0000752a

Page FC - 1

Part Number: 000-0752 Rev. ACopyright © February 2002

TS-750

AutomaticTank Gauge

andLeak Detection

System

Setup ProgrammingGuide

TANK SENTINELTS-750

TS-750 Tank Sentinel Setup Programming Guide

NOTICE

INCON has strived to produce the finest possible manual for you, and to ensure thatthe information contained in it is complete and accurate. However, INCON makes noexpressed or implied warranty with regard to its contents. INCON assumes no liabilityfor errors or omissions, or for any damages, direct or consequential, that result fromthe use of this document or the equipment which it describes.

This document contains proprietary information and is protected by copyright. Allrights are reserved. No part of this document may be reproduced in any form withoutthe prior written consent of INCON.

INCON reserves the right to change this document at any time without notice.

Need Help ? Contact INCON at:

INTELLIGENT CONTROLS, INC.PO Box 638SACO ME 04072Office Hours: 8 a.m. to 5 p.m. EST Monday through Friday

Sales 24-hour Technical Service

Phone: (800) 872-3455 Phone: (800) 984-6266Fax: (207) 283-0158 Fax: (207) 282-9002E-mail: [email protected] E-mail: [email protected]

After Hours Cell Phone: (207) 229-4437

Tank Sentinel ® SCALD® Brite® BriteBox® BriteBus® BriteSensors®

are registered trademarks of INCON andINCON ® is a registered trademark of Intelligent Controls, Inc.

Copyright 1997, 1998, 2002 by Intelligent Controls, Inc. — all rights reserved.

— ❖ —

PREFACE Page P - i P

P PREFACE

Graphic Symbol Conventions

Important information, tips, and hints are highlighted by the NOTE graphic.

CAUTION or WARNING messages are highlighted by the WARNING graphic andcontain instructions that must be followed to avoid faulty equipment operation, or anexplosion or shock hazards. If ignored, severe injury or death may result !

DANGER messages are highlighted by the DANGER graphic and containinstructions that must be followed to avoid an explosion or electrical shock hazard.If ignored, severe injury or death will result !

— ❖ — End of Chapter symbol

Page Numbering Convention – Example:

Page 4 - 1 = Chapter 4 page 1 ...Page 6.1 - 2 = Chapter 6 . Section 1 – Page 2

Page Layout Convention – Example:

Contents:Graphic Symbol, Page #

& Layout ConventionsBefore you Begin– Site Information Required– Other Sources of Info.

Page Number

Chapter Name(ODD NUMBERED PAGES)

Chapter Number

Manual Name(EVEN NUMBERED PAGES)

Page Number

Chapter Number

Scope of This ManualMenu Conventions, Key

Action, Alpha-Numeric InputProgramming Alarm, Limits,

or Inputs to Output GroupsProgramming Output Devices

Chapter Number &Name (TOP LEFT FIRST

PAGE)

Chapter Contents

NOTE

�

Leaving (Exit) SetupProgramming

P Page P - ii TS-750 Tank Sentinel Setup Programming Guide

Before you Begin – Read This

CAUTION Leaking underground storage tanks ( USTs ) and fuel lines causeserious environmental and health hazards. The Tank Sentinel® system is designed todetect leaks in tanks by tank tightness / leak testing with liquid level probes, and/orwith leak detection sensors. You must follow the instructions in this manual carefullyto ensure that the system is programmed properly and is effective in detecting leaks.

Site Information Required

• Site plan showing the location, size, and model #s of all tanks, probes and sensors?• Dispenser Manufacturer Documentation?• Pump Manufacturers’: Type, Model #s, and suction inlet distance off the bottom?• Remote Tank Overfill Alarm / Acknowledge Installed (TS-RA1 or TS-RA2 / TS-RK)?• Type, Model, Size and Manufacturer of each Tank?• Tank Manufacturers’: Tank Chart / Strapping Table (s) for each tank or the diameter and

length of each tank?• Are any tanks identical (tanks, probe data, and alarm limits can be copied)?• Standard probe data (model number, shaft length, gradient, serial number), Special Probe

Data (ie RTD / Temperature sensor locations)?• Tank # – Probe # – model number assignments and input channels for each tank?• Leak Detection Sensors that are installed in or near or associated with each tank

including input channel number assignments?• Product in each tank (API specific gravity) and the type & number of float(s) / probe?• State and Local Regulations (testing requirements, reporting requirements, and hotline

numbers, and other information that you and/or the customer will need)?

Other Sources of Information

Use the TOC (Table of Contents) to find information within this manual and see thefollowing INCON documentation:

• Installation Guide• Operator’s Guide• TroubleShooting Guide• Leak Detection Sensor – Installation Guides (one per type / family of sensor)• Service Bulletins• Application Notes

PREFACE Page P - iii P

Scope of This Manual

This manual shows the setup-programming of Tank Sentinel system. Each Chapter isdedicated to a specific parent menu (see Parent Menus below).

Menu Conventions

The menu structure in this manual is shown in an indented format:PARENT MENUs are above and to the left of sub-menus and

SUB-MENUs are below and to the right of parent menus.Default VALUES, SETPOINTS, & LIMITS are shown first and in ITALIC text.

Parent MenusUPPER ROW – DISPLAY TEXT

LOWER ROW – DISPLAY TEXT

MENU keys M1 thru M4

Numbers within boxes are

Chapter #s. Some parent menus, orsub-menus will not appear unless:

* a related setup menu / feature is selected** the accessory (hardware) is installed and

the system is powered up***the appropriate options have been

purchased

Key Action

MENU keys – use (press) to:• choose / display other menus or sub-

menus or exit SETUP mode

• move the cursor left or right through a text

string (M1 = left, M2 = right)

• backspace over / delete a character in a

text string (M4 backspaces from the right)

KEY PAD keys – use (press):• � CANCEL to cancel an input or to exit

out of a menu

• � UP or DOWN � to display more menus

when (MORE) is shown, or other selections

from a sub-menu when (UP/DN) is shown

• Use the ENTER key to accept the displayed

choice or value for storage into setup

memory

SETUP MENU (MORE)SENSORS AUX INPUT COM PORTS DATACAPTR

M1 M2 M3 M4

SETUP MENU (MORE)PRODUCTS MANIFOLDS REPORTS LK TESTS

M1 M2 M3 M4

SELECT MENU OPTION SETUP UPGRADE LANGUAGE DATALOG

M1 M2 M3 M4 NOTES

�SETUP MENU (MORE)EXIT SYSTEM TANKS PROBES

M1 M2 M3 M4

SETUP MENU (MORE)SCLD TEST CLK/CAL ANNUNC RELAYS

M1 M2 M3 M4

1 2* 3*

16

5* 64*

9 10 11

7***

13 1512* 14

17 18

8***

P Page P - iv TS-750 Tank Sentinel Setup Programming Guide

Key Action (CONTINUED FROM PREVIOUS PAGE... )

• ACK SHIFT key is used to change the preconditioned input character type... thedisplay shows either an A...M or the word NUMERIC when an alphanumeric or numericinput is expected. Press the ACK SHIFT key N times to change the current inputcharacter type to another type (look at the upper right corner of display while doingthis). See the Operator’s manual about using the ACK SHIFT key to silence andacknowledge alarms, and to start an output grace period (programmable length oftime).

Alpha-Numeric Input (example)

The example below is what you would see whenprogramming SYSTEM ID... (push keys:MENU M1 M2 M2 M1) to display:

A...M means that the system is conditioned toinput the upper left letter of any key (A B C D EF G H I J K L M)... see below:

Press ACK SHIFT key once again to display:

N...Z means that the system is conditioned toinput the upper left letter of any key (N O P Q R S T U V W X Y Z) – conditioningremains until changed – see below:

Press ACK SHIFT key once again to display:

NUMERIC means that the system is conditioned to input the lower character of anykey (numbers 1 2 3 4 5 6 7 8 9 0 . + /– or a SPACE)... see above.

COMMAND

( # 3 ) NUMERIC

number or special character

( # 2 )

N...Z

( # 1 )

A...Minput a letter

Press the ACK SHIFT keyN times to DISPLAY the

input character type ( #__ )then press the Key of choice.

Upper rightDISPLAYshows theinputselection...shown

herewithindashedlines

TypicalKey

LOCATION LINE 1 A...MINCON BACKSPACE

M1 M2 M3 M4

A N

PRODUCT

1

LOCATION LINE 1 N...ZA BACKSPACE

M1 M2 M3 M4

LOCATION LINE 1 NUMERICAN 0.1 BACKSPACE

M1 M2 M3 M4

NOTE The shiftfunction will remain in the

current input character mode(or position) until the ACKSHIFT key is pressed again.

PREFACE Page P - v P

Programming Alarms, Limits, or Inputs to Output Groups

The TS-750 Tank Sentinel includes a powerful setup feature called – Output Groups(OGs). Alarms, limits, and inputs (Aux.) can be assigned / programmed to outputgroups (OUT GROUP or OG). An output device will turn on or off when an alarm isactive in any of its assigned output group(s). Up to 32 output group(s) can be assignedor programmed to any output device... also see Programming Output Devices.

The standard output devices are annunciators and relays.

Example: TANK 1, ALARMS and the H LIM OG (high product level limit) menus:

The HIGH LIM (high productlevel limit) has a associatedH LIM OG – high limit outputgroup next to it.

Each limit, alarm or input canbe assigned to one of the 34Output Group choices —GROUP A thru FF, or to ALLoutput GROUPS, or to NONE( no output group = default ).

Record output groupassignments for each alarm,limit, or input in the providedOG Worksheets.

Example Output Group Assignment WORKSHEET (partial)

TANK ALARM 1 (MORE)COPY HIGHLIM H LIM OG HIGHHIGH

M1 M2 M3 M4

HIGH PRODUCT OUTPUT GROUP 1 (UP/DN)NONE

M1 M2 M3 M4

HIGH PRODUCT OUTPUT GROUP 1 (UP/DN)GROUP A

M1 M2 M3 M4

HIGH PRODUCT OUTPUT GROUP 1 (UP/DN)ALL GROUPS

M1 M2 M3 M4

OG = Output Group - Output Group Assignment WORKSHEET Output Group choices -

Example - System: NONE = default setting (others are: GROUP A thru FF & ALL GROUPS) NONE

LEAK OG A Tank Leak turns on Modulated Annunciator, Relay 2 for external leak light A

THEFT OG T Sentinel Mode Theft Limit (turns on external product theft light) B

SYSFL OG F System Fail - software or hardware failures - (activates solid annunciator) C

E

F

Output Devices: Modulated Annunciator, Solid Annunciator, Relay 1, Relay 2, ��/O Output Module Channel # 1 to # __ (record all OG Assignments in the vertical column)

P Page P - vi TS-750 Tank Sentinel Setup Programming Guide

Programming Output Devices:

After assigning alarms and limits to output group(s), program the appropriate outputdevices to respond to any or all output groups (OGs)

Example Applications:Turn on external Tank Overfill Alarm & solid console annunciator

(when a high or high high product level – alarm limit is reached)

Program the (above) alarm limits for each tank. Assign the associated H LIM OG orHH LIM OG output groups to one alarm group for each tank (ie GROUP O). Programthe solid annunciator (alarm horn) and relay 1 output devices to react to any GROUP Oalarm by assignment... change GROUP O – (dash) to a Y. The external TS-RA2 orRA1 alarm unit (wired to relay 1) will turn on / off with relay 1.

This way a high level condition in any tank will activate the solid annunciator and theexternal alarm connected to relay 1.

To disable a STP & turn on the modulated console annunciator(when a low low product or high water – alarm limit is reached)

Program the (above) alarm limits for each tank. Assign the associated LL LIM OG andW LIM OG output groups to a unique alarm group for each tank (ie GROUP P forTANK 1 & GROUP S for TANK 4).

Program the modulated annunciator (alarm horn) output device to activate and react toany alarm by assignment... change GROUP P Q R S – (dash) to a Y.

Example Output Device – OUTPUT GROUP Assignments (shown filled-in)

Leaving (Exit) Setup Programming

There are two ways to leave the setup mode. These are:

NOTE

�

The 24TH group(Group X) is shownassigned Y

Output Device — OUTPUT GROUP Assignment

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z A A B B C C D D E E F F

Y Y Y Y Y Y Y Y Y Y

OUTPUT GROUP GROUPY – – Y Y Y – – – – – – – –Y Y Y Y Y – – – – Y – – – – – – – – X1 32A B C D E F G H I J K L M N O P Q R S T U V W X Y Z AA BB CC DD EE FF

Press: M1 to move the cursor left �M2 to move the cursor right � M4 to backspace (delete) one character to the left �� UP / DOWN � to select (Y for yes assigned, or – (dash) for no not assigned)ENTER to store the setup into the system memory

PREFACE Page P - vii P

1.) Use (press) the CANCEL key until the exit choice appears, then press the M1 key toexit the setup mode.

– or –

2.) Wait until the Tank Sentinel console autoexits.

The unit will automatically leave / exit the setup mode ( autoexit ) after three or fourminutes of inactivity (if no key is pressed). This feature prevents the unit from beingleft in the setup mode for long periods of time... leak testing and leak detection arenot active while in the setup mode.

While viewing data in the normal run mode, the display will also revert to the normaldisplay after shorter period of key inactivity (20 or 30 seconds).

NOTE

�

SETUP MENU (MORE)EXIT SYSTEM TANKS PROBES

M1 M2 M3 M4

Table of Contents Page TOC - 1 TOC

Table of Contents

P Preface .................................................................................................... P -iGraphic Symbol Conventions ................................................................................... P -i

Page Numbering Convention – Example: ........................................................... P -iPage Layout Convention – Example: .................................................................. P -i

Before you Begin – Read This ................................................................................... P -iiSite Information Required ....................................................................................... P -iiOther Sources of Information ................................................................................. P -ii

Scope of This Manual ............................................................................................... P -iiiMenu Conventions ................................................................................................ P -iii

Parent Menus ..................................................................................................... P -iiiKey Action ................................................................................................................ P -iii

Alpha-Numeric Input (example) ......................................................................... P -ivProgramming Alarms, Limits, or Inputs to Output Groups........................................ P -v

Example Output Group Assignment Worksheet (partial) ............................. P -vProgramming Output Devices: ................................................................................ P -vi

Example Applications: ....................................................................................... P -viExample Output Device – Output Group Assignments (shown filled-in).......... P -vi

Leaving (Exit) Setup Programming ......................................................................... P -vi

1 System Setup Programming................................................................. 1 -1System Menu ............................................................................................................ 1 -1

Default Report Header Ø .................................................................................. 1 -2

2 Tanks Setup Programming ................................................................... 2 -1Tanks Menu ............................................................................................................... 2 -1Tanks – Tank Data N Menu (Continued... from previous page) ................................. 2 -2Tanks – TANK ALARM N Menu ................................................................................. 2 -3

Figure 2 - 1 Typical Tank Limits .......................................................... 2 -3Tanks – SPECIAL TANK N Menu .............................................................................. 2 -4Worksheet 2-1 – Output Groups – Tanks 1 thru 4 ..................................................... 2 -6

3 Probes Setup Programming ................................................................. 4 -1Probes Menu ............................................................................................................. 4 -1Probes – Probe Data Menu (Continued... from previous page) ................................. 4 -2Probes – SPECIAL (*) Menu..................................................................................... 4 -2

TABLE 4.1 SPECIAL PROBE RTD POSITIONS ........................................... 4 -3

4 Products Setup Programming .............................................................. 5 -1Products Menu .......................................................................................................... 5 -1Product Data Menu (Continued... from previous page) ............................................. 5 -2SPECIAL (*) PRODUCTS Menu .............................................................................. 5 -2

5 Manifolds Setup Programming............................................................. 6 -1Manifolds Menu ......................................................................................................... 6 -1Manifolds Data Menu (Continued... from previous page)........................................... 6 -2Manifolds ALARMS Menu ......................................................................................... 6 -2

TOC Page TOC - 2 TS-750 Tank Sentinel Setup Programming Guide

6 Reports Setup Programming ................................................................ 7 -1Reports Menu ........................................................................................................... 7 -1

TABLE 7.2 24 HOUR TIMEINPUT FORMAT......................................................................................... 7 -1

Reports Schedule Menu ........................................................................................... 7 -2Tank Inventory Detail Report: .............................................................................. 7 -2Tank Inventory Summary Report: ....................................................................... 7 -2Product Inventory Detail Report: ......................................................................... 7 -2Product Inventory Summary Report: .................................................................. 7 -3Product Inventory Reconciliation Report: ........................................................... 7 -3Product Usage Detail Report: ............................................................................. 7 -3Product Usage Summary Report: ....................................................................... 7 -4Delivery Detail Report: ........................................................................................ 7 -4Delivery Summary Report: .................................................................................. 7 -4Active Alarm Report: ........................................................................................... 7 -5Cleared Alarm Report:......................................................................................... 7 -5Alarm History Report: ......................................................................................... 7 -6SCALD Leak Test: Report ................................................................................... 7 -6Sensor Status Report ......................................................................................... 7 -6Vapor Sensor: ...................................................................................................... 7 -7Regulatory Report: .............................................................................................. 7 -7

7 Tank Leak Test Setup Programming ..................................................... 8 -1Leak Test Menu (Static Tank) .................................................................................... 8 -1Tank Leak Test Menu................................................................................................. 8 -2

TABLE 8.2 24 HOUR TIMEINPUT FORMAT......................................................................................... 8 -3

TABLE 8.1 TYPICAL TEST SCHEDULE ...................................................... 8 -3Worksheet # 8-1 – Output Groups – Tank Leak Tests ............................................. 8 -4

8 SCALD ® Tank Leak TestSetup Programming .............................................................................. 9 -1

SCALD Tank Leak Test Menu.................................................................................... 9 -1SCALD (tank leak) Test Menu ............................................................................................ 9 -2

9 Clock / CalendarSetup Programming ............................................................................ 11 -1

Clock / Calendar Menu ............................................................................................ 11 -1TABLE 11.1 24 HOUR TIME INPUT FORMAT .................................... 11 -2

10 AnnunciatorSetup Programming ............................................................................ 12 -1

Annunciator Menu (Console Alarm Horn) ............................................................... 12 -1Annunciator Timeout .......................................................................................... 12 -1

Modulated Annunciator Output Group (alarm assignment).......................... 12 -2Solid Annunciator Output Group (alarm assignment) .................................. 12 -2

Table of Contents Page TOC - 3 TOC

11 Relays Setup Programming ................................................................ 13 -1Relay Menu ............................................................................................................. 13 -1

Relay Timeout Note #A ............................................................................... 13 -1Relay 1 Output Group (alarm assignment) .................................................................... 13 -2

TEST Relay 1 ................................................................................................. 13 -2Relay Timeout Note #B ................................................................................... 13 -2

Relay 2 Output Group (alarm assignment) .................................................. 13 -3TEST Relay 2 ................................................................................................. 13 -3

12 Sensors (Leak Detection) Setup Programming ................................. 15 -1Sensors Menu ......................................................................................................... 15 -1

Naming Sensors ................................................................................................ 15 -1Leak Detection Sensors................................................................................................... 15 -3

Standard Sensors (below... all Alarms = STD N) .............................................. 15 -3BriteSensors & alarms (all 3 wire – below)........................................................ 15 -3

Worksheet # 15-1 – Output Groups – Sensor Channels 1 to 8 .............................. 15 -4

13 Auxiliary Inputs Setup Programming ................................................. 16 -1Aux. Input Menu ...................................................................................................... 16 -1

14 Communication Ports Setup Programming ....................................... 18 -1Comm Ports Menu .................................................................................................. 18 -1COMM PORT 1 Menu ............................................................................................. 18 -1COMM PORT 2 Menu ............................................................................................. 18 -2

15 Upgrade Menu ..................................................................................... 20 -1TS-UPGRADE ........................................................................................................ 20 -1

Upgrade Menu.................................................................................................................. 20 -2

16 Language Selection Menu .................................................................... 21-1Language Selection Menu ........................................................................................ 21-1

Language Selection Notes .................................................................................... 21-1

17 Data Log Menu .................................................................................... 22 -1Data Log Menu ........................................................................................................ 22 -1

Data Logging Notes .............................................................................................. 22 -1

18 Problem Solving (Alarms & Errors) ................................................... 23 -1Problem Solving ...................................................................................................... 23 -1

Outputs DON’T Turn On When Expected ............................................................ 23 -8

A Appendix A Standard Tanks ............................................................... A - 1

B Appendix B Standard Products ......................................................... B - 1

C Appendix C Typical Tank Leak Test Times.......................................... C - 2For 7 Tank Sizes at Half Capacity ( Worst Case is 50% Full ) ................................ C - 2

D Appendix D Part Number Codes ........................................................ D - 1Tank Sentinel Part Numbering ................................................................................. D - 1

Example Part Numbers ........................................................................................ D - 1Part Number Codes & Meaning ........................................................................... D - 2

TOC Page TOC - 4 TS-750 Tank Sentinel Setup Programming Guide

U User Feedback Form .............................................................................. U-1

List of Tables and Figures

Figure 2 - 1 Typical Tank Limits ............................................................. 2 - 3TABLE 4.1 Special Probe RTD Positions ....................................................... 4 - 3TABLE 7.1 Typical Report Schedule ............................................................. 7 - 1TABLE 8.1 Typical ( Tank Leak Test ) Report Schedule ............................... 8 - 3TABLE 11.1 24 Hour Time Input Format ....................................................... 11 - 2

List of Worksheets:

Example Output Group Assignment Worksheet (partial) ............................ P - vWorksheet # 1-1 – System (Limits) Output Groups ........................................ 1 - 5Worksheet # 2-1 – Output Groups – Tanks 1 thru 4 ........................................ 2 - 6Worksheet # 2-2 – Output Groups – Tanks 5 thru 8 ........................................ 2 - 8Worksheet # 6-1 – Output Groups – Manifolds 1 thru 4 ................................. 6 - 3Worksheet # 8-1 – Output Groups – Tank Leak Tests:

for Static & SCALD Tank Leak Tests .......................................................... 8 - 4Worksheet # 10-1 – Output Groups – Line Leak Tests ................................ 10 - 5Worksheet # 15-1 – Output Groups – Sensor Channels 1 to 8 ..................... 15 - 4Worksheet # 15-2 – Output Groups – Sensor Channels 9 to 16 ................... 15 - 5Worksheet # 15-3 – Output Groups – Sensor Channels 17 to 24 ................. 15 - 6Worksheet # 15-4 – Output Groups – Sensor Channels 25 to 32 ................. 15 - 7Worksheet # 15-5 – Output Groups – Sensor Channels 33 to 40 ................. 15 - 8Worksheet #16-1 – Output Groups – Aux. Inputs 1 and 2 ........................... 16 - 3Worksheet # 17-1 – Output Groups – External Inputs .................................. 17 - 6Worksheet # 17-2 – Output Groups – Line Inputs (not TS-LLDI) .................. 17 - 7

List of Output Devices Output Group Assignments

Example Output Device – Output Group Assignments (shown filled-in)......... P - viStandard and Optional Output Devices ......................................................... P - vii

Modulated Annunciator Output Group (alarm assignment) ........................... 12 - 2Solid Annunciator Output Group (alarm assignment) .................................... 12 - 2Relay 1 Output Group (alarm assignment) ................................................. 13 - 2Relay 2 Output Group (alarm assignment) ................................................. 13 - 3TS-ROM Channel 1 Output Group (alarm assignment) .......................... 14 - 2TS-ROM Channel 2 Output Group (alarm assignment) .......................... 14 - 2TS-ROM Channel 3 Output Group (alarm assignment) .......................... 14 - 2TS-ROM Channel 4 Output Group (alarm assignment) .......................... 14 - 3TS-ROM Channel 5 Output Group (alarm assignment) .......................... 14 - 3TS-ROM Channel 6 Output Group (alarm assignment) .......................... 14 - 3TS-ROM Channel 7 Output Group (alarm assignment) .......................... 14 - 3TS-ROM Channel 8 Output Group (alarm assignment) .......................... 14 - 4I/O Module Channel N Output – Group (alarm assignments) ........................ 17 - 4

— ❖ —

System Setup Page 1 - 1 1

1 System SETUP PROGRAMMING

System Menu

H UMENU � Press this key and the highlighted

7 sequence shown below

Contents:System MenuWorksheet 1-1 — System OutputGroups

See the Table of Contents to find topics inthis manual. See the Preface for generalinformation about this manual. See theInstallation, Operator’s, TroubleShootingGuides and Application Notes for otherreference sources.

NOTE

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M1 M2 M3 M4

The NO. (of) TANKS set in the system menuis shown in the TANKS, PROBES andPRODUCTS menus !

Remember:

• Use UP or DOWN key to display moremenus (MORE shown) or selections(UP/DN shown)

• Press CANCEL to cancel data entry

• Use the ENTER key to accept data

Character input / editing:

• Press M1 to move the cursor left �

• Use M2 to move the cursor right �

• Press M4 to backspace (delete) onecharacter to the left �

SYSTEM INFOPASSWORDS Limit access to setup mode or acknowledging

SETUP alarms and/or starting grace periodsSETUP PASSWORD (a setup password is recommended for security)(none / empty) up to 12 characters

ACKACKNOWLEDGE PASSWORD (also see ANNUNC [IATOR] menu for timeout)(none / empty) up to 12 characters

— Continued next page —


M1 M2 M3 M4

SYSTEM INFO (MORE)PASSWORDS SYSTEM ID UNITS NO. TANKS

M1 M2 M3 M4

1 Page 1 - 2 TS-750 Tank Sentinel Setup Programming Guide

SYSTEM Menu (CONTINUED... FROM PREVIOUS PAGE)

SYSTEM ID (enter new 5 line report header, see below)

Default Report Header �

LINE 1LOCATION LINE 1INCON 24 characters max.

LINE 2LOCATION LINE 2INTELLIGENT CONTROLS 24 characters max.

LINE 3LOCATION LINE 3P. O. BOX 638 24 characters max.

LINE 4LOCATION LINE 4SACO ME 04072 24 characters max.

LINE 5LOCATION LINE 51-800-984-6266 24 characters max.

UNITS Units of measurement – change if not the defaultMEASUREMENT UNITS US units

VOLUMEVOLUME UNITSGALLONS UP/DOWN � � to choose, ENTER to acceptLITERS

LEVELLEVEL UNITS (level and length units)INCHESCM (centimeters)

TEMPTEMPERATURE UNITS Prints F for Fahrenheit, or C for Celsius on reportsFAHRENHEITCELSIUS

NO. TANKS (enter total number of tanks in the system)NUMBER OF TANKS1 enter number of tanks

NO. SENSORSNUMBER OF SENSORS8 (0 thru N) Input the total number of Leak Detection Sensors

wired in the system plus all unused channelsbetween the lowest to highest channel (also seeSENSORS menu).

............... LINE 1:::

..... LINE 5

System Setup Page 1 - 3 1

LIMITS (set leak limits for after hours sentinel mode – alsoLEAK LIM see SENTINEL menu)

LEAK LIMIT+2.0 0.2 to +10.0 volume units

(input sentinel mode leak rate limit)

LEAK OG (assign leak alarm to an OG - NONE, A to FF, or ALLLEAK LIMIT OUTPUT GROUP Output Groups)

NONE = No / not assigned to an Output GroupA thru FF = one OG selected ( A = 1ST OG, FF = 32ND )ALL = all OG’s selected (32 Output Groups available... see Worksheet #1-1 )

THEFT LIMTHEFT LIMIT+10.0 1 to +9999 volume units (enter theft limit for all tanks)

THEFT OG assign theft limit alarm to an OG (NONE, A to FF, orTHEFT LIMIT OUTPUT GROUP ALL Output Groups)NONE = No / not assigned to an Output GroupA thru FF = one OG selected ( A = 1ST OG, FF = 32ND )ALL = all OG’s selected (32 Output Groups available... see Worksheet #1-1 )

SENTINEL (after hours theft monitoring / tank leak detection)MODE

SENTINEL MODEOFF UP/DOWN � � to choose, ENTER to acceptSCHEDULED

START TIMSENTINEL START TIME00.00.00 to 23.59.59

END TIMESENTINEL END TIME00.00.00 to 23.59.59

DEL DELAYDELIVERY DELAY (delay tank delivery reports by minutes)15 (minutes) 1 to 240 minute input range

REP DELIVREPORT DELIVERIES UP/DOWN � � to choose, ENTER to acceptENABLED (enabled = yes, report deliveries)DISABLED (disabled = no, don’t report deliveries)

REP ALARMREPORT ALARMS UP/DOWN � � to choose, ENTER to acceptENABLED (enabled = yes, report alarms)DISABLED disabled = no, don’t report alarms)

Input time in 24 hour format:00.00.00 = midnight

22.00.00 = 10:00:00 pm+ 12 (add 12 hours to pm times

from 1 pm to 11:59 pm )02.05.00 = 2:05:00 am


SYSTEM Menu (CONTINUED... FROM PREVIOUS PAGE)

REP LEAKREPORT LEAK TESTS UP/DOWN � � to choose, ENTER to acceptENABLED (enabled = yes, report leak test results)DISABLED (disabled = no don’t report leak test results)

REP SCALD Appears only if an S is present in the PartREPORT SCALD TEST Number (press CHECK and M4 to view OPTIONS).ENABLED UP/DOWN � � to choose, ENTER to acceptDISABLED (enabled = yes, report SCALD leak tests)

(disabled = no, don’t report SCALD leak tests)

HIST SIZE (Max. number of alarms in Alarm History Reports)HISTORY REPORT LENGTH50 range = 1 to 50 (printed alarms)

SYSFL OG (assign system fail warnings to Output Group)SYSTEM FAIL OUTPUT GROUP

NONE = No / not assigned to an Output GroupA thru FF = one OG selected ( A = 1ST OG, FF = 32ND )ALL = all OG’s selected (32 Output Groups available... see Worksheet #1 )

PRNT INTRSTRAPPING TABLE PRINT INTERVAL (numeric)1 strapping table print interval,

range = 1 to 100.0 level units

DATA INTRDATA CAPTURE INTERVAL (for diagnostic use)1 data logging interval, range = 1 to 9999

DATA TANKTANK TO DATA LOG (for diagnostic use)1 tank(s) to data log, range = 1 to NO. of TANKS

COLD BOOT (Will erase all program data / setup data toIF YOU CONTINUE, ALL SYSTEM PROGRAMMING the original “factory” default values)AND DATA WILL BE LOST...

:PRESS ENTER IF YOU ARE SURE THATYOU WANT TO CONTINUE WITH COLD BOOT

Tank Setup Page 2 - 1 2

2 Tanks SETUP PROGRAMMING

Tanks Menu



Contents:Tank Data MenuTank Alarm MenuSpecial Tank MenuWorksheet 2-1, 2-2

Tank Output Groups

NOTE

�

See the Table of Contents to find topicsin this manual. See the Preface forgeneral information about this manual.See the Installation, Operator’s,TroubleShooting Guides and ApplicationNotes for other reference sources.

Only the NO. (of) TANKS set under the systemmenu are shown here !

Remember:• Use � UP / DOWN � keys to display more

menus (MORE shown) or selections (UP /DNare shown)


• Use the ENTER key to accept data


• Press menu keys (M1 to M4) to accessmenus.

• Press M4 to backspace (delete) one

character to the left �



TANK DATA N refers to / represents a tank numberTANK 1 TANK 2 TANK 3 TANK 4 Select the tank number to program Data .

TANK DATA N Tank 1 is shown selected (typical for tank N) COPY NAME, MANIFOLD, (MORE)SHAPE

COPY FROM TANK DATA X TO N Select a tank to copy data from, then press ENTERTANK 1 if you are sure you want to proceed.TANK 2TANK 3TANK 4


M1 M2 M3 M4


M1 M2 M3 M4

TANKSDATA ALARMS SPECIAL

M1 M2 M3 M4


Probe # (Console

Channel #)

Probe #_____ Tank 1

Probe #_____ Tank 2

Probe #_____ Tank 3

Probe #_____ Tank 4

Probe #_____ Tank 5

Probe #_____ Tank 6

Probe #_____ Tank 7

Probe #_____ Tank 8

Tanks – TANK DATA N Menu (CONTINUED... FROM PREVIOUS PAGE)

N refers to / represents a tank numberNAME

TANK NAME N Use SHIFT to change from A-M to N-Z toTANK N 9 characters NUMERIC. Use M4 to use BACKSPACE.

( INCON recommends leaving the tank nameas TANK N )

MANIFOLDMANIFOLD FOR TANK N (UP/DN)NONEMANIFOLD 1 UP/DOWN � � to display Manifold 1 thru 2MANIFOLD 2 (Select only when tanks are manifold)

TYPETANK TYPE N UP/DOWN � � to choose, ENTER to acceptSPECIAL N (select STANDARD 1 thru XX... see Appendix A

for Standard Tank types, or SPECIAL 1 thru 4 or program thespecial tank(s) under the SPECIALTANK N menu )

PROBEPROBE FOR TANK N UP/DOWN � � to choose, ENTER to acceptPROBE # Select the correct Probe channel # for TANK N...

Any Probe # (input channel Number) can be usedfor any Tank. For example, can be installed in Tank 1 ....BUTa Probe can not be used (or programmed orassigned) to more than one tank ! Assigning thesame Probe #N to more than one Tank, will display an alarmwhen exiting SETUP (to warn you that more than one tank isreferencing the same probe) ! The system will remain insetup until this problem is fixed.

Set Probe data under the PROBE menu (Chpt. 3.)

PRODUCTPRODUCT FOR TANK N UP/DOWN � � to choose, ENTER to acceptPRODUCT # X (select Product 1 thru 4 ...the PRODUCT menu is

not present if a Manifold is selected / changedfrom NONE )...Also see PRODUCTS menu for standardproducts and Special product programming.

P OFFSETPRODUCT OFFSET N+0.00000 +20 to -20 (input level units/compensate product readings from

tank tilts– see Installation Manual for offset values)

W OFFSETWATER OFFSET N+0.00000 +20 to -20 (input level units / compensate water reading from

tank tilts... see Installation Manual for offset values)

NOTE

�


NOTES

�

Tanks – TANK ALARM N Menu

See Figure 2 - 1 at left for typical alarmlimits.

N refers to / represents a tank number

The alarm copy function copies all alarmlimits from Tank X to the current Tank # N.This is a good function to use for identicalsized tanks, and maybe adequate for similarsized tanks but limit settings may requireediting after the copy operation.

ALARMS To set Tank Alarm LimitsTANK ALARMS Use M2 keyTANK 1 Select Tank N to program, using M1 - M4 keys.TANK 2

:TANK 4

TANK ALARM N To select Tank N ...COPY COPY is optional.COPY FROM TANK ALARMS X TO N Select a tank N to copy data from, then press

TANK 1 ENTER to proceed.TANK 2 The alarm copy function copies all alarm limits

: from Tank X to the current Tank # N.TANK 4

HIGH LIMHIGH PRODUCT LEVEL LIMIT N NUMERIC - Use keypad.+96.0000 0.0 to 9999.0 BACKSPACE - USE M4 key.

Enter limit in inches or centimeters.

H LIM OGHIGH PRODUCT OUTPUT GROUP N (UP/DN)NONE (A to FF, or ALL) Assign alarm to Output Group N (NONE = no)...

see WORKSHEET #2 or #3

DEL THRESDELIVERY THRESHOLD N+200.000 1.0 to 99999 (based on the tank capacity, input the minimum

volume before a delivery is reported ...theDelivery Threshold menu is not present if aManifold is selected / changed from NONE )

Liquid Level Probe &Floats

Figure 2 - 1 Typical Tank Limits

PROGRAMMED

TANK RELATED

ALARM LIMITS:HIGH HIGH

HIGH

Product

LOW

LOW LOWHIGH WATER


Tanks – TANK ALARM N Menu (CONTINUED... FROM PREVIOUS PAGE)

HIGH HIGH N N refers to / represents a tank numberHIGH HIGH PRODUCT LEVEL LIMIT N+96.0000 0.0 to 9999. (enter alarm limit)

HH LIM OG NHIGH HIGH PRODUCT OUTPUT GROUP NNONE (A to FF, or ALL) assign alarm to Output Group N

(NONE = no)...see WORKSHEET #2 or #3

LOW LIM NLOW PRODUCT VOLUME LIMIT N+0.0000 0.0 to 50000 (enter alarm limit)

L LIM OG NLOW PRODUCT OUTPUT GROUP NNONE (A to FF, or ALL) assign alarm to Output Group N (NONE = no)...

see WORKSHEET #2 or #3LOW LOW N

LOW LOW PRODUCT VOLUME LIMIT N+0.0000 + 0 to 50000 (enter alarm limit)

LL LIM OG NLOW LOW PRODUCT OUTPUT GROUP NNONE (A to FF, or ALL) assign alarm to Output Group N (NONE = no)...

see WORKSHEET #2 or #3WATER LIM N

HIGH WATER LEVEL LIMIT N+4.0000 0.0 to 9999.0 (enter alarm limit)

W LIM OG NHIGH WATER OUTPUT GROUP NNONE (A to FF, or ALL) assign alarm to Output Group N (NONE = no)...

see WORKSHEET #2 or #3

Tanks – SPECIAL TANK N Menu

Correction Tables: If the Special Tank is not a perfectcylinder or has a domed end, then you must program acorrection table (100 correction points can be programmed). Twovalues are required per point / position (POS #). These are leveland volume, which are found in the manufacturers’ tank table /chart, input these accurately. Always input 0 level and 0 volumefor the first point, and max. level and max. volume for the lastpoint. The number of points in between determines the accuracyof the strapping table.

Cylindrical Tanks: Select diameter and input the internal tankdiameter value, and set the length to the internal length of the tank(correction tables are usually not needed with cylindrical tanks).


Tanks – SPECIAL TANK N Menu (CONTINUED)

Vertical or Rectangular tanks: Selectdiameter and input the internal tank diameter or depth, andset its length to zero ( 0 ). Input 0 level and 0 volume for thefirst point, and max. level and max. volume for the last point.

SPECIAL Correction Points are automatically sorted from lowest toSPECIAL TANKS highest level. The lowest level is closest to the bottom of theSPECIAL 1 tank.SPECIAL 2

:SPECIAL 4

SPECIAL TANK N N refers to / represents a tank numberCOPY Press the M1 key.

COPY FROM SPECIAL TANK X TO N Select a special tank to copy data from, then pressSPECIAL 1 ENTER to proceed.SPECIAL 2

: Only Special TANKS selected from the TANKS –SPECIAL 4 DATA menu will appear here.

DIAMETER Press the M2 key.TANK DIAMETER N NUMERIC - Use the keypad.+96.00 0.0 to 500.0 BACKSPACE - Use the M4 key.

Input the special tank diameter.

LENGTH Press the M3 key.TANK LENGTH N NUMERIC - Use the keypad.+324.000 0.0 to 1999.0 BACKSPACE - Use the M4 key.

Input the special tank length.(Correction points can be addedbetween inaccurate level positions.)

CORR TABL Press the M4 key.CORRECTION TABLE N position (POS #) ...see NOTES in this section

ADD Press the M1 key. POS 1 is the lowest value tank.LEVEL +0.00000 Two values (LEVEL and VOLUME) are required.

(input level of strapping point)VOLUME +0.00000

(input volume at that level point)

DELETESELECT POSITION WITH UP/DN POS #LEVEL +0.00000 VOLUME +0.00000

(select point to delete and press ENTER )

EDITSELECT POSITION WITH UP/DN POS #LEVEL +0.00000 VOLUME +0.00000

(select position to edit, press ENTER,correct the mistake and press ENTER again)

DISPLAYCORRECTION TABLE N POS NLEVEL +0.00000 VOLUME +0.00000

(use UP/DOWN to scroll thru list)

NOTE

�


Worksheet 2-1 – Output Groups – Tanks 1 thru 4

Fill-in the work sheet below and compare assignments with other work-sheets touncover conflicts before programming output devices.


Tank 1 NONE

H LIM OG A

HH LIM OG B

L LIM OG C

LL LIM OG D

W LIM OG E

F

Tank 2 G

H LIM OG H

HH LIM OG I

L LIM OG J

LL LIM OG K

W LIM OG L

M

Tank 3 N

H LIM OG O

HH LIM OG P

L LIM OG Q

LL LIM OG R

W LIM OG S

T

Tank 4 U

H LIM OG V

HH LIM OG W

L LIM OG X

LL LIM OG Y

W LIM OG Z

AA

Example: Tank #1 BB

H LIM OG C (High Limit Activates Relay 1 [for programmed timeout] to external Tank Overfill Alarm Acknowledge, & Activates Solid Annunciator)

CC

HH LIM OG D (High High Limit Activates Relay 2 [for programmed timeout] to activate external Tank Overfill Alarm, & Activates Solid Annunciator)

DD

L LIM OG R EE

LL Limit OG S FF

W LIM OG S ALL

SYSFL OG A System Fail (software or hardware failures) Activate solid annunciator horn

Output Devices: Modulated Annunciator, Solid Annunciator, Relay 1, Relay 2 (record all OG Assignments in the vertical column)

— ❖ —

Probes Setup Page 3 - 1 3

3 Probes SETUP PROGRAMMING

Probes Menu



NOTE

�See the Installation Guide – Chapters 6 & 7for Probe Model & Serial numbers, Gradientvalues, Float types, and RTD Locations).

Only the NO. (of) TANKS programmed underthe system menu are shown here !

Remember:• Use UP or DOWN key to display more

menus or selections (MORE or UP/DNshown)

• Press CANCEL to cancel data entry• Use the ENTER key to accept data

Character input / editing:• Press M4 to backspace (delete) one

character to the left �• Use M2 to move the cursor right �• Press M1 to move the cursor left �

PROBE DATA (menu) N refers to / represents any probe #PROBE 1 Select probe numer to set program data.PROBE 2

:PROBE 4

PROBE DATA N PROBE N is shown typical for any probe #COPY

COPY FROM PROBE DATA X TO N (Select a probe to copy data from ...then pressPROBE 1 ENTER to proceed if you are sure)PROBE 2

:PROBE 4

— Continued Next Page —

See the Table of Contents to find topics inthis manual. See the Preface for generalinformation about this manual. And see theInstallation, Operator’s, TroubleShootingGuides, and Application Notes for otherreference material.

Contents:Probes MenuProbe Data MenuSpecial Probes MenuTABLE 4.1 Special Probe RTD

Positions


M1 M2 M3 M4


M1 M2 M3 M4

PROBESDATA SPECIAL (*)

M1 M2 M3 M4


Probe Model #

Probe Gradient #

Product in Tank (Float

type)

Number of Probe Floats

(1 or 2)

Tank 1

Tank 2

Tank 3

Tank 4

Tank 5

Tank 6

Tank 7

Tank 8

Probes – PROBE DATA Menu (CONTINUED... FROM PREVIOUS PAGE)

PROBE DATA N PROBE # N shown typical for any probe # 1 – # 4TYPE (Select a standard [ STD ] or special probe type)

PROBE TYPE FOR PROBE N UP/DOWN � � to choose, ENTER to acceptSTD 101STD 113 (N = 1 thru 4 the exact number will equal the number of tanksSTD 125 set in the SYSTEM menu)STD 131STD 137STD 149 Select SPEC PROBE N (special probe) if it is not aSPEC PROBE 1 standard TSP-LL2 model / type of probe displayedSPEC PROBE 2 in this menu...see SPECIAL menu.

:SPEC PROBE 4STD 29STD 41STD 53STD 69STD 77STD 81STD 89

GRADIENTGRADIENT FOR PROBE N+9.03000 8 to 9.90000 (enter probe gradient as indicated on Probe Label)

See Installation Guide or Probe label for thisdata. Also see Chapter 2 of this manual for:Probe # — Tank # assignments

NO. FLOATSNUMBER OF FLOATS FOR PROBE UP/DOWN � � to choose, ENTER to accept2 FLOATS1 FLOAT

FLT TYPEFLOAT TYPE FOR PROBE N UP/DOWN � � to choose, ENTER to acceptGASOLINEOIL

Probes – SPECIAL (*) Menu(*) The SPECIAL menu appears when at least one

SPECIAL SPECIAL PROBE was selected from theSPECIAL PROBES PROBES – DATA – TYPE menu (above).SPECIAL 1SPECIAL 2 This manual shows all possible choices BUT only

: the selected SPECIAL PROBES N are displayed.SPECIAL 4 N = Special Probe # 1 thru # 4 and may or may notSPECIAL PROBE N agree with the actual Tank number or Probe input

COPY channel number.COPY FROM SPECIAL PROBE X TO N (Select a probe to copy data from, then press

PROBE 1 ENTER to proceed)PROBE 2

:PROBE 4

NOTE

�

Probes Setup Page 3 - 3 3

Probes – SPECIAL (*) Menu (CONTINUED... FROM PREVIOUS PAGE)

LENGTHSENSOR LENGTH N53 0 TO 999 (input and ENTER probe shaft [sensor] length)

RTD POS (RTD Temperature sensor positions are printed onRTD POSITION TABLE N the probe label at the probe head or cable)

ADD RTD temperature positions (all up to 6 RTDs)RTD POSITION TABLE N POS 1 input accurate RTD positions (in any order)+00.0000 (input all up to 6 RTD positions, press ENTER to

store data into the setup confifuration memory)

DELETESELECT POSITION WITH UP/DN POS X (X = 1 – 6 )+NN.NNNN or TABLE IS EMPTY(Delete a RTD table position POS X)

EDITSELECT POSITION WITH UP/DN POS X (X = 1 – 6 )+NN.NNNN or TABLE IS EMPTY(edit RTD position at POS X)

DISPLAYRTD POSITION TABLE N POS X (POS 1 is shown first)+NN.NNNN or TABLE IS EMPTY

Steps:1.) Accurately fill-in TABLE 4.1

(ref. Install. Guide / Probe head / cable)2.) Add RTD position accurately3.) Repeat step 2 until all positions are added4.) Display / check RTD table N positions5.) Edit / delete positions as required6.) Repeat step 5 to confirm accuracy

TABLE 4.1 SPECIAL PROBE RTD POSITIONS

RTD POSITION TABLE N POS 362.3





RTD: Probe 1 Probe 2 Probe 3 Probe 4 Probe 5 Probe 6 Probe 7 Probe 8

# 6

# 5

# 4

# 3

# 2

# 1

Products Setup Page 4 - 1 4

4 Products SETUP PROGRAMMING

Products Menu Use this menu to specify the product contained ineach tank. See Appendix B for API Gravityinformation – required for Special Productsprogramming. Only the NO. (of) TANKS setunder the system menu are shown !

Remember:• Use � UP / DOWN � keys to display more

menus (MORE shown) or selections (UP/DNshown)

• Press CANCEL to cancel data entry• Use the ENTER key to accept data

Character input / editing:• Press menu keys (M1 to M4) to access

menus.• Press M4 to backspace (delete) one

character to the left �• Use M2 to move the cursor right �• Press M1 to move the cursor left �

N refers to / represents a tank number

PRODUCT DATA (menu) Select product to set program data forPRODUCT 1 (product in tank 1 ...thru tank 4)PRODUCT 2 ** Manifold Tanks will share a Product name,

: which will cause a gap to appear in product#s. PRODUCT 4

PRODUCT DATA 1COPY PRODUCT 1 shown typical for PRODUCT N

COPY FROM PRODUCT DATA X TO N (Select a PRODUCT to copy data from ...then pressPRODUCT 1 ENTER to proceed)PRODUCT 2

:PRODUCT 4

H U MENU � Press this key and the highlighted 7 sequence shown below

NOTE

�

Press DOWN


Contents:Products MenuProduct Data MenuSpecial Product Menu

NOTE

�


M1 M2 M3 M4


SETUP MENU (MORE)PRODUCTS MANIFOLDS* REPORTS LK TSTS

M1 M2 M3 M4

PRODUCTSDATA SPECIAL (*)

M1 M2 M3 M4

4 Page 4- 2 TS-750 Tank Sentinel Setup Programming Guide

Product Data Menu (CONTINUED... FROM PREVIOUS PAGE)

NAME rename product if necessaryPRODUCT NAME N (ie. 87 Octane/Cetane)PROD N 9 characters (optional input a new name of the PRODUCT in

Tank N)TYPE

PRODUCT TYPE N (Select a standard / special product type in tank N)UNLEADED REG UP/DOWN � � to choose, ENTER to acceptUNLEADED PLSUNLEADED XTR (N = tank Number the exact number will equal the number ofUNLEADED SUP tanks set in the SYSTEM menu)DIESELKEROSENE#2 FUEL OILSPECIAL 1 Select a special product (SPECIAL N) when theSPECIAL 2 product in the tank does not match choices here.

: See SPECIAL PRODUCTS menu for programming.SPECIAL 4LEADED REG

SPECIAL (*) PRODUCTS Menu

• Program SPECIAL PRODUCTS when this menuappears (The SPECIAL PRODUCTS menu *appears only after a SPECIAL product TYPE isselected from the Product Data Menu).

• To access this menu, go back to the parent

PRODUCT menu, and choose SPECIAL.SPECIAL PRODUCTS

SPECIAL 1 UP/DOWN � � to choose, ENTER to acceptSPECIAL 2

: (N = 1 – 4 the exact number equals the number of tanksSPECIAL 4 set in the SYSTEM menu)

SPECIAL PRODUCT NCOPY

COPY FROM SPECIAL PRODUCT X TO NSPECIAL 1 (Select a product to copy data from ...then pressSPECIAL 2 ENTER to proceed if you are sure)

:SPECIAL 4

TMP CTYPETEMPERATURE COMPENSATION TYPE NAPI 6B/54B (Select One)API 6C/54C UP/DOWN � � to choose, ENTER to acceptAPI 6A/54A

API GRAVAPI GRAVITY N+63.5000 0.0 to 100.0 (Enter API gravity)

NOTE

�

NOTES

�

Products Setup Page 4 - 3 4

Special Products Menu (CONTINUED... FROM PREVIOUS PAGE)

API ALPHAAPI ALPHA N+600.000 270 to 930.0 (Enter API alpha)

:The following menu items appear only withthe optional: SCALD (Statistical Continu-ous Automatic Leak Detection) tank leaktesting program – WHEN – a special prod-uct type is selected, otherwise disregardthe items below.

VAPOR AVAPOR A N+12.1010 5.0 to 20.0 (Enter Vapor A in degrees Rankine)

VAPOR BVAPOR B N+8907.00 2000.0 to 15000.0 (Enter Vapor B in degrees Rankine)

MOLE WGHTMOLE WEIGHT N+130.000 50.0 to 200.0 (Enter mole weight in degrees Rankine)

NOTE

�

Manifolds Setup Page 5 - 1 5

5 Manifolds SETUP PROGRAMMING

Manifolds Menu NOTE

�

� Press the DOWN key


Contents:Manifolds MenuManifold Data MenuManifold Alarms Menu Worksheet 6-1 – Manifolds

1 thru 2


M1 M2 M3 M4


SETUP MENU (MORE)PRODUCTSMANIFOLDS* REPORTS LK TSTS

M1 M2 M3 M4

MANIFOLDSDATA ALARMS

M1 M2 M3 M4



* This menu appears only after a MANI-FOLD has been selected from the TANK –DATA – MANIFOLD menu.

Manifolds are used to physically connecttanks together and to expand the totalcapacity by the sum of all tanks connected(see next page).

Tanks that are physically manifolded must:1) have identical product (programmed here

for manifold tanks)2) use the same manifold number ( 1 or 2 )

...ref. Chapter 2 (TANKS – DATA – TANKN – MANIFOLD menu).

Manifold numbers must not be reused toconnect different (other) tanks & products.

Example: Tanