Issue 1, Jun. 2014 Interface Range Technical Guide · 2015-01-19 · Sontay SonNet Wireless...

sip SonNet-Trend

Interface Range

Technical Guide

Issue 1, Jun. 2014

© Sontay Limited

All rights reserved. No part of this document may be reproduced in any form or by any means - graphic, electronic, or mechanical, including photocopying, recording, taping, or information storage and retrieval systems - without the written permission of the publisher.

Products that are referred to in this document may be either trademarks and/or registered trademarks of the respective owners. The publisher and the author make no claim to these trademarks.

While every precaution has been taken in the preparation of this document, the publisher and the author assume no responsibility for errors or omissions, or for damages resulting from the use of information contained in this document or from the use of the software that may accompany it. In no event shall the publisher and the author be liable for any loss of profit or any other commercial damage caused or alleged to have been caused directly or indirectly by the information contained in this document.

Printed: Jun. 2014 in England

SIP SonNet-Trend - Interface Range Error! Reference source not found. - Technical Guide

I

Contents

1 INTRODUCTION ...................................................................................................................................... 1

1.1 THE UNIT 5 1.1.1 Front Panel Annunciation ............................................................................................................... 5 1.1.2 Button and Switches ....................................................................................................................... 6

1.2 SYSTEM OVERVIEW .............................................................................................................................. 6 1.2.1 SonNet Network ............................................................................................................................. 8 1.2.2 Trend Network ................................................................................................................................ 8

2 HARDWARE GUIDE ................................................................................................................................ 1

3 INSTALLATION GUIDE ........................................................................................................................... 1

3.1 INSTALLING THE UNIT ........................................................................................................................ 11

3.2 HARDWARE CONTROL ....................................................................................................................... 13 3.2.1 Connections and Wiring................................................................................................................ 13 3.2.2 Power Supply ............................................................................................................................... 13 3.2.3 Communications ........................................................................................................................... 14 3.2.4 Hardware Expansion .................................................................................................................... 16

4 CONFIGURATION GUIDE ....................................................................................................................... 1

4.1 THE CONFIGURATION PAGES ........................................................................................................... 17

4.2 CONNECT TO THIS PRODUCT ............................................................................................................ 18

4.3 CONFIGURE THE COMMS INTERFACE ............................................................................................. 20 4.3.1 Configure the Local IP Settings .................................................................................................... 20 4.3.2 Configure the Comms Settings ..................................................................................................... 22 4.3.3 Configure the Map points.............................................................................................................. 24 4.3.4 Configure the Back up and Restore .............................................................................................. 28

4.4 MANAGE THE LOGIN SECURITY........................................................................................................ 30


II

5 VIQ CONFIGURATION GUIDE ............................................................................................................... 1 5.1.1 Configure the VCNCs ................................................................................................................... 33 5.1.2 Configure the Time and Date ........................................................................................................ 34 5.1.3 Configure the UDP Group............................................................................................................. 35 5.1.4 Configure the GUID ...................................................................................................................... 35 5.1.5 Save Plots to Flash ....................................................................................................................... 36 5.1.6 Check the Network Status ............................................................................................................ 38 5.1.7 Configure the Address Module ..................................................................................................... 40 5.1.8 Configure a Sensors Module ........................................................................................................ 41 5.1.9 Configure a Digital Inputs Module ................................................................................................. 44 5.1.10 Configure a Knobs Module ........................................................................................................... 44 5.1.11 Configure a Switches Module ....................................................................................................... 47 5.1.12 Configure the Pin Level Authorisation .......................................................................................... 48

5.2 USE THE VIQ CALCULATOR ............................................................................................................... 49 5.2.1 Create the vIQ Calculation............................................................................................................ 51 5.2.2 Configure the vIQ Calculation ....................................................................................................... 53 5.2.3 Configure the ‘Frequency’ schedule ............................................................................................. 56 5.2.4 Replicate an Existing vIQ Calculation ........................................................................................... 57

5.3 TROUBLESHOOTING ............................................................................................................................. 1

6 ORDER CODE ......................................................................................................................................... 1

6.1 ACCESSORIES ..................................................................................................................................... 63

SIP SonNet-Trend - Interface Range

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3 Issue 1, Jun. 2014

1 INTRODUCTION

This is a miniature computing platform that can be installed as part of a Trend BeMS (Building

energy Management System). It has been specifically designed to easily interface between the

Sontay SonNet Wireless Receiver, and a Trend BeMS (Building energy Management System). It

supports

SonNet proprietary protocol via P1

direct connection to Trend network allowing devices to appear as a Trend IQ3 controller via

the Ethernet port

standard or IP alarm conditions

Note We also provide an interface to a BACnet BeMS.


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2 HARDWARE GUIDE ................................................................................................................................ 7



Remember Energy metering is compulsory for buildings of a floor area >500M2. The owner

must be able to account for 90% of the consumed energy from each system, i.e. heat, gas, lighting, water and electricity.

Ethernet Port

USB2.0 Port (x2)

Reset Button

DIP Switch

24VDC Power Supply

Serial Port LED’s

(P1 to P4)

Serial Port 1 port per LED

Status LEDs

Power LED

Ready LED

LAN Activity LED

Mini-USB Port


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2 HARDWARE GUIDE ................................................................................................................................ 7



Remember Typically, individual systems (energy control, lighting, boiler and air conditioning system, etc.) are individually measured for CO2 accountability. So, installing this unit and combining the individual systems can help an effective BMS be more energy efficient and comply with April 2006 Part L2 Building Regulations.

This product exposes information from SonNet ‘End devices’ via its connection to a single

SonNet RF-RXS wireless receiver to the Trend BMS. Selected data, e.g. Amps, Voltage or

Temperature, from battery or permanently powered ‘End devices’ can be retrieved, logged (‘Map

points’ page), and presented (‘vIQ’ configuration pages’) allowing building managers prevent

outages, optimise the energy distribution and maintain building systems before any serious

problem occurs.

Each unit variant determines the maximum number of connected SonNet ‘End devices’,

including a default of 20 points per ‘End device’ (see Error! Not a valid bookmark self-

reference.).

It is designed and manufactured to comply with CE Class A, FCC Class A, WEEE (Waste

Electrical and Electronic Equipment), RoHS (Restriction of Hazardous Substances) regulations

and the identification of a substance as Substance of Very High Concern (REACH).


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2 HARDWARE GUIDE ................................................................................................................................ 7



It also complies with the requirements defined in the Council Directive on the Approximation of

the Laws of the Member States relating to Electromagnetic Compatibility (89/336/EEC). For the

evaluation regarding the electromagnetic compatibility, the following standards were applied

EN55022:1998/A1:2000+A2:2003 (class A)

EN61000-3-2:2000

EN61000-3-3:1995/A1:2001

EN55024:1998/A1:2001+A2:2003

IEC61000-4-2:1995+A1:1998+A2:2000

IEC61000-4-3:1995+A2:2002

IEC61 000-4-4:1995+A1:2000+A2:2001

IEC61000-4-5:1995+A1:2000

IEC61000-4-6:1996+A1:2000

IEC61 000-4-8:1993+A1:2000

IEC61000-4-11:1994+A1:2000


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2 HARDWARE GUIDE ................................................................................................................................ 7



1.1 THE UNIT

The unit includes internal web based (html5) Configuration pages, designed to simplify the

engineering and configuration of the unit. The SIP SonNet-Trend displays each Sontay SonNet

wireless ‘End device’ communicating with the SonNet RF-RXS wireless receiver (connected at

P1) as a Trend IQ3 controller on the Trend BMS Supervisor.

It includes a set of pages that simplifies the

configuration of the IP settings for identifying the SIP on the IP network

configuration of communication requirements between the SIP and the SonNet RF-RXS

wireless receiver, and the SIP and the Trend BMS

configuration of the required ‘End device’ points and the mapping to the required vIQ OS

Note This product does not support alarms and plots.

1.1.1 Front Panel Annunciation

The LEDs on the unit are arranged in a group that indicate the general status of this product,

including Power, Ready and LAN communication activity and a group that shows the

communications activity with slave devices on the Sontay SonNet RF-RXS wireless receiver.


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Power LED

This LED indicates the current status of

the power applied to the unit.

When continuously illuminated the 24VDC

power is supplied. If the LED is off, the power is

not supplied or has failed.

LAN

Activity

Statu

s

Power

LED Ready


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Ready LED

This LED indicates the current status of the boot up process.

When illuminated continuously the required files have been loaded to the RAM disk and the

unit has successfully booted up. If the LED is off, the unit is not ready or has failed to boot

up.

Ethernet (Activity) LED

This LED indicates the communication between this unit and the supervisory

computer or controller connected via the Ethernet.

When continuously illuminated the unit is currently connected to a device on the appropriate

Ethernet cable. If general Ethernet communications traffic is detected, the LED will

extinguish irregularly as communications traffic is detected. The LED is off (extinguished) if a

valid Ethernet connection is not detected.

Serial Ports LEDs

The P1 to P4 LEDs show the communication traffic between the unit and Sontay SonNet

RF-RXS wireless receiver connected via the corresponding Serial port, P1.


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10 Issue 1, Jun. 2014

If outgoing communications traffic is detected, the LED will extinguish irregularly as

communications traffic is detected.

1.1.2 Button and Switches

The unit is fitted with a recessed button for controlling

the hardware and a Serial Interface switch for defining

the Sontay SonNet RF-RXS wireless receiver

communications standard.

Reset Button

This recessed button is used to reboot the unit. Operating this button will perform a reboot

that will restart the unit if the software fails.

Caution Only use the Reset button if the software reboot fails.

DIP Switches

The bank of 4 DIP switches is used to configure the Communications Standard used at P1

(see Hardware Control).

DIP Reset


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11 Issue 1, Jun. 2014

Note The unit is also fitted with connections that support power, communications, and hardware expansion (see Hardware Control).

1.2 SYSTEM OVERVIEW


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12 Issue 1, Jun. 2014

The system architecture is shown below.

Seria

l N

etw

ork

IP Network

Each vIQ presents the configured SonNet wireless ‘End device’ as Trend controller. SonNet wireless ‘End device’ values are

transferred as Trend Sensor, Knob, Digital Input and Switch Modules

OS26 OS11 OS50


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1.2.1 SonNet Network

The Sontay® SonNet radio system is a proprietary protocol solely for use with SonNet wireless

‘End devices’ It. is comprised of a receiver, battery powered sensors and permanently powered

routers. Routers, though permanently powered, can also have sensing elements, accomplishing

both router and sensors functions.

Note This unit is connected directly to the SonNet RF-RXS wireless receiver.

The SonNet RF-RXS wireless receiver supports a maximum of 16 directly connected ‘child’

devices (max. 12 battery powered nodes, and max. 4 routers). Routers support a maximum of 16

directly connected ‘child’ devices (max. 8 battery powered nodes, and max. 8 routers).

Caution A maximum depth of 8 layers of routers in a network and a maximum of 50 nodes per network is permitted, but is dependent on the SIP SonNet-BACnet product.

Note Battery powered devices can only route their signals to the receiver directly or through routers, and not through other battery powered devices.

Contact Sontay for a list of compatible ‘End devices’.


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15 Issue 1, Jun. 2014

1.2.2 Trend Network

The vIQ (Virtual IQ) software enables this unit to present each SonNet wireless ‘End device’ as a

Trend IQ3 controller (OS (out-station)), directly onto the Trend network via a defined VCNC Node

and Port. The defined VCNC Node also represents a Node (OS) on the network.

Remember OSs (and VCNCs) are subject to the constraints imposed by the Trend network, e.g. Node 2, Node 3 and Node 10 are reserved.

Each transferred SonNet wireless ‘End device’ value has a default configuration which relates to

a standard Trend module (sensor, digital Input, knob, and switch). The vIQ has the full

complement of functionality such as labels, alarms and plots.


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16 Issue 1, Jun. 2014

2 HARDWARE GUIDE

This hardware provides an interface between devices communicating via an identified protocol,

i.e. SonNet, and Trend products communicating including 963, IQ4, IQ3 or IQ2 and EINC or

XTEND via Ethernet protocol. The unit should be installed in systems for monitoring and control

purposes.

