ‘1’, otherwise as a ‘0’. Input statesshall be 1-2 from left to right.

The ‘↓‘ symbol shall indicate to the user that there are associated data sub-cell.Pressing the Down arrow key shall display the first sub-cell. Pressing the Left arrowand Right arrow keys shall then scroll through the sub-cells. The Up arrow key maybe pressed at any time to move the user back up from a sub-cell to the main datacell.

↑←→

Opto Input Trig 1:1

↑←→

Opto Input Trig 2:0



1.10.9 Records stored

This data cell shows the number of records stored.

1.10.10 Trigger disturbance recorder

This command cell allows the user to trigger the disturbance recorder.

1.10.11 Reset waveform capture and disturbance records

This command cell allows the user to reset waveform capture and all disturbancerecords.

1.11 Communications settings menu


COMMUNICATIONS COMMUNICATIONS SETTINGSSETTINGS

Modem Control Lines: Modem Control Lines: DisabledDisabled

Modbus Address: 1 Modbus Address: 1

Modbus Baud Rate: Modbus Baud Rate: 96009600

Modbus Framing: 1St, Modbus Framing: 1 Start Bit, 8 Data Bits, Even Parity

8Dt, Even Par, 2Stp Bit, 2 Stop Bits

Courier Address: Courier Address: 255

255

IEC870 Baud Rate: IEC870 Baud Rate: 96009600

IEC870 Framing: IEC870 Framing: FT1.2, 11 bitsFT1.2, 11 bits

1.11.1 Modem control lines

This setting cell allows the user to enable or disable the modem control lines.The possible cell states are ‘Disabled’, ‘Enabled’.

1.11.2 Modbus address

This setting cell allows the user to set the modbus address between 1 and 247 insteps of one.



1.11.3 Modbus baud rate

This setting cell allows the user to select the desired modbus baud rate.The possible cell states are shown below.



1200





1.11.4 Modbus framing

This setting cell is used to select the desired modbus framing. The possible cellstates are shown below.


Modbus Framing: 1St, Modbus Framing: 1 Start Bit, 8 Data Bits, No Parity8Dt, No Par, 2Stp Bit, 2 Stop Bits

Modbus Framing: 1St, Modbus Framing: 1 Start Bit, 8 Data Bits, Even Parity

8 Dt, Even Par, 1Stp Bit, 1 Stop Bit

Modbus Framing: 1St, Modbus Framing: 1 Start Bit, 8 Data Bits, Odd Parity

8 Dt, Odd Par, 1Stp Bit, 1 Stop Bit

1.11.5 Courier address

This setting cell allows the user to set the courier address. The cell can be setbetween 0 and 255 in steps of one.

1.11.6 IEC870 baud rate

This setting cell allows the user to select the desired IEC870 baud rate.The possible cell states are shown below.



1200







1.11.7 IEC870 Framing

The user can use this setting cell to select the desired IEC870 framing.The possible cell states are shown below.


IEC870 Framing: IEC870 Framing: FT1.2, 11 Bits

FT1.2, 11 Bits

IEC870 Framing: IEC870 Framing: 1010 Bits

1.11.8 Demand calculation

The demand calculation menu is presented to the user as illustrated below.The chosen function determines the remainder of settings available.


DEMAND CALCULATION DEMAND CALCULATION

Function: Function: Sliding WindowSliding Window

Demand Subperiods: Demand Subperiods: 30 min30 min

Demand Period: Demand Period: 15 Subperiods15 Subperiods

Demand Period: Demand Period: 30 min

30 min

1.11.9 Function

The function setting cell determines the type of demand calculation used asdescribed in the table.


Function: Function: Fixed Window

Fixed Window

Function: Function: Sliding Window

Sliding Window

Function: Function: Thermal CharacteristicThermal

1.11.10 Demand subperiods (sliding window only)

The demand subperiods setting cell is only be visible if the sliding window functionhas been chosen. The cell can be used to set the subperiod length, in minutes, from1 to 99.


Demand Subperiods: Demand Subperiods: 99 min99 min



1.11.11 Demand period (sliding window)

If the sliding window function has been chosen then this cell is used to select thenumber of subperiods. The number of subperiods can be between 1 and 15.


Demand Period: Demand Period: 1 Subperiods

1 Subperiod



1.11.12 Demand period (fixed window or thermal characteristic)

If the fixed window or thermal characteristic functions have been chosen then thiscell can be used to set the demand period length. The cell has a range of 1 to 99minutes in steps of one minute.


Demand Period: Demand Period: 99 mins99 mins

1.12 Analog outputs menu (where fitted)

The analog outputs menu is presented to the user as shown below. The followingsub-sections describe the particular case of analog output one.


ANALOG OUTPUTS ANALOG OUTPUTS

Analog Output 1: Analog Output 1: Van

Van

Analog Output 1 Full Scale: 100.0 %

Full Scale: 100.0 %

Analog Output 1 Slope: SingleSlope: Single

Analog Output 1 Span: 0...10 mA UniSpan: 0...10 mA Uni

Analog Output 2: Analog Output 2: Vbn Vbn

Analog Output 2 Full Scale: 100.0 %Full Scale: 100.0 %

Analog Output 2 Slope: Single

Slope: Single

Analog Output 2 Span: 0...10 mA Uni

Span: 0...10 mA Uni

Analog Output 3: Analog Output 3: VcnVcn



Analog Output 3 Full Scale: 100.0 %Full Scale: 100.0 %

Analog Output 3 Slope: Single

Slope: Single

Analog Output 3 Span: 0...10 mA Uni

Span: 0...10 mA Uni

Analog Output 4: Analog Output 4: VabVab

Analog Output 4 Full Scale: 99.9%Full Scale: 99.9%

Analog Output 4 Slope: SingleSlope: Single

Analog Output 4 Span: 0...10 mA UniSpan: 0...10 mA Uni

1.12.1 Analog output 1 measurand

This setting cell indicates the measurand assigned to Analog output 1. The possiblestates of this cell are:


Analog Output 1: Analog Output 1: DisabledDisabled

Analog Output 1: Analog Output 1: Frequency

Frequency

Analog Output 1: Analog Output 1: Pt

Pt

Analog Output 1: Analog Output 1: QtQt

Analog Output 1: Analog Output 1: StSt

Analog Output 1: Analog Output 1: PFPF

Analog Output 1: Analog Output 1: ΙaΙa

Analog Output 1: Analog Output 1: ΙbΙb

Analog Output 1: Analog Output 1: ΙcΙc

Analog Output 1: Analog Output 1: ΙnΙn

Analog Output 1: Analog Output 1: VanVan

Analog Output 1: Analog Output 1: VbnVbn



Analog Output 1: Analog Output 1: VcnVcn

Analog Output 1: Analog Output 1: VabVab

Analog Output 1: Analog Output 1: VbcVbc

Analog Output 1: Analog Output 1: Vca

Vca

1.12.2 Analog output 1 full scale

This setting cell allows the user to define the full scale value of the selected inputmeasurand. The full scale range is 1.0 % to 200.0 % in steps of 0.1 %.

1.12.3 Analog output 1 slope

This setting cell allows the user to select the desired output slope, its possible statesare shown below.


Analog Output 1 Analog Output 1 Slope: Single

Slope: Single

Analog Output 1 Analog Output 1 Slope: Dual

Slope: Dual

1.12.4 Analog output 1 X-breakpoint

This setting cell allows the user to set the x-breakpoint value. The setting range shallbe 0.0 % to 100.0 % in 0.1 % steps. This is only applicable for dual slopesettings.

1.12.5 Analog output 1 Y-breakpoint

This setting cell allows the user to set the y-breakpoint value. The setting range is0.0 % to 100.0 % in 0.1 % steps. This is only applicable for dual slope settings.

1.12.6 Analog output 1 span

This setting cell allows the user to select the output current span. The possible statesof the cell are shown below.


Analog Output 1 Analog Output 1 Span: 0...10 mA UniSpan: 0...10 mA Uni



Analog Output 1 Analog Output 1 Span: 0...20 mA Bi

Span: 0...10 mA Bi

Analog Output 1 Analog Output 1 Span: 0...20 mA Bi

Span: 0...20 mA Bi



Analog Output 1 Analog Output 1 Span: 0...20 mA BiSpan: 4...20 mA Bi

1.13 Setpoint group 1, 2, 3, and 4 menus

Setpoint Group menus 1 to 4 follow the same format as each other, the onlydifference being the reference number. This section uses Setpoint Group 1 element1 as an example to describe how the data is displayed to the user.



Setpoint Group 1 Delay: 60 sec

Delay: 60 sec

Setpoint G1,E1: Element 1: Van

Van

Setpoint G1,E1 High Level: 120.3 %High Level: 120.3 %

Setpoint G1,E1 Low Level: 88.4 %Low Level: 88.4 %

1.13.1 Setpoint group 1 delay

This setting cell allows the user to enter the Setpoint Group delay. The setting rangecan be 1 to 60 seconds in steps of one second.

1.13.2 Setpoint group 1 element 1

Each Setpoint Group has eight elements. The user is able to disable the element orselect one of the available measurands. The table below shows the possible statesof this cell for Setpoint Group 1, element 1 for both a disabled configuration andwith the setpoint of Frequency.


Setpoint G1,E1: Element 1: Disabled

Disabled

Setpoint G1,E1: Element 1: Frequency

Frequency

1.13.3 Setpoint group 1 element 1 high level

This setting cell is used to set the high alarm level value as a percentage.

1.13.4 Setpoint group 1 element 1 low level

This setting cell is used to set the low alarm level value as a percentage.



1.14 Relay outputs menu

The relay outputs menu is presented to the user as in the table which uses relay 1as an example.


RELAY OUTPUTS RELAY OUTPUTS

Relay 1

Relay 1 Assignment: Assignment: Setpoint Group 1

Setpoint Group 1

Relay 1 Label: Label: Relay Output 1Relay Output 1

Relay 1 Contacts: Contacts: Normally OpenNormally Open

1.14.1 Relay 1 assignment

This setting cell is used to select the assignment of relay 1. The possible states are:


Relay 1 Assignment: Relay 1 Assignment: Disabled

Disabled

Relay 1 Assignment: Relay 1 Assignment: Setpoint Group 1Setpoint Group 1




Relay 1 Assignment: Relay 1 Assignment: Pulsed Import kWh

Pulsed Import kWh

Relay 1 Assignment: Relay 1 Assignment: Pulsed Export kWh

Pulsed Export kWh

Relay 1 Assignment: Relay 1 Assignment: Pulsed Export kVArhPulsed Export kVArh

Relay 1 Assignment: Relay 1 Assignment: Pulsed Import kVArhPulsed Import kVArh

Relay 1 Assignment: Relay 1 Assignment: WatchdogWatchdog

1.14.2 Relay X label

This setting cell allows the user to enter a 14 character (ASCII TEXT) labelrepresenting the relay X. The default label is “Relay Output X”



1.14.3 Relay contacts

This setting cell is used to select the default state of the relay’s contacts.


Relay 1 Contacts: Relay 1 Contacts: Normally OpenNormally Open

Relay 1 Assignment: Relay 1 Contacts: Normally Closed

Normally Closed

1.14.4 Import kWh pulse duration

This setting cell allows the user to select the desired pulse duration for Import kWh.The table below illustrates the possible states of the cell.


Import kWh Pulse Pulse Duration: 100 ms

Duration: 100 ms

Import kWh Pulse Pulse Duration: 200 ms

Duration: 200 ms

Import kWh Pulse Pulse Duration: 400 msDuration: 400 ms

1.14.5 Import kWh pulse rate

This setting cell can be set between 1-4000 pph in steps of one.

1.14.6 Import kWh full scale

This setting cell can be set between 1.000%-200.0 % in steps of 0.1 %.

1.14.7 Export kWh, export kVArh, and import kVArh

The cell structure for import watts can be repeated for export watts, import kVArhand export kVArh.

1.15 Opto inputs menu (where fitted)


Opto Input 1: Opto Input 1: DisabledDisabled

Opto Input 1 Label: Label: Opto Input 1Opto Input 1

Opto Input 2: Opto Input 2: DisabledDisabled

Opto Input 2 Label: Label: Opto Input 2

Opto Input 2



1.15.1 Opto input X

The Opto Input X setting cell allows the user to set the operation mode of the input.The possible states being.


Opto Input X: Opto Input X: Disabled

Disabled

Opto Input X: Opto Input X: Demand SyncDemand Sync

Opto Input X: Opto Input X: Energy SyncEnergy Sync

Opto Input X: Opto Input X: Energy & Demand SyncEnergy & Demand Sync

Opto Input X: Opto Input X: Pulse CounterPulse Counter

Opto Input X: Opto Input X: Clock Sync

Clock Sync

Opto Input X: Opto Input X: Logic Levels

Logic Levels

1.15.2 Opto input X label

This setting cell allows the user to enter a 14 character (ASCII TEXT) labelrepresenting Opto Input X. The default label is “Opto Input X”.

1.15.3 Tariff settings secondary column headings

The primary column heading tariff settings are broken down into the secondarycolumn headings as shown.


TARIFF SETTINGS TARIFF SETTINGS

RATE SWITCHING RATE SWITCHING EVENTS 1-12

EVENTS 1-12

RATE SWITCHING RATE SWITCHING EVENTS 13-24EVENTS 13-24



SEASON SWITCHING SEASON SWITCHING EVENTSEVENTS

SWITCHING EVENTS SWITCHING EVENTS IN SEASON

IN SEASON

FIXED DAY FIXED DAY EXCLUSIONS

EXCLUSIONS



FIXED DATE FIXED DATE EXCLUSIONSEXCLUSIONS

RATE REGISTER RATE REGISTER DATA SOURCEDATA SOURCE

1.16 Rate switching events menus

This subsection describes how the rate switching events menus are displayed to theuser. The rate switching events 1 to 12 menu is displayed to the user as shownbelow. The remaining rate switching events (13-24, 25-36, and 37-48) followexactly the same structure except for the reference to event numbers.



Event 1

Event 1 Activation Activation Day: DisabledDay: Disabled

Event 1 Activation Activation Hour: 0Hour: 0

Event 1 Activation Activation Minutes: 0Minute: 0

Event 1 Rates: Rates: 0000000100101101 ↓

Event 2


Event 2 Activation Activation Hour: 0

Hour: 0

Event 2 Activation Activation Minutes: 0

Minute: 0


Event 12


Event 12 Activation Activation Hour: 0Hour: 0

Event 12 Activation Activation Minutes: 0Minute: 0




1.16.1 Activation day

The possible states of the activation day setting cell are ‘Disabled’, ‘Monday’,‘Tuesday’, ‘Wednesday’, ‘Thursday’, ‘Friday’, ‘Saturday’ or ‘Sunday’.

1.16.2 Activation hour

This setting cell can be set between 0 and 23 hours in one hour steps.

1.16.3 Activation minute

This setting cell can be set between 0 and 59 minutes in one minute steps.

1.16.4 Rates

This setting cell displays the state of each rate register. A ‘1’ indicates active whilsta ‘0’ inactive.

The ‘←‘ and ‘→‘ symbols indicates that the user can scroll left or right througheach of the rate register states in a cyclic manner using the left and right arrowkeys respectively. The ‘″‘ symbol indicates that the user can return to the rateregister cell.

↑←→Event 1 Rate Reg 1:1


etc.

The user is able to enter setting mode in the normal manner from any of thedisplays. When in setting mode the user shall see the display shown below (theparticular Rate Reg number displayed depends on where the setting mode wasentered from). The Left and Right arrow keys can be used to scroll through the RateRegisters in a cyclic manner and the Up and Down arrow keys used to toggle thesetting value between ‘0’ and ‘1’. The setting changes is accepted in the normalmanner.


1.17 Season switching event menu

The season switching event menu is presented to the user as shown in the tablebelow.


SEASON SWITCHING SEASON SWITCHING EVENTSEVENTS

Event 1

Event 1 Month: JanuaryMonth: January

Event 1 Day of Month: 1Day of Month: 1

Event 1 New Season: 2New Season: 2



Event 12

Event 12 Month: MarchMonth: March

Event 12 Day of Month: 5Day of Month: 5

Event 12 New Season: 3New Season: 3

1.17.1 Month

This setting cell enables the user to select from ‘Disabled’, ‘January’, ‘February’,‘March’, ‘April’, ‘May’, ‘June’, ‘July’, ‘August’, ‘September’, ‘October’,‘November’, and ‘December’.

1.17.2 Day of month

This setting cell allows the user to select in steps of 1 day from 1 to 31 days.

1.17.3 New season

This setting cell has a range of 0 to 11 in steps of one.

1.18 Switching events in season menu


SWITCHING EVENTS IN SWITCHING EVENTS IN SEASON

SEASON

Switching Events In Season 0: 0

Season 0: 0

Switching Events In Season 1: 12Season 1: 12

Switching Events In Season 11: 48Season 11: 48

1.18.1 Switching events in season

This setting cell allows the user to select the number of events for each season.The cell’s states are ‘0’, ‘1’, ‘2’, ... ‘48’.

1.18.2 Fixed day exclusions.


FIXED DAY EXCLUSION FIXED DAY EXCLUSION

Exclusion 1:

Exclusion 1 Week: 1Week: 1

Exclusion 1 Day: Monday

Day: Monday

Exclusion 1 Season to Use: 1

Season to Use: 1



Exclusion 1 Day to Use: MondayDay to Use: Monday

Exclusion 8:

Exclusion 8 Week: 1Week: 1

Exclusion 8 Day: MondayDay: Monday

Exclusion 8 Season to Use: 1Season to Use: 1

Exclusion 8 Day to Use: TuesdayDay to Use: Monday

1.18.3 Week cell

This setting cell is used to select the fixed day exclusion week. The cell’s possiblestates are ‘Disabled’, ‘1’, ‘2’, ... ‘52’.

1.18.4 Day cell

This setting allows the user to select the fixed day exclusion day. The cell’s possiblestates are ‘Monday’, ‘Tuesday’, ... ‘Sunday’.

1.18.5 Season to use cell

This setting cell allows the user to select the fixed day exclusion season to use.The cell’s possible states are ‘1, ‘2’, ... ‘12’.

1.18.6 Day to use cell

This setting cell enables the user to select the fixed day exclusion day to use.The cell’s possible states are ‘Monday’, ‘Tuesday’, ... ‘Sunday’.

1.19 Fixed date exclusion menu


FIXED DATE EXCLUSION FIXED DATE EXCLUSION

Exclusion 1:

Exclusion 1 Month: JanuaryMonth: January

Exclusion 1 Day of Month: 23Day of Month: 23

Exclusion 1 Season to Use: 1

Season to Use: 1

Exclusion 1 Day to Use: Monday

Day to Use: Monday

Exclusion 8:

Exclusion 8 Month: January

Month: January

Exclusion 8 Day of Month: 20Day of Month: 20



Exclusion 8 Season to Use: 1Season to Use: 1

Exclusion 8 Day to Use: TuesdayDay to Use: Tuesday

1.19.1 Month cell

This setting cell is used to select the fixed date exclusion month. The cell’s possiblestates are ‘Disabled’, ‘January’, ‘February’, ... ‘December’.

1.19.2 Day of month cell

This setting allows the user to select the fixed date exclusion day of month.The cell’s possible states are ‘1, ‘2, ... ‘31’.

1.19.3 Season to use cell

This setting cell allows the user to select the fixed date exclusion season to use.The cell’s possible states are ‘1’, ‘2’, ... ‘12’.

1.19.4 Day to use cell

This setting cell enables the user to select the fixed date exclusion day to use.The cell’s possible states are ‘Monday’, ‘Tuesday’, ... ‘Sunday’.

1.19.5 Rate register source


RATE REGISTER DATA RATE REGISTER DATA SOURCESOURCE

Rate Register 1: Rate Register 1: Import Total kWhImport Total kWh

Rate Register 2: Rate Register 2: Import Total kWhImport Total kWh

Rate Register 3: Rate Register 3: Export Total kWh

Export Total kWh

Rate Register 4: Rate Register 4: Import Total kVArh

Import Total kVArh

Rate Register 5: Rate Register 5: Export Total kVArhExport Total kVArh

Rate Register 6: Rate Register 6: Export Total kWhExport Total kW

1.19.6 Rate register data source cell

The rate register data source cells enable the user to select the data source foreach register. Each rate register data source cell has one of the states shown in thetable.



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Rea

ctiv

e Po

wer

Cou

rier v

ar

0509

APP

ARE

NT

POW

ER

050A

A P

hase

App

aren

t Pow

erC

ourie

r VA

050B

B Ph

ase

App

aren

t Pow

erC

ourie

r VA

050C

C P

hase

App

aren

t Pow

erC

ourie

r VA

050D

Tota

l Rea

l Pow

erC

ourie

r Pow

er

050E

Tota

l Rea

ctiv

e Po

wer

Cou

rier v

ar

050F

Tota

l App

aren

t Pow

erC

ourie

r VA

0510

Tota

l Pow

er F

acto

rC

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r Res

erve

d

0511

Impo

rt Re

al E

nerg

yC

ourie

r Wh

0512

Expo

rt Re

al E

nerg

yC

ourie

r Wh

0513

Impo

rt Re

activ

e En

ergy

Cou

rier v

arh

0514

Expo

rt Re

activ

e En

ergy

Cou

rier v

arh

0600

DEM

AN

D V

ALU

ES



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

0601

DYN

AM

IC D

EMA

ND

VA

LUES

0602

Tim

e In

to P

erio

d (m

in)

Uns

igne

d In

tege

r(16)

0603

Impo

rt Re

al P

ower

Cou

rier P

ower

0604

Expo

rt Re

al P

ower

Cou

rier P

ower

0605

Impo

rt Re

activ

e Po

wer

Cou

rier v

ar

0606

Expo

rt Re

activ

e Po

wer

Cou

rier v

ar

0607

Posi

tive

App

aren

t Pow

erC

ourie

r VA

0608

Neg

ativ

e A

ppar

ent P

ower

Cou

rier

VA

0609

Pow

er F

acto

rC

ourie

r Res

erve

d

060A

IaC

ourie

r Cur

rent

060B

IbC

ourie

r Cur

rent

060C

IcC

ourie

r Cur

rent

060D

PREV

IOU

S PE

RIO

D

060E

Impo

rt Re

al P

ower

Cou

rier P

ower

060F

Expo

rt Re

al P

ower

Cou

rier P

ower

0610

Impo

rt Re

activ

e Po

wer

Cou

rier v

ar

0611

Expo

rt Re

activ

e Po

wer

Cou

rier v

ar

0612

Posi

tive

App

aren

t Pow

erC

ourie

r VA

0613

Neg

ativ

e A

ppar

ent P

ower

Cou

rier

VA

0614

Pow

er F

acto

rC

ourie

r Res

erve

d

0615

IaC

ourie

r Cur

rent

0616

IbC

ourie

r Cur

rent

0617

IcC

ourie

r Cur

rent

0618

MA

X D

EMA

ND

SIN

CE

LAST

RES

ET



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

0619

Impo

rt Re

al P

ower

Cou

rier P

ower

061A

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

061B

Expo

rt Re

al P

ower

Cou

rier P

ower

061C

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

061D

Impo

rt Re

activ

e Po

wer

Cou

rier v

ar

061E

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

061F

Expo

rt Re

activ

e Po

wer

Cou

rier v

ar

0620

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

0621

Posi

tive

App

aren

t Pow

erC

ourie

r VA

0622

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

0623

Neg

ativ

e A

ppar

ent P

ower

Cou

rier

VA

0624

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

0625

Pow

er F

acto

rC

ourie

r Res

erve

d

0626

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

0627

IaC

ourie

r Cur

rent

0628

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

0629

IbC

ourie

r Cur

rent

062A

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

062B

IcC

ourie

r Cur

rent

062C

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

062D

PRES

ENT

DA

Y M

AX

DEM

AN

D

062E

Impo

rt Re

al P

ower

Cou

rier P

ower

062F

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

0630

Expo

rt Re

al P

ower

Cou

rier P

ower



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

0631

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

0632

Impo

rt Re

activ

e Po

wer

Cou

rier v

ar

0633

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

0634

Expo

rt Re

activ

e Po

wer

Cou

rier v

ar

0635

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

0636

Posi

tive

App

aren

t Pow

erC

ourie

r VA

0637

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

0638

Neg

ativ

e A

ppar

ent P

ower

Cou

rier

VA

0639

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

063A

Pow

er F

acto

rC

ourie

r Res

erve

d

063B

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

063C

IaC

ourie

r Cur

rent

063D

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

063E

IbC

ourie

r Cur

rent

063F

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

0640

IcC

ourie

r Cur

rent

0641

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

0700

7-D

AY

MA

XIM

UM

DEM

AN

DS

0701

DA

Y 1

MA

X D

EMA

ND

0702

Impo

rt Re

al P

ower

Cou

rier P

ower

0703

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

0704

Expo

rt Re

al P

ower

Cou

rier P

ower

0705

Tim

e St

amp

IEC

870

Tim

e &

Dat

e



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

0706

Impo

rt Re

activ

e Po

wer

Cou

rier v

ar

0707

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

0708

Expo

rt Re

activ

e Po

wer

Cou

rier v

ar

0709

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

070A

Posi

tive

App

aren

t Pow

erC

ourie

r VA

070B

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

070C

Neg

ativ

e A

ppar

ent P

ower

Cou

rier

VA

070D

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

070E

Pow

er F

acto

rC

ourie

r Res

erve

d

070F

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

0710

IaC

ourie

r Cur

rent

0711

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

0712

IbC

ourie

r Cur

rent

0713

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

0714

IcC

ourie

r Cur

rent

0715

Tim

e St

amp

IEC

870

Tim

e &

Dat

e

0716

DA

Y 2

MA

X D

EMA

ND

SAM

E A

S D

AY

1

07XX

DA

Y 3

MA

X D

EMA

ND

SAM

E A

S D

AY

1

07XX

DA

Y 4

MA

X D

EMA

ND

SAM

E A

S D

AY

1

07XX

DA

Y 5

MA

X D

EMA

ND

SAM

E A

S D

AY

1

07XX

DA

Y 6

MA

X D

EMA

ND

SAM

E A

S D

AY

1

07XX

DA

Y 7

MA

X D

EMA

ND

SAM

E A

S D

AY

1

0800

TARI

FF M

ETER



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

0801

Act

ive

Rate

Reg

iste

rsBi

nary

Fla

gs (8

)1

Rate

Reg

iste

r 1 A

ctiv

e (b

it-m

ask)

2Ra

te R

egis

ter 2

Act

ive

(bit-

mas

k)

4Ra

te R

egis

ter 3

Act

ive

(bit-

mas

k)

8Ra

te R

egis

ter 4

Act

ive

(bit-

mas

k)

16Ra

te R

egis

ter 5

Act

ive

(bit-

mas

k)

32Ra

te R

egis

ter 6

Act

ive

(bit-

mas

k)

64Ra

te R

egis

ter 7

Act

ive

(bit-

mas

k)

128

Rate

Reg

iste

r 8 A

ctiv

e (b

it-m

ask)

0802

Tarif

f Set

tings

Sta

tus

Inde

xed

Strin

g0

Setti

ngs

OK

1D

uplic

ate

Rate

Sw

itchi

ng E

vent

s

2D

uplic

ate

Seas

on S

witc

hing

Eve

nts

3Sw

itch

to In

valid

Sea

son

4Sw

itchi

ng E

vent

s In

Sea

son

>48

0803

Rate

1U

nsig

ned

Inte

ger

(32)

0804

Rate

2U

nsig

ned

Inte

ger

(32)

0805

Rate

3U

nsig

ned

Inte

ger

(32)

0806

Rate

4U

nsig

ned

Inte

ger

(32)

0807

Rate

5U

nsig

ned

Inte

ger

(32)

0808

Rate

6U

nsig

ned

Inte

ger

(32)

0809

Rate

7U

nsig

ned

Inte

ger

(32)

080A

Rate

8U

nsig

ned

Inte

ger

(32)

0900

TOTA

L H

ARM

ON

IC D

ATA

0901

Van

THD

Cou

rier

Perc

enta

ge



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

0902

Vbn

THD

Cou

rier

Perc

enta

ge

0903

Vcn

THD

Cou

rier

Perc

enta

ge

0904

Vab

THD

Cou

rier

Perc

enta

ge

0905

Vbc

THD

Cou

rier

Perc

enta

ge

0906

Vca

THD

Cou

rier

Perc

enta

ge

0907

Ia T

HD

Cou

rier

Perc

enta

ge

0908

Ib T

HD

Cou

rier

Perc

enta

ge

0909

Ic T

HD

Cou

rier

Perc

enta

ge

0A00

PHA

SE V

OLT

AG

E H

ARM

ON

IC D

ATA

0A01

VA H

ARM

ON

IC D

ATA

0A02

2nd

Har

mon

icC

ourie

r Pe

rcen

tage

0A03

3rd

Har

mon

icC

ourie

r Pe

rcen

tage

0A04

4th

Har

mon

icC

ourie

r Pe

rcen

tage

0A05

5th

Har

mon

icC

ourie

r Pe

rcen

tage

0A06

6th

Har

mon

icC

ourie

r Pe

rcen

tage

0A07

7th

Har

mon

icC

ourie

r Pe

rcen

tage

0A08

8th

Har

mon

icC

ourie

r Pe

rcen

tage

0A09

9th

Har

mon

icC

ourie

r Pe

rcen

tage

0A0A

10th

Har

mon

icC

ourie

r Pe

rcen

tage

0A0B

11th

Har

mon

icC

ourie

r Pe

rcen

tage

0A0C

12th

Har

mon

icC

ourie

r Pe

rcen

tage

0A0D

13th

Har

mon

icC

ourie

r Pe

rcen

tage

0A0E

14th

Har

mon

icC

ourie

r Pe

rcen

tage



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

0A0F

15th

Har

mon

icC

ourie

r Pe

rcen

tage

0A10

VB H

ARM

ON

IC D

ATA

SAM

E A

S VA

HA

RMO

NIC

DA

TA

0AXX

VC H

ARM

ON

IC D

ATA

SAM

E A

S VA

HA

RMO

NIC

DA

TA

0B00

LINE

VOLT

AG

E H

ARM

ON

IC D

ATA

0B01

VAB

HA

RMO

NIC

DA

TA

0B02

2nd

Har

mon

icC

ourie

r Pe

rcen

tage

0B03

3rd

Har

mon

icC

ourie

r Pe

rcen

tage

0B04

4th

Har

mon

icC

ourie

r Pe

rcen

tage

0B05

5th

Har

mon

icC

ourie

r Pe

rcen

tage

0B06

6th

Har

mon

icC

ourie

r Pe

rcen

tage

0B07

7th

Har

mon

icC

ourie

r Pe

rcen

tage

0B08

8th

Har

mon

icC

ourie

r Pe

rcen

tage

0B09

9th

Har

mon

icC

ourie

r Pe

rcen

tage

0B0A

10th

Har

mon

icC

ourie

r Pe

rcen

tage

0B0B

11th

Har

mon

icC

ourie

r Pe

rcen

tage

0B0C

12th

Har

mon

icC

ourie

r Pe

rcen

tage

0B0D

13th

Har

mon

icC

ourie

r Pe

rcen

tage

0B0E

14th

Har

mon

icC

ourie

r Pe

rcen

tage

0B0F

15th

Har

mon

icC

ourie

r Pe

rcen

tage

0B10

VBC

HA

RMO

NIC

DA

TASA

ME

AS

VAB

HA

RMO

NIC

DA

TA

0BXX

VCA

HA

RMO

NIC

DA

TASA

ME

AS

VAB

HA

RMO

NIC

DA

TA

0C00

PHA

SE C

URR

ENT

HA

RMO

NIC

DA

TA



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

0C01

IA H

ARM

ON

IC D

ATA

0C02

2nd

Har

mon

icC

ourie

r Pe

rcen

tage

0C03

3rd

Har

mon

icC

ourie

r Pe

rcen

tage

0C04

4th

Har

mon

icC

ourie

r Pe

rcen

tage

0C05

5th

Har

mon

icC

ourie

r Pe

rcen

tage

0C06

6th

Har

mon

icC

ourie

r Pe

rcen

tage

0C07

7th

Har

mon

icC

ourie

r Pe

rcen

tage

0C08

8th

Har

mon

icC

ourie

r Pe

rcen

tage

0C09

9th

Har

mon

icC

ourie

r Pe

rcen

tage

0C0A

10th

Har

mon

icC

ourie

r Pe

rcen

tage

0C0B

11th

Har

mon

icC

ourie

r Pe

rcen

tage

0C0C

12th

Har

mon

icC

ourie

r Pe

rcen

tage

0C0D

13th

Har

mon

icC

ourie

r Pe

rcen

tage

0C0E

14th

Har

mon

icC

ourie

r Pe

rcen

tage

0C0F

15th

Har

mon

icC

ourie

r Pe

rcen

tage

0C10

IB H

ARM

ON

IC D

ATA

SAM

E A

S IA

HA

RMO

NIC

DA

TA

0CXX

IC H

ARM

ON

IC D

ATA

SAM

E A

S IA

HA

RMO

NIC

DA

TA

1000

VIEW

REC

ORD

S

1001

No

of R

ecor

dsU

nsig

ned

Inte

ger

(16)

11,

2 A

larm

Rec

ords

.

1002

Reco

rd N

umbe

rU

nsig

ned

Inte

ger

(16)

1003

Tim

e St

amp

Uns

igne

d In

tege

r (1

6)



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

1004

ALA

RM E

VEN

T (d

epen

ds o

n Ev

ent T

ype)

Inde

xed

Stin

g0

Wat

chdo

g Ti

me-

Out

Res

et

1Se

rial C

omm

unic

atio

n C

ontro

ller C

hann

el A

Tes

t 1 F

ail

2Se

rial C

omm

unic

atio

n C

ontro

ller C

hann

el A

Tes

t 2 F

ail

3Se

rial C

omm

unic

atio

n C

ontro

ller C

hann

el B

Tes

t 1 F

ail

4Se

rial C

omm

unic

atio

n C

ontro

ller C

hann

el B

Tes

t 2 F

ail

5EE

PRO

M E

rror

: Im

med

iate

Set

tings

6EE

PRO

M E

rror

: Sys

tem

Mod

e Se

tting

s

7EE

PRO

M E

rror

: Dis

t Rec

Set

tings

8EE

PRO

M E

rror

: Com

ms

Setti

ngs

9EE

PRO

M E

rror

: Dem

and

Setti

ngs

10EE

PRO

M E

rror

: Ana

logu

e O

/P s

ettin

gs

11EE

PRO

M E

rror

: Rel

ay O

/P S

ettin

gs

12EE

PRO

M E

rror

: Opt

o I/

P Se

tting

s

13EE

PRO

M E

rror

: Set

poin

t Gp

1 Se

tting

s

14EE

PRO

M E

rror

: Set

poin

t Gp

2 Se

tting

s

15EE

PRO

M E

rror

: Set

poin

t Gp

3 Se

tting

s

16EE

PRO

M E

rror

: Set

poin

t Gp

4 Se

tting

s

17EE

PRO

M E

rror

: Tar

iff S

ettin

gs

18EE

PRO

M E

rror

: Met

erin

g D

ata

19EE

PRO

M E

rror

: Eve

nt R

ecor

ds

20EE

PRO

M E

rror

: LED

Sta

tus

21Re

al T

ime

Clo

ck Is

Inva

lid

22Re

al T

ime

Clo

ck Is

Inac

cura

te

23EE

PRO

M E

rror

: Ana

logu

e O

/P P

ort F

ail



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

24EE

PRO

M E

rror

: Con

figur

atio

n Se

tting

s

25EE

PRO

M E

rror

: Cal

ibra

tion

Valu

es

26Fr

eque

ncy

Trac

king

Fai

l

27En

ter W

avef

orm

Cap

ture

28Fr

eque

ncy

Trac

king

Res

tore

d

29Ex

it W

avef

orm

Cap

ture

30Re

al T

ime

Clo

ck S

et

31Pa

ssw

ord

(Lev

el 0

) acc

ess

32Pa

ssw

ord

(Lev

el 1

) acc

ess

33Pa

ssw

ord

(Lev

el 2

) acc

ess

1005

OU

TPU

T C

ON

TAC

T C

HA

NG

EBi

nary

Fla

gs (4

)1

Out

put 1

(bitm

ap)

2O

utpu

t 2 (b

itmap

)

4O

utpu

t 3 (b

itmap

)

8O

utpu

t 4 (b

itmap

)

1006

LOG

IC IN

PUT

CH

AN

GE

Bina

ry F

lags

(2)

1In

put 1

(bitm

ap)

2In

put 2

(bitm

ap)

1007

SETP

OIN

T EV

ENT

1008

Gro

upIn

dexe

d St

ring

0In

valid

Gro

up

1Se

tpoi

nt G

roup

1

2Se

tpoi

nt G

roup

2

3Se

tpoi

nt G

roup

3

4Se

tpoi

nt G

roup

4

1009

Elem

ent

Inde

xed

Strin

g0

Inva

lid E

lem

ent

1El

emen

t 1



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

2El

emen

t 2

3El

emen

t 3

4El

emen

t 4

5El

emen

t 5

6El

emen

t 6

7El

emen

t 7

8El

emen

t 8

100A

Para

met

erIn

dexe

d St

ring

0N

o In

put

1Fr

eque

ncy

2To

tal R

eal P

ower

3To

tal R

eact

ive

Pow

er

4To

tal A

ppar

ent P

ower

5To

tal P

ower

Fac

tor

6Im

port

Tota

l Wat

ts D

eman

d

7Ex

port

Tota

l Wat

ts D

eman

d

8Im

port

Tota

l VA

r Dem

and

9Ex

port

Tota

l VA

r Dem

and

10Po

sitiv

e To

tal V

A D

eman

d

11N

egat

ive

Tota

l VA

Dem

and

12To

tal P

ower

Fac

tor D

eman

d

13Ia

14Ib

15Ic

16In



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

17Ia

Dem

and

18Ib

Dem

and

19Ic

Dem

and

20Ia

TH

D

21Ib

TH

D

22Ic

TH

D

23IN

PS

24Va

n

25Vb

n

26Vc

n

27Va

b

28Vb

c

29Vc

a

30Va

n TH

D

31Vb

n TH

D

32Vc

n TH

D

33Va

b TH

D

34Vb

c TH

D

35Vc

a TH

D

36VN

PS

37dc

100B

Valu

eC

ourie

r Res

erve

d

100C

Low

/ H

igh

Inde

xed

Strin

g0

Low

Ala

rm

1H

igh

Ala

rm



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

100D

Rese

t / T

ripIn

dexe

d St

ring

0A

larm

Res

et

1A

larm

Trip

100E

Cle

ar A

ll Ev

ent R

ecor

dsIn

dexe

d St

ring

0N

o

1Ye

s - R

eset

s to

0

1100

DIS

TURB

AN

CE

REC

ORD

ER

1101

Reco

rder

Sta

tus

Inde

xed

Strin

g0

Stop

ped

1Tr

igge

red

2Ru

nnin

g

1102

Dat

a So

urce

Inde

xed

Strin

g0

AD

C S

ampl

es

1103

Sam

ples

per

cyc

leIn

dexe

d St

ring

024

148

1104

Reco

rd C

onfig

urat

ion

Inde

xed

Strin

g0

1 Re

cord

, 36

Cyc

les

12

Reco

rd, 1

8 C

ycle

s

23

Reco

rd, 1

2 C

ycle

s

34

Reco

rd, 9

Cyc

les

01

Reco

rd, 7

2 C

ycle

s

12

Reco

rd, 3

6 C

ycle

s

23

Reco

rd, 2

4 C

ycle

s

34

Reco

rd, 1

8 C

ycle

s

1105

Post

Trig

ger

Cyc

le: 3

6U

nsig

ned

Inte

ger

(32)

1106

Setp

oint

Trig

ger

Bina

ry F

lags

(32)

2exp

0G

roup

1, E

lem

ent 1



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

2 ex

p31

Gro

up 4

, Ele

men

t 8

1107

Opt

o In

put T

rigge

rBi

nary

Fla

gs (2

)2e

xp0

“Opt

o I/

P 1”

2exp

1“O

pto

I/P

2”

1108

Reco

rds

Stor

edU

nsig

ned

Inte

ger

(16)

11,

2 A

larm

Rec

ords

.

1109

Trig

ger D

istu

rban

ce R

ecor

der

Inde

xedS

tring

0N

o

1Ye

s - R

eset

s to

0

110A

Cle

ar W

ave

Cap

ture

& D

istu

rb R

ecor

dsIn

dexe

d St

ring

0N

o

1Ye

s - R

eset

s to

0

110B

Save

Set

tings

Inde

xed

Strin

g0

Setti

ngs

OK

1Se

tting

s C

hang

ed

2A

ccep

t New

Set

tings

3A

bort

Setti

ng C

hang

es

2000

CO

MM

S SE

TTIN

GS

2001

Mod

em C

ontro

lIn

dexe

d St

ring

0D

isab

led

1En

able

d

2002

Mod

bus

Add

ress

Uns

igne

d In

tege

r(16)

2003

Mod

bus

Baud

Rat

eIn

dexe

d St

ring

012

00

124

00

248

00

396

00



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

419

200

2004

Mod

bus

Fram

ing

Inde

xed

Strin

g0

1 sta

rt, 8

dat

a, n

o pa

rity,

1 s

top

11

start,

8 d

ata,

eve

n pa

rity,

1 s

top

bit

21

start,

8 d

ata,

odd

par

ity, 1

sto

p bi

t

2005

Cou

rier A

ddre

ssU

nsig

ned

Inte

ger(1

6)

2006

IEC

870

Baud

Rat

eIn

dexe

d St

ring

012

00

124

00

248

00

396

00

419

200

2007

IEC

870

Fram

ing

Inde

xed

Strin

g0

11 b

it

110

bit

2008

Save

Set

tings

Inde

xed

Strin

g0

Setti

ngs

OK

1Se

tting

s C

hang

ed

2A

ccep

t New

Set

tings

3A

bort

Setti

ng C

hang

es

2100

DEM

AN

D C

ALC

ULA

TIO

N

2101

Func

tion

Inde

xed

Strin

g0

Fixe

d W

indo

w

1Sl

idin

g W

indo

w

2Th

erm

al

2102

Dem

and

Subp

erio

ds (m

in)

Uns

igne

d In

tege

r (1

6)M

inut

es

2103

Dem

and

Perio

d (s

ubpe

riods

)U

nsig

ned

Inte

ger

(16)

Num

ber o

f Sub

perio

ds

2104

Save

Set

tings

Inde

xed

Strin

g0

Setti

ngs

OK



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

1Se

tting

s C

hang

ed

2A

ccep

t New

Set

tings

3A

bort

Setti

ng C

hang

es

2200

AN

ALO

GU

E O

UTP

UTS

2201

AN

ALO

GU

E O

UTP

UT

1

2202

Para

met

erIn

dexe

d St

ring

0D

isab

led

1Fr

eque

ncy

2To

tal R

eal P

ower

3To

tal R

eact

ive

Pow

er

4To

tal A

ppar

ent P

ower

5To

tal P

ower

Fac

tor

6Ia

7Ib

8Ic

9In

10Va

n

11Vb

n

12Vc

n

13Va

b

14Vb

c

15Vc

a

2203

Full

Scal

eC

ourie

r Pe

rcen

t%

2204

Slop

eIn

dexe

d St

ring

0Si

ngle



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

1D

ual

2205

X-Br

eakp

oint

Cou

rier

Perc

ent

%

2206

Y-Br

eakp

oint

Cou

rier

Perc

ent

%

2207

Span

Inde

xed

Strin

g0

0 ...

10

mA

Uni

-dire

ctio

nal i

/p

10

... 2

0 m

A U

ni-d

irect

iona

l i/p

24

... 2

0 m

A U

ni-d

irect

iona

l i/p

30

... 1

0 m

A B

i-dire

ctio

nal i

/p

40

... 2

0 m

A B

i-dire

ctio

nal i

/p

54

... 2

0 m

A B

i-dire

ctio

nal i

/p

2208

AN

ALO

GU

E O

UTP

UT

2

22xx

AN

ALO

GU

E O

UTP

UT

3

22xx

AN

ALO

GU

E O

UTP

UT

4

22xx

Save

Set

tings

Inde

xed

Strin

g0

Setti

ngs

OK

1Se

tting

s C

hang

ed

2A

ccep

t New

Set

tings

3A

bort

Setti

ng C

hang

es

2300

RELA

Y O

UTP

UTS

2301

OU

TPU

T 1

2302

Ass

ignm

ent

Inde

xed

Strin

g0

Dis

able

d

1Se

tpoi

nt G

roup

1

2Se

tpoi

nt G

roup

2

3Se

tpoi

nt G

roup

3

4Se

tpoi

nt G

roup

4



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

5Pu

lsed

Impo

rt To

tal k

Wh

6Pu

lsed

Expo

rt To

tal k

Wh

7Pu

lsed

Impo

rt To

tal k

varh

8Pu

lsed

Expo

rt To

tal k

varh

9W

atch

dog

2303

Labe

lA

scii

Text

14 C

hara

cter

s - “

Rela

y O

/P 1

”

2304

Def

ault

Stat

eIn

dexe

d St

ring

0N

orm

ally

Ope

n

1N

orm

ally

Clo

sed

2305

OU

TPU

T 2

2309

OU

TPU

T 3

230D

OU

TPU

T 4

2311

PULS

ED O

UTP

UTS

2312

Impo

rt kW

h

2313

Pulse

Dur

atio

nIn

dexe

d St

ring

010

0ms

120

0ms

240

0ms

2314

Pulse

Rat

e (p

ph)

Uns

igne

d In

tege

r (1

6)Pu

lses

per

hour

2315

Full

Scal

eC

ourie

r Pe

rcen

t%

2316

Expo

rt kW

h

231A

Impo

rt kv

arh

231E

Expo

rt kv

arh

2322

Save

Set

tings

Inde

xed

Strin

g0

Setti

ngs

OK

1Se

tting

s C

hang

ed

2A

ccep

t New

Set

tings



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

3A

bort

Setti

ng C

hang

es

2400

OPT

O IN

PUTS

2401

INPU

T 1

2402

Ass

ignm

ent

Inde

xed

Strin

g0

Dis

able

d

1D

eman

d Sy

nchr

onis

atio

n

2En

ergy

Syn

chro

nisa

tion

3D

eman

d an

d En

ergy

Syn

chro

nisa

tion

4Pu

lse C

ount

er

5C

lock

Syn

chro

nisa

tion

6Lo

gic

Leve

ls

2403

Labe

lA

scii

Text

14 C

hara

cter

s - “

Opt

o In

put 1

”

2404

INPU

T 2

2405

Ass

ignm

ent

Inde

xed

Strin

g

2406

Labe

lA

scii

Text

14 C

hara

cter

s - “

Opt

o In

put 2

”

2422

Save

Set

tings

Inde

xed

Strin

g0

Setti

ngs

OK

1Se

tting

s C

hang

ed

2A

ccep

t New

Set

tings

3A

bort

Setti

ng C

hang

es

2500

SETP

OIN

T G

ROU

P 1

2501

Del

ay (s

econ

ds)

Uns

igne

d In

tege

r (3

2)Se

cond

s

2502

ELEM

ENT

1

2503

Para

met

erIn

dexe

d St

ring

0D

isab

led



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

1Fr

eque

ncy

2To

tal R

eal P

ower

3To

tal R

eact

ive

Pow

er

4To

tal A

ppar

ent P

ower

5To

tal P

ower

Fac

tor

6Im

port

Tota

l Wat

ts D

eman

d

7Ex

port

Tota

l Wat

ts D

eman

d

8Im

port

Tota

l var

Dem

and

9Ex

port

Tota

l var

Dem

and

10Po

sitiv

e To

tal V

A D

eman

d

11N

egat

ive

Tota

l VA

Dem

and

12To

tal P

ower

Fac

tor D

eman

d

13Ia

14Ib

15Ic

16In

17Ia

Dem

and

18Ib

Dem

and

19Ic

Dem

and

20Ia

TH

D

21Ib

TH

D

22Ic

TH

D

23IN

PS

24Va

n



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

25Vb

n

26Vc

n

27Va

b

28Vb

c

29Vc

a

30Va

n TH

D

31Vb

n TH

D

32Vc

n TH

D

33Va

b TH

D

34Vb

c TH

D

35Vc

a TH

D

36VN

PS

37dc

2504

Hig

h Se

tC

ourie

r Pe

rcen

t

2505

Low

Set

Cou

rier

Perc

ent

2506

ELEM

ENT

2

250A

ELEM

ENT

3

250E

ELEM

ENT

4

2512

ELEM

ENT

5

2516

ELEM

ENT

6

251A

ELEM

ENT

7

251E

ELEM

ENT

8

2522

Save

Set

tings

Inde

xed

Strin

g0

Setti

ngs

OK

1Se

tting

s C

hang

ed



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

2A

ccep

t New

Set

tings

3A

bort

Setti

ng C

hang

es

2600

SETP

OIN

T G

ROU

P 2

2700

SETP

OIN

T G

ROU

P 3

2800

SETP

OIN

T G

ROU

P 4

3000

TARI

FF -

RATE

SW

ITC

HIN

G E

VEN

TS 1

- 12

3001

EVEN

T 1

3002

Act

ivat

ion

Day

Inde

xed

Strin

g0

Dis

able

d

1 to

7M

onda

y...S

unda

y

3003

Act

ivat

ion

Hou

rU

nsig

ned

Inte

ger

(16)

Hou

r

3004

Act

ivat

ion

Min

ute

Uns

igne

d In

tege

r (1

6)M

inut

e

3005

Act

ive

Rate

sBi

nary

Fla

gs (8

)1

Rate

Reg

iste

r 0

2Ra

te R

egis

ter 1

4Ra

te R

egis

ter 2

8Ra

te R

egis

ter 3

16Ra

te R

egis

ter 4

32Ra

te R

egis

ter 5

64Ra

te R

egis

ter 6



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

128

Rate

Reg

iste

r 7

3006

EVEN

T 2

300B

EVEN

T 3

3010

EVEN

T 4

3015

EVEN

T 5

301A

EVEN

T 6

301F

EVEN

T 7

3024

EVEN

T 8

3029

EVEN

T 9

302E

EVEN

T 10

3033

EVEN

T 11

3038

EVEN

T 12

3100

TARI

FF -

RATE

SW

ITC

HIN

G E

VEN

TS 1

3 - 2

4

3101

EVEN

T 13

3106

EVEN

T 14

310B

EVEN

T 15

3110

EVEN

T 16

3115

EVEN

T 17

311A

EVEN

T 18

311F

EVEN

T 19

3124

EVEN

T 20

3129

EVEN

T 21

312E

EVEN

T 22



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

3133

EVEN

T 23

3138

EVEN

T 24

3200

TARI

FF -

RATE

SW

ITC

HIN

G E

VEN

TS 2

5 - 3

6

3201

EVEN

T 25

3206

EVEN

T 26

320B

EVEN

T 27

3210

EVEN

T 28

3215

EVEN

T 29

321A

EVEN

T 30

321F

EVEN

T 31

3224

EVEN

T 32

3229

EVEN

T 33

322E

EVEN

T 34

3233

EVEN

T 35

3238

EVEN

T 36

3300

TARI

FF -

RATE

SW

ITC

HIN

G E

VEN

TS 3

7 - 4

8

3301

EVEN

T 37

3306

EVEN

T 38

330B

EVEN

T 39

3310

EVEN

T 40

3315

EVEN

T 41

331A

EVEN

T 42



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

331F

EVEN

T 43

3324

EVEN

T 44

3329

EVEN

T 45

332E

EVEN

T 46

3333

EVEN

T 47

3338

EVEN

T 48

3400

TARI

FF -

SEA

SON

SW

ITC

HIN

G E

VEN

TS

3401

EVEN

T 1

3402

Mon

thIn

dexe

d St

ring

0D

isab

led

1 to

12

Janu

ary.

..Dec

embe

r

3403

Day

of M

onth

Uns

igne

d In

tege

r (1

6)

3404

New

Sea

son

Uns

igne

d In

tege

r (1

6)

3405

EVEN

T 2

3409

EVEN

T 3

340D

EVEN

T 4

3411

EVEN

T 5

3415

EVEN

T 6

3419

EVEN

T 7

341D

EVEN

T 8

3421

EVEN

T 9

3425

EVEN

T 10

3429

EVEN

T 11

342D

EVEN

T 12



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

3500

TARI

FF -

SWIT

CH

ING

EVE

NTS

IN S

EASO

N

3501

Seas

on 1

Uns

igne

d In

tege

r (1

6)N

umbe

r of S

witc

hing

Eve

nts

3502

Seas

on 2

Uns

igne

d In

tege

r (1

6)N

umbe

r of S

witc

hing

Eve

nts

3503

Seas

on 3

Uns

igne

d In

tege

r (1

6)N

umbe

r of S

witc

hing

Eve

nts

3504

Seas

on 4

Uns

igne

d In

tege

r (1

6)N

umbe

r of S

witc

hing

Eve

nts

3505

Seas

on 5

Uns

igne

d In

tege

r (1

6)N

umbe

r of S

witc

hing

Eve

nts

3506

Seas

on 6

Uns

igne

d In

tege

r (1

6)N

umbe

r of S

witc

hing

Eve

nts

3507

Seas

on 7

Uns

igne

d In

tege

r (1

6)N

umbe

r of S

witc

hing

Eve

nts

3508

Seas

on 8

Uns

igne

d In

tege

r (1

6)N

umbe

r of S

witc

hing

Eve

nts

3509

Seas

on 9

Uns

igne

d In

tege

r (1

6)N

umbe

r of S

witc

hing

Eve

nts

350A

Seas

on 1

0U

nsig

ned

Inte

ger

(16)

Num

ber o

f Sw

itchi

ng E

vent

s

350B

Seas

on 1

1U

nsig

ned

Inte

ger

(16)

Num

ber o

f Sw

itchi

ng E

vent

s

350C

Seas

on 1

2U

nsig

ned

Inte

ger

(16)

Num

ber o

f Sw

itchi

ng E

vent

s

3600

TARI

FF -

FIXE

D D

AY

EXC

LUSI

ON

S

3601

EXC

LUSI

ON

1

3602

Wee

kIn

dexe

d St

ring

0D

isab

led

1 to

52

Wee

k N

umbe

r

3603

Day

Inde

xed

Strin

g0

to 6

Mon

day

to S

unda

y

3604

Seas

on T

o U

seU

nsig

ned

Inte

ger

(16)

3605

Day

To

Use

Inde

xed

Strin

g0

to 6

Mon

day

to S

unda

y

3606

EXC

LUSI

ON

2

360B

EXC

LUSI

ON

3



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

3610

EXC

LUSI

ON

4

3615

EXC

LUSI

ON

5

361A

EXC

LUSI

ON

6

361F

EXC

LUSI

ON

7

3624

EXC

LUSI

ON

8

3700

TARI

FF -

FIXE

D D

ATE

EXC

LUSI

ON

S

3701

EXC

LUSI

ON

1

3702

Mon

thIn

dexe

d St

ring

0D

isab

led

1 to

12

Janu

ary

to D

ecem

ber

3703

Day

Of M

onth

Uns

igne

d In

tege

r (1

6)

3704

Seas

on T

o U

seU

nsig

ned

Inte

ger

(16)

3705

Day

To

Use

Inde

xed

Strin

g0

to 6

Mon

day.

..Sun

day

3706

EXC

LUSI

ON

2

370B

EXC

LUSI

ON

3

3710

EXC

LUSI

ON

4

3715

EXC

LUSI

ON

5

371A

EXC

LUSI

ON

6

371F

EXC

LUSI

ON

7

3724

EXC

LUSI

ON

8

3800

TARI

FF R

ATE

REG

ISTE

R C

ON

FIG

URA

TIO

N

3801

Rate

Reg

iste

r 1In

dexe

d St

ring

0D

isab

led

1Im

port

Wat

ts



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

2Ex

port

Wat

ts

3Im

port

vars

4Ex

port

vars

3802

Rate

Reg

iste

r 2In

dexe

d St

ring

3803

Rate

Reg

iste

r 3In

dexe

d St

ring

3804

Rate

Reg

iste

r 4In

dexe

d St

ring

3805

Rate

Reg

iste

r 5In

dexe

d St

ring

3806

Rate

Reg

iste

r 6In

dexe

d St

ring

3807

Rate

Reg

iste

r 7In

dexe

d St

ring

3808

Rate

Reg

iste

r 8In

dexe

d St

ring

3900

TARI

FF -

SAVE

/ABO

RT F

AM

ILY S

ETTI

NG

S

3901

Save

Set

tings

Inde

xed

Strin

g0

Setti

ngs

OK

1Se

tting

s C

hang

ed

2A

ccep

t New

Set

tings

3A

bort

Setti

ng C

hang

es

4000

DIS

TURB

AN

CE

REC

ORD

S

4001

Reco

rd N

umbe

rU

nsig

ned

Inte

ger

(16)

4002

Trig

ger T

ime

IEC

Tim

e &

Dat

eD

istu

rban

ce R

ecor

d Ti

me

Stam

p

4003

Cha

nnel

s A

vaila

ble

Bina

ry F

lags

(10)

Ava

ilabl

e C

hann

els

in D

istu

rban

ce R

ecor

d

4004

Cha

nnel

Typ

eBi

nary

Fla

gs (1

0)C

hann

el T

ype

(Ana

logu

e /

Dig

ital)



Col

Row

Men

u Te

xtD

ata

Type

Ind

Valu

esC

ell F

orm

at S

tring

with

def

ault

valu

e

4005

Cha

nnel

Offs

etC

ourie

r Res

erve

dD

ata

offs

et fo

r Ana

log

Cha

nnel

s

4006

Cha

nnel

Sca

ling

Cou

rier R

eser

ved

Ana

logu

e C

hann

el S

calin

g Fa

ctor

s

4010

Reco

rd L

engt

hSi

gned

Inte

ger (

16)

Num

ber o

f sam

ples

in R

ecor

d

4011

Trig

ger P

ositi

onSi

gned

Inte

ger (

16)

Sam

ple

num

ber w

hen

trigg

er o

ccur

red

4012

Tim

e Ba

seC

ourie

r Sec

onds

Rela

tive

to R

eal-T

ime

conv

ersi

on fa

ctor

4014

Upl

oad

Tim

er C

hann

elU

nsig

ned

Inte

ger

(16)

Tim

er C

hann

el d

ata

(Pac

ked

data

of [

Reco

rd L

engt

h] )

4020

Upl

oad

Cha

nnel

1In

tege

r (1

6)C

hann

el d

ata

- (P

acke

d da

ta o

f [Re

cord

Len

gth]

)

4021

Upl

oad

Cha

nnel

2In

tege

r (1

6)C

hann

el d

ata

- (P

acke

d da

ta o

f [Re

cord

Len

gth]

)

4022

Upl

oad

Cha

nnel

3In

tege

r (1

6)C

hann

el d

ata

- (P

acke

d da

ta o

f [Re

cord

Len

gth]

)

4023

Upl

oad

Cha

nnel

4In

tege

r (1

6)C

hann

el d

ata

- (P

acke

d da

ta o

f [Re

cord

Len

gth]

)

4024

Upl

oad

Cha

nnel

5In

tege

r (1

6)C

hann

el d

ata

- (P

acke

d da

ta o

f [Re

cord

Len

gth]

)

4025

Upl

oad

Cha

nnel

6In

tege

r (1

6)C

hann

el d

ata

- (P

acke

d da

ta o

f [Re

cord

Len

gth]

)

4026

Upl

oad

Cha

nnel

7In

tege

r (1

6)C

hann

el d

ata

- (P

acke

d da

ta o

f [Re

cord

Len

gth]

)

4027

Upl

oad

Cha

nnel

8In

tege

r (1

6)C

hann

el d

ata

- (P

acke

d da

ta o

f [Re

cord

Len

gth]

)

4028

Upl

oad

Cha

nnel

9In

tege

r (1

6)C

hann

el d

ata

- (P

acke

d da

ta o

f [Re

cord

Len

gth]

)

4029

Upl

oad

Cha

nnel

10

Inte

ger

(16)

Cha

nnel

dat

a -

(Pac

ked

data

of [

Reco

rd L

engt

h] )

BF00

CO

MM

UN

ICA

TIO

N S

YSTE

M D

ATA

BF01

Dis

turb

ance

Rec

ord

Con

trol R

efer

ence

Men

u C

ell D

ata

BF02

Dis

turb

ance

Rec

ord

Extra

ctio

n Re

fere

nce

Men

u C

ell D

ata

BF03

Setti

ng T

rans

fer

Inde

xed

Strin

g0

Nor

mal

1Tr

ansf

er

BF04

Rese

t Dem

and

Tim

ers

Uns

igne

d In

tege

r(16)

BF05

Rese

t Eve

nt R

ecor

dsU

nsig

ned

Inte

ger(1

6)



Section 3. MODBUS SCADA INFORMATION

3.1 ModBus protocol

The M300 implements a subset of the AEG Modicon ModBus RTU serialcommunications standard. ModBus is a single master multiple slave protocolsuitable for a multi-drop configuration as provided by the RS485 connection. Up to32 devices can be connected in this way.

3.2 Transactions

Communication will operate on a master-slave basis where only one device (themaster) can initiate transactions called ‘Requests’. The other devices (slaves)respond by supplying the requested data to the master. This is called the ‘Request -Response Cycle’.

Master to slave request

Device address Function Code nx8 bit data bytes Error check

Slave to master response

Device address Function Code nx8 bit data bytes Error check

3.2.1 Request

This master to slave transaction takes the form:

Device address: master addressing a slave

Function code eg. 03 asks the slave to read its registers and respond with theircontents.

Data bytes: tells the slave which register to start at and how many registers toread.

3.2.2 Response

This slave to master transaction takes the form:

Device address: to let the master know which slave is responding.

Function code: this is an echo of the request function code.

Data bytes: contains the data collected from the slave.

3.2.3 Request-response cycle example

Ιa 160 A

Data type is 32 bit float 43 20 00 00

Data held in ModBus addresses 30466 & 30467

3.2.3.1 Request frame

Starting Register Register Count

Address Function Code HI LO HI LO

01 03 04 66 00 02



3.2.3.2 Response frame

Register Data

Address Function Code Byte Count HI LO HI LO

01 03 04 43 20 00 00

3.3 Framing

There are two types of message framing for the serial communications, ASCII orRTU. The Measurement Centre will only support RTU framing.

3.3.1 RTU framing

In RTU mode, messages start and end with a silent interval of at least 3.5 charactertimes (t1-t2-t3-t4 as shown below).

The advantage of this mode of framing is that it enables a greater characterdensity and a better data throughput. However, each message must be transmittedin a continuous stream. If a silent interval of more than 1.5 character times occursbefore completion of the frame, the device flushes the incomplete message andassumes that the next byte will be the address field of a new message.

Start Address Function Data CRC Check End

t1-t2-t3-t4 8 bits 8 bits n x 8 bits 16 bits t1-t2-t3-t4

The Cyclical Redundancy Check (CRC) field is two bytes, containing a 16 bitbinary value. The CRC value is calculated by the transmitting device, whichappends the CRC to the message. The receiving device recalculates a CRC duringreceipt of the message, and compares the calculated value to the actual value itreceived in the CRC field. If the two values are not equal an error results. The CRC-16 calculation is an industry standard method used for error detection.

One frame is transmitted as 1 start bit, 8 data bits and 1 stop bits. If parity isselected then the frame is transmitted as 1 start bit, 8 data bits, 1 parity bit and 1stop bit.

Where n > 1 data is transmitted most significant byte first.

The CRC check is transmitted least significant byte first.

3.4 Supported functions and usage

Code Function References

03 to read from holding registers (4XXXX memory references)

04 to read from input registers (3XXXX memory references)

06 to write to a single holding register (4XXXX memory references)

16 to write to one or more holding registers (4XXXX memory references)

07 to read the exception status (alarm status, exceptional error, OOS)

08 to test communications (loop-back test)



3.5 Register map

The ModBus register map consists of the following columns:

Code, Address, Contents, Data type, Indicator, Values, Conditional, Register type,Min, Max., Step, Passcode.

3.5.1 Code

Function codes as described above.

3.5.2 Address

16 bit register address starting from zero. Most ModBus master devices add40001 decimal to the actual address of the register.

3.5.3 Contents

Description of parameters assigned to registers.

3.5.4 Data type

UNSIGNED INTEGER range 0...65535 one 16 bit register

32 BIT IEEE FLOAT range ±1.2 x 10-38 to ±3.4 x 1038 two consecutive16 bit registers (most significant word occupies lowestaddressed register)

ASCII TEXT range 32...159 16 bit registers(two ASCII codes per register)

BINARY FLAGS Each bit of a 16 bit register can be used as a binary flag.

3.5.5 Indicator

Each bit of a 16 bit register can be either assigned as flags or filled with binarydata.

3.5.6 Values

Definitions of settings and data values.

3.5.7 Conditional

Lists any dependencies that exist between settings.

3.5.8 Register type

Declares whether a register is to be a read/write register (setting) or a readregister (data).

3.5.9 Min, Max., Step

The minimum and maximum numerical range and the incremental step size.

3.5.10 Passcode

There is a numerical passcode that allows save/abort settings and a factoryaccessible passcode constructed from the serial number that allows entry/exit toand from the calibration and configuration settings.

3.6 Error responses

When a slave detects an error other than a CRC error, a response will be sent tothe master. The most significant bit of the function code byte will be set to 1 (ie. thefunction code sent from the slave will be equal to the function code sent from themaster plus 128). The following byte will be an exception code indicating the typeof error that occurred.



Transmissions received from the master with CRC errors will be ignored by theslave. The number of re-tries needs to be set in the master station software.

An example of an illegal request and the corresponding exception response isshown below. The request in this example is to read registers 0201H to 0209H. Ifthese addresses are not supported in the slave then the following occurs:

3.6.1 Request message

Starting Register Register Count

Address Function Code HI LO HI LO CRC

01 01 02 01 00 08 6D B4

3.6.2 Exception response message

Address Function Code Exception Code CRC

01 81 02 C1 91

3.7 Exception codes

Code Name Meaning

01 ILLEGAL FUNCTION The function code transmitted is not one of the

functions supported by the slave.

02 ILLEGAL DATA ADDRESS The data address received in the request is not an

allowable value for the slave

03 ILLEGAL DATA VALUE The value referenced in the data field transmitted bythe master is not within range for the selected dataaddress

06 SLAVE DEVICE BUSY The slave is engaged in processing a long-durationprogram command. The master should re-transmit the

message later when the slave is free

3.8 Event and disturbance record extraction procedures

3.8.1 Event record extraction

To read an event record, the user must first check that there are event recordsstored in the unit. Register-30035 indicates the total number of event recordsstored. The unit can store up to 100 event records.

If there are event records, then set register 40571 to the record number of therecord the user wants to read. The limits of this register are dependent on thenumber of records currently stored in the unit. Record number 0 always displaysthe latest record, and 1 the next previous record and so on. If there are no recordsstored then register 40571 is not available.

After register 40571 has been set, the contents of the record are available in thefollowing registers:

Register 30036: Event type of the event.

There are four types of event records.



If the event type is 0 - Alarm event, then the following registers contain the recordinformation:

Register 30037: Time stamp

Register 30043: Alarm type

Note: Other registers not listed above within the range 30043 ... 30052 are notavailable.

If the event type is 1-Setpoint event, then the following registers contain the recordinformation:

Register 30037: Time stamp

Register 30046: Setpoint group

Register 30047: Setpoint element

Register 30046: Setpoint parameter

Register 30049 /30050: Setpoint value when the setpoint

exceeded alarm threshold.Register 30051: Setpoint level indicates whether the

setpoint is operated on the high or low alarm.

Register 30052: Setpoint trip/reset indicates whether therecord is logged during the setpoint trip or resetoperation.


If the event type is 2-Output contact change, then the following registers containthe record information:

Register 30044: The first 4 bits represent the status of the 4 relay outputs of theunit. Logical ‘1’ means that the output has ‘operated’. However, it does not meanthat the contact has ‘closed’ or ‘opened’. The actual state of the contacts dependson the setting ‘Relay # Default State’. The unit logs this type of event only when thesetting ‘Relay # Assignment’ is set to Setpoint or Watchdog.


If the event type is 3 - Opto input change, then the following registers contain therecord information:

Register 30045: The first 2 bits represent the status of the 2 opto inputs ofthe unit. Logical ‘1’ means the opto is ‘ON’. The unitlogs this type of events only when the setting ‘Opto Input# Configuration’ is set to Logic Level.

Note: Other registers not listed above within the range 30043 - 30052 are notavailable.

3.8.2 Disturbance record extraction

To read a disturbance or a waveform analysis record, the user must first check thatthere are records available by reading the register 30054 which gives the totalnumber of records stored in the unit. The unit can store 1 waveform analysis recordand up to 4 disturbance records depending on the setting ‘Record Configuration’.



Register 30054 gives the total number of records stored in the unit including bothdisturbance and waveform analysis records.

Then set the register 40567 to determine the type of record you want to read. ‘0’is to read waveform analysis record, and ‘1’ disturbance record. If the disturbancerecord is selected, the register 40568 must be set to select the record number.Record number 0 selects the latest, and 1 the previous one, and so on.

Register 40568 is not available if the waveform analysis is selected because thereis only one waveform analysis record.

Registers 30055 ... 30067 contain information about the record to be extracted.

Register 30055 ... 30060: Time stamp of the record

Register 30061: Available channels. The unit can stored up to 10channels of data. The total number of bits setindicates the number of channels stored in therecord.

Register 30062: Channel types. Indicates whether the valid channelshown in register 30061 is an analogue or digitalchannel.

Register 30063: Total number of samples stored per channel.

Register 30065: Number of samples of the selected page which is setvia register 40570.

Register 30066: Trigger position of the record.

Register 30067: Time base. A scaling factor used to convert thesamples of timer channel (channel 0) to a real timevalue in seconds.

Register 30068to30081: Individual scaling factor per analogue channel. It is

used to multiply with the samples read from thecorresponding analogue channel.

Register 30082to 30151: Analogue channel names.

Register 30152to 30389: Digital channel names.

The data of a record is extracted on a per channel basis. First select the channel tobe read by setting register 40569 to the correct channel number. Channel number0 is the timer channel which is excluded from bit value shown in register 30061,Available Channels (it is always there). Channel number 1 is bit-0 (right to left)shown in Available Channels and so on.

Each channel of data is extracted on per page basis. The total number of pages ofa selected channel is shown by register 30064. Each page can contain up to 64samples of data. To read a page of data, first set register 40570 to the requiredpage number, and from the value read back from register 30065 determine thenumber of samples available in the page. The availability of registers 30390 ...30453 depends on the number of samples of the selected page.

The information presented in the Disturbance/Waveform Analysis Menu issufficient to construct a record based on the COMTRADE format (bothCOMTRADE: 1991 and COMTRADE: 1996 specifications are supported).



3.9 ModBus data types

Registers defined in the ModBus database will define data as one of the data typesdescribed in the following table:

Type Value /Bit Mask Description

T1 Unsigned Value

Example: 12345 stored as 12345

T2 Unsigned Value, 1 decimal place

Example: 1234.5 stored as 12345

T3 Unsigned Value, 2 decimal places


T4 Unsigned Value, 3 decimal places


T5 2’s Compliment Signed Value

Example: -12345 stored as -12345

T6 2’s Compliment Signed Value, 1 decimal place

Example: -1234.5 stored as -12345

T7 2’s Compliment Signed Value, 2 decimal places


T8 2’s Compliment Signed Value, 3 decimal places


T9 Unsigned Long Value (32 bits)

High order word of long value stored in 1st 16 bits

Low order word of long value stored in 2nd 16 bits

Example: 1234567890 stored as 1234567890

T10 Unsigned Long Value, 2 decimal place (32 bits)








T12 Unsigned Long Value, 4 decimal places (32 bits)











T14 2’s Compliment Signed Long Value (32 bits)



Example: -1234567890 stored as -1234567890

T15 2’s Compliment Signed Long Value, 2 decimal place(32 bits)
















T19 System Time and Date

m7..m0 Milliseconds (0)

m15..m8

IV + I5..I0 Minutes (0-59) + Invalid Time (80hex)

H4..H0 Hours (0-23)

W2..W0 + D4..D0 Day of Week (1-7) + Day of month (1-31)

M3..M0 Month of year (1-12)

Y6..Y0 Year of century (00-99)




T20 Energy RegisterThe format of this data register will depend on whetherModBus display mode is selected to show primary orsecondary values.

T9 for Primary values. Base unit kWh.

T11 for Secondary values. Base unit Wh

T21 Power RegisterThe format of this data register will depend on whetherModBus Display Mode is selected to show primary orsecondary values.

T10 for Primary values. Base unit kW.

T13 for Secondary values. Base unit W.

T22 Text String (14 characters)

Two characters per 16 bit register.







T26 Setpoint Parameter

Written and read as a type T1, the data will also bevalidated according to current connection mode. Somesetting values although within range and step size, maybe invalid because the setpoint measurand is invisible.

T27 Output Parameter

Written and read as a type T1, the data will also bevalidated according to current connection mode. Somesetting values, although within range and step size,may be invalid because the output measurand isinvisible.

T28 Output Current Setting

Written and read as a type T1, the data will also bevalidated according to the output slope setting. Somesetting values, although within data range and stepsize, may be invalid due to the current slope setting.

T29 User Password

Data is written as a 4 character User password. Twocharacters per 16 bit register.

T30 Factory Password

Data is written as a 6 character Factory password. Twocharacters per 16 bit register.




T31 Calibration Commands

Write only data is written as T1 and interpreted ascalibration commands.

T32 Factory Commands

Write only data is written as T1 and interpreted asfactory commands.

T33 Operator Commands

Write only data is written as T1 and interpreted asoperator commands.

T34 Waveform Capture Commands

Write only data is written as T1 and interpreted aswaveform capture commands.

T35 Reset Commands

Write only data is written as T1 and interpreted as resetcommands.

T36 Event Record Index

Data is written as T1 and a corresponding event recordis obtained.

T37 Select Record Type

A record is accessed via reading samples stored ineach available channel, and the samples are accessedvia the sample pages. Data is written as T1 and thesample data page is refreshed with sample registersaccording to the page function.

T38 Time StampRead only data indicating the system time at theoccurrence of a particular event.

m7..m0 Milliseconds (0-59990)

m15..m8

IV + I5..I0 Minutes (0-59) + Invalid Time (80hex)

H4..H0 Hours (0-23)

W2..W0 + D4..D0 Day of Week (1-7) + Day of month (1-31)

M3..M0 Month of year (1-12)

Y6..Y0 Year of century (00-99)

T39 VoltageThe read only voltage value indicated will depend onwhether ModBus Display Mode is selected to showprimary or secondary values. Data will be scaled by VTin Primary mode. Data will be formatted as T10 (Baseunit volts) and T11 (Base unit volts) for the primary andsecondary display modes respectively.




T40 CurrentThe read only current value indicated will depend onwhether ModBus Display Mode is selected to showprimary or secondary values. Data will be scaled by CTin primary mode. Data will be formatted as T10(Baseunit amps) and T11 (Base unit amps) for the primaryand secondary display modes respectively.

T41 Sample Page RegisterThe read only sample page register will be determined,using other related settings as reference. The value willbe read as T5.

T42 Disturbance Record IndexThis setting will cause a disturbance record to berepresented in the Sample Page Registers. The valuewill be written and read as T1.

T43 Text String (20 characters)Two characters per 16 bit register.

T44 Number Of Event RecordsThe read only value will be determined from the eventrecorder data. The value will be read as T1.

T45 Number Of Disturbance RecordsThe read only value will be determined from thedisturbance recorder data. The value will be read asT1.

T46 Disturbance Recorder StatusThe read only value will be determined from thedisturbance recorder data. The value will be read asT1.

T47 Active Rate RegistersThe read only value will be determined from the rateregister data. The value will be read as T1.

T48 Number of Samples in Sample PageThe read only value will be determined from thecurrently selected disturbance record or waveformanalysis data. The value will be read as T1.

T49 Disturbance Record InformationThe read only value will be determined from the currentdisturbance record information. The value will be readas T1.

T50 Disturbance Record Scaling FactorsThe read only value will be determined from the currentdisturbance record. The value will be read as T18.

T51 Disturbance Record Channel NamesThe read only value will be determined from the currentdisturbance record. The value will be read as T22.




T52 Disturbance Record Trigger TimeThe read only value will be determined from the currentdisturbance record. The value will be read as T38.

T53 Time Into PeriodThe read only value will be obtained from the Real TimeClock and Calendar. The value will be read as T1.

T54 Text String (15 characters)Two characters per 16 bit register.

T55 Disturbance Record Select Channel NumberThe total number of channels is determined by the bitsset in Available Channels plus one timer channel.Settings are from 0 up to the (total number of channels -1). Channel number 0 is always the timer channel,and channel 1 is the first bit set in the AvailableChannels starting from left to right. The value will bewritten and read as T1.



3.1

0M

odBus

data

base

map

Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

3000

1 m

emor

y re

f

SYST

EM D

ATA

0430

001

3000

8M

odel

Num

ber

“T54

”D

ata

0

0430

009

3001

2Se

rial N

umbe

r“T

23”

Dat

a0

0430

013

3001

9So

ftwar

e Re

f 1“T

22”

Dat

a0

0430

020

3002

6So

ftwar

e Re

f 2“T

22”

Dat

a0

0430

027

Fitte

d H

ardw

are

“ T1

”0

Basi

c0

1Ba

sic

+ 4

Rela

y O

utpu

ts +

2 O

pto

Inpu

ts

2Ba

sic

+ 4

Ana

logu

e O

utpu

ts +

d.c.

mill

ivol

t Inp

ut

3Ba

sic

+ 4

Rela

y O

utpu

ts +

2 O

pto

Inpu

ts +

4 A

nalo

gue

Out

puts

+ d.

c. m

illiv

olt I

nput

0430

028

Opt

o In

put S

tatu

s“

T1”

Bit-0

Opt

o 1

Stat

usD

ata

0

Bit-1

Opt

o 2

Stat

us

0430

029

Rela

y O

utpu

t Sta

tus

“ T1

”Bi

t-0Re

lay

1 St

atus

Dat

a0

Bit-1

Rela

y 2

Stat

us

Bit-2

Rela

y 3

Stat

us

Bit-3

Rela

y 4

Stat

us

0430

030

3003

1A

larm

Sta

tus

“ T9

”Bi

t-0W

atch

dog

Tim

eout

Tes

t Fai

lD

ata

0

Bit-1

Com

ms

Cha

nnel

A T

est 1

Fai

l

Bit-2

Com

ms

Cha

nnel

A T

est 2

Fai

l

Bit-3

Com

ms

Cha

nnel

B T

est 1

Fai

l

Bit-4

Com

ms

Cha

nnel

B T

est 2

Fai

l

Bit-5

EEPR

OM

Err

or: I

mm

edia

te s

ettin

gs

Bit-6

EEPR

OM

Err

or: S

yste

m M

odes

set

tings

Bit-7

EEPR

OM

Err

or: D

istu

rban

ce R

ecor

der s

ettin

gs

Bit-8

EEPR

OM

Err

or: C

omm

unic

atio

ns s

ettin

gs



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

Bit-9

EEPR

OM

Err

or: D

eman

d se

tting

s

Bit-1

0EE

PRO

M E

rror

: Ana

logu

e O

utpu

t set

tings

Bit-1

1EE

PRO

M E

rror

: Rel

ay O

utpu

t set

tings

Bit-1

2EE

PRO

M E

rror

: Opt

o In

put s

ettin

gs

Bit-1

3EE

PRO

M E

rror

: Ala

rm G

roup

1 s

ettin

gs

Bit-1

4EE

PRO

M E

rror

: Ala

rm G

roup

2 s

ettin

gs

Bit-1

5EE

PRO

M E

rror

: Ala

rm G

roup

3 s

ettin

gs

Bit-1

6EE

PRO

M E

rror

: Ala

rm G

roup

4 s

ettin

gs

Bit-1

7EE

PRO

M E

rror

: Tar

iff s

ettin

gs

Bit-1

8EE

PRO

M E

rror

: Met

erin

g D

ata

Bit-1

9EE

PRO

M E

rror

: Eve

nt R

ecor

ds

Bit-2

0EE

PRO

M E

rror

: LED

Sta

tus

Bit-2

1Re

al T

ime

Clo

ck Is

Inva

lid

Bit-2

2Re

al T

ime

Clo

ck Is

Inac

cura

te

Bit-2

3A

nalo

gue

Out

put S

eria

l Por

t Fai

l

0430

032

3003

3Se

tpoi

nt S

tatu

s“

T9”

Bit-0

Gro

up 1

Set

poin

t 1D

ata

0

Bit-1

Gro

up 1

Set

poin

t 2

Bit-2

Gro

up 1

Set

poin

t 3

Bit-3

Gro

up 1

Set

poin

t 4

Bit-4

Gro

up 1

Set

poin

t 5

Bit-5

Gro

up 1

Set

poin

t 6

Bit-6

Gro

up 1

Set

poin

t 7

Bit-7

Gro

up 1

Set

poin

t 8

Bit-8

Gro

up 2

Set

poin

t 1

Bit-9

Gro

up 2

Set

poin

t 2

Bit-1

0G

roup

2 S

etpo

int 3



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

Bit-1

1G

roup

2 S

etpo

int 4

Bit-1

2G

roup

2 S

etpo

int 5

Bit-1

3G

roup

2 S

etpo

int 6

Bit-1

4G

roup

2 S

etpo

int 7

Bit-1

5G

roup

2 S

etpo

int 8

Bit-1

6G

roup

3 S

etpo

int 1

Bit-1

7G

roup

3 S

etpo

int 2

Bit-1

8G

roup

3 S

etpo

int 3

Bit-1

9G

roup

3 S

etpo

int 4

Bit-2

0G

roup

3 S

etpo

int 5

Bit-2

1G

roup

3 S

etpo

int 6

Bit-2

2G

roup

3 S

etpo

int 7

Bit-2

3G

roup

3 S

etpo

int 8

Bit-2

4G

roup

4 S

etpo

int 1

Bit-2

5G

roup

4 S

etpo

int 2

Bit-2

6G

roup

4 S

etpo

int 3

Bit-2

7G

roup

4 S

etpo

int 4

Bit-2

8G

roup

4 S

etpo

int 5

Bit-2

9G

roup

4 S

etpo

int 6

Bit-3

0G

roup

4 S

etpo

int 7

Bit-3

1G

roup

4 S

etpo

int 8

0430

034

Act

ive

Acc

ess

Leve

l“

T1”

Dat

a0

EVEN

T RE

CO

RDS

0430

035

Num

ber o

f Eve

nt re

cord

s“T

44”

11.

..100

Ala

rm R

ecor

dsD

ata

0



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

Even

t

0430

036

Even

t Typ

e“

T1”

0A

larm

eve

ntD

ata

0

1Se

tpoi

nt e

vent

2O

utpu

t con

tact

cha

nge

3O

pto

inpu

t cha

nge

0430

037

3004

2C

alen

dar C

lock

Tim

e St

amp

“T38

”IE

C fo

rmat

Dat

a0

0430

043

Ala

rm E

lem

ent E

vent

(dep

ends

on

Even

t Typ

e)“

T1”

0W

atch

dog

Tim

eout

Tes

t Fai

lDat

a0

1C

omm

s C

hann

el A

Tes

t 1 F

ail

2C

omm

s C

hann

el A

Tes

t 2 F

ail

3C

omm

s C

hann

el B

Tes

t 1 F

ail

4C

omm

s C

hann

el B

Tes

t 2 F

ail

5EE

PRO

M E

rror

: Im

med

iate

set

tings

6EE

PRO

M E

rror

: Sys

tem

Mod

es s

ettin

gs

7EE

PRO

M E

rror

: Dis

turb

ance

Rec

orde

r set

tings

8EE

PRO

M E

rror

: Com

mun

icat

ions

set

tings

9EE

PRO

M E

rror

: Dem

and

setti

ngs

10EE

PRO

M E

rror

: Ana

logu

e O

utpu

t set

tings

11EE

PRO

M E

rror

: Rel

ay O

utpu

t set

tings

12EE

PRO

M E

rror

: Opt

o In

put s

ettin

gs

13EE

PRO

M E

rror

: Ala

rm G

roup

1 s

ettin

gs

14EE

PRO

M E

rror

: Ala

rm G

roup

2 s

ettin

gs

15EE

PRO

M E

rror

: Ala

rm G

roup

3 s

ettin

gs

16EE

PRO

M E

rror

: Ala

rm G

roup

4 s

ettin

gs

17EE

PRO

M E

rror

: Tar

iff s

ettin

gs

18EE

PRO

M E

rror

: Met

erin

g D

ata

19EE

PRO

M E

rror

: Eve

nt R

ecor

ds



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

20EE

PRO

M E

rror

: LED

Sta

tus

21Re

al T

ime

Clo

ck Is

Inva

lid

22Re

al T

time

Clo

ck In

accu

rate

23A

nalo

gue

Out

put S

eria

l Por

t Fai

l

24EE

PRO

M E

rror

: Con

figur

atio

n se

tting

s

25EE

PRO

M E

rror

: Cal

ibra

tion

valu

es

26Fr

eque

ncy

Trac

king

Fai

l

27En

ter D

etai

led

Wav

efor

m C

aptu

re M

ode

28Fr

eque

ncy

Trac

king

Res

tore

d

29Ex

it W

avef

orm

Cap

ture

Mod

e

30Re

al T

ime

Clo

ck S

et

31Lo

cal A

cces

s Le

vel 0

Set

32Lo

cal A

cces

s Le

vel 1

Set

33Lo

cal A

cces

s Le

vel 2

Set

0430

044

Out

put C

onta

ct C

hang

e(d

epen

ds o

n Ev

ent T

ype)

“ T1

”1

Out

put 1

(bitm

ap)

Dat

a0

2O

utpu

t 2 (b

itmap

)

4O

utpu

t 3 (b

itmap

)

8O

utpu

t 4 (b

itmap

)

0430

045

Opt

o In

put C

hang

e(d

epen

ds o

n Ev

ent T

ype)

“ T1

”1

Inpu

t 1 (b

itmap

)0

2In

put 2

(bitm

ap)

0430

046

Setp

oint

Gro

up(d

epen

ds o

n Ev

ent T

ype)

“ T1

”1

Gro

up 1

Dat

a0

2G

roup

2

3G

roup

3

4G

roup

4



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

0430

047

Setp

oint

Ele

men

t“

T1”

1El

emen

t 1D

ata

0

2El

emen

t 2

3El

emen

t 3

4El

emen

t 4

5El

emen

t 5

6El

emen

t 6

7El

emen

t 7

8El

emen

t 8

0430

048

Setp

oint

Par

amet

er“

T1”

0N

o Pa

ram

eter

Dat

a0

1Fr

eque

ncy

2To

tal 3

Pha

se A

ctiv

e Po

wer

3To

tal 3

Pha

se R

eact

ive

Pow

er

4To

tal 3

Pha

se A

ppar

ent P

ower

5To

tal P

ower

Fac

tor

6Im

port

Tota

l Wat

ts D

eman

d

7Ex

port

Tota

l Wat

ts D

eman

d

8La

ggin

g To

tal V

ar D

eman

d

9Le

adin

g To

tal V

ar D

eman

d

10Po

sitiv

e To

tal V

A D

eman

d

11N

egat

ive

Tota

l VA

Dem

and

12To

tal P

ower

Fac

tor D

eman

d

13IA

14IB

15IC

16IN



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

17IA

Dem

and

18IB

Dem

and

19IC

Dem

and

20IA

TH

D%

21IB

TH

D%

22IC

TH

D%

23In

ps

24VA

25VB

26VC

27VA

B

28VB

C

29VC

A

30VA

TH

D%

31VB

TH

D%

32VC

TH

D%

33VA

B TH

D%

34VB

C T

HD

%

35VC

A T

HD

%

36Vn

ps

37dc

Inpu

t

0430

049

3005

0Se

tpoi

nt V

alue

“T15

”D

ata

0

0430

051

Setp

oint

Lev

el“

T1”

0H

igh

Ala

rmD

ata

0

1Lo

w A

larm

0430

052

Setp

oint

Trip

/ R

eset

“ T1

”0

Ala

rm T

ripD

ata

0

1A

larm

Res

et



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

DIS

TURB

AN

CE

REC

ORD

S

AN

D W

AVE

FORM

AN

ALY

SIS

0430

053

Dis

turb

ance

Rec

orde

r Sta

tus

“T46

”0

Stop

ped

Dat

a0

1Tr

igge

red

2Ru

nnin

g

0430

054

Num

ber o

f Dis

turb

ance

&W

avef

orm

Cap

ture

Rec

ords

“T45

”To

tal n

umbe

r of d

istu

rban

ce re

cord

s an

dw

avef

orm

cap

ture

recd

ord

store

dD

ata

0

REC

ORD

DA

TA

0430

055

3006

0Tr

igge

r Tim

e“T

52”

Tim

e an

d da

te s

tam

p in

IEC

870

form

atD

ata

0

0430

061

Ava

ilabl

e C

hann

els

“T49

”Bi

t set

indi

cate

s ch

anne

l is

avai

labl

e(1

=cha

nnel

1 ..

. 512

=cha

nnel

10)

Dat

a0

0430

062

Cha

nnel

Typ

es“T

49”

Bit s

et in

dica

tes

chan

nel i

s an

alog

ue,

rese

t ind

icat

es c

hann

el is

dig

ital

Dat

a0

0430

063

Reco

rd L

engt

h“T

49”

Num

ber o

f sam

ples

sto

red

in a

cha

nnel

.D

ata

0

0430

064

Num

ber o

f Sam

ple

Page

s“

T1”

Num

ber o

f sam

ple

page

s of

the

Sele

ct C

hann

el N

umbe

rD

ata

0430

065

Num

ber o

f Sam

ples

inSa

mpl

e Pa

ge“T

48”

The

num

ber o

f sam

ples

of t

heSe

lect

Sam

ple

Page

Dat

a

0430

066

Trig

ger P

ositi

on“T

49”

Dat

a0

0430

067

Tim

e Ba

se“T

56”

The

scal

ing

fact

or o

f the

tim

er c

hann

el.

It is

50n

s.D

ata

0

Scal

ing

Fact

ors

Scal

ing

fact

or to

sca

le v

alue

s fo

r eac

han

alog

ue c

hann

el

0430

068

3006

9A

nalo

gue

Cha

nnel

0“T

50”

Dat

a0

0430

070

3007

1A

nalo

gue

Cha

nnel

1“T

50”

Dat

a0



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

0430

072

3007

3A

nalo

gue

Cha

nnel

2“T

50”

Dat

a0

0430

074

3007

5A

nalo

gue

Cha

nnel

3“T

50”

Dat

a0

0430

076

3007

7A

nalo

gue

Cha

nnel

4“T

50”

Dat

a0

0430

078

3007

9A

nalo

gue

Cha

nnel

5“T

50”

Dat

a0

0430

080

3008

1A

nalo

gue

Cha

nnel

6“T

50”

Dat

a0

Cha

nnel

Nam

es

0430

082

3008

8C

hann

el 1

“T51

”D

ata

0

0430

089

3009

5C

hann

el 2

“T51

”D

ata

0

0430

096

3010

2C

hann

el 3

“T51

”D

ata

0

0430

103

3010

9C

hann

el 4

“T51

”D

ata

0

0430

110

3011

6C

hann

el 5

“T51

”D

ata

0

0430

117

3012

3C

hann

el 6

“T51

”D

ata

0

0430

124

3013

0C

hann

el 7

“T51

”D

ata

0

0430

131

3013

7C

hann

el 8

“T51

”D

ata

0

0430

138

3014

4C

hann

el 9

“T51

”D

ata

0

0430

145

3015

1C

hann

el 1

0“T

51”

Dat

a0

Dig

ital C

hann

el N

ames

0430

152

3015

8D

igita

l Cha

nnel

0“T

51”

Dat

a0

0430

159

3016

5D

igita

l Cha

nnel

1“T

51”

Dat

a0

0430

166

3017

2D

igita

l Cha

nnel

2“T

51”

Dat

a0

0430

173

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187

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5“T

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a0

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194

3020

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a0

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201

3020

7D

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a0

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208

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8“T

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215

3022

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a0



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aIn

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222

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8D

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10

“T51

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229

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11

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236

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2D

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12

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243

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13

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3025

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14

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257

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3D

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15

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264

3027

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16

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271

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17

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278

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18

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285

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19

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292

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20

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299

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306

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2D

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22

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9D

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23

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320

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24

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327

3033

3D

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25

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334

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26

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341

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27

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348

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28

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355

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29

“T51

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362

3036

8D

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30

“T51

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369

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31

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376

3038

2D

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32

“T51

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383

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“T51

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Dis

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391

Dis

turb

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392

Dis

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+ 2

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ata

0

0430

393

Dis

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Sam

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+ 3

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0

0430

394

Dis

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Sam

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+ 4

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ata

0

0430

395

Dis

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Sam

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+ 5

“T41

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ata

0

0430

396

Dis

turb

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Sam

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+ 6

“T41

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ata

0

0430

397

Dis

turb

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Sam

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+ 7

“T41

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ata

0

0430

398

Dis

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Sam

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+ 8

“T41

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ata

0

0430

399

Dis

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Sam

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+ 9

“T41

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ata

0

0430

400

Dis

turb

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Sam

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+ 10

“T41

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ata

0

0430

401

Dis

turb

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Sam

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+ 11

“T41

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0

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+ 12

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0

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403

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+ 13

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+ 14

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405

Dis

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+ 15

“T41

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0

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406

Dis

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+ 16

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0

0430

407

Dis

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+ 17

“T41

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0

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408

Dis

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+ 18

“T41

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0

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409

Dis

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Sam

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+ 19

“T41

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0

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410

Dis

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Sam

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+ 20

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0

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411

Dis

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+ 21

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0

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412

Dis

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0

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413

Dis

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Typ

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414

Dis

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Sam

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“T41

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0

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415

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0

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416

Dis

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417

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Dis

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0

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419

Dis

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+ 29

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0

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Dis

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+ 30

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0

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Dis

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0

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Dis

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0

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423

Dis

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“T41

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0

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424

Dis

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0

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425

Dis

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“T41

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0

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426

Dis

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427

Dis

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0

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Dis

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0

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429

Dis

turb

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Sam

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0

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Dis

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+ 40

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Dis

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“T41

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0

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432

Dis

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0

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Dis

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+ 43

“T41

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0

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Dis

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Dis

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Dis

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Dis

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0

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Dis

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Dis

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440

Dis

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Cod

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Dat

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Typ

eM

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axSt

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0430

441

Dis

turb

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Sam

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“T41

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0

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Dis

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+ 52

“T41

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Dis

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Dis

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Dis

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Dis

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Dis

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Dis

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“T41

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Dis

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“T41

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0

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Dis

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+ 60

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Dis

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Dis

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Cod

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Typ

eM

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470

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a0

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a0

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Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

0431

250

VB E

igth

Har

mon

ic %

“ T3

”D

ata

0

0431

251

VB N

inth

Har

mon

ic %

“ T3

”D

ata

0

0431

252

VB T

enth

Har

mon

ic %

“ T3

”D

ata

0

0431

253

VB E

leve

nth

Har

mon

ic %

“ T3

”D

ata

0

0431

254

VB T

wel

fth H

arm

onic

%“

T3”

Dat

a0

0431

255

VB T

hirte

enth

Har

mon

ic %

“ T3

”D

ata

0

0431

256

VB F

ourte

enth

Har

mon

ic %

“ T3

”D

ata

0

0431

257

VB F

iftee

nth

Har

mon

ic %

“ T3

”D

ata

0

VC H

arm

onic

Dat

a

0431

258

VC S

econ

d H

arm

onic

%“

T3”

Dat

a0

0431

259

VC T

hird

Har

mon

ic %

“ T3

”D

ata

0

0431

260

VC F

ourth

Har

mon

ic %

“ T3

”D

ata

0

0431

261

VC F

ifth

Har

mon

ic %

“ T3

”D

ata

0

0431

262

VC S

ixth

Har

mon

ic %

“ T3

”D

ata

0

0431

263

VC S

even

th H

arm

onic

%“

T3”

Dat

a0

0431

264

VC E

igth

Har

mon

ic %

“ T3

”D

ata

0

0431

265

VC N

inth

Har

mon

ic %

“ T3

”D

ata

0

0431

266

VC T

enth

Har

mon

ic %

“ T3

”D

ata

0

0431

267

VC E

leve

nth

Har

mon

ic %

“ T3

”D

ata

0

0431

268

VC T

wel

fth H

arm

onic

%“

T3”

Dat

a0

0431

269

VC T

hirte

enth

Har

mon

ic %

“ T3

”D

ata

0

0431

270

VC F

ourte

enth

Har

mon

ic %

“ T3

”D

ata

0

0431

271

VC F

iftee

nth

Har

mon

ic %

“ T3

”D

ata

0



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

LINE

VOLT

AG

E H

ARM

ON

IC D

ATA

VAB

Har

mon

ic D

ata

0431

272

VAB

Seco

nd H

arm

onic

%“

T3”

Dat

a0

0431

273

VAB

Third

Har

mon

ic %

“ T3

”D

ata

0

0431

274

VAB

Four

th H

arm

onic

%“

T3”

Dat

a0

0431

275

VAB

Fifth

Har

mon

ic %

“ T3

”D

ata

0

0431

276

VAB

Sixt

h H

arm

onic

%“

T3”

Dat

a0

0431

277

VAB

Seve

nth

Har

mon

ic %

“ T3

”D

ata

0

0431

278

VAB

Eigt

h H

arm

onic

%“

T3”

Dat

a0

0431

279

VAB

Nin

th H

arm

onic

%“

T3”

Dat

a0

0431

280

VAB

Tent

h H

arm

onic

%“

T3”

Dat

a0

0431

281

VAB

Elev

enth

Har

mon

ic %

“ T3

”D

ata

0

0431

282

VAB

Twel

fth H

arm

onic

%“

T3”

Dat

a0

0431

283

VAB

Thirt

eent

h H

arm

onic

%“

T3”

Dat

a0

0431

284

VAB

Four

teen

th H

arm

onic

%“

T3”

Dat

a0

0431

285

VAB

Fifte

enth

Har

mon

ic %

“ T3

”D

ata

0

VBC

Har

mon

ic D

ata

0431

286

VBC

Sec

ond

Har

mon

ic %

“ T3

”D

ata

0

0431

287

VBC

Thi

rd H

arm

onic

%“

T3”

Dat

a0

0431

288

VBC

Fou

rth H

arm

onic

%“

T3”

Dat

a0

0431

289

VBC

Fift

h H

arm

onic

%“

T3”

Dat

a0

0431

290

VBC

Six

th H

arm

onic

%“

T3”

Dat

a0

0431

291

VBC

Sev

enth

Har

mon

ic %

“ T3

”D

ata

0

0431

292

VBC

Eig

th H

arm

onic

%“

T3”

Dat

a0

0431

293

VBC

Nin

th H

arm

onic

%“

T3”

Dat

a0

0431

294

VBC

Ten

th H

arm

onic

%“

T3”

Dat

a0



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

0431

295

VBC

Ele

vent

h H

arm

onic

%“

T3”

Dat

a0

0431

296

VBC

Tw

elfth

Har

mon

ic %

“ T3

”D

ata

0

0431

297

VBC

Thi

rteen

th H

arm

onic

%“

T3”

Dat

a0

0431

298

VBC

Fou

rteen

th H

arm

onic

%“

T3”

Dat

a0

0431

299

VBC

Fift

eent

h H

arm

onic

%“

T3”

Dat

a0

VCA

Har

mon

ic D

ata

0431

300

VCA

Sec

ond

Har

mon

ic %

“ T3

”D

ata

0

0431

301

VCA

Thi

rd H

arm

onic

%“

T3”

Dat

a0

0431

302

VCA

Fou

rth H

arm

onic

%“

T3”

Dat

a0

0431

303

VCA

Fift

h H

arm

onic

%“

T3”

Dat

a0

0431

304

VCA

Six

th H

arm

onic

%“

T3”

Dat

a0

0431

305

VCA

Sev

enth

Har

mon

ic %

“ T3

”D

ata

0

0431

306

VCA

Eig

th H

arm

onic

%“

T3”

Dat

a0

0431

307

VCA

Nin

th H

arm

onic

%“

T3”

Dat

a0

0431

308

VCA

Ten

th H

arm

onic

%“

T3”

Dat

a0

0431

309

VCA

Ele

vent

h H

arm

onic

%“

T3”

Dat

a0

0431

310

VCA

Tw

elfth

Har

mon

ic %

“ T3

”D

ata

0

0431

311

VCA

Thi

rteen

th H

arm

onic

%“

T3”

Dat

a0

0431

312

VCA

Fou

rteen

th H

arm

onic

%“

T3”

Dat

a0

0431

313

VCA

Fift

eent

h H

arm

onic

%“

T3”

Dat

a0

PHA

SE C

URR

ENT

HA

RMO

NIC

DA

TA

IA H

arm

onic

Dat

a

0431

314

IA S

econ

d H

arm

onic

%“

T3”

Dat

a0

0431

315

IA T

hird

Har

mon

ic %

“ T3

”D

ata

0



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

0431

316

IA F

ourth

Har

mon

ic %

“ T3

”D

ata

0

0431

317

IA F

ifth

Har

mon

ic %

“ T3

”D

ata

0

0431

318

IA S

ixth

Har

mon

ic %

“ T3

”D

ata

0

0431

319

IA S

even

th H

arm

onic

%“

T3”

Dat

a0

0431

320

IA E

igth

Har

mon

ic %

“ T3

”D

ata

0

0431

321

IA N

inth

Har

mon

ic %

“ T3

”D

ata

0

0431

322

IA T

enth

Har

mon

ic %

“ T3

”D

ata

0

0431

323

IA E

leve

nth

Har

mon

ic %

“ T3

”D

ata

0

0431

324

IA T

wel

fth H

arm

onic

%“

T3”

Dat

a0

0431

325

IA T

hirte

enth

Har

mon

ic %

“ T3

”D

ata

0

0431

326

IA F

ourte

enth

Har

mon

ic %

“ T3

”D

ata

0

0431

327

IA F

iftee

nth

Har

mon

ic %

“ T3

”D

ata

0

IB H

arm

onic

Dat

a

0431

328

IB S

econ

d H

arm

onic

%“

T3”

Dat

a0

0431

329

IB T

hird

Har

mon

ic %

“ T3

”D

ata

0

0431

330

IB F

ourth

Har

mon

ic %

“ T3

”D

ata

0

0431

331

IB F

ifth

Har

mon

ic %

“ T3

”D

ata

0

0431

332

IB S

ixth

Har

mon

ic %

“ T3

”D

ata

0

0431

333

IB S

even

th H

arm

onic

%“

T3”

Dat

a0

0431

334

IB E

igth

Har

mon

ic %

“ T3

”D

ata

0

0431

335

IB N

inth

Har

mon

ic %

“ T3

”D

ata

0

0431

336

IB T

enth

Har

mon

ic %

“ T3

”D

ata

0

0431

337

IB E

leve

nth

Har

mon

ic %

“ T3

”D

ata

0

0431

338

IB T

wel

fth H

arm

onic

%“

T3”

Dat

a0

0431

339

IB T

hirte

enth

Har

mon

ic %

“ T3

”D

ata

0



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

0431

340

IB F

ourte

enth

Har

mon

ic %

“ T3

”D

ata

0

0431

341

IB F

iftee

nth

Har

mon

ic %

“ T3

”D

ata

0

IC H

arm

onic

Dat

a

0431

342

IC S

econ

d H

arm

onic

%“

T3”

Dat

a0

0431

343

IC T

hird

Har

mon

ic %

“ T3

”D

ata

0

0431

344

IC F

ourth

Har

mon

ic %

“ T3

”D

ata

0

0431

345

IC F

ifth

Har

mon

ic %

“ T3

”D

ata

0

0431

346

IC S

ixth

Har

mon

ic %

“ T3

”D

ata

0

0431

347

IC S

even

th H

arm

onic

%“

T3”

Dat

a0

0431

348

IC E

igth

Har

mon

ic %

“ T3

”D

ata

0

0431

349

IC N

inth

Har

mon

ic %

“ T3

”D

ata

0

0431

350

IC T

enth

Har

mon

ic %

“ T3

”D

ata

0

0431

351

IC E

leve

nth

Har

mon

ic %

“ T3

”D

ata

0

0431

352

IC T

wel

fth H

arm

onic

%“

T3”

Dat

a0

0431

353

IC T

hirte

enth

Har

mon

ic %

“ T3

”D

ata

0

0431

354

IC F

ourte

enth

Har

mon

ic %

“ T3

”D

ata

0

0431

355

IC F

iftee

nth

Har

mon

ic %

“ T3

”D

ata

0

INTE

RNA

L FA

CTO

RY D

ATA

SYST

EM T

IME

STA

MPS

0432

001

3200

6C

onfig

urat

ion

Tim

e St

amp

“T38

”Ti

me

and

date

sta

mp

in IE

C 8

70 fo

rmat

Dat

a0

0432

007

3201

2C

alib

ratio

n Ti

me

Stam

p“T

38”

Tim

e an

d da

te s

tam

p in

IEC

870

form

atD

ata

0

CA

LIBRA

TIO

N C

OEF

FIC

IEN

T

0432

013

3201

4Va

Cal

ibra

tion

Coe

ffici

ent

“T18

”D

ata

0

0432

015

3201

6Ia

Cal

ibra

tion

Coe

ffici

ent

“T18

”D

ata

0



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

0432

017

3201

8Vb

Cal

ibra

tion

Coe

ffici

ent

“T18

”D

ata

0

0432

019

3202

0Ib

Cal

ibra

tion

Coe

ffici

ent

“T18

”D

ata

0

0432

021

3202

2Vc

Cal

ibra

tion

Coe

ffici

ent

“T18

”D

ata

0

0432

023

3202

4Ic

Cal

ibra

tion

Coe

ffici

ent

“T18

”D

ata

0

0432

025

3202

6Va

Tem

pera

ture

Com

pens

atio

n“T

18”

Dat

a0

0432

027

3202

8Ia

Tem

pera

ture

Com

pens

atio

n“T

18”

Dat

a0

0432

029

3203

0Vb

Tem

pera

ture

Com

pens

atio

n“T

18”

Dat

a0

0432

031

3203

2Ib

Tem

pera

ture

Com

pens

atio

n“T

18”

Dat

a0

0432

033

3203

4Vc

Tem

pera

ture

Com

pens

atio

n“T

18”

Dat

a0

0432

035

3203

6Ic

Tem

pera

ture

Com

pens

atio

n“T

18”

Dat

a0

0432

037

3203

8A

nalo

gue

Out

put 1

Coe

ffici

ent

“T18

”D

ata

0

0432

039

3204

0A

nalo

gue

Out

put 2

Coe

ffici

ent

“T18

”D

ata

0

0432

041

3204

2A

nalo

gue

Out

put 3

Coe

ffici

ent

“T18

”D

ata

0

0432

043

3204

4A

nalo

gue

Out

put 4

Coe

ffici

ent

“T18

”D

ata

0

0432

045

3204

6D

C M

illiv

olt I

nput

Offs

etC

oeffi

cien

t“T

18”

Dat

a0

0432

047

3204

8D

C M

illiv

olt I

nput

Ful

l Sca

leC

oeffi

cien

t“T

18”

Dat

a0

0432

049

3205

0D

C M

illiv

olt I

nput

Tem

pera

ture

Com

pens

atio

n“T

18”

Dat

a0

SYST

EM D

ATA

03,0

6,16

4000

1La

ngua

ge“

T1”

0En

glis

hSe

tting

03

12

1Fr

anca

is

2D

eutsc

h



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

3Es

pano

l

03,0

6,16

4000

240

003

Use

r Pas

swor

d“T

29”

Pass

wor

d to

atte

mpt

use

r acc

ess

leve

l upg

rade

Setti

ng41

h5A

h1

0

03,0

6,16

4000

440

013

Des

crip

tion

“T43

”Se

tting

20h

7Eh

12

03,0

6,16

4001

440

023

Plan

t Ref

eren

ce“T

43”

Setti

ng20

h7E

h1

2

03,0

6,16

4002

4Pa

ssw

ord

Con

trol

“ T1

”0

Men

u is

fully

pro

tect

edSe

tting

02

12

1Fu

ll ac

cess

up

to le

vel 1

use

r pas

swor

d

2Fu

ll ac

cess

up

to le

vel 2

use

r pas

swor

d

03,0

6,16

4002

540

026

Leve

l 1 -

Use

r Pas

swor

d“T

25”

Setti

ng41

h5A

h1

2

03,0

6,16

4002

740

028

Leve

l 2 -

Use

r Pas

swor

d“T

25”

Setti

ng41

h5A

h1

2

SYST

EM C

ON

FIG

URA

TIO

N

03,0

6,16

4002

9C

omm

unic

atio

n Pr

otoc

ols

“ T1

”0

Cou

rier/

IEC

870

& M

odbu

s/RS

485

Setti

ng0

11

2

1M

odbu

s/RS

232

& C

ourie

r/KB

US

03,0

6,16

4003

0M

odbu

s D

ispl

ay M

ode

“ T1

”0

Seco

ndar

ySe

tting

01

12

1Pr

imar

y

03,0

6,16

4003

1LC

D B

ack

Light

“ T1

”0

Off

Setti

ng0

11

2

1O

n

Clo

ck a

nd C

alen

dar

03,0

6,16

4003

240

037

Tim

e an

d D

ate

“T19

”IE

C 8

70 T

ime/

Dat

e fo

rmat

Setti

ng

03,0

6,16

4003

8C

lock

Syn

chro

nisa

tion

“ T1

”0

Exte

rnal

syn

chro

nisa

tion

disa

bled

Setti

ng0

602

1Sy

nchr

onis

e tim

e to

nea

rest

30 s

econ

d bo

unda

ry

2Sy

nchr

onis

e tim

e to

nea

rest

1 m

inut

e bo

unda

ry

3Sy

nchr

onis

e tim

e to

nea

rest

5 m

inut

e bo

unda

ry

4Sy

nchr

onis

e tim

e to

nea

rest

10 m

inut

e bo

unda

ry

5Sy

nchr

onis

e tim

e to

nea

rest

15 m

inut

e bo

unda

ry



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

6Sy

nchr

onis

e tim

e to

nea

rest

30 m

inut

ebo

unda

ry

7Sy

nchr

onis

e tim

e to

nea

rest

60 m

inut

ebo

unda

ry

03,0

6,16

4003

9M

axim

um C

lock

Syn

chro

nisa

tion

Inte

rval

“ T1

”0

Opt

ion

disa

bled

Setti

ng0

311

2

1 ..

31N

umbe

r of d

ays

allo

wed

bet

wee

n tim

esy

nchr

onis

atio

n ev

ents

SYST

EM M

OD

ES

03,0

6,16

4004

0C

onne

ctio

n M

ode

“ T1

”0

Sing

le P

hase

(L, N

)Se

tting

07

12

13

phas

e 4

wire

bal

ance

d (1

vol

ts, 1

cur

rent

)

23

phas

e 3

wire

bal

ance

d (3

vol

ts, 1

cur

rent

)

33

phas

e 3

wire

unb

alan

ced

(3 v

olts,

2 c

urre

nts)

43

phas

e 4

wire

unb

alan

ced

(2 v

olts,

3 c

urre

nts)

53

phas

e 4

wire

unb

alan

ced

(3 v

olts,

3 c

urre

nts)

62

phas

e 3

wire

sys

tem

(2 v

olts,

2 c

urre

nts)

73

phas

e 3

wire

bal

ance

d (2

vol

ts, 2

cur

rent

s)

03,0

6,16

4004

1Po

wer

Flo

w M

ode

“ T1

”0

Mod

e 1

Setti

ng0

31

2

1M

ode

2

2M

ode

3

3M

ode

4

03,0

6,16

4004

2C

T Pr

imar

y“

T1”

Am

psSe

tting

099

991

2

03,0

6,16

4004

3C

T Se

cond

ary

“ T4

”A

mps

Setti

ng10

0090

001

2

03,0

6,16

4004

440

045

VT P

rimar

y“

T9”

Setti

ng0

9999

991

2

03,0

6,16

4004

6VT

Sec

onda

ry“

T3”

Setti

ng10

050

000

12



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

SYST

EM C

OM

MA

ND

S

03,0

6,16

4004

7Re

set C

omm

and

Regi

ster

“T35

”Bi

t-0Re

set E

nerg

y M

eter

Setti

ng1

255

1

Bit-1

Rese

t Dem

and

Bit-2

Rese

t Ene

rgy

Met

er a

nd D

eman

d

Bit-3

Rese

t Pul

se C

ount

s

Bit-4

Rese

t Loc

al L

EDs

Bit-5

Resto

re P

assw

ord

Prot

ectio

n

Bit-6

Rese

t Eve

nt R

ecor

ds

Bit-7

Rese

t Dis

turb

ance

Rec

ords

03,0

6,16

4004

8O

pera

tor C

omm

and

Regi

ster

“T33

”1

Save

Set

tings

Setti

ng1

22

2A

bort

Setti

ngs

CO

MM

UN

ICA

TIO

N S

ETTI

NG

S

03,0

6,16

4004

9M

odem

Con

trol L

ines

“ T1

”0

Dis

able

dSe

tting

01

12

1En

able

d

Cou

rier

03,0

6,16

4005

0C

ourie

r Add

ress

“ T1

”Se

tting

025

51

2

03,0

6,16

4005

1IE

C87

0 Fr

ame

“ T1

”0

FT1.

2, 1

1 bi

tsSe

tting

01

12

110

bits

03,0

6,16

4005

2Ba

ud R

ate

“ T1

”0

1200

bau

dSe

tting

04

12

124

00 b

aud

248

00 b

aud

396

00 b

aud

419

200

baud



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

Mod

bus

03,0

6,16

4005

3M

odbu

s A

ddre

ss“

T1”

Setti

ng1

247

12

03,0

6,16

4005

4Ba

ud R

ate

“ T1

”0

1200

bau

dSe

tting

04

12

124

00 b

aud

248

00 b

aud

396

00 b

aud

419

200

baud

03,0

6,16

4005

5Fr

amin

g“

T1”

01

start

bit,

8 da

ta b

its, n

o pa

rity,

2 s

top

bits

Setti

ng0

21

2

11

start

bit,

8 da

ta b

its, e

ven

parit

y, 1

sto

p bi

ts

21

start

bit,

8 da

ta b

its, o

dd p

arity

, 1 s

top

bits

DEM

AN

D C

ALC

ULA

TIO

N

03,0

6,16

4005

6D

eman

d fu

nctio

n“

T1”

0Fi

xed

win

dow

dem

and

calc

ulat

ion

Setti

ng0

21

2

1Sl

idin

g w

indo

w d

eman

d ca

lcul

atio

n

2Th

erm

al c

hara

cter

istic

dem

and

calc

ulat

ion

03,0

6,16

4005

7D

eman

d Su

b-Pe

riod

Slid

ing

Win

dow

“ T1

”D

urat

ion

of s

ub-p

erio

d sp

ecifi

ed in

min

utes

Setti

ng1

991

2

03,0

6,16

4005

8D

eman

d Pe

riod

Slid

ing

“ T1

”N

umbe

r of S

ub-In

terv

als

in a

Dem

and

Perio

dSe

tting

115

12

03,0

6,16

4005

9D

eman

d Pe

riod

Fixe

d“

T1”

Dur

atio

n of

per

iod

spec

ified

in m

inut

es(w

hen

not S

lidin

g W

indo

w)

Setti

ng1

991

2

AN

ALO

GU

E O

UTP

UTS

Out

put 1

03,0

6,16

4006

0O

utpu

t 1 P

aram

eter

“T27

”0

No

Para

met

erSe

tting

015

12

1Fr

eque

ncy



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

2To

tal R

eal P

ower

3To

tal R

eact

ive

Pow

er

4To

tal A

ppar

ent P

ower

5To

tal P

ower

Fac

tor

6IA

7IB

8IC

9IN

10VA

11VB

12VC

13VA

B

14VB

C

15VC

A

03,0

6,16

4006

1O

utpu

t 1 F

ull S

cale

%“

T2”

Setti

ng -

- -

2

03,0

6,16

4006

2O

utpu

t 1 S

lope

Set

ting

“ T1

”0

Sing

le S

lope

Setti

ng0

11

2

1D

ual S

lope

03,0

6,16

4006

3O

utpu

t 1 X

Bre

akpo

int %

“ T2

”Se

tting

010

001

2

03,0

6,16

4006

4O

utpu

t 1 Y

Bre

akpo

int %

“ T2

”Se

tting

010

001

2

03,0

6,16

4006

5O

utpu

t 1 C

urre

nt O

utpu

t“T

28”

00

...10

mA

Uni

-dire

ctio

nal i

nput

Setti

ng0

51

2

10

... 2

0 m

A U

ni-d

irect

iona

l inp

ut

24

... 2

0 m

A U

ni-d

irect

iona

l inp

ut

30

... 1

0 m

A B

i-dire

ctio

nal i

nput

40

... 2

0 m

A B

i-dire

ctio

nal i

nput

54

... 2

0 m

A B

i-dire

ctio

nal i

nput



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

Out

put 2

03,0

6,16

4006

6O

utpu

t 2 P

aram

eter

“T27

”se

e O

utpu

t 1Se

tting

015

12

03,0

6,16

4006

7O

utpu

t 2 F

ull S

cale

%“

T2”

see

Out

put 1

Setti

ng0

2000

12

03,0

6,16

4006

8O

utpu

t 2 S

lope

Set

ting

“ T1

”se

e O

utpu

t 1Se

tting

01

12

03,0

6,16

4006

9O

utpu

t 2 X

Bre

akpo

int %

“ T2

”se

e O

utpu

t 1Se

tting

010

001

2

03,0

6,16

4007

0O

utpu

t 2 Y

Bre

akpo

int %

“ T2

”se

e O

utpu

t 1Se

tting

010

001

2

03,0

6,16

4007

1O

utpu

t 2 C

urre

nt O

utpu

t“T

28”

see

Out

put 1

Setti

ng0

51

2

Out

put 3

03,0

6,16

4007

2O

utpu

t 3 P

aram

eter

“T27

”se

e O

utpu

t 1Se

tting

015

12

03,0

6,16

4007

3O

utpu

t 3 F

ull S

cale

%“

T2”

see

Out

put 1

Setti

ng0

2000

12

03,0

6,16

4007

4O

utpu

t 3 S

lope

Set

ting

“ T1

”se

e O

utpu

t 1Se

tting

01

12

03,0

6,16

4007

5O

utpu

t 3 X

Bre

akpo

int %

“ T2

”se

e O

utpu

t 1Se

tting

010

001

2

03,0

6,16

4007

6O

utpu

t 3 Y

Bre

akpo

int %

“ T2

”se

e O

utpu

t 1Se

tting

010

001

2

03,0

6,16

4007

7O

utpu

t 3 C

urre

nt O

utpu

t“T

28”

see

Out

put 1

Setti

ng0

51

2

Out

put 4

03,0

6,16

4007

8O

utpu

t 4 P

aram

eter

“T27

”se

e O

utpu

t 1Se

tting

015

12

03,0

6,16

4007

9O

utpu

t 4 F

ull S

cale

%“

T2”

see

Out

put 1

Setti

ng0

2000

12

03,0

6,16

4008

0O

utpu

t 4 S

lope

Set

ting

“ T1

”se

e O

utpu

t 1Se

tting

01

12

03,0

6,16

4008

1O

utpu

t 4 X

Bre

akpo

int %

“ T2

”se

e O

utpu

t 1Se

tting

010

001

2

03,0

6,16

4008

2O

utpu

t 4 Y

Bre

akpo

int %

“ T2

”se

e O

utpu

t 1Se

tting

010

001

2

03,0

6,16

4008

3O

utpu

t 4 C

urre

nt O

utpu

t“T

28”

see

Out

put 1

Setti

ng0

51

2

RELA

Y O

UTP

UTS

03,0

6,16

4008

4Re

lay

1 A

ssig

nmen

t“

T1”

0D

isab

led

Setti

ng0

91

2

1Se

tpoi

nt 1

2Se

tpoi

nt 2



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

3Se

tpoi

nt 3

4Se

tpoi

nt 4

5Pu

lsed

Impo

rt kW

h

6Pu

lsed

Expo

rt kW

h

7Pu

lsed

Impo

rt kV

Arh

8Pu

lsed

Expo

rt kV

Arh

9W

atch

dog

03,0

6,16

4008

5Re

lay

2 A

ssig

nmen

t“

T1”

see

Rela

y 1

Ass

ignm

ent

Setti

ng0

91

2

03,0

6,16

4008

6Re

lay

3 A

ssig

nmen

t“

T1”

see

Rela

y 1

Ass

ignm

ent

Setti

ng0

91

2

03,0

6,16

4008

7Re

lay

4 A

ssig

nmen

t“

T1”

see

Rela

y 1

Ass

ignm

ent

Setti

ng0

91

2

03,0

6,16

4008

8Re

lay

1 D

efau

lt St

ate

“ T1

”0

Nor

mal

ly O

pen

Setti

ng0

11

2

1N

orm

ally

Clo

sed

03,0

6,16

4008

9Re

lay

2 D

efau

lt St

ate

“ T1

”se

e Re

lay

1 D

efau

lt St

ate

Setti

ng0

11

2

03,0

6,16

4009

0Re

lay

3 D

efau

lt St

ate

“ T1

”se

e Re

lay

1 D

efau

lt St

ate

Setti

ng0

11

2

03,0

6,16

4009

1Re

lay

4 D

efau

lt St

ate

“ T1

”se

e Re

lay

1 D

efau

lt St

ate

Setti

ng0

11

2

03,0

6,16

4009

240

098

Rela

y 1

Labe

l“T

22”

Setti

ng20

h7E

h1

2

03,0

6,16

4009

940

105

Rela

y 2

Labe

l“T

22”

Setti

ng20

h7E

h1

2

03,0

6,16

4010

640

112

Rela

y 3

Labe

l“T

22”

Setti

ng20

h7E

h1

2

03,0

6,16

4011

340

119

Rela

y 4

Labe

l“T

22”

Setti

ng20

h7E

h1

2

PULS

ED O

UTP

UT

SETT

ING

S

Impo

rt W

atts

03,0

6,16

4012

0Im

port

Wat

ts Pu

lse D

urat

ion

“ T1

”0

100m

sSe

tting

02

12

120

0ms

240

0ms



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

03,0

6,16

4012

1Im

port

Wat

ts Pu

lse R

ate

“ T1

”Se

e no

tes

5,6

6000

8.12

10.0

60 fo

rde

pend

ence

of P

ulse

Rat

eSe

tting

140

001

2

03,0

6,16

4012

2Im

port

Wat

ts Fu

ll Sc

ale

“ T2

”Se

e no

tes

5,6

6000

8.12

10.0

60 fo

rde

pend

ence

of F

ull S

cale

Setti

ng10

2000

12

Expo

rt W

atts

03,0

6,16

4012

3Ex

port

Wat

ts Pu

lse D

urat

ion

“ T1

”se

e Im

port

Wat

tsSe

tting

02

12

03,0

6,16

4012

4Ex

port

Wat

ts Pu

lse R

ate

“ T1

”se

e Im

port

Wat

tsSe

tting

140

001

2

03,0

6,16

4012

5Ex

port

Wat

ts Fu

ll Sc

ale

“ T2

”se

e Im

port

Wat

tsSe

tting

1020

001

2

Impo

rt va

rs

03,0

6,16

4012

6Im

port

vars

Pul

se D

urat

ion

“ T1

”se

e Im

port

Wat

tsSe

tting

02

12

03,0

6,16

4012

7Im

port

vars

Pul

se R

ate

“ T1

”se

e Im

port

Wat

tsSe

tting

140

001

2

03,0

6,16

4012

8Im

port

vars

Ful

l Sca

le“

T2”

see

Impo

rt W

atts

Setti

ng10

2000

12

Expo

rt va

rs

03,0

6,16

4012

9Ex

port

vars

Pul

se D

urat

ion

“ T1

”se

e Im

port

Wat

tsSe

tting

02

12

03,0

6,16

4013

0Ex

port

vars

Pul

se R

ate

“ T1

”se

e Im

port

Wat

tsSe

tting

140

001

2

03,0

6,16

4013

1Ex

port

vars

Ful

l Sca

le“

T2”

see

Impo

rt W

atts

Setti

ng10

2000

12

OPT

O IN

PUTS

03,0

6,16

4013

2O

pto

Inpu

t 1 C

onfig

urat

ion

“ T1

”0

Opt

o In

put D

isab

led

Setti

ng0

61

2

1D

eman

d Sy

nchr

onis

atio

n

2En

ergy

Syn

chro

nisa

tion

3En

ergy

& D

eman

d Sy

nchr

onis

atio

n

4Pu

lse C

ount

er

5C

lock

And

Cal

enda

r Syn

chro

nisa

tion



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

6Lo

gic

Leve

l

03,0

6,16

4013

340

139

Opt

o In

put 1

Lab

el“T

22”

Setti

ng20

h7E

h1

2

03,0

6,16

4014

0O

pto

Inpu

t 2 C

onfig

urat

ion

“ T1

”Se

e O

pto

Inpu

t 1 C

onfig

urat

ion

Setti

ng0

61

2

03,0

6,16

4014

140

147

Opt

o In

put 2

Lab

el“T

22”

Setti

ng20

h7E

h1

2

SETP

OIN

T SE

TTIN

GS

Setp

oint

1

03,0

6,16

4014

8Se

tpoi

nt 1

Del

ay O

n/O

ff“

T1”

Setti

ng1

601

2

Elem

ent 1

03,0

6,16

4014

9Se

tpoi

nt 1

Firs

t Set

poin

tPa

ram

eter

“T26

”0

No

Para

met

erSe

tting

037

12

1Fr

eque

ncy

2To

tal 3

Pha

se A

ctiv

e Po

wer

3To

tal 3

Pha

se R

eact

ive

Pow

er

4To

tal 3

Pha

se A

ppar

ent P

ower

5To

tal P

ower

Fac

tor

6Im

port

Tota

l Wat

ts D

eman

d

7Ex

port

Tota

l Wat

ts D

eman

d

8La

ggin

g To

tal V

ar D

eman

d

9Le

adin

g To

tal V

ar D

eman

d

10Po

sitiv

e To

tal V

A D

eman

d

11N

egat

ive

Tota

l VA

Dem

and

12To

tal P

ower

Fac

tor D

eman

d

13IA

14IB

15IC

16IN



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

17IA

Dem

and

18IB

Dem

and

19IC

Dem

and

20IA

TH

D%

21IB

TH

D%

22IC

TH

D%

23In

ps

24VA

25VB

26VC

27VA

B

28VB

C

29VC

A

30VA

TH

D%

31VB

TH

D%

32VC

TH

D%

33VA

B TH

D%

34VB

C T

HD

%

35VC

A T

HD

%

36Vn

ps

37dc

Inpu

t

03,0

6,16

4015

0Se

tpoi

nt 1

Firs

t Hi S

etpo

int

Leve

l %“

T6”

(low

er li

mit

of H

igh

Set d

epen

ds o

n up

per l

imit

of L

ow S

et;

Setti

ng -

- -

2

03,0

6,16

4015

1Se

tpoi

nt 1

Firs

t Lo

Setp

oint

Leve

l %“

T6”

(upp

er li

mit

of L

ow S

et d

epen

ds o

n lo

wer

lim

it of

Hig

h Se

t;Se

tting

- -

-2



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

Elem

ent 2

03,0

6,16

4015

2Se

tpoi

nt 1

Sec

ond

Setp

oint

Para

met

er G

roup

“T26

”se

e Se

tpoi

nt 1

Ele

men

t 1Se

tting

037

12

03,0

6,16

4015

3Se

tpoi

nt 1

Sec

ond

Hi S

etpo

int

(low

er li

mit

of H

igh

Set d

epen

ds o

n L

evel

%“

T6”

upp

er li

mit

of L

ow S

et;

Setti

ng -

- -

2

03,0

6,16

4015

4Se

tpoi

nt 1

Sec

ond

Lo S

etpo

int

(upp

er li

mit

of L

ow S

et d

epen

ds o

nLe

vel %

“ T6

” lo

wer

lim

it of

Hig

h Se

t;Se

tting

- -

-2

Elem

ent 3

03,0

6,16

4015

5Se

tpoi

nt 1

Thi

rd S

etpo

int

Para

met

er G

roup

“T26

”se

e Se

tpoi

nt 1

Ele

men

t 1Se

tting

037

12

03,0

6,16

4015

6Se

tpoi

nt 1

Thi

rd H

i Set

poin

t(lo

wer

lim

it of

Hig

h Se

t dep

ends

on

Leve

l %“

T6”

upp

er li

mit

of L

ow S

et;

Setti

ng -

- -

2

03,0

6,16

4015

7Se

tpoi

nt 1

Thi

rd L

o Se

tpoi

nt(lo

wer

lim

it of

Hig

h Se

t dep

ends

on

Leve

l %“

T6”

low

er li

mit

of H

igh

Set;

Setti

ng -

- -

2

Elem

ent 4

03,0

6,16

4015

8Se

tpoi

nt 1

Fou

rth S

etpo

int

Para

met

er G

roup

“T26

”se

e Se

tpoi

nt 1

Ele

men

t 1Se

tting

037

12

03,0

6,16

4015

9Se

tpoi

nt 1

Fou

rth H

i Set

poin

t(lo

wer

lim

it of

Hig

h Se

t dep

ends

on

Leve

l %“

T6”

uppe

r lim

it of

Low

Set

;Se

tting

- -

-2

03,0

6,16

4016

0Se

tpoi

nt 1

Fou

rth L

o Se

tpoi

nt(u

pper

lim

it of

Low

Set

dep

ends

on

Lev

el %

“ T6

”lo

wer

lim

it of

Hig

h Se

t;Se

tting

- -

-2

Elem

ent 5

03,0

6,16

4016

1Se

tpoi

nt 1

Fift

h Se

tpoi

ntPa

ram

eter

Gro

up“T

26”

see

Setp

oint

1 E

lem

ent 1

Setti

ng0

371

2

03,0

6,16

4016

2Se

tpoi

nt 1

Fift

h H

i Set

poin

t(lo

wer

lim

it of

Hig

h Se

t dep

ends

on

Leve

l %“

T6”

uppe

r lim

it of

Low

Set

;Se

tting

- -

-2

03,0

6,16

4016

3Se

tpoi

nt 1

Fift

h Lo

Set

poin

t(u

pper

lim

it of

Low

Set

dep

ends

on

Leve

l %“

T6”

low

er li

mit

of H

igh

Set;

Setti

ng -

- -

2

Elem

ent 6

03,0

6,16

4016

4Se

tpoi

nt 1

Six

th S

etpo

int

Para

met

er G

roup

“T26

”se

e Se

tpoi

nt 1

Ele

men

t 1Se

tting

037

12



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

03,0

6,16

4016

5Se

tpoi

nt 1

Six

th H

i(lo

wer

lim

it of

Hig

h Se

t dep

ends

on

Setp

oint

Lev

el %

“ T6

”up

per l

imit

of L

ow S

et;

Setti

ng -

- -

2

03,0

6,16

4016

6Se

tpoi

nt 1

Six

th L

o(u

pper

lim

it of

Low

Set

dep

ends

on

Setp

oint

Lev

el %

“ T6

”lo

wer

lim

it of

Hig

h Se

t;Se

tting

- -

-2

Elem

ent 7

03,0

6,16

4016

7Se

tpoi

nt 1

Sev

enth

Set

poin

tPa

ram

eter

Gro

up“T

26”

see

Setp

oint

1 E

lem

ent 1

Setti

ng0

371

2

03,0

6,16

4016

8Se

tpoi

nt 1

Sev

enth

Hi

(low

er li

mit

of H

igh

Set d

epen

ds o

nSe

tpoi

nt L

evel

%“

T6”

uppe

r lim

it of

Low

Set

;Se

tting

- -

-2

03,0

6,16

4016

9Se

tpoi

nt 1

Sev

enth

Lo

(upp

er li

mit

of L

ow S

et d

epen

ds o

nSe

tpoi

nt L

evel

%“

T6”

low

er li

mit

of H

igh

Set;

Setti

ng -

- -

2

Elem

ent 8

03,0

6,16

4017

0Se

tpoi

nt 1

Eig

hth

Setp

oint

Para

met

er G

roup

“T26

”se

e Se

tpoi

nt 1

Ele

men

t 1Se

tting

037

12

03,0

6,16

4017

1Se

tpoi

nt 1

Eig

hth

Hi

(low

er li

mit

of H

igh

Set d

epen

ds o

nSe

tpoi

nt L

evel

%“

T6”

uppe

r lim

it of

Low

Set

;Se

tting

- -

-2

03,0

6,16

4017

2Se

tpoi

nt 1

Eig

hth

Lo(u

pper

lim

it of

Low

Set

dep

ends

on

Setp

oint

Lev

el %

“ T6

”lo

wer

lim

it of

Hig

h Se

t;Se

tting

- -

-2

Setp

oint

2

03,0

6,16

4017

3Se

tpoi

nt 2

Del

ay O

n/O

ff“

T1”

Setti

ng1

601

2

Elem

ent 1

03,0

6,16

4017

4Se

tpoi

nt 2

Firs

t Set

poin

tPa

ram

eter

“T26

”se

e Se

tpoi

nt 1

Ele

men

t 1Se

tting

037

12

03,0

6,16

4017

5Se

tpoi

nt 2

Firs

t Hi S

etpo

int

(low

er li

mit

of H

igh

Set d

epen

ds o

nLe

vel %

“ T6

”up

per l

imit

of L

ow S

et;

Setti

ng -

- -

2

03,0

6,16

4017

6Se

tpoi

nt 2

Firs

t Lo

Setp

oint

(upp

er li

mit

of L

ow S

et d

epen

ds o

nLe

vel %

“ T6

”lo

wer

lim

it of

Hig

h Se

t;Se

tting

- -

-2

Elem

ent 2

03,0

6,16

4017

7Se

tpoi

nt 2

Sec

ond

Setp

oint

Para

met

er G

roup

“T26

”se

e Se

tpoi

nt 1

Ele

men

t 1Se

tting

037

12



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

03,0

6,16

4017

8Se

tpoi

nt 2

Sec

ond

Hi

low

er li

mit

of H

igh

Set d

epen

ds o

nSe

tpoi

nt L

evel

%“

T6”

(upp

er li

mit

of L

ow S

et;

Setti

ng -

- -

2

03,0

6,16

4017

9Se

tpoi

nt 2

Sec

ond

Loup

per l

imit

of L

ow S

et d

epen

ds o

nSe

tpoi

nt L

evel

%“

T6”

(low

er li

mit

of H

igh

Set;

Setti

ng -

- -

2

Elem

ent 3

03,0

6,16

4018

0Se

tpoi

nt 2

Thi

rd S

etpo

int

Para

met

er G

roup

“T26

”se

e Se

tpoi

nt 1

Ele

men

t 1Se

tting

037

12

Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

03,0

6,16

4018

1Se

tpoi

nt 2

Thi

rd H

i(lo

wer

lim

it of

Hig

h Se

t dep

ends

on

Setp

oint

Lev

el %

“ T6

” u

pper

lim

it of

Low

Set

;Se

tting

- -

-2

03,0

6,16

4018

2Se

tpoi

nt 2

Thi

rd L

o(u

pper

lim

it of

Low

Set

dep

ends

on

Setp

oint

Lev

el %

“ T6

”lo

wer

lim

it of

Hig

h Se

t;Se

tting

- -

-2

Elem

ent 4

03,0

6,16

4018

3Se

tpoi

nt 2

Fou

rth S

etpo

int

Para

met

er G

roup

“T26

”se

e Se

tpoi

nt 1

Ele

men

t 1Se

tting

037

12

03,0

6,16

4018

4Se

tpoi

nt 2

Fou

rth H

i Set

poin

t(lo

wer

lim

it of

Hig

h Se

t dep

ends

on

Leve

l %“

T6”

upp

er li

mit

of L

ow S

et;

Setti

ng -

- -

2

03,0

6,16

4018

5Se

tpoi

nt 2

Fou

rth L

o Se

tpoi

nt(u

pper

lim

it of

Low

Set

dep

ends

on

Leve

l %“

T6”

low

er li

mit

of H

igh

Set;

Setti

ng -

- -

2

Elem

ent 5

03,0

6,16

4018

6Se

tpoi

nt 2

Fift

h Se

tpoi

ntPa

ram

eter

Gro

up“T

26”

see

Setp

oint

1 E

lem

ent 1

Setti

ng0

371

2

03,0

6,16

4018

7Se

tpoi

nt 2

Fift

h H

i Set

poin

t(lo

wer

lim

it of

Hig

h Se

t dep

ends

on

Leve

l %“

T6”

uppe

r lim

it of

Low

Set

;Se

tting

- -

-2

03,0

6,16

4018

8Se

tpoi

nt 2

Fift

h Lo

Set

poin

t(u

pper

lim

it of

Low

Set

dep

ends

on

Leve

l %“

T6”

low

er li

mit

of H

igh

Set;

Setti

ng -

- -

2

Elem

ent 6



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

03,0

6,16

4018

9Se

tpoi

nt 2

Six

th S

etpo

int

Para

met

er G

roup

“T26

”se

e Se

tpoi

nt 1

Ele

men

t 1Se

tting

037

12

03,0

6,16

4019

0Se

tpoi

nt 2

Six

th H

i Set

poin

t(lo

wer

lim

it of

Hig

h Se

t dep

ends

on

Leve

l %“

T6”

uppe

r lim

it of

Low

Set

;Se

tting

- -

-2

03,0

6,16

4019

1Se

tpoi

nt 2

Six

th L

o Se

tpoi

nt(u

pper

lim

it of

Low

Set

dep

ends

on

Leve

l %“

T6”

low

er li

mit

of H

igh

Set;

Setti

ng -

- -

2

Elem

ent 7

03,0

6,16

4019

2Se

tpoi

nt 2

Sev

enth

Set

poin

tPa

ram

eter

Gro

up“T

26”

see

Setp

oint

1 E

lem

ent 1

Setti

ng0

371

2

03,0

6,16

4019

3Se

tpoi

nt 2

Sev

enth

Hi

(low

er li

mit

of H

igh

Set d

epen

ds o

nSe

tpoi

nt L

evel

%“

T6”

uppe

r lim

it of

Low

Set

;Se

tting

- -

-2

03,0

6,16

4019

4Se

tpoi

nt 2

Sev

enth

Lo

(upp

er li

mit

of L

ow S

et d

epen

ds o

nSe

tpoi

nt L

evel

%“

T6”

low

er li

mit

of H

igh

Set;

Setti

ng -

- -

2

Elem

ent 8

03,0

6,16

4019

5Se

tpoi

nt 2

Eig

hth

Setp

oint

Para

met

er G

roup

“T26

”se

e Se

tpoi

nt 1

Ele

men

t 1Se

tting

037

12

03,0

6,16

4019

6Se

tpoi

nt 2

Eig

hth

Hi S

etpo

int

(low

er li

mit

of H

igh

Set d

epen

ds o

nLe

vel %

“ T6

”up

per l

imit

of L

ow S

et;

Setti

ng -

- -

2

03,0

6,16

4019

7Se

tpoi

nt 2

Eig

hth

Lo S

etpo

int

(upp

er li

mit

of L

ow S

et d

epen

ds o

nLe

vel %

“ T6

”lo

wer

lim

it of

Hig

h Se

t;Se

tting

- -

-2

Setp

oint

3

03,0

6,16

4019

8Se

tpoi

nt 3

Del

ay O

n/O

ff“

T1”

Setti

ng0

601

2

Elem

ent 1

03,0

6,16

4019

9Se

tpoi

nt 3

Firs

t Set

poin

tPa

ram

eter

“T26

”se

e Se

tpoi

nt 1

Ele

men

t 1Se

tting

037

12

03,0

6,16

4020

0Se

tpoi

nt 3

Firs

t Hi S

etpo

int

(low

er li

mit

of H

igh

Set d

epen

ds o

nLe

vel %

“ T6

”up

per l

imit

of L

ow S

et;

Setti

ng -

- -

2

03,0

6,16

4020

1Se

tpoi

nt 3

Firs

t Lo

Setp

oint

(upp

er li

mit

of L

ow S

et d

epen

ds o

nLe

vel %

“ T6

”lo

wer

lim

it of

Hig

h Se

t;Se

tting

- -

-2

Elem

ent 2



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

03,0

6,16

4020

2Se

tpoi

nt 3

Sec

ond

Setp

oint

Para

met

er G

roup

“T26

”se

e Se

tpoi

nt 1

Ele

men

t 1Se

tting

037

12

03,0

6,16

4020

3Se

tpoi

nt 3

Sec

ond

Hi S

etpo

int

(low

er li

mit

of H

igh

Set d

epen

ds o

nLe

vel %

“ T6

”up

per l

imit

of L

ow S

et;

Setti

ng -

- -

2

03,0

6,16

4020

4Se

tpoi

nt 3

Sec

ond

Lo S

etpo

int

(upp

er li

mit

of L

ow S

et d

epen

ds o

nLe

vel %

“ T6

”lo

wer

lim

it of

Hig

h Se

t;Se

tting

- -

-2

Elem

ent 3

03,0

6,16

4020

5Se

tpoi

nt 3

Thi

rd S

etpo

int

Para

met

er G

roup

“T26

”se

e Se

tpoi

nt 1

Ele

men

t 1Se

tting

037

12

03,0

6,16

4020

6Se

tpoi

nt 3

Thi

rd H

i Set

poin

tlo

wer

lim

it of

Hig

h Se

t dep

ends

on

Leve

l %“

T6”

(upp

er li

mit

of L

ow S

et;

Setti

ng -

- -

2

03,0

6,16

4020

7Se

tpoi

nt 3

Thi

rd L

o Se

tpoi

nt(u

pper

lim

it of

Low

Set

dep

ends

on

Leve

l %“

T6”

low

er li

mit

of H

igh

Set;

Setti

ng -

- -

2

Elem

ent 4

03,0

6,16

4020

8Se

tpoi

nt 3

Fou

rth S

etpo

int

Para

met

er G

roup

“T26

”se

e Se

tpoi

nt 1

Ele

men

t 1Se

tting

037

12

03,0

6,16

4020

9Se

tpoi

nt 3

Fou

rth H

i Set

poin

t(lo

wer

lim

it of

Hig

h Se

t dep

ends

on

Leve

l %“

T6”

uppe

r lim

it of

Low

Set

;Se

tting

- -

-2

03,0

6,16

4021

0Se

tpoi

nt 3

Fou

rth L

o Se

tpoi

nt(u

pper

lim

it of

Low

Set

dep

ends

on

Leve

l %“

T6”

low

er li

mit

of H

igh

Set;

Setti

ng -

- -

2

Elem

ent 5

03,0

6,16

4021

1Se

tpoi

nt 3

Fift

h Se

tpoi

ntPa

ram

eter

Gro

up“T

26”

see

Setp

oint

1 E

lem

ent 1

Setti

ng0

371

2

03,0

6,16

4021

2Se

tpoi

nt 3

Fift

h H

i Set

poin

t(lo

wer

lim

it of

Hig

h Se

t dep

ends

on

Leve

l %“

T6”

uppe

r lim

it of

Low

Set

;Se

tting

- -

-2

03,0

6,16

4021

3Se

tpoi

nt 3

Fift

h Lo

Set

poin

t(u

pper

lim

it of

Low

Set

dep

ends

on

Leve

l %“

T6”

low

er li

mit

of H

igh

Set;

Setti

ng -

- -

2

Elem

ent 6

03,0

6,16

4021

4Se

tpoi

nt 3

Six

th S

etpo

int

Para

met

er G

roup

“T26

”se

e Se

tpoi

nt 1

Ele

men

t 1Se

tting

037

12



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

03,0

6,16

4021

5Se

tpoi

nt 3

Six

th H

i Set

poin

t(lo

wer

lim

it of

Hig

h Se

t dep

ends

on

Leve

l %“

T6”

uppe

r lim

it of

Low

Set

;Se

tting

- -

-2

03,0

6,16

4021

6Se

tpoi

nt 3

Six

th L

o Se

tpoi

nt(u

pper

lim

it of

Low

Set

dep

ends

on

Leve

l %“

T6”

low

er li

mit

of H

igh

Set;

Setti

ng -

- -

2

Elem

ent 7

03,0

6,16

4021

7Se

tpoi

nt 3

Sev

enth

Set

poin

tPa

ram

eter

Gro

up“T

26”

see

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Fiel

d at

tribu

tes

are

as S

easo

n Sw

itchi

ng E

vent

1

03,0

6,16

4045

2Sw

itchi

ng m

onth

“ T1

”

03,0

6,16

4045

3Sw

itchi

ng d

ay o

f mon

th“

T1”



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

03,0

6,16

4045

4N

ew S

easo

n“

T1”

Seas

on S

witc

hing

Eve

nt 6

Fiel

d at

tribu

tes

are

as S

easo

n Sw

itchi

ng E

vent

1

03,0

6,16

4045

5Sw

itchi

ng m

onth

“ T1

”

03,0

6,16

4045

6Sw

itchi

ng d

ay o

f mon

th“

T1”

03,0

6,16

4045

7N

ew S

easo

n“

T1”

Seas

on S

witc

hing

Eve

nt 7

Fiel

d at

tribu

tes

are

as S

easo

n Sw

itchi

ng E

vent

1

03,0

6,16

4045

8Sw

itchi

ng m

onth

“ T1

”

03,0

6,16

4045

9Sw

itchi

ng d

ay o

f mon

th“

T1”

03,0

6,16

4046

0N

ew S

easo

n“

T1”

Seas

on S

witc

hing

Eve

nt 8

Fiel

d at

tribu

tes

are

as S

easo

n Sw

itchi

ng E

vent

1

03,0

6,16

4046

1Sw

itchi

ng m

onth

“ T1

”

03,0

6,16

4046

2Sw

itchi

ng d

ay o

f mon

th“

T1”

03,0

6,16

4046

3N

ew S

easo

n“

T1”

Seas

on S

witc

hing

Eve

nt 9

Fiel

d at

tribu

tes

are

as S

easo

n Sw

itchi

ng E

vent

1

03,0

6,16

4046

4Sw

itchi

ng m

onth

“ T1

”

03,0

6,16

4046

5Sw

itchi

ng d

ay o

f mon

th“

T1”

03,0

6,16

4046

6N

ew S

easo

n“

T1”

Seas

on S

witc

hing

Eve

nt 1

0Fi

eld

attri

bute

s ar

e as

Sea

son

Switc

hing

Eve

nt 1

03,0

6,16

4046

7Sw

itchi

ng m

onth

“ T1

”

03,0

6,16

4046

8Sw

itchi

ng d

ay o

f mon

th“

T1”

03,0

6,16

4046

9N

ew S

easo

n“

T1”

Seas

on S

witc

hing

Eve

nt 1

1Fi

eld

attri

bute

s ar

e as

Sea

son

Switc

hing

Eve

nt 1

03,0

6,16

4047

0Sw

itchi

ng m

onth

“ T1

”

03,0

6,16

4047

1Sw

itchi

ng d

ay o

f mon

th“

T1”

03,0

6,16

4047

2N

ew S

easo

n“

T1”



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

Seas

on S

witc

hing

Eve

nt 1

2Fi

eld

attri

bute

s ar

e as

Sea

son

Switc

hing

Eve

nt 1

03,0

6,16

4047

3Sw

itchi

ng m

onth

“ T1

”

03,0

6,16

4047

4Sw

itchi

ng d

ay o

f mon

th“

T1”

03,0

6,16

4047

5N

ew S

easo

n“

T1”

Switc

hing

Eve

nts

In S

easo

n

03,0

6,16

4047

6Se

ason

1“

T1”

Setti

ng0

481

2

03,0

6,16

4047

7Se

ason

2“

T1”

Setti

ng0

481

2

03,0

6,16

4047

8Se

ason

3“

T1”

Setti

ng0

481

2

03,0

6,16

4047

9Se

ason

4“

T1”

Setti

ng0

481

2

03,0

6,16

4048

0Se

ason

5“

T1”

Setti

ng0

481

2

03,0

6,16

4048

1Se

ason

6“

T1”

Setti

ng0

481

2

03,0

6,16

4048

2Se

ason

7“

T1”

Setti

ng0

481

2

03,0

6,16

4048

3Se

ason

8“

T1”

Setti

ng0

481

2

03,0

6,16

4048

4Se

ason

9“

T1”

Setti

ng0

481

2

03,0

6,16

4048

5Se

ason

10

“ T1

”Se

tting

048

12

03,0

6,16

4048

6Se

ason

11

“ T1

”Se

tting

048

12

03,0

6,16

4048

7Se

ason

12

“ T1

”Se

tting

048

12

FIXE

D D

AY

EXC

LUSI

ON

S

Fixe

d D

ay E

xclu

sion

1

03,0

6,16

4048

8Ex

clus

ion

Wee

k“

T1”

0Ex

clus

ion

not u

sed

Setti

ng0

521

2

1 ..

52W

eek

num

ber o

f yea

r

03,0

6,16

4048

9Ex

clus

ion

Day

“ T1

”Se

tting

17

12

03,0

6,16

4049

0Se

ason

To

Use

“ T1

”Se

tting

112

12

03,0

6,16

4049

1D

ay T

o U

se“

T1”

Setti

ng1

71

2

Fixe

d D

ay E

xclu

sion

2Fi

eld

attri

bute

s ar

e as

Fix

ed D

ay E

xclu

sion

1

03,0

6,16

4049

2Ex

clus

ion

Wee

k“

T1”



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

03,0

6,16

4049

3Ex

clus

ion

Day

“ T1

”

03,0

6,16

4049

4Se

ason

To

Use

“ T1

”

03,0

6,16

4049

5D

ay T

o U

se“

T1”

Fixe

d D

ay E

xclu

sion

3Fi

eld

attri

bute

s ar

e as

Fix

ed D

ay E

xclu

sion

1

03,0

6,16

4049

6Ex

clus

ion

Wee

k“

T1”

03,0

6,16

4049

7Ex

clus

ion

Day

“ T1

”

03,0

6,16

4049

8Se

ason

To

Use

“ T1

”

03,0

6,16

4049

9D

ay T

o U

se“

T1”

Fixe

d D

ay E

xclu

sion

4Fi

eld

attri

bute

s ar

e as

Fix

ed D

ay E

xclu

sion

1

03,0

6,16

4050

0Ex

clus

ion

Wee

k“

T1”

03,0

6,16

4050

1Ex

clus

ion

Day

“ T1

”

03,0

6,16

4050

2Se

ason

To

Use

“ T1

”

03,0

6,16

4050

3D

ay T

o U

se“

T1”

Fixe

d D

ay E

xclu

sion

5Fi

eld

attri

bute

s ar

e as

Fix

ed D

ay E

xclu

sion

1

03,0

6,16

4050

4Ex

clus

ion

Wee

k“

T1”

03,0

6,16

4050

5Ex

clus

ion

Day

“ T1

”

03,0

6,16

4050

6Se

ason

To

Use

“ T1

”

03,0

6,16

4050

7D

ay T

o U

se“

T1”

Fixe

d D

ay E

xclu

sion

6Fi

eld

attri

bute

s ar

e as

Fix

ed D

ay E

xclu

sion

1

03,0

6,16

4050

8Ex

clus

ion

Wee

k“

T1”

03,0

6,16

4050

9Ex

clus

ion

Day

“ T1

”

03,0

6,16

4051

0Se

ason

To

Use

“ T1

”

03,0

6,16

4051

1D

ay T

o U

se“

T1”

Fixe

d D

ay E

xclu

sion

7Fi

eld

attri

bute

s ar

e as

Fix

ed D

ay E

xclu

sion

1

03,0

6,16

4051

2Ex

clus

ion

Wee

k“

T1”

03,0

6,16

4051

3Ex

clus

ion

Day

“ T1

”



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

03,0

6,16

4051

4Se

ason

To

Use

“ T1

”

03,0

6,16

4051

5D

ay T

o U

se“

T1”

Fixe

d D

ay E

xclu

sion

8Fi

eld

attri

bute

s ar

e as

Fix

ed D

ay E

xclu

sion

1

03,0

6,16

4051

6Ex

clus

ion

Wee

k“

T1”

03,0

6,16

4051

7Ex

clus

ion

Day

“ T1

”

03,0

6,16

4051

8Se

ason

To

Use

“ T1

”

03,0

6,16

4051

9D

ay T

o U

se“

T1”

FIXE

D D

ATE

EXC

LUSI

ON

S

Fixe

d D

ate

Excl

usio

n 1

03,0

6,16

4052

0Ex

clus

ion

Mon

th“

T1”

0Ex

clus

ion

not u

sed

Setti

ng1

121

2

1 ..

12M

onth

of y

ear

03,0

6,16

4052

1Ex

clus

ion

Day

Of M

onth

“ T1

”Se

tting

131

12

03,0

6,16

4052

2Se

ason

To

Use

“ T1

”Se

tting

112

12

03,0

6,16

4052

3D

ay T

o U

se“

T1”

Setti

ng1

71

2

Fixe

d D

ate

Excl

usio

n 2

Fiel

d at

tribu

tes

are

as F

ixed

Dat

e Ex

clus

ion

1

03,0

6,16

4052

4Ex

clus

ion

Mon

th“

T1”

03,0

6,16

4052

5Ex

clus

ion

Day

Of M

onth

“ T1

”

03,0

6,16

4052

6Se

ason

To

Use

“ T1

”

03,0

6,16

4052

7D

ay T

o U

se“

T1”

Fixe

d D

ate

Excl

usio

n 3

Fiel

d at

tribu

tes

are

as F

ixed

Dat

e Ex

clus

ion

1

03,0

6,16

4052

8Ex

clus

ion

Mon

th“

T1”

03,0

6,16

4052

9Ex

clus

ion

Day

Of M

onth

“ T1

”

03,0

6,16

4053

0Se

ason

To

Use

“ T1

”

03,0

6,16

4053

1D

ay T

o U

se“

T1”



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

Fixe

d D

ate

Excl

usio

n 4

Fiel

d at

tribu

tes

are

as F

ixed

Dat

e Ex

clus

ion

1

03,0

6,16

4053

2Ex

clus

ion

Mon

th“

T1”

03,0

6,16

4053

3Ex

clus

ion

Day

Of M

onth

“ T1

”

03,0

6,16

4053

4Se

ason

To

Use

“ T1

”

03,0

6,16

4053

5D

ay T

o U

se“

T1”

Fixe

d D

ate

Excl

usio

n 5

Fiel

d at

tribu

tes

are

as F

ixed

Dat

e Ex

clus

ion

1

03,0

6,16

4053

6Ex

clus

ion

Mon

th“

T1”

03,0

6,16

4053

7Ex

clus

ion

Day

Of M

onth

“ T1

”

03,0

6,16

4053

8Se

ason

To

Use

“ T1

”

03,0

6,16

4053

9D

ay T

o U

se“

T1”

Fixe

d D

ate

Excl

usio

n 6

Fiel

d at

tribu

tes

are

as F

ixed

Dat

e Ex

clus

ion

1

03,0

6,16

4054

0Ex

clus

ion

Mon

th“

T1”

03,0

6,16

4054

1Ex

clus

ion

Day

Of M

onth

“ T1

”

03,0

6,16

4054

2Se

ason

To

Use

“ T1

”

03,0

6,16

4054

3D

ay T

o U

se“

T1”

Fixe

d D

ate

Excl

usio

n 7

Fiel

d at

tribu

tes

are

as F

ixed

Dat

e Ex

clus

ion

1

03,0

6,16

4054

4Ex

clus

ion

Mon

th“

T1”

03,0

6,16

4054

5Ex

clus

ion

Day

Of M

onth

“ T1

”

03,0

6,16

4054

6Se

ason

To

Use

“ T1

”

03,0

6,16

4054

7D

ay T

o U

se“

T1”

Fixe

d D

ate

Excl

usio

n 8

Fiel

d at

tribu

tes

are

as F

ixed

Dat

e Ex

clus

ion

1

03,0

6,16

4054

8Ex

clus

ion

Mon

th“

T1”

03,0

6,16

4054

9Ex

clus

ion

Day

Of M

onth

“ T1

”

03,0

6,16

4055

0Se

ason

To

Use

“ T1

”

03,0

6,16

4055

1D

ay T

o U

se“

T1”



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

RATE

REG

ISTE

R C

ON

FIG

URA

TIO

N

03,0

6,16

4055

2Ra

te re

giste

r 1 d

ata

sour

ce“

T1”

Setti

ng0

31

2

0Im

port

Tota

l kW

h

1Ex

port

Tota

l kW

h

2Im

port

tota

l kVA

rh

3Ex

port

Tota

l kVA

rh

03,0

6,16

4055

3Ra

te re

giste

r 2 d

ata

sour

ce“

T1”

Fiel

d at

tribu

tes

are

as R

ate

regi

ster

1 da

ta s

ourc

eSe

tting

41

2

03,0

6,16

4055

4Ra

te re

giste

r 3 d

ata

sour

ce“

T1”

Fiel

d at

tribu

tes

are

as R

ate

regi

ster

1 da

ta s

ourc

eSe

tting

41

2

03,0

6,16

4055

5Ra

te re

giste

r 4 d

ata

sour

ce“

T1”

Fiel

d at

tribu

tes

are

as R

ate

regi

ster

1 da

ta s

ourc

eSe

tting

41

2

03,0

6,16

4055

6Ra

te re

giste

r 5 d

ata

sour

ce“

T1”

Fiel

d at

tribu

tes

are

as R

ate

regi

ster

1 da

ta s

ourc

eSe

tting

41

2

03,0

6,16

4055

7Ra

te re

giste

r 6 d

ata

sour

ce“

T1”

Fiel

d at

tribu

tes

are

as R

ate

regi

ster

1 da

ta s

ourc

eSe

tting

41

2

03,0

6,16

4055

8Ra

te re

giste

r 7 d

ata

sour

ce“

T1”

Fiel

d at

tribu

tes

are

as R

ate

regi

ster

1 da

ta s

ourc

eSe

tting

41

2

03,0

6,16

4055

9Ra

te re

giste

r 8 d

ata

sour

ce“

T1”

Fiel

d at

tribu

tes

are

as R

ate

regi

ster

1 da

ta s

ourc

eSe

tting

41

2

DIS

TURB

AN

CE

REC

ORD

ER S

ETTI

NG

S

03,0

6,16

4056

0Sa

mpl

es p

er C

ycle

“ T1

”0

24 s

ampl

es to

be

store

d fo

r eac

h ch

anne

lin

a re

cord

Setti

ng0

11

2

148

sam

ples

to b

e sto

red

for e

ach

chan

nel

in a

reco

rd

03,0

6,16

4056

1Re

cord

Con

figur

atio

n“

T1”

01

distu

rban

ce re

cord

(36

or 7

2 cy

cles

,Se

tting

03

12

12

distu

rban

ce re

cord

(36

or 7

2 cy

cles

,

23

distu

rban

ce re

cord

(36

or 7

2 cy

cles

,

34

distu

rban

ce re

cord

(36

or 7

2 cy

cles

,



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

03,0

6,16

4056

2Po

st-tri

gger

cyc

les

“ T1

”N

umbe

r of s

ampl

e re

quire

d to

be

store

daf

ter t

rigge

r poi

ntSe

tting

0(n

ote

16)

12

03,0

6,16

4056

340

564

Setp

oint

Trig

ger

“T58

”0

Non

eSe

tting

02^

321

2

Setp

oint

1, e

lem

ent 1

... S

etpo

int 4

,el

emen

t 8 (b

it-m

ask)

03,0

6,16

4056

5O

pto

Inpu

t Trig

ger

“T57

”0

Non

eSe

tting

03

12

Opt

o in

put 1

... O

pto

inpu

t 2 (b

it-m

ask)

TRIG

GER

WA

VEFO

RM A

NA

LYSI

S A

ND

DIS

TURB

AN

CE

REC

ORD

ER C

OM

MA

ND

03,0

6,16

4056

6W

avef

orm

Cap

ture

/D

istu

rban

ce R

ecor

d C

omm

and

Regi

ster

“T34

”0

Off

Setti

ng0

31

1

1A

naly

se P

hase

A V

olta

ge a

nd C

urre

nt

2A

naly

se P

hase

B V

olta

ge a

nd C

urre

nt

3A

naly

se P

hase

C V

olta

ge a

nd C

urre

nt

4Tr

igge

r Dis

turb

ance

Rec

orde

r

REA

D D

ISTU

RBA

NC

E RE

CO

RDS

AN

D W

AVE

FORM

AN

ALY

SIS

03,0

6,16

4056

7Se

lect

Rec

ord

Type

“T37

”0

Wav

efor

m A

naly

sis

Setti

ng0

11

0

1D

istu

rban

ce R

ecor

der

03,0

6,16

4056

8Se

lect

Dis

turb

ance

Rec

ord

Num

ber

“T42

”0

New

est r

ecor

d to

be

extra

cted

Setti

ng0

31

0

1 2 3O

ldes

t rec

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e ex

tract

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03,0

6,16

4056

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lect

Cha

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ber

“T55

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Tim

er c

hann

elSe

tting

010

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1Fi

rst c

hann

el s

et in

Ava

ilabl

e C

hann

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ft to

righ

t) an

d so

on.

..



Cod

eA

ddre

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nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

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03,0

6,16

4057

0Se

lect

Sam

ple

Page

“ T1

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avef

orm

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lysi

s or

dis

turb

ance

reco

rdsa

mpl

e pa

ge.

Setti

ng0

269

10

REA

D E

VEN

T RE

CO

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03,0

6,16

4057

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lect

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nt R

ecor

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umbe

r“T

36”

Setti

ng0

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0

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DIT

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DA

TA IT

EMS

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03,0

6,16

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ncy

“ T1

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his

data

item

to b

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aced

und

erSy

stem

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a se

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6010

50

INTE

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NG

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ata

06,1

641

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4100

3Fa

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”Pa

ssw

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to a

ttem

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ctor

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cess

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l upg

rade

Setti

ng41

h5A

h1

0

03,0

6,16

4100

441

007

Seria

l Num

ber

“T23

”Se

tting

20h

7Eh

1C

onfig

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e

03,0

6,16

4100

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el N

umbe

r“T

54”

Setti

ng20

h7E

h1

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fig M

ode

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m C

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ands

06,1

641

016

Fact

ory

Com

man

d Re

giste

r“T

32”

1En

ter C

alib

ratio

n m

ode

Setti

ng1

323

2Ex

it fro

m C

alib

ratio

n m

ode

4A

bort

Cal

ibra

tion

mod

e

8En

ter C

onfig

urat

ion

mod

e

16Ex

it fro

m C

onfig

urat

ion

mod

e

32A

bort

Con

figur

atio

n m

ode



Cod

eA

ddre

ssC

onte

nts

Dat

aIn

dVa

lues

/ D

epen

denc

ies

Reg.

Typ

eM

inM

axSt

epPa

ssco

de

Cal

ibra

tion

Setti

ngs

06,1

641

017

Cal

ibra

tion

Com

man

d Re

giste

r“T

31”

1C

alib

rate

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logu

e in

puts

(Cal

ibra

tion

Mod

e O

nly)

Setti

ng1

12C

alib

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e

2C

alib

rate

d.c

. mill

ivol

t inp

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ffset

(Cal

ibra

tion

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e O

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3C

alib

rate

d.c

. mill

ivol

t inp

ut fu

ll sc

ale

(Cal

ibra

tion

Mod

e O

nly)

4C

alib

rate

Ana

logu

e ou

tput

s(C

alib

ratio

n M

ode

Onl

y)

5C

alib

rate

Bas

e Te

mpe

ratu

re(C

alib

ratio

n M

ode

Onl

y)

6A

nalo

gue

inpu

t act

ual v

alue

s lo

aded

(Cal

ibra

tion

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e O

nly)

7A

nalo

gue

outp

ut a

ctua

l val

ues

load

ed(C

alib

ratio

n M

ode

Onl

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8Te

st Re

lays

Clo

sed

(Cal

ibra

tion

Mod

e on

ly)

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st Re

lays

Ope

n (C

alib

ratio

n M

ode

Onl

y)

10Te

st LE

Ds

On

(Cal

ibra

tion

Mod

e O

nly)

11Te

st LE

Ds

Off

(Cal

ibra

tion

Mod

e O

nly)

03,0

6,16

4101

8A

ckno

wle

dge

Regi

ster

“ T1

”1

Ack

now

ledg

e A

nalo

gue

inpu

ts C

alib

ratio

n su

cces

sSe

tting

010

23C

alib

Mod

e

2A

ckno

wle

dge

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logu

e in

puts

Cal

ibra

tion

Faile

d

4A

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dge

d.c.

mill

ivol

t inp

ut o

ffset

Cal

ibra

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succ

ess

8A

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wle

dge

d.c.

mill

ivol

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ut o

ffset

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tion

Faile

d

16A

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d.c.

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t inp

ut fu

ll sc

ale

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ibra

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succ

ess

Cod

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ddre

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Dat

aIn

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/ D

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ies

Reg.

Typ

eM

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32A

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ut fu

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ale

Cal

ibra

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Faile

d

64A

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wle

dge

Ana

logu

e ou

tput

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alib

ratio

n su

cces

s

128

Ack

now

ledg

e A

nalo

gue

outp

uts

Cal

ibra

tion

Faile

d

256

Ack

now

ledg

e Ba

se T

empe

rture

Cal

ibra

tion

succ

ess

512

Ack

now

ledg

e Ba

se T

empe

rture

Cal

ibra

tion

faile

d

03,0

6,16

4101

941

020

Va C

alib

ratio

n A

ctua

l Val

ue“T

13”

Setti

ng0

100

0.00

001

Cal

ib M

ode

03,0

6,16

4102

141

022

Ia C

alib

ratio

n A

ctua

l Val

ue“T

13”

Setti

ng0

100

0.00

001

Cal

ib M

ode

03,0

6,16

4102

341

024

Vb C

alib

ratio

n A

ctua

l Val

ue“T

13”

Setti

ng0

100

0.00

001

Cal

ib M

ode

03,0

6,16

4102

541

026

Ib C

alib

ratio

n A

ctua

l Val

ue“T

13”

Setti

ng0

100

0.00

001

Cal

ib M

ode

03,0

6,16

4102

741

028

Vc C

alib

ratio

n A

ctua

l Val

ue“T

13”

Setti

ng0

100

0.00

001

Cal

ib M

ode

03,0

6,16

4102

941

030

Ic C

alib

ratio

n A

ctua

l Val

ue“T

13”

Setti

ng0

100

0.00

001

Cal

ib M

ode

03,0

6,16

4103

141

032

Ana

logu

e O

utpu

t 1A

ctua

l Val

ue“T

13”

Setti

ng0

100

0.00

001

Cal

ib M

ode

03,0

6,16

4103

341

034

Ana

logu

e O

utpu

t 2A

ctua

l Val

ue“T

13”

Setti

ng0

100

0.00

001

Cal

ib M

ode

03,0

6,16

4103

541

036

Ana

logu

e O

utpu

t 3A

ctua

l Val

ue“T

13”

Setti

ng0

100

0.00

001

Cal

ib M

ode

03,0

6,16

4103

741

038

Ana

logu

e O

utpu

t 4A

ctua

l Val

ue“T

13”

Setti

ng0

100

0.00

001

Cal

ib M

ode

03,0

6,16

4103

9Re

prog

ram

Fla

shM

emor

y C

omm

and

“T59

”

231

30A

pat

tern

of 0

x05A

5A n

eed

to b

e en

tere

din

ord

er to

exe

cute

the

com

man

d.Se

tting

02^

161

Cal

ib M

ode



continued overleaf

REPAIR FORM

Please complete this form and return it to ALSTOM T&D Protection & Control Limited with theequipment to be repaired. This form may also be used in the case of application queries.

ALSTOM T&D Protection & Control LimitedSt. Leonards WorksStaffordST17 4LX,England

For: After Sales Service Department

Customer Ref: _____________________ Model No: __________________

GECA Contract Ref: _____________________ Serial No: __________________

Date: _____________________

1. What parameters were in use at the time the fault occurred?

AC volts _____________ Main VT/Test set

DC volts _____________ Battery/Power supply

AC current _____________ Main CT/Test set

Frequency _____________

2. Which type of test was being used? ____________________________________________

3. Were all the external components fitted where required? Yes/No(Delete as appropriate.)

4. List the relay settings being used

____________________________________________________________________________

____________________________________________________________________________

____________________________________________________________________________

5. What did you expect to happen?

____________________________________________________________________________

____________________________________________________________________________

____________________________________________________________________________

____________________________________________________________________________

6. What did happen?

____________________________________________________________________________

____________________________________________________________________________

____________________________________________________________________________

____________________________________________________________________________

7. When did the fault occur?

Instant Yes/No Intermittent Yes/No

Time delayed Yes/No (Delete as appropriate).

By how long? ___________

8. What indications if any did the relay show?

____________________________________________________________________________

____________________________________________________________________________

____________________________________________________________________________

9. Was there any visual damage?

____________________________________________________________________________

____________________________________________________________________________

____________________________________________________________________________

10. Any other remarks which may be useful:

____________________________________________________________________________

____________________________________________________________________________

____________________________________________________________________________

______________________________________ _______________________________________Signature Title

______________________________________ _______________________________________Name (in capitals) Company name

A L S T O M T & D P r o t e c t i o n & C o n t r o l L t d St Leonards Works, Stafford, ST17 4LX EnglandTel: 44 (0) 1785 223251 Fax: 44 (0) 1785 212232 Email: [email protected] Internet: www.alstom.com

©1999 ALSTOM T&D Protection & Control Ltd

Our policy is one of continuous product development and the right is reserved to supply equipment which may vary from that described.

Publication R8605B Printed in England.

R8605B M300 V2

Documents

Transcript of R8605B M300 V2