General

Ethernet Port

USB2.0 Port (x2)

Reset Button

DIP Switch

24VDC Power Supply

Serial Port LEDs

(P1 to P4)

Serial Port

Status LEDs

Power LED

Ready LED

LAN Activity LED

Mini-USB Port

78mm

90mm

102mm

108mm

32mm

7mm

4mm

25mm

12.5mm


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17 Issue 1, Jun. 2014

Weight 330g per unit including DIN Rail clips 410g shipped including DIN Rail clips

Power Input 24VDC ±15V regulated

Power Consumption 300mA@12VDC, 150mA@24VDC

Default User name Admin (case-sensitive)

Default Password password (case-sensitive)

Hardware Details

Button Reset

DIP Switch 1 bank of 4 switches

Indicators Power, System Ready, Ethernet LAN Activity, 4 x Serial Communications Activity (one per port)

Ethernet 1 x 10/100Mbps port via RJ45 connector with 1.5KV magnetic isolation

Serial 1 x TTY port via RJ45 connector, supporting connection to Sontay SonNet RF-RXS wireless receiver

Note Only P1 is configured via the DIP Switch.

USB 2 x USB2.0 compliant host ports supporting low-speed (1.5Mbps) and full-speed (12Mbps) data rate


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18 Issue 1, Jun. 2014

SD Memory Card 1 x internal 2GB slot for storage expansion

Environmental

Storage Temperature -20 to 80C (-4 to 176F), 0 to 90% Relative Humidity

Operating Temperature 0 to 70C (32 to 158F), 0 to 90% Relative Humidity

Regulations CE Class A, FCC Class A, REACH (Regulation on Registration, Evaluation, Authorisation and Restriction of Chemicals - European Chemicals Agency), RoSH (Restriction of the Use of Certain Hazardous Substances in Electrical and Electronic Equipment - EU Directive 2002/95/EC)

RoHS BANNED SUBSTANCES MAXIMUM LIMIT (PPM)

Cadmium (Cd) 100

Lead (Pb) 1000

Mercury (Hg) 1000

Hexavalent Chromium (Cr6+) 1000

Poly Brominate Byphenyls (PBB) 100


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Packing materials: Cadmium, Lead, Mercury, Hexavalent Chromium and its components < 100PPM

100

Dispose of the product and packaging according to WEEE Directive at an appropriate recycling centre. All parts are recyclable. The printed circuit board may be sent to any PCB recovery contractor to recover any appropriate metals.


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2 HARDWARE GUIDE ................................................................................................................................ 7

20 Issue 1, Jun. 2014

3 INSTALLATION GUIDE

This section explains the process of fitting the product in the required position and location, and

connecting the cables to ensure it can communicate via the Trend network and the connected

devices. It will explain specific wiring conventions used by the connected communications

protocols and the hardware fitted to the unit.

Note The CE marking on a product indicates the product complies with all the applicable European directives and applicable standards.

3.1 INSTALLING THE UNIT

This unit usually forms part of a larger assembly, and/or may be housed in a floor or wall-

mounted enclosure.

Note When fitting this unit as part of a system, refer to the documentation accompanying the other equipment for details.

Caution This unit MUST be mounted to a DIN Rail in an enclosure using a DIN Rail kit.

To install the unit using the DIN Rail kit


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21 Issue 1, Jun. 2014

1. Fit the DIN Rail kit to the bracket on each side of

the unit using the fixings supplied.

2. Simply click the unit, complete with the DIN Rail

kit, onto the DIN Rail mounted in the enclosure.

Din Rail Mounting Kit

Screw

Screw

Din Rail Clip


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22 Issue 1, Jun. 2014

3. Connect the power supply to the unit (see Connections and Wiring).

Caution Before connecting power, ensure all connections have been verified and the V- (0V) is NOT earthed/grounded.

Note A ‘beep’ indicates the unit has started to boot up.

4. Connect this unit to the IP network using an appropriate Cat5e cable (see Connections and

Wiring).

5. Connect this unit to the SonNet RF-RXS wireless receiver using an appropriate cable, (see

Connections and Wiring).

Remember The DIP Switches must be configured for connection to the SonNet RF-RXS wireless receiver, i.e. RS232 (see Connections and Wiring).

6. Configure the unit, including parameters required to permit communications via both the

Ethernet and connection to the SonNet RF-RXS wireless receiver networks using the

Configuration web pages (see Error! Not a valid bookmark self-reference.).

4

3

5


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23 Issue 1, Jun. 2014

3.2 HARDWARE CONTROL

The unit is fitted with 1 switchbank of 4 poles that are used to define the Serial port interface. It

will be set to RS232 by default. A combination of pole 1 (SW1:p1) and pole 2 (SW1:p2) are used

to configure the communications standard of Serial port 1 (P1).

The switch 3 (SW1:p3) and switch 4 (SW1:p4) are not supported.

SWITCH NO. (SW1) RS232 SIGNAL

1 (SW1:p1) ON

2 (SW1:p2) ON

3 (SW1:p3) N/A

4 (SW1:p4) N/A

Note This unit also supports RS485 (2-wire+Gnd), and RS422 (4-wire+Gnd). However, these wiring standards are not applicable to the SonNet RX-RFS wireless receiver.

1 DI

2 3 4 ON


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24 Issue 1, Jun. 2014

3.2.1 Connections and Wiring

This unit may be supplied mounted in an enclosure or supplied as an individual part in kit form.

Generally the unit will be installed as part of a control system using an Ethernet hub/switch.

Category 5 cables may be used for individual line lengths of up to 100 metres.

Caution Before connecting power to this unit, please ensure the Ethernet and Serial connections have been verified and the V- terminal (0 Volts) of the power connector is NOT earthed/grounded.

3.2.2 Power Supply

Each unit requires a 24VDC power supply attached to the connector. If the power is correctly

supplied the Power LED is illuminated and the real-time clock (RTC) will be maintained.

Note The unit contains a supercapacitor that maintains the real-time clock for a maximum of 3 days.

V+

24VDC Power Supply

V-


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25 Issue 1, Jun. 2014

3.2.3 Communications

The RJ45 port(s), indicated by the symbol, is designed for Ethernet LAN, whereas the

RJ45 ports at the opposite end of the unit supports M-Bus communications.

Ethernet Communication Port

Each unit contains 10/100base T port for Ethernet communications via a standard RJ45 type

connector. Connection to an Ethernet hub/switch requires a Category 5 RJ45-to-RJ45 cable

assembly. When connecting to the Ethernet hub/switch, a ‘straight-through’ cable is used.

RJ45 MALE FROM RJ45 PIN NO.

SIGNAL COLOUR CODE (EIA/TIA 568B)

TO RJ45 PIN NO.

1 Transmit+ White/Orange 1

2 Transmit- Orange 2

3 Receive+ White/Green 3

4 N/A Blue 4

5 N/A White/Blue 5

6 Receive- Green 6

Pin 1

Serial Port LED

(x4, 1 LED per

port)


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TO RJ45 PIN NO.

7 N/A White/Brown 7

8 N/A Brown 8

The image shows the flat side of RJ45 plug.

When connecting directly to another device supporting 10/100base T Ethernet

communications protocol, i.e. a laptop or computer used to configure and interrogate the

unit, a ‘crossover’ cable is required.



TO RJ45 PIN NO.




4 N/A Blue 4

5 N/A White/Blue 5

6 Receive- Green 2

7 N/A White/Brown 7

Pin 1


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TO RJ45 PIN NO.

8 N/A Brown 8



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28 Issue 1, Jun. 2014

SonNet Communication Port

Each unit contains RJ45 communication port that is used to establish communications with

the connected SonNet RF-RXS wireless receiver. Serial port 1 (P1) is configured to support

a RS232 communications standard. This is determined by the position of the SW1:p1 and

SW1:p2 DIP switches.

Note This unit also supports RS485 (2-wire+Gnd), and RS422 (4-wire+Gnd). These wiring standards are not applicable to the SonNet RX-RFS wireless receiver.

FROM RJ45 PIN NO. RS232 SIGNAL SONNET RF-RXS 9-WAY ‘D’-TYPE

1 (White/Orange) DSR* 1

2 (Orange) RTS 2

3 (White/Green) GND 3

4 (Blue) TXD 4

5 (White/Blue) RXD 5

6 (Green) DCD* 6

7 (White/Brown) CTS 7

8 (Brown) DTR* 8

Pin 1


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29 Issue 1, Jun. 2014


9


Note * indicates the signal is only available from Port 2 on RS232.

CONNECTOR TYPES AND CABLES

Shielded RJ45 connectors and screened Category 5 cables are widely available, however,

specifications vary. In view of the problems that can arise with inadequate cabling, it is strongly

recommended that ready-made interconnecting cables are used.


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30 Issue 1, Jun. 2014

3.2.4 Hardware Expansion

The unit is fitted with connections that support additional hardware to be connected to the unit.

USB Port

The USB host ports, indicated by the symbol,

are USB2.0 high speed host ports.

If necessary, you may be instructed to use these

ports to transfer a file to the unit using a USB Flash

device. The unit currently supports,

USB Storage Device

Note Contact the Sales/Service Engineer/Technical Support for details.

Mini-USB Port

This is not supported and will be obstructed by a label.

USB Port

31 Issue 1, Jun. 2014

4 CONFIGURATION GUIDE

This section will describe the process of allowing the data recorded by SonNet ‘End devices’

connected to a SonNet RF-RXS wireless receiver communicating with this product to be

monitored by the BeMS. It will explain the specific configuration,

used to identify each ‘End device’ in this product

of the communication protocols used by the hardware connected to the product

of the parameters used to specify the data that will be accessed by the Trend BeMS

4.1 THE CONFIGURATION PAGES

Each product can only be configured via a number of associated ‘Configuration’ pages. The

pages are password protected to prevent unauthorised access to the parameters that define the

operation of this product.

Note The interface configuration pages operate using HTML5 making the pages available via a number of hardware variants.

The Configuration options, available from a fly out on the left side of the screen includes the

‘Map points’ page used to determine the link the required ‘End device’ parameters, to a

specific vIQ OS module.

‘vIQ’ used to determine the connection to the Trend network and display the value from a

defined ‘End device’ parameters.

‘vIQ Calculator’ page used to manipulate an

output value from a selected vIQ OS module

that can be written to another vIQ OS module.

‘Local IP settings’ page used to define the

unique identity of this product on the IP (Internet

Protocol) network.

‘Comms settings’ page to define the

communications parameters used when

connected to the SonNet RF-RXS wireless

receiver and the connection to the Trend

network.

Remember All changes MUST be confirmed using ‘Save’ (or ‘Save and reboot’).

32 Issue 1, Jun. 2014

4.2 CONNECT TO THIS PRODUCT

When this product has been correctly installed (see

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II




6 ORDER CODE ......................................................................................................................................... 1

6.1 ACCESSORIES ..................................................................................................................................... 63


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2 HARDWARE GUIDE ................................................................................................................................ 7



5 INTRODUCTION




supports



the Ethernet port





Remember Typically, individual systems (energy control, lighting, boiler and air conditioning system, etc.) are individually measured for CO2 accountability. So, installing this


Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



unit and combining the individual systems can help an effective BMS be more energy efficient and comply with April 2006 Part L2 Building Regulations.






problem occurs.



reference.).





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1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7






EN55022:1998/A1:2000+A2:2003 (class A)

EN61000-3-2:2000

EN61000-3-3:1995/A1:2001

EN55024:1998/A1:2001+A2:2003

IEC61000-4-2:1995+A1:1998+A2:2000

IEC61000-4-3:1995+A2:2002

IEC61 000-4-4:1995+A1:2000+A2:2001

IEC61000-4-5:1995+A1:2000

IEC61000-4-6:1996+A1:2000

IEC61 000-4-8:1993+A1:2000

IEC61000-4-11:1994+A1:2000


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2 HARDWARE GUIDE ................................................................................................................................ 7



5.1 THE UNIT
















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Power LED

This LED indicates the current status of the power applied to the unit.

When continuously illuminated the 24VDC power is supplied. If the LED is off, the power is



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Ready LED




up.








Serial Ports LEDs




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The unit is fitted with a recessed button for controlling the hardware and a Serial Interface switch

for defining the Sontay SonNet RF-RXS wireless receiver communications standard.

Reset Button




DIP Switches





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5.2 SYSTEM OVERVIEW



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5.2.2 Trend Network









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6 HARDWARE GUIDE




purposes.

General






Hardware Details

Button Reset



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10 Issue 1, Jun. 2014







Environmental





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10 Issue 1, Jun. 2014


Cadmium (Cd) 100

Lead (Pb) 1000

Mercury (Hg) 1000




100


Installation Guide) the communication protocols and the required parameters must be configured.

10 Issue 1, Jun. 2014

Note Each product is supplied with a default IP address. This is used to identify the product on the IP network and it must be changed and assigned a unique IP address according to local company network policy.

Before configuring this product, ensure it and the computer are in the same IP range. Typically, a

fixed IP address is used because the computer performs communications with individual

products. The computers’ IP address is displayed on the ‘TCP/IP Properties’ dialog by selecting,

Start > Control Panel > Network Connections > Local Area Connection > Properties > TCP/IP > Properties

To connect to this product

After physically connecting the computer to this product using an appropriate Cat 5e cable (see

10 Issue 1, Jun. 2014


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1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 1










II




6 ORDER CODE ......................................................................................................................................... 1

6.1 ACCESSORIES ..................................................................................................................................... 63


Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



7 INTRODUCTION




supports



the Ethernet port







Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7









problem occurs.



reference.).





Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7






EN55022:1998/A1:2000+A2:2003 (class A)

EN61000-3-2:2000

EN61000-3-3:1995/A1:2001

EN55024:1998/A1:2001+A2:2003

IEC61000-4-2:1995+A1:1998+A2:2000

IEC61000-4-3:1995+A2:2002

IEC61 000-4-4:1995+A1:2000+A2:2001

IEC61000-4-5:1995+A1:2000

IEC61000-4-6:1996+A1:2000

IEC61 000-4-8:1993+A1:2000

IEC61000-4-11:1994+A1:2000


Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



7.1 THE UNIT
















Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



Power LED





Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



Ready LED




up.








Serial Ports LEDs




Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7








Reset Button




DIP Switches





Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



7.2 SYSTEM OVERVIEW



Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7
















Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



7.2.2 Trend Network









Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7

10 Issue 1, Jun. 2014

8 HARDWARE GUIDE




purposes.

General






Hardware Details

Button Reset



Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7

10 Issue 1, Jun. 2014







Environmental





Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7

10 Issue 1, Jun. 2014


Cadmium (Cd) 100

Lead (Pb) 1000

Mercury (Hg) 1000




100


Installation Guide), open a web browser application.

10 Issue 1, Jun. 2014

Tip! Mozilla Firefox is the recommended web browser as it provides a faster, safer, and smarter display of the parameters, but other browsers can be used. Safari is not compatible with this product.

Type the required IP address. An IP address must be entered using the standard 32-bit

dotted-decimal notation.

Default IP address - 192.168.1.227 (255.255.255.0)

Note SIP Search (our SIP detection tool) is available from the web site (www.synapsys-solutions.com) via the ‘Customer Login’ section. Alternatively, contact [email protected].

The ‘Login’ page will appear.

Alternatively, launch the Configuration Tool in the default web browser by selecting

Start > All Programs > Accessories > Run

and type the default IP address, including http:// (see

http://www.synapsys-solutions.com/

http://www.synapsys-solutions.com/

mailto:[email protected]

10 Issue 1, Jun. 2014


II

Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 1










II




6 ORDER CODE ......................................................................................................................................... 1

6.1 ACCESSORIES ..................................................................................................................................... 63


Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



9 INTRODUCTION




supports



the Ethernet port







Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7









problem occurs.



reference.).





Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7






EN55022:1998/A1:2000+A2:2003 (class A)

EN61000-3-2:2000

EN61000-3-3:1995/A1:2001

EN55024:1998/A1:2001+A2:2003

IEC61000-4-2:1995+A1:1998+A2:2000

IEC61000-4-3:1995+A2:2002

IEC61 000-4-4:1995+A1:2000+A2:2001

IEC61000-4-5:1995+A1:2000

IEC61000-4-6:1996+A1:2000

IEC61 000-4-8:1993+A1:2000

IEC61000-4-11:1994+A1:2000


Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



9.1 THE UNIT
















Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



Power LED





Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



Ready LED




up.








Serial Ports LEDs




Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7








Reset Button




DIP Switches





Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



9.2 SYSTEM OVERVIEW



Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7
















Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



9.2.2 Trend Network








Hardware Guide) in the dialog that appears. The ‘Login’ page is displayed.

Note The product can also be installed in a secure site. Type https://<IP address> and confirm the secure certification request as necessary. However, this will provide


a slower reaction time and the ‘Restore’ feature is disabled when accessed via a secure configuration.

Enter the ‘User’ name and ‘Password’ (see


II

Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 1










II




6 ORDER CODE ......................................................................................................................................... 1

6.1 ACCESSORIES ..................................................................................................................................... 63


Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



10 INTRODUCTION




supports



the Ethernet port







Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7









problem occurs.



reference.).





Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7






EN55022:1998/A1:2000+A2:2003 (class A)

EN61000-3-2:2000

EN61000-3-3:1995/A1:2001

EN55024:1998/A1:2001+A2:2003

IEC61000-4-2:1995+A1:1998+A2:2000

IEC61000-4-3:1995+A2:2002

IEC61 000-4-4:1995+A1:2000+A2:2001

IEC61000-4-5:1995+A1:2000

IEC61000-4-6:1996+A1:2000

IEC61 000-4-8:1993+A1:2000

IEC61000-4-11:1994+A1:2000


Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



10.1 THE UNIT
















Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



Power LED





Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



Ready LED




up.








Serial Ports LEDs




Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7








Reset Button




DIP Switches





Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



10.2 SYSTEM OVERVIEW



Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7
















Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



10.2.2 Trend Network








Hardware Guide) and press ‘Login’ to display the ‘Home’ page.

Tip! If the ‘Login’ page fails to appear, check this product is connected to the IP network and communications has been established. Press ‘Refresh’ to verify the connection.


This product is ready to be configured when the communication interface parameter options

appear on the computer screen.

Tip! If the valid ‘User’ name and ‘Password’ fails to launch the configuration page, clear the web browser cache (generally <Ctrl>+<Shift>+<Del> will display the ‘Delete browsing history’ dialog). Press ‘Refresh’ to verify the connection.

If necessary, acknowledge the ‘Time mismatch’ warning dialog. This indicates the time

currently set in this product differs from the time currently set in the PC by more than 5 mins.

Note This warning only appears after the correct ‘User’ name and ‘Password’ is entered on the ‘Login’ page and will not appear again until the browser is reloaded or refreshed.

The ‘Welcome’ page is displayed.

If necessary, press ‘ ’ to show the web page providing support documentation

and SIP Search (the SIP detection tool).

If necessary, press ‘ ’ to display the web page version currently loaded and

operational.

If necessary, press ‘Admin’ to display

the ‘Change password’ page.


10.3 CONFIGURE THE COMMS INTERFACE

The ‘Map points’, ‘IP settings’, and ‘Comms settings’ parameters are used to configure the

communication protocols used to transmit data between the SonNet RF-RXS wireless receiver

and this product. The ‘Back up and restore’ parameters generate a copy (back up) of the

configuration that should be kept in a secure environment (not with the computer) protecting it

from user error, hardware failure, and other problems. A back up copy can be used to restore the

configuration to a usable state following a serious data loss, i.e. disaster recovery.

Note The IP address, Subnet mask, and Default gateway must be configured according to local network policy.

10.3.1 Configure the Local IP Settings

1. Press ‘ ’ to reveal the configuration options from the left side of the screen and select

‘Local IP settings’ to display the Transmission Control Protocol and Internet Protocol

(TCP/IP) parameters that identify this unit on the IP Network. It is the communication

protocol used for networks, including the Internet. A specific range of configured IP

addresses can be used to group units in networks or subnets.

Note Alternatively, move the cursor to the left side of the screen to display a list of available configuration options. This also applies when using a tablet.

If necessary, change the ‘Hostname’.

This is a maximum 15 character label

(including ‘-’ and ‘_’) and numbers,

assigned to this product and linked to

the IP address which may be derived

from the DHCP (‘DHCP enabled’ is

‘On’).

Note The ‘Broadcast IP’ is the logical address used for datagrams to all connected IP devices.


2. Change the ‘IP address’, ‘Subnet mask’, and ‘Default gateway’ according to local network

policy. This provides a unique identification of a product in the defined Subnet Mask on the

IP network. The Subnet Mask is a configurable range of accessible IP addresses and the

Default Gateway is used to direct communications to IP addresses not in the defined Subnet

Mask.

If necessary, change the DHCP (Dynamic

Host Configuration Protocol) configuration.

This is a computer networking protocol used

by devices (DHCP clients, i.e. this product) on

a network to automatically obtain IP address

from a DHCP server. Typically, an IP address

is retained until the device is rebooted. When

‘On’ the IP network parameters are assigned

by the DHCP server.

If necessary, change the ‘DNS server’

(Domain Name System). This is the IP

address of the server that manages the

translation of the configured ‘Hostname’ into

an ‘IP Address’ that may change if ‘DHCP

Enabled’ is set ‘On’.

Remember The DNS server may need to be configured to support non-Microsoft clients.

If necessary, change the ‘NetBIOS’ (Network Basic Input/Output System) configuration.

This manages the IP address and Hostname (NetBIOS name) resolution of each device

via the ‘DNS server’. Typically, this will only be enabled (‘On’) when multiple SIP

products have the same 15 character Hostname.

3. Press ‘Save and reboot’ to confirm the ‘IP Config’ changes and restart this product. It

automatically restarts (as confirmed by a ‘beep’) and loads the ‘Login’ page.

(LAN 4) Subnet 4 = IP address 192.168.123.193 to 192.168.123.254

(Subnet Mask 255.255.255.192)


(Subnet Mask 255.255.255.192)


(Subnet Mask 255.255.255.192)

(LAN 1) Subnet 1 = IP address 192.168.123.2 to 192.168.123.63 (Subnet Mask 255.255.255.192)

Gateway = 192.168.123.1


(Subnet Mask 255.255.255.0, Gateway 192.168.123.1)

‘Hostname’ = SIP

DHCP server

(192.6.41.200)

DNS server

(192.6.41.201)

SIP = IP address

assigned by DHCP server


10.3.2 Configure the Comms Settings

The ‘Comms settings’ page is divided in to 2 (two) sections. The parameters on the left define

the physical connection between this product and the SonNet RF-RXS wireless receiver. The

parameters on the right define the connection between this product and the Trend network.

4. Press ‘ ’ to reveal the configuration options from the left side of the screen, and select

‘Comms settings’. This is used to configure the communication setup with the SonNet and

Trend networks.

5. Configure the ‘SonNet connection settings’. These settings define the communications

standard that must be used by all devices connected to this product.

Select the required ‘Port number’. This is

the serial port connecting this product to

the SonNet RF-RXS wireless receiver and

should always be ‘1’.

If necessary, configure the ‘Zero values

on Comms failure’ to determine the

action required when a communications

failure is detected.

6. Set ‘Zero values on Comms failure’ to ‘On’ to force the logged values to appear as 0 (zero)

when a communications failure is detected. If ‘Off’ the displayed values remain at the last

logged value.


7. Configure the ‘Trend connection settings’. These parameters define the type of connection

to the Trend network. Select the required ‘Connection type’ to determine the data collector

used, i.e. vIQ, Ethernet or Serial.

Select ‘vIQ’ to pass data to the internal

virtual OS, there are no additional

parameters.

Select ‘Ethernet’ to pass data to a

defined IQ3 Trend controller. This

Trend controller is defined by the ‘IP

address’ and ‘IP port’ parameters.

Note The IP address must be configured according to local company network policy.

Tip! The standard Ethernet loopback settings (127.0.0.1) are displayed by default.

Select ‘Serial’ to pass data to a

defined IQ2 Trend controller. This

Trend controller is defined by the ‘Port

number’ and ‘Baudrate’ parameters.

Caution The ‘Port number’ must NOT be 1

because this is connected to the SonNet RF-RXS wireless receiver. The ‘Baudrate’ parameter must be set according to the IQ2 Trend controller.

8. Press ‘Save’ to confirm the ‘Comms settings’ changes.


10.3.3 Configure the Map points

The ‘Map points’ page displays settings used to assign SonNet ‘End device’ and selected

parameters to a specific virtual OS (‘vIQ’) and module Index Number, respectively.

To map SonNet ‘End device’ parameters


‘Map points’ to display a table that will be configured to show selected SonNet ‘End device’

parameters.

Caution The SonNet devices network map shows all the Sonnet devices authorised by the SonNet RF-RXS wireless receiver. SonNet ‘End devices’ MUST be authorised before commissioning this product.

Tip! A list of detected SonNet ‘End devices’ are automatically displayed in the SonNet devices network map on the left of the ‘Map points’ page.

Use ‘ ’ to update the map of all authorised SonNet ‘End devices’. This occurs

automatically at startup.

Use ‘ ’ to update the details of the authorised SonNet ‘End devices’. The

‘End devices’ icon to the left of the device name indicates what is known about the

device, but may take up to 15mins to completely update.

Note SonNet ‘End device’ parameters display a colour-coded icon next to the parameter name according to the current state of configuration. A yellow icon indicates the parameter is included in the ‘Map points’ page but is NOT saved yet, a green icon indicates the parameter is included in the ‘Map points’ page and saved.


10. Map a SonNet ‘End device’ parameter to a vIQ OS and Module.

i. Select the required ‘End device’ to show the

list of specifically related parameters, e.g.

Temperature, Humidity, and Setpoint, etc.

Tip! If a required SonNet ‘End device’ appears disabled (grey highlight), select all unnecessary ‘End devices’, select ‘Delete device’ from the popup menu and press ‘Refresh’. This will promote the required SonNet ‘End device’ in the list shown on the map.

Caution Any ‘End device’ highlighted red is not available to this unit. Typically, the ‘End device’ is NOT authorised or the SonNet RF-RXS wireless receiver is not connected.

If necessary, manage the available Sonnet ‘End devices’ authorised in the SonNet

RF-RXS wireless receiver.

Select ‘Delete device’ to remove the selected SonNet ‘End device’ from the list of

available SonNet ‘End devices’ in the map.

Select ‘Details’ to show information related to the selected SonNet ‘End device’.


ii. Select the required SonNet ‘End device’ parameter and press ‘ ’ (as shown above)

to add it to the ‘Map points’ page table.

This will automatically assign

the selected ‘End device’

parameter to the defined Trend

LAN and OS (according to the

value at the top of the ‘LAN’

and ‘OS’ column).

The Mod(ule) type is defined

automatically according to the

selected ‘End device’

parameter and ‘Num’(ber)

according to the number at the

top of the ‘Num’ column, e.g.

Temperature - ‘S’(ensor) 1.

Tip! LAN should show ‘0’ when writing values to vIQ OS’s. Edit the vIQ OS number at the top of the table column to define the configuration of the next selected ‘End device’ parameter.

SONNET POINT MOD. PAGE IN VIQ DESCRIPTION

Temperature S Sensors configuration page Read only analogue value

Setpoint K Knobs configuration page Read/Write analogue value

VFC (Volt-Free Contact) I Digital Inputs configuration page Read only digital (1/0) value

Switch W Switches configuration page Read/Write digital (1/0) value

If necessary, amend the ‘OS’ number to identify the ‘vIQ’ OS that will show the parameter

value provided by the ‘End device’.

If necessary, press ‘Trend Security’ to display a dialog that is used to configure the

minimum level of authorisation required to allow ‘Text comms’ to change module

parameters (see Configure the Module Authorisation).

11. Press ‘Save’ to confirm the ‘Map points’ page changes.


CONFIGURE THE MODULE AUTHORISATION

Occasionally authorisation may be used to control which users are permitted to change Trend

‘Knobs’ and ‘Switches’ module parameters in a specific group of OSs. Groups of one or more

OSs can be protected using a ‘Pin number’, associated with a ‘Pin level’. The Trend ‘Knobs’

and ‘Switches’ module value will only be changed when a valid pin number is entered.

Note The ‘Pin Number’ and ‘Pin Level’ are configured via the ‘Users’ page in the ‘vIQ’ configuration pages.

12. Press ‘ ’ on the ‘Map points’ page to display the ‘Trend Security’ dialog.

This dialog shows the OS (LAN and OS number) associated with the configured ‘Pin

number’.

i. Press ‘ ’ to create a

required ‘Pin number’ configuration.

Caution Pin Level security is only enabled if the ‘Users’ configuration page in the ‘vIQ’ configuration pages is defined.

ii. Enter a required pin number, i.e. a 4

(four) digit number defined on the

‘Users’ page in the ‘vIQ’ configuration

pages, (see Configure the Pin Level

Authorisation).

Note Press ‘ ’ to delete the Trend security ‘Pin number’ configuration.

iii. Press ‘Choose Lan & OS’ and select the required vIQ OSs from the list of available

OSs, as necessary.

Note Press ‘ ’ to remove the vIQ OS from the Trend security ‘Pin number’ configuration.

13. Press ‘Save’ to confirm the ‘Trend Security’ changes.

Associated Pin Number

vIQ OS requiring defined ‘Pin number’


10.3.4 Configure the Back up and Restore

The ‘Back up’ function generates a copy of the configuration in this product to be protected in a

secure environment protecting it from user error, hardware failure, and other problems. It creates

a back up of the configuration (IP settings, Comms settings, SonNet ‘End devices’, mapping to

vIQ OS, vIQ OS configuration, and Sensors plot files) to a defined media/location which can be

used to restore this product to an earlier state (see Restore a Previous Configuration).

Tip! Use ‘ ’ (Save Plots to Flash on the ‘vIQ Pages’) before performing a ‘Back up’. This ensures the latest values are saved (in the plot) and may prevent the loss of data before using the ‘Restore’ function.

Remember Use the back up function (‘Back up and restore’ page), after checking the configuration changes operate correctly and before performing any additional changes. This will ensure this product can be restored to a known operating condition without losing excessive data if it is not possible to complete the configuration changes.

The ‘Restore’ function supports the use of

A ‘Back up file’ to restore the configuration to a usable state following a serious data loss,

i.e. disaster recovery

An ‘Update file’ (available from Technical Support) to update the product firmware that

improves functionality.

CREATE A BACK UP FILE

To create a back up file


‘Backup and restore’ to display the site management page.

15. Press ‘Back up’ to automatically create a site

configuration file. When the file has been

created, save the file to an appropriate

location.

Note Instructions for saving the ‘Backup’ file to a known location is dependent on the web browser and hardware being used.

RESTORE A PREVIOUS CONFIGURATION


The ‘Restore’ function allows this product to be returned to an earlier state without losing data.

This is useful if it is not operating correctly because of a configuration change or a problem with

an application, i.e. file loss and data corruption, but is most useful for disaster recovery if this

product fails completely.

By restoring to an earlier state (a version before it began to display problems) it may be possible

to resolve the problems caused by a serious system issue or data loss. However, the restore

function can also be used to configure another unit before it is fitted to an existing system,

reducing the repeat engineering time.

Remember This feature is also used to apply update files as necessary.

To restore a back up file


‘Backup and restore’ to display the site management page.

17. Press ‘Restore’ to launch a browse dialog.

18. Locate and select the required back up/update

file, and press ‘Open’ to confirm the operation.

This will extract the information contained in

the back up file and overwrite the

configuration already existing in this product.

Note This product ‘beeps’ steadily while the ‘Backup’ or ‘Upgrade’ files are being loaded. A ‘fanfare’ indicates this is complete and it automatically restarts.


10.4 MANAGE THE LOGIN SECURITY

When installed, the configuration web pages are protected by a ‘User’ name and default

‘Password’ (see


II

Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 1










II




6 ORDER CODE ......................................................................................................................................... 1

6.1 ACCESSORIES ..................................................................................................................................... 63


Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



11 INTRODUCTION




supports



the Ethernet port







Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7









problem occurs.



reference.).





Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7






EN55022:1998/A1:2000+A2:2003 (class A)

EN61000-3-2:2000

EN61000-3-3:1995/A1:2001

EN55024:1998/A1:2001+A2:2003

IEC61000-4-2:1995+A1:1998+A2:2000

IEC61000-4-3:1995+A2:2002

IEC61 000-4-4:1995+A1:2000+A2:2001

IEC61000-4-5:1995+A1:2000

IEC61000-4-6:1996+A1:2000

IEC61 000-4-8:1993+A1:2000

IEC61000-4-11:1994+A1:2000


Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



11.1 THE UNIT
















Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



Power LED





Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



Ready LED




up.








Serial Ports LEDs




Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7








Reset Button




DIP Switches





Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7






Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7











Hardware Guide). A valid ‘User’ name and ‘Password’ must be entered before authorised

access to the configuration of this product is permitted.

Tip! Change the ‘Password’ parameter to prevent unauthorised access.


Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7

13 Issue 1, Jun. 2014

Caution Changing and retaining the ‘Password’ is the responsibility of the customer. However, it may be possible to restore the default password, contact Technical Support.

To change the default password

19. Press ‘Admin’ (on the ‘Welcome’ page or the ‘ ’, top right corner) to launch the

‘Change user password’ page. This page displays the ‘User name’, ‘Password’ and ‘New

password’ parameters allowing the user to change the current ‘Password’.

Note ‘Logout’ provides immediate exit from the ‘Change password’ page.

iv. Enter the default value (Admin) in the ‘User’

name. This parameter only supports the default

‘User’ name.

v. Enter the current password in the ‘Password’.

Entering the valid password verifies the user is

authorised to change the password.

Caution Login security can only be successfully controlled if the password is carefully distributed.


Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7

14 Issue 1, Jun. 2014

vi. Enter a new password (15 characters max.) in the ‘New Password’. This password

overwrites the previous password value.

Tip! A random combination of upper and lower case characters and numbers provide the most secure password setup.

vii. Press ‘Login’ to confirm the changes to the login security. This will now only allow

access to this product configuration if the new password is used.

20. Press ‘Logout’ to exit the current screen and automatically display the ‘Login’ page.

15 Issue 1, Jun. 2014

12 VIQ CONFIGURATION GUIDE

Each vIQ OS (out-station) corresponds to a group of points from connected to this product and is

configured via the ‘vIQ’ configuration pages. The vIQ stores a network of virtual Trend OSs that

mimics the third party devices connected to the network and provides information that defines

each OS, and the values recorded at the configured protocol dependant parameter.

Note Values will start to appear soon after an ‘Index’ number is first mapped to a ‘Module’ number on the ‘Map points’ page and a ‘Label’ is entered on the appropriate Trend Module page.

To configure the virtual Trend network

21. Press ‘ ’ to reveal the configuration pages and select ‘vIQ’ from the list of available

options.

Tip! Alternatively, move your cursor to the left side of the browser to show the ‘Configuration’ options.

Trend Local Area Network

vIQ OS Icons

Module Details

LAN Configuration Dialog

Remote Site Configuration Dialog

Trend Network Status Dialog

Save Plots Dialog

16 Issue 1, Jun. 2014

22. Create a virtual Trend network of virtual OSs (vIQ). Each vIQ presents a mapped device as a

virtual Trend IQ3 controller on the Trend network.

viii. Press ‘ ’, showing the Trend LAN

currently used by the configured OSs in

the product, to display a page for editing

the ‘LAN number’.

Tip! To reduce the occurrences of duplicate LAN numbers on the Trend network, it may be useful to use the last 2 digits of this products IP address as the LAN number, i.e. nnn.nnn.nnn.123 is LAN 123.

ix. Create a virtual ‘OS’. The ‘OS’ number

identifies the corresponding device,

defined on the ‘Map points’ page, on the

Trend network. Enter the required ‘OS’

number and press ‘Add OS’ to confirm.

Tip! Start OS numbers at 11 (up to 119). vIQs (Nodes) 2, 3 and 10 are reserved. When the fifth OS has been created a scroll bar appears.

Virtual OSs can be deleted or duplicated by selecting the appropriate option from the

context menu.

Note The total number of virtual OSs is shown on the top left of the page with a scroll bar (orange bar) to show further virtual OSs.

23. Configure the Trend ‘Address’ module details

(see

17 Issue 1, Jun. 2014


II

Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 1










II




6 ORDER CODE ......................................................................................................................................... 1

6.1 ACCESSORIES ..................................................................................................................................... 63


Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7



13 INTRODUCTION




supports



the Ethernet port







Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7









problem occurs.



reference.).





Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7






EN55022:1998/A1:2000+A2:2003 (class A)

EN61000-3-2:2000

EN61000-3-3:1995/A1:2001

EN55024:1998/A1:2001+A2:2003

IEC61000-4-2:1995+A1:1998+A2:2000

IEC61000-4-3:1995+A2:2002

IEC61 000-4-4:1995+A1:2000+A2:2001

IEC61000-4-5:1995+A1:2000

IEC61000-4-6:1996+A1:2000

IEC61 000-4-8:1993+A1:2000

IEC61000-4-11:1994+A1:2000


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13.1 THE UNIT
















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Power LED





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Ready LED




up.








Serial Ports LEDs




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Reset Button




DIP Switches





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14 HARDWARE GUIDE




purposes.

General






Hardware Details

Button Reset



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Environmental





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Cadmium (Cd) 100

Lead (Pb) 1000

Mercury (Hg) 1000




100



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15 INSTALLATION GUIDE

This section explains the process of fitting the product in the required position and location, and

connecting the cables to ensure it can communicate via the Trend network and the connected

devices. It will explain specific wiring conventions used by the connected communications

protocols and the hardware fitted to the unit.

Note The CE marking on a product indicates the product complies with all the applicable European directives and applicable standards.

15.1 INSTALLING THE UNIT

This unit usually forms part of a larger assembly, and/or may be housed in a floor or wall-

mounted enclosure.

Note When fitting this unit as part of a system, refer to the documentation accompanying the other equipment for details.

Caution This unit MUST be mounted to a DIN Rail in an enclosure using a DIN Rail kit.

To install the unit using the DIN Rail kit

25. Fit the DIN Rail kit to the bracket on each side of the unit using the fixings supplied.


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26. Simply click the unit, complete with the DIN Rail kit, onto the DIN Rail mounted in the

enclosure.


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27. Connect the power supply to the unit (see Connections and Wiring).

Caution Before connecting power, ensure all connections have been verified and the V- (0V) is NOT earthed/grounded.

Note A ‘beep’ indicates the unit has started to boot up.

28. Connect this unit to the IP network using an appropriate Cat5e cable (see Connections and

Wiring).

29. Connect this unit to the SonNet RF-RXS wireless receiver using an appropriate cable, (see

Connections and Wiring).

Remember The DIP Switches must be configured for connection to the SonNet RF-RXS wireless receiver, i.e. RS232 (see Connections and Wiring).

30. Configure the unit, including parameters required to permit communications via both the

Ethernet and connection to the SonNet RF-RXS wireless receiver networks using the

Configuration web pages (see Error! Not a valid bookmark self-reference.).


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15.2 HARDWARE CONTROL

The unit is fitted with 1 switchbank of 4 poles that are used to define the Serial port interface. It

will be set to RS232 by default. A combination of pole 1 (SW1:p1) and pole 2 (SW1:p2) are used

to configure the communications standard of Serial port 1 (P1).

The switch 3 (SW1:p3) and switch 4 (SW1:p4) are not supported.

SWITCH NO. (SW1) RS232 SIGNAL

1 (SW1:p1) ON

2 (SW1:p2) ON

3 (SW1:p3) N/A

4 (SW1:p4) N/A

Note This unit also supports RS485 (2-wire+Gnd), and RS422 (4-wire+Gnd). However, these wiring standards are not applicable to the SonNet RX-RFS wireless receiver.


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15.2.1 Connections and Wiring

This unit may be supplied mounted in an enclosure or supplied as an individual part in kit form.

Generally the unit will be installed as part of a control system using an Ethernet hub/switch.

Category 5 cables may be used for individual line lengths of up to 100 metres.

Caution Before connecting power to this unit, please ensure the Ethernet and Serial connections have been verified and the V- terminal (0 Volts) of the power connector is NOT earthed/grounded.

15.2.2 Power Supply

Each unit requires a 24VDC power supply attached to the connector. If the power is correctly

supplied the Power LED is illuminated and the real-time clock (RTC) will be maintained.

Note The unit contains a supercapacitor that maintains the real-time clock for a maximum of 3 days.


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15.2.3 Communications

The RJ45 port(s), indicated by the symbol, is designed for Ethernet LAN, whereas the

RJ45 ports at the opposite end of the unit supports M-Bus communications.

Ethernet Communication Port

Each unit contains 10/100base T port for Ethernet communications via a standard RJ45 type

connector. Connection to an Ethernet hub/switch requires a Category 5 RJ45-to-RJ45 cable

assembly. When connecting to the Ethernet hub/switch, a ‘straight-through’ cable is used.



TO RJ45 PIN NO.




4 N/A Blue 4

5 N/A White/Blue 5

6 Receive- Green 6


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TO RJ45 PIN NO.

7 N/A White/Brown 7

8 N/A Brown 8


When connecting directly to another device supporting 10/100base T Ethernet

communications protocol, i.e. a laptop or computer used to configure and interrogate the

unit, a ‘crossover’ cable is required.



TO RJ45 PIN NO.




4 N/A Blue 4

5 N/A White/Blue 5

6 Receive- Green 2

7 N/A White/Brown 7


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TO RJ45 PIN NO.

8 N/A Brown 8



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SonNet Communication Port

Each unit contains RJ45 communication port that is used to establish communications with

the connected SonNet RF-RXS wireless receiver. Serial port 1 (P1) is configured to support

a RS232 communications standard. This is determined by the position of the SW1:p1 and

SW1:p2 DIP switches.

Note This unit also supports RS485 (2-wire+Gnd), and RS422 (4-wire+Gnd). These wiring standards are not applicable to the SonNet RX-RFS wireless receiver.


1 (White/Orange) DSR* 1

2 (Orange) RTS 2

3 (White/Green) GND 3

4 (Blue) TXD 4

5 (White/Blue) RXD 5

6 (Green) DCD* 6

7 (White/Brown) CTS 7

8 (Brown) DTR* 8


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9


Note * indicates the signal is only available from Port 2 on RS232.

CONNECTOR TYPES AND CABLES

Shielded RJ45 connectors and screened Category 5 cables are widely available, however,

specifications vary. In view of the problems that can arise with inadequate cabling, it is strongly

recommended that ready-made interconnecting cables are used.


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15.2.4 Hardware Expansion

The unit is fitted with connections that support additional hardware to be connected to the unit.

USB Port

The USB host ports, indicated by the symbol, are USB2.0 high speed host ports.

If necessary, you may be instructed to use these ports to transfer a file to the unit using a

USB Flash device. The unit currently supports,

USB Storage Device

Note Contact the Sales/Service Engineer/Technical Support for details.

Mini-USB Port

This is not supported and will be obstructed by a label.

31. Configuration Guide). This page provides parameters used to identify individual OSs on the

Trend network.


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32. Configure the Trend ‘Sensors’, ‘Digital Inputs’, ‘Knobs’ and ‘Switches’ modules as defined

in the ‘Module’ field of the protocol dependant ‘Map points’ page.


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15.2.5 Configure the VCNCs

The VCNCs (Virtual Communications Node Controller) provide parameters that define the

interface between the virtual OSs configured in this product and the Trend network.

Tip! The default parameters should only be edited if multiple Trend interface product occupy the same Trend LAN. Please contact technical support if problems occur.

To configure the VCNC

33. Press ‘ ’ to display the VCNC configuration window. This is used to configure the

virtual connection from this product and the Trend network.

x. Enter a ‘Node’ number in the left side

parameters. This is used to connect

this product to the Trend network.

Note Each node number is equivalent to an OS. This is also presented as OS in the BeMS. Node 2, Node 3 and Node 10 are reserved.


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xi. Enter the ‘Port’ number in the left side parameters. This is the number of the Ethernet

port used to transfer messages between this product and a device on the Trend

network.

xii. Enter the required ‘Timeout’ value in seconds. This is used to automatically terminate

the connection between this product and the Trend network when Ethernet

communications has been lost.

34. Edit the ‘Node’ number and ‘Timeout’ in the right side parameters. These parameters define

the internal virtual network connection.

Caution A Trend alarm will be asserted if a VCNC ‘Node’ number is the same as a virtual OS (or VCNC ‘Node’) when multiple Trend products occupy the same Trend LAN.

35. Press ‘Save’ to confirm the internal and external VCNC changes.

Tip! Use ‘ ’ show the current status of the system, LAN and internetwork.


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15.2.6 Configure the Time and Date

The Time and date window displays the current time and date, and a selection of European time

zones that are subject to DST (Daylight Savings Time). These parameters support the real-time

clock that is used for measure plot intervals and time-stamping alarm messages. The time and

date only requires editing after power has been applied, i.e. when installing this product or after a

power failure.

Note This product contains a supercapacitor that maintains the real-time clock for a maximum of 3 days.

To configure the time and date

36. Press ‘ ’ to display the real-time clock configuration window. These parameters provide

the values that support the plot function and time-

stamping messages.

Enter the time (hours and minutes) using the

24 hour clock notation, i.e. 14:45 is 02:45 pm.


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Select the current date using the available menus for Year and Month, and selecting the

appropriate date.

Change the ‘Time zone’ as necessary. This automatically applies the DST (Daylight

Savings Time) configuration currently implemented by the selected location.

GMT +/- TIME ZONE TIME ZONE TIME ZONE

Universal Applies the configured time. Does not support DST.

GMT Dublin, Lisbon, London Belfast, Isle_of_Man Guernsey, Jersey

+01:00 Amsterdam, Berlin, Rome, Stockholm, Vienna

Belgrade, Bratislava, Budapest, Ljubljana, Prague

Brussels, Copenhagen, Madrid, Paris

Sarajevo, Skopje, Warsaw, Zagreb

Andorra, Gibraltar, Luxembourg, Malta

Monaco, Oslo, Podgorica, San_Marino

Tirana Vaduz Vatican

+02:00 Athens, Bucharest, Istanbul Helsinki, Riga, Sofia, Tallinn, Vilnius

Kaliningrad, Kiev, Mariehamn Minsk, Nicosia

Chisinau, Simferopol Tiraspol, Uzhgorod

+03:00 Moscow, Samara

37. Press ‘Save’ to confirm time and date changes.


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15.2.7 Configure the UDP Group

The UDP (User Datagram Protocol) window shows a group number used to identify a group of

devices communicating via the IP (Internet Protocol). This restricts communications to only

devices in the same UDP group.

To configure the UDP group number

38. Press ‘ ’ to display the ‘Set UDP

group’ dialogue. This shows the group number

corresponds to an Ethernet port number used

to transmit messages to other devices in the

same UDP group.

Edit the ‘UDP group’ number as

necessary.


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Tip! Having separate sites, i.e. different UDP groups, enables the LAN number to be duplicated.

Tre

nd I

nte

rnetw

ork

UDP Group: 56712 LAN: 13 Human: Offices (Site B)

Machine: FAE6DCB7-A10A-DDDA-B2F8-DBB10EE6DECB

OS11

UDP Group: 35498 LAN: 12 Human: Apartment (Site A) Machine: AFD2EFG1-G07G-FFFG-G6B2-FGG90DD3EDFG



OS11

OS11 OS42

OS11 OS11

OS11 OS42

OS11 OS11

OS11 OS42

OS11 OS27

OS11 OS27

OS11 OS27


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39. Press ‘Save and reboot’ to confirm the ‘UDP group’ changes and restart this product. It

automatically restarts (as confirmed by a ‘beep’) and loads the ‘Login’ page.

15.2.8 Configure the GUID

The GUID (Global Unique Identifier) window shows the editable site codes that are used to assist

with identifying the source of IP Alarms if multiple sites BeMS system.

To configure the GUID

40. Press ‘ ’ to display the ‘Set

GUIDs’ dialog. This displays the

‘Machine GUID’ and ‘Human GUID’

showing the Trend site details.

Enter the ‘Human GUID’. A

maximum 30 characters are used

to identify the BeMS site

(equivalent to the ‘Site name’ in


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Trend SET).

Note It is specifically used in remote alarms to identify the alarm source (see Configure

a Sensors Module and Configure a Digital Inputs Module) on a multi-site system, e.g. if multiple UDP Groups are configured.

Change the ‘Machine GUID’. This is a unique site identifier and must be identical for all

units on the site. All vIQ OSs will be assigned this configured ‘Machine GUID’.


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41. Press ‘Save’ to confirm changes to the GUID details.

Tre

nd I

nte

rnetw

ork



UDP Group: 35498 LAN: 12 Human: Apartment (Site A) Machine: AFD2EFG1-G07G-FFFG-G6B2-FGG90DD3EDFG



OS11 OS42

OS11 OS11

OS11 OS42

OS11 OS11

OS11 OS42

OS11 OS27

OS11 OS27

OS11 OS27

OS11 OS11


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15.2.9 Save Plots to Flash

The Save Plots provides functionality to save the current plot values. Saving these values

ensures all selected plot data is included when a ‘Backup’ is performed.

Note The plot data will be automatically loaded when the ‘SIP_Backup’ file is restored.

42. Press ‘ ’ to display the ‘Save plots to flash’ dialog.

Press ‘Save’ to confirm all current rend Sensor Module plot data is to be saved. This

can prevent the loss of data before

using the ‘Restore’ function.

Note Plot data is saved at regular 6 hours intervals, 4 times a day at 00:00, 06:00, 12:00 and 18:00. Performing this operation does not affect this function.

Caution Rebooting or removing the power from this product before all plot


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data is saved may corrupt plot data files or cause loss of essential data. It takes about 1.5 secs to save a plot data file, and approximately 20 mins to save the maximum 1024 plot data files.

43. Press ‘Cancel’ to close the dialog.


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15.2.10 Check the Network Status

The ‘ ’ displays a dialog showing the current status of the system, LAN and Internetwork. It

can be used to diagnose and indicate network

problems.

Note An Internetwork is a communication link between LANs, (Local LAN is local to the connection, and Remote LAN a Local Area Network (LAN) accessed from the reference device via the Internetwork). It is a network to which a number of OS (nodes) are connected; each OS (nodes) is used to connect a LAN, i.e. the VCNC port.

44. Press ‘ ’ to display the ‘Network Status’

dialog.

PARAMETER DESCRIPTION

System Uptime The amount of time this product has been operating, i.e. since this product

Inte

rnetw

ork

LAN 5 (VCNC Node 4)

LAN 6 (VCNC Node 5)

LAN 6 (VCNC Node 4)

OS11 OS11

OS11 OS42

OS11 OS27

OS11 OS11

OS11 OS26

OS11 OS18

OS27

OS11 OS42

OS11 OS34


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was last turned on or rebooted.

Lan OK Time The amount of time the LAN has been successfully communicating on the Trend network, i.e. since the last build process was successful.

Lan Status The current condition of the LAN corresponding to this product and the time remaining until a ‘Timeout’ will occur. Status includes

Lan POWERUP The LAN build process is starting.

Lan DEAF The comms with other Trend network devices are not applicable (only 1 (one) device in LAN) or not available (more than 1 (one) device in LAN, see ‘LAN BROKEN’).

Lan BROKEN A comms failure with other devices on the LAN. Typically, due to a timeout caused by Ethernet wiring or connection problem, an IP address that is sending but not receiving messages, duplicate OS numbers from identified IP address on the LAN or when a LAN is changed, i.e. identified IP address is added or removed.

Lan BUILT The LAN build process is successful.

Lan OK! Successful LAN comms are detected if


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product is not alone on local LAN or if it can communicate with other devices on the local LAN.

Last Lan Message The last message from describing the LAN status, see ‘Lan Status’.

continued…

…continued

Internetwork OK Time The amount of time the Internetwork has been successfully communicating, i.e. since the last Internetwork build process was successful.

Internetwork Status The current condition of the Internetwork assigned to this product and the time remaining until a ‘Timeout’ will occur. Status includes

Internetwork POWERUP The Internetwork build process is starting.

Internetwork DEAF The comms failure with other Trend network devices are not applicable (only 1 (one) device in Internetwork) or not available (more than 1 (one) device in Internetwork, see ‘Internetwork BROKEN’).

Internetwork BROKEN An Internetwork comms failure. Typically, due to a timeout caused by an Ethernet


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wiring or connection problem, duplicate Lan numbers from an identified IP address on the Internetwork or when the Internetwork is changed, i.e. identified IP address is added or removed.

Internetwork BUILT The Internetwork build process is successful.

Internetwork OK - Timeout in nn Successful Internetwork communications and number of seconds until Timeout is detected, i.e. when ‘nn’ shows ‘00’.

Last Internetwork Message The last message from describing the Internetwork status, see ‘Internetwork Status’.

If necessary, correct any issues that may be indicated.

Tip! If necessary, use ‘SIP Search’ to ensure IP Addresses are unique. Use ‘ipTool’ to ensure LAN numbers (and VCNC Node numbers where necessary) are unique. ‘vIQ’ is identified by the ‘vIQ3’ type reference in ‘ipTool’.

45. Press ‘Close’ to remove the dialog.


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15.2.11 Configure the Address Module

The Trend ‘Address’ module page displays information relating to the selected virtual OS.

If the supervisor (IQView or 963) connection to the VCNC is permanent, the vIQ OS can

send Trend LAN type alarms (IQ system alarms using LAN and outstation addressing) to the

Virtual OS Identifier

Trend LAN Alarms Control – Standard

Alarms enabled

Trend Node transferring Alarm

Messages

Trend LAN number of Node

transferring Alarm Messages

Trend IP Alarms Control – IP Alarms

enabled

IP Address of Trend Controller


IP Port of Trend Controller



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VCNC used for the connection to 963.

To send Trend IP alarms, the alarm destination module needs to be set up with the

supervisor’s IP address and port number. On multi-site systems all vIQ OSs on a site must

be setup with the same GUID settings (which are both unique to that site) in order for reliable

receipt of IP address type alarms.

Caution ‘Identifier’ does not support ‘\ / ( { ; , :’ invalid characters.


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To configure the module details

46. Select the ‘OS’ and press the ‘Address’ option to

show parameters used to identify each individual

virtual OS and configure the alarm message

transmission path.

xiii. Select the required OS and press ‘Address’

if the Address Module details are not

displayed.

Tip! The text above the Module type buttons identifies the selected out-station.

If necessary, enter text in the ‘Identifier’ field.

This identifies the OS associated with the

defined slave in this product and BeMS.

xiv. Configure the alarm message transmission

path.

To use Trend LAN alarm

IP

Netw

ork

Device Configuration

Network Configuration

Meter Addr. 01 (OS011)



P1

IP Alarm Port

LAN Port

IP Alarm Port

Supervisory Computer

(IP Address or Remote LAN and

Node number)

LAN Port

Me

ter

Addre

ss

01

Config

ura

tio

n

Me

ter

Addre

ss 0

4

Config

ura

tio

n

Dete

cts

Ala

rm

Conditio

n

Me

ter

Addre

ss

05

Config

ura

tio

n

OS

011 A

ddre

ss

Mo

dule

deta

ils

OS

013 A

ddre

ss

Mo

dule

deta

ils

OS

012 A

ddre

ss

Mo

dule

deta

ils

Devic

e M

appin

g

Devic

e M

appin

g

Devic

e M

appin

g


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Enter the ‘Alarm Address’ number. This identifies the device on the Ethernet network

used to display alarms generated by the third party devices on the network. Enter the

‘On Remote LAN’ number. This identifies the LAN that includes the device on the

Ethernet network used to display asserted alarms.

To use Trend IP alarm

Enable IP alarms (Internet Protocol), i.e. ‘Use IP alarms’. This allows the

transmission of IP alarm signals, but not Trend alarms, to the BeMS. Enter the ‘IP

address’. This identifies the device on the BeMS that will receive alarms messages.

Enter the ‘Port’ number. This identifies the internal port used to receive IP alarm

messages.

Note The IP address must be configured according to local company network policy.

47. Press ‘Save’ to confirm the Trend ‘Address’ module changes. (see The Configuration

Pages).


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15.2.12 Configure a Sensors Module

The ‘Sensors’ page displays read-only Integer values in the specified engineering units recorded

by the corresponding device. The parameters on this page are also used to define and enable

required alarm levels and determine the plot intervals.

Device Parameter Identification

Shows Recorded Value

Engineering Data Unit

High and Low Alarm Limit

Alarm Limit Control

Plot Control and Interval


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To configure a Sensor module

48. Select the ‘OS’ and press the ‘Sensors’ option to display the Sensor module configuration

page.

xv. Locate the ‘Index’ number corresponding to the ‘Mod. num.’ configured on the ‘Map

points’ page.

xvi. Enter text (40 characters max) used to identify the associated parameter in the ‘Label’

field. This is used to identify the parameter in the BeMS. It should be a concise

description of the parameter.

Caution The ‘Label’ does not support ‘\ / ( { ; , :’ invalid characters.

xvii. Inspect the ‘Value’ field. This displays the value recorded from the parameter

associated with the ‘Module’ number configured on the ‘Map points’ page.

xviii. Enter the appropriate engineering data value type in the ‘Unit’ field. This appears in the

BeMS and is used to identify the engineering data value, i.e. A (amps) if scaling a value

measuring a mA signal.


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If necessary, enter a value used to specify the

high alarm limit in ‘H. Lim.’ and/or the low alarm

limit in ‘L. Lim.’. This is used to define the upper

and/or lower limits of the value recorded from

the parameter. If a limit is exceeded the

corresponding alarm in the BeMS will only be

asserted if ‘H. Enab.’ and/or ‘L. Enab.’ is

enabled ().

Remember A configured low alarm limit value must be less than the defined high alarm limit.

If necessary, enable () the high alarm limit (‘H. Enab.’) and/or low alarm limit (‘L.

Enab.’). This control the high alarm and low alarm indication in the BeMS, when the

value recorded from the parameter asserts an alarm state determined by the value

defined in ‘H. Lim.’ and/or ‘L. Lim.’. If this field is disabled () an alarm state will not be

indicated.

If necessary, enable () the plot function. This

allows the Trend graph in the BeMS to plot 1000

H. Lim Alarm asserted if H. Enab is

L. Lim Alarm asserted if H. Enab is

H. Lim Alarm

L. Lim Alarm


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value records from the parameter. If this field is disabled () a Trend will not be

generated.

Note A Trend is a graphical representation of a value from a defined point at regular time periods. The time period is synchronised to the real-time clock in this product. The Trend Sensor module appears as the value in Plots page of Trend BeMS.

Tip! Plot data logged in this product can be recorded by the Trend Supervisor (963) before it is overwritten using the RECORDAUTO_COMPACT action or RECORDAUTO_PRECISION action. This is automatically run when Buffer Ready Events (BBUF) are received from this product. Refer to Trend Controls documentation for details.

If necessary, select the required plot interval, from 1 minute to 24 hours. This defines

the period of time between each plot of the corresponding recorded value on the Trend

graph in the BeMS.

Tip! Press ‘Copy/paste data’ button to display a dialog. Use ‘Copy to clipboard’ to add all the module information (excluding Values) to the computer clipboard, or click the right hand mouse button in the white square and select ‘Paste’ from the context menu to add copied information to the Module page. Module information can be edited using .CSV editing software, e.g. Microsoft Excel.


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49. Press ‘Save’ to confirm Trend ‘Sensors’ Module changes.

15.2.13 Configure a Digital Inputs Module

The ‘Digital Inputs’ page displays read-only Boolean values recorded by the parameter in the

corresponding third party device. The parameters on this page are used to enable required

alarms and inspect and control the status of a specific engineering data value from this product.

To configure the Digital Inputs module


Shows Current Digital Value

Alarm Control

Shows Required Digital Value


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50. Select the ‘OS’ and press the ‘Digital Inputs’ option to display the Digital Input module

configuration parameters.

xix. Locate the ‘Index’ number corresponding to the ‘Module’ number configured on the

‘Map points’ page.

xx. Enter text (40 characters max) in the ‘Label’ field. This is used to identify the parameter

in the controller. It should be a concise description of the engineering data value.

Caution The ‘Labels’ does not support ‘\ / ( { ; , :’ invalid characters.

xxi. Inspect the ‘Status’ field. This displays the current condition of the recorded Digital

Input value.

If necessary, enable () the alarm detection state in ‘Alarm enable’. This controls the

alarm indication when the recorded value asserts an alarm state, determined by the

‘Required Status’. If this field is disabled () an alarm state will not be indicated.

If necessary, define the required alarm indication state

in the ‘Required Status’ field. A healthy state is shown

if ‘Status’ is (1, True, Enabled, or On), and

‘Required Status’ is (0 (zero), False, Disabled, or

Off). An unhealthy state (alarm state asserted) is shown

True Status

False

Required Status

Alarm Asserted

True

False


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if the ‘Status’ and the ‘Required Status’ are the same.

Tip! Press ‘Copy/paste data’ button to display a dialog. Use ‘Copy to clipboard’ to add all the module information (excluding Status) to the computer clipboard, or click the right hand mouse button in the white square and select ‘Paste’ from the context menu to add copied information to the Module page. Module information can be edited using .CSV editing software, e.g. Microsoft Excel.

51. Press ‘Save’ to confirm Trend ‘Digital Inputs’ Module changes.

15.2.14 Configure a Knobs Module

The ‘Knobs’ page displays read and write Integer values in the specified engineering units

recorded by the parameter in the corresponding third party device. The parameters on this page

are used to configure the authorisation level required to inspect and/or control a specified Knob

Module value within the defined limits.



Engineering Data Unit

Upper and Lower Limit

Access Level


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To configure a Knob module

52. Select the ‘OS’ and press the ‘Knobs’ option to display the Knob module configuration page.

xxii. Locate the ‘Index’ number corresponding to the Module number configured on the ‘Map

points’ page.

xxiii. Enter text used to identify the parameter in the ‘Label’ field. This is used to identify the

value in this product and the BeMS. It should be a concise description value.


xxiv. Inspect the ‘Value’ field. This field will display the value recorded from the parameter

associated with the Module number configured on the ‘Map points’ page.

Note If an authorisation level has been configured, an appropriate pin number must be entered correctly before a write command to this module type can be confirmed.


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xxv. Enter the appropriate engineering data value type in

the ‘Unit’ field. This appears in the BeMS and is used

to identify the engineering data value recorded, i.e. A

(amps) if scaling a value measuring a mA signal.

If necessary, enter a value used to specify the

maximum value allowed in ‘T. Lim.’ and/or minimum

value allowed in the ‘B. Lim.’. This is used to define

the maximum and/or minimum value that can be

written to the parameter using the corresponding

engineering units.

Enter the required ‘Pin level’ number. This is the authorisation level used to prevent

un-authorised access to the engineering data. A ‘Pin level’ number should already have

been configured via the ‘Users’ page (see Configure the Pin Level Authorisation).

Tip! Press ‘Copy/paste data’ button to display a dialog. Use ‘Copy to clipboard’ to add all the module information (excluding Values) to the computer clipboard, or click the right hand mouse button in the white square and select ‘Paste’ from the context menu to add copied information to the Module page. Module information can be edited using .CSV editing software, e.g. Microsoft Excel.

53. Press ‘Save’ to confirm the Trend ‘Knobs’ Module changes.

Max

Min

T. Lim

B. Lim

Write max. value

Write min. value


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15.2.15 Configure a Switches Module

The ‘Switches’ page displays read and write Boolean values that have been recorded by

parameter in the corresponding third party device. The parameters on this page are used to

inspect and/or control the status and authorisation level.

To configure the Switch module



Access Level


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54. Select the ‘OS’ and press the ‘Switches’ option to display the Switch module configuration

parameters.

xxvi. Locate the ‘Index’ number corresponding to the Module number configured on the ‘Map

points’ page.

xxvii. Enter text used to identify the parameter in the ‘Label’ field. This is used to identify the

parameter in the controller. It should be a concise description of the parameter.


xxviii. Inspect the ‘Status’. This shows the current condition of the corresponding

parameter in the ‘Switch’ module, where is 1, True, Enabled or On.

Note If an authorisation level has been configured, an appropriate pin number must be entered correctly before a write command to this module type can be confirmed.

xxix. Enter the required ‘Pin level’ number. This is the authorisation level used to prevent un-

authorised access to the parameter. A Pin level number should already have been

configured via the ‘Users’ page (see Configure the Pin Level Authorisation).

Tip! Press ‘Copy/paste data’ button to display a dialog. Use ‘Copy to clipboard’ to add all the module information (excluding Status) to the computer clipboard, or click the right hand mouse button in the white square and select ‘Paste’ from the


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context menu to add copied information to the Module page. Module information can be edited using .CSV editing software, e.g. Microsoft Excel.

55. Press ‘Save’ confirm the Trend ‘Switches’ Module changes.

15.2.16 Configure the Pin Level Authorisation

A maximum of six authorisation levels, Pin Levels and associated Pin Numbers, can be

configured via the ‘Users’ page which is displayed when ‘Users’ is selected. Each ‘Pin Level’

determines the minimum level of authorisation required to change module parameters. Any ‘Pin

Level’ of 94 or below only permits changes to the values on ‘Knobs’ pages and status on the

‘Switches’ pages. However, a ‘Pin Level’ of 95 or above permits changes to all module

parameters, and includes ‘Labels’, ‘Units’ and changing the Pin Numbers that are assigned to a

Pin Level less than current Pin Level.

Caution Always configure an administrative ‘Pin Level’ first (Pin Level 99). Values will not appear on the ‘vIQ pages’ if a ‘Pin number’ is configured, but the ‘Trend security’ is NOT.

To configure the authorisation levels


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56. Select the ‘OS’ and press the ‘Users’ option to display the Pin Level configuration page.

Each ‘Pin Level’ is associated with a ‘Pin Number’ that is used to confirm the current users’

authorisation to change the edited parameter.

xxx. Enter a ‘Pin level’ number in the range 0 to 99. This number is an authorisation level

relating to the ‘Pin Number’.

Note ‘Pin Numbers’ are assigned to groups of virtual OS via the ‘Trend Security’ page (see Configure the Module Authorisation).


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xxxi. Enter a maximum four digit security number in the ‘Pin Number’ field. This number is

used to confirm the user is allowed to change a module parameter using ‘Text comms’.

Note Text comms enables user-entered read and write requests to module parameters.

57. Press ‘Save’ to confirm the Trend ‘Users’ changes. (see The Configuration Pages).

15.3 USE THE VIQ CALCULATOR

The vIQ Calculator page allows the user to influence an output value to a specified Module type

by performing a sequence of up to 5 operations at specified intervals. Each operation is

constructed using a combination of values sourced from a defined Module number at a specified

OS or a user defined fixed value.

Note A and B - Fixed Value or vIQ Module Value O - Output (Result of A and B)

A

B

A

B

O

O Output value Written to

Destination

Operation performed Operation

performed


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The final operation provides an output that should be written and stored at an unused Module

number in the defined OS. This may be the partial result of a combination of multiple vIQ

Calculations which produces a completed result at a scheduled frequency. This is useful when

investigating energy usage.

Example This example shows 2 vIQ Calculations that provide partial results for a third vIQ Calculation. Index 0 shows the total usage over the last configured calculation period and writes the value to an unused Module number at a defined out-station. Index 1 shows the starting usage from second unused Module number at a

Record 2 Calculation

(A-B)

Value

Time

Value at Module number in defined OS

(e.g. kWh)

Record 0 Start of period value

Record 1 Total period value

Record 2 Current value in period

True writes Input A (e.g. kWh) to unused Module number destination. This is Input B in calculation record 2.

True calculates result of A-B Operand, where Input A is record 2 and Input B is record 1. Writes result to unused Module Number that is source for record 0.

True writes Input A (determined by Record 2 Destination) to unused Module number destination that is configured to plot.

True

False

True

False

True

False

Configured Calculation Frequency

Configured Calculation written to unused Module at specified

OS


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defined out-station. Index 2 calculates the total usage at configured intervals.

This page provides sections that,

Calculation Table

Frequency Schedule or Operation

Graphical Operation Icons

Buttons to Manage Calculations


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identify and manage each calculation,

show the sequence of operations combined for a selected calculation,

configure the frequency of a selected calculation and each operation (e.g. A+B, A-B, etc.) in

the calculation.

Note The Calculator supports a maximum of 1000 calculations.


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15.3.1 Create the vIQ Calculation

Each vIQ Calculation is referenced using an ‘In…(dex)’ number and is performed at intervals

determined by the configured ‘Frequency’ schedule. The ‘In…’ number is identified by a ‘Label’

that can be edited to clarify the purpose of the individual vIQ Calculation.

Remember The Calculator supports a maximum of 1000 calculations.

To create a vIQ Calculation,

58. Press ‘ ’ and select ‘vIQ Calculator’ from the list of available options.

The vIQ Calculation table is used to track vIQ Calculations by assigning an ‘In…’ number to

a specific calculation. It also shows the total number of calculations configured.


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xxxii. Create a blank vIQ Calculation. Press ‘ ‘ to add a default vIQ Calculation

to the bottom of the list.


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The list of vIQ Calculations can be re-ordered by dragging a selected vIQ Calculation to

any position.

Note The ‘In…’ number will remain out of numerical sequence until ‘Save’ is used to confirm the changes.


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Alternatively, use ‘Move to’ to display a dialog. This

requests the ‘In…’ number that precedes the selected

vIQ Calculation, e.g. select ‘In…’ 81 and type ‘30’ to

move it to ‘In…’ 31 (the ‘In…’ number will remain as 81

until saved).

vIQ Calculation(s) can be deleted using the ‘Delete’ option from the context menu.

vIQ Calculation(s) can be duplicated using the ‘ ’ to create a specific

number of calculations (see Replicate an Existing vIQ Calculation).

xxxiii. Change the text in the ‘Label’ field used to identify the calculation.

Tip! It is useful to include the source Trend OS and Module.

Note The Frequency of a blank calculation is scheduled to ‘Never’, i.e. it will not run.

Use the ‘ ’ in the graphical vIQ Calculation to display parameters that configure frequency schedule.

59. Press ‘Save’ to confirm the ‘vIQ Calculator’ changes.


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15.3.2 Configure the vIQ Calculation

Each vIQ Calculation produces an output value written to a defined Module Type. It performs

simple mathematical operations using either a value sourced from a defined Module number in a

specified out-station and/or a user defined fixed value. The vIQ Calculation Index is a reference to

5 (five) graphically represented operations displayed below the vIQ Calculation table.

Note Each vIQ Calculation can be scheduled using parameters that are displayed when

the ‘ ’ is pressed.

Input A Value

Frequency Schedule Configuration Icon

No Operation

Operation Configuration Icon

Fixed Value Input

Configured Operation

Destination Out-station/Module

Configuration Icon

Input B Value


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To configure a vIQ Calculation

60. Select the required vIQ Calculation. Initially, a sequence of 5 pre-defined ‘No Operation’

mathematical operations, i.e. the input value will remain unchanged.

61. Configure the Input A and B values.

xxxiv. Configure ‘Source’ (Input A) value

type.

Select ‘Source’ (Input A) icon to display the

parameters used to define the Source Input A

value.

Define the origin of Input A value by selecting

a ‘Fixed value’ (user defined value) or

‘Module’ (Module number in a specified out-

station) ‘Operand type’.

If ‘Fixed value’ is selected, enter the required

value at the ‘Fixed value’ parameter.


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If ‘Module’ is selected, define the required OS number at ‘OS’, define the number of the

Module at ‘Module number’ and select the corresponding type of Module at ‘Module

type’.

xxxv. Configure the mathematical operation.

Select the Input B icon to display the

parameters used to configure the mathematical

operation.

xxxvi. Select the mathematical operation

used to determine the output using the

values derived from Input A and Input B at

the ‘Operation type’.

Note Input A is already defined from the Source or previous operation.


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OPERATION TYPE DESCRIPTION

NOP Input value is unchanged, No Operation

A + B Add A and B (e.g. 9 + 3 = 12)

A - B Subtract B from A (e.g. 9 – 3 = 6)

B - A Subtract A from B (e.g. 3 – 9 = -6)

A x B Multiply A by B (e.g. 9 x 3 = 27)

A / B Divide A by B (e.g. 9.3 ÷ 3 = 3.1)

B / A Divide B by A (e.g. 3 ÷ 9 = .333)

INT(A / B) Divide A by B (e.g. 9.3 ÷ 3 = 3), whole integers, no decimal places

INT(B / A) Divide B by A (e.g. 3 ÷ 9 = 0), whole integers, no decimal places

A squared <A2> Multiply A by A (e.g. 9 x 9 = 81)

A cubed <A3> Multiply A by A by A (e.g. 9 x 9 x 9 = 729)

A to the power of B <AB> Multiply A by A using B to define the power ratio (e.g. if B = 5, sum 9

5 = 9 x

9 x 9 x 9 x 9 = 59,049)

2 to the power of A <2A> Multiply 2 by 2 using A to define the power ratio (e.g. if A = 9, sum 2

9 = 2 x

2 x 2 x 2 x 2 x 2 x 2 x 2 x 2 = 512)

10 to the power of A <10A> Multiply 10 by 10 using A to define the power ratio (e.g. if A = 9, sum 10

9 =

10 x 10 x 10 x 10 x 10 x 10 x 10 x 10 x 10 = 1 000 000 000)


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OPERATION TYPE DESCRIPTION

B to the power of A <BA> Multiply B by B using A to define the power ratio (e.g. A = 9, sum 3

9 = 3 x 3

x 3 x 3 x 3 x 3 x 3 x 3 x 3 = 19,683)

Square root of A A = n2 (e.g. 9 = 3 x 3)

A % B A% of B (e.g. 50% of 200 = 100)

Truncate A Ignores decimal places (e.g. Truncate 9.333 = 9)

A Modulus B Divide A by B and display the remaining value (e.g. if 10 ÷ 3 = 3 + remainder 1, then 10 Modulus 3 = 1)

xxxvii. Define the origin of Input B value by

selecting a ‘Fixed value’ (user defined value)

or ‘Module’ (Module number in a specified

out-station) ‘Operand type’.

If ‘Fixed value’ is selected, enter the required

value at the ‘Fixed value’ parameter.

If ‘Module’ is selected, define the required

Out-station number at ‘OS’, define the

number of the Module at ‘Module number’

and select the corresponding type of Module

at ‘Module type’.


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Tip! All this information should be available on the ‘vIQ’ configuration pages.

If necessary, configure the remaining mathematical operations as required using the

previous instructions.

62. Configure the destination OS and module type

used to display the output value. This

corresponds to an OS and Trend Module type on

the ‘vIQ’ configuration pages.

xxxviii. Select the Destination OS/Module

Type configuration icon to display the

parameters used to identify the OS and

module type used to display the output

value.

xxxix. Enter the required OS number at ‘OS’,

the number of the module at ‘Module

number’ and select the corresponding type

of module at ‘Module type’ (Sensor (S),

Digital Input (I), Knob (K), or Switch (W)).


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15.3.3 Configure the ‘Frequency’ schedule

The ‘Frequency’ schedule determines the time period between repeating the selected vIQ

Calculation. A vIQ Calculation can be configured to occur at a pre-defined time period or at a user

defined time period.

To configure the ‘Frequency’ schedule


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63. Select the ‘Frequency’ configuration icon to display

parameters that configure calculation schedule.

Calculations can be configured to occur at a pre-

defined time period or a user defined time period.

Select a pre-defined or user defined time

schedule in ‘Calculation frequency’.

A pre-defined schedule performs the

calculation at specific occurrences, i.e.

‘At first run’, ‘At midday’, ‘At midnight’,

‘A new month’, ‘A new year’ or ‘Never’.

The calculation will not be performed if

‘Never’ is selected.

A user defined schedule performs the calculation at regular periods, i.e. ‘Every given

seconds’, ‘Every given minutes’, ‘Every given hours’, or ‘Every given days’

determined by the value configured in ‘Parameter’, i.e. if ‘Parameter’ is 10, and

‘Calculation frequency’ is ‘Every given hours’ the calculation will be performed at

regular intervals of 10 hours.


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64. Press ‘Save’ to confirm vIQ Calculator ‘Frequency’ changes.


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15.3.4 Replicate an Existing vIQ Calculation

Sometimes, an existing vIQ Calculation will perform a sequence of mathematical operations that

are also applicable or similar to the requirements of other vIQ Calculations. By selecting a

calculation record and replicating the associated vIQ Calculation, the corresponding sequence of

mathematical operations can be automatically assigned to a defined out-station and module in

each vIQ Calculation.

Example This shows the automatic configuration of out-station numbers when replicating an existing vIQ Calculation. This can also apply to module numbers.

1

2

2

2

Note The S(I, K, or W)n number will be adjusted, if ‘Module numbers’ is selected in ‘Changing’.

Existing vIQ Calculation

First Replicated vIQ Calculation

Second Replicated vIQ Calculation

3

3

3


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To replicate an existing vIQ Calculation

65. Select a vIQ Calculation that is applicable or similar to the requirements of another vIQ

Calculation. This may be a vIQ Calculation that processes a value using the same or similar

sequence of mathematical operations that can be used by one or more other OS or modules.


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xl. Replicate the selected vIQ Calculation record.

Press ‘ ’ to display the

parameters used to configure how the

selected vIQ Calculation must be

adjusted.

Enter the number of calculations to be

added to the vIQ Calculation table in

‘Replicate’. The additional calculation

records are automatically populated

using the selected vIQ Calculation.

Select ‘OS numbers’ or ‘Module numbers’ in ‘Changing’. This determines the numerical

references that are adjusted when the vIQ Calculation corresponding to the selected

calculation record is replicated, i.e. if ‘OS numbers’ is selected, all numerical out-station

references in each mathematical operation is offset by the value defined in ‘Adding’, or

if ‘Module numbers’ is selected, all numerical Module references in each vIQ Calculation

are offset by the value defined in ‘Adding’.


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Enter a value in ‘Adding’. This determines the offset for the numerical references

defined in ‘Changing’ when the selected calculation record is replicated, i.e. if this value

is ‘2’ and ‘OS numbers’ is selected, all numerical out-station references in each vIQ

Calculation are offset by the ‘2’.

Tip! Enter a minus (-) number in ‘Adding’ to decrease the ‘OS numbers’ or ‘Module numbers’ defined in ‘Changing’.

xli. Press ‘Replicate’ to create the requested number of calculations.

If necessary, change the time period between performing each vIQ Calculation (see

Configure the ‘Frequency’ schedule).

66. Press ‘Save’ to confirm vIQ Calculation changes.


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15.4 TROUBLESHOOTING

Although the process of configuring the unit is very simple, it is possible that configuration errors

will prevent the unit operating correctly. The most common cause is configuration errors.

Tip! Use the information below to diagnose and rectify the fault displayed. If problems persist, contact the Service Engineer for additional technical support.

SYMPTON POSSIBLE CAUSE ACTION

All the LEDs are off. A suitable power supply is not connected to the unit.

Verify a suitable power supply is connected and power is applied.

Note Ensure an isolated power supply (RF-PSU-24VDC-1A) is used.

The Login web page does not appear.

The connection between the computer and the unit is non-existent or incorrect.

Ensure the appropriate Ethernet cable is fitted. A ‘straight-through’ cable if connecting to an Ethernet Hub/Switch, or a ‘crossover’ cable if connecting directly to a computer.

Ensure the Ethernet cable is connected to the (Ethernet) port - not on a serial port (P1).


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Ensure the Ethernet interface on the computer is enabled and connected,

and the and LEDs are ON.

Ensure the IP settings in the unit correspond to the IP settings on the computer.

Verify the firewall is not conflicting with the web page. If necessary, temporarily disable the firewall off.


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continued…

…continued

The Configuration web pages do not appear.

The web browser cache may be displaying historical information.

Ensure the web browser cache is clear. This removes the historical (cache) web page data, ensuring the latest web page data is displayed.


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Incomplete or incorrect SonNet data is displayed.

Ensure all relevant SonNet ‘End devices’ are authorized in the SonNet RF-RXS wireless receiver.

Ensure the required SonNet ‘End devices’ do NOT exceed the product limitation, e.g. 25 or 50 SonNet ‘End devices’.

Ensure the correct Comms port is selected (P1), see Configure the

Comms Interface.

The web pages do not accept the edited values.

The edited value is invalid. Ensure a valid value/configuration is entered. Verify correct Trend module type and Trend module number are selected. Verify that there are not invalid characters in the Trend Address module ‘Identifier’ or Trend Module ‘Labels’.


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The web pages do not retain edited values.

The configuration was not saved.

Ensure the configuration is saved regularly. Press ‘Save’ or ‘Save and reboot’ to confirm changes and prevent loss of configuration.

The web pages do not display the correct values.

The unit configuration is incorrect.

Ensure the P1 LED is flashing orange

and green showing serial port traffic activity.

The P1 LED is not flashing,

but another port is.

The SonNet RF-RXS wireless receiver is connected to the wrong port.

Ensure the SonNet RF-RXS wireless receiver is connected to P1.


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continued…

…continued

All the serial port LED’s are extinguished.

The configuration settings are incorrect.

Ensure all relevant SonNet ‘End devices’ are authorized in the SonNet

RF-RXS wireless receiver.

Ensure the required SonNet ‘End devices’ do NOT exceed the product limitation, e.g. 25 or 50 SonNet ‘End devices’.


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Comms Interface.

The P1 LED only flashes

orange.

There is no response from the SonNet RF-RXS wireless receiver.

Verify the slave settings (device addresses, serial settings).

The connection to the SonNet RF-RXS wireless receiver is working, but the values do not appear in this unit.

The connection with this unit is not established.


Comms Interface.

Ensure power is applied to this unit and the SonNet RF-RXS wireless receiver.

Ensure the ‘Trend connections settings’ are correctly defined.

This unit has not been programmed to receive recorded values.

Ensure the SonNet ‘End device’ parameters are mapped to the correct Trend module type and module number, see Error! Not a valid result for

table..


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This unit has the security enabled.

Verify the Trend security level pin number configured is applicable to the unit, see Configure the Pin Level

Authorisation and Configure the Module

Authorisation.


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Intentionally left blank

SIP SonNet-Trend Interface Range

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16 ORDER CODE

ORDER CODE DESCRIPTION

RF-RXS-SIP-T-25 Max. 20 points from up to 25 SonNet ‘End devices’ (mapped as required using any combination of sensors, digital inputs, knobs and switches) shown on Trend network

RF-RXS-SIP-T-50 Max. 20 points from up to 50 SonNet ‘End devices’ (mapped as required using any combination of sensors, digital inputs, knobs and switches) shown on Trend network.

16.1 ACCESSORY

ORDER CODE DESCRIPTION

RF-PSU-24VDC-1A 24V DC 1A Power Supply


Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7

94 Issue 1, Jun. 2014


Contents

1 INTRODUCTION ...................................................................................................................................... 1



2 HARDWARE GUIDE ................................................................................................................................ 7

95 Issue 1, Jun. 2014

Intentionally left blank

Issue 1, Jun. 2014 Interface Range Technical Guide · 2015-01-19 · Sontay SonNet Wireless...

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Transcript of Issue 1, Jun. 2014 Interface Range Technical Guide · 2015-01-19 · Sontay SonNet Wireless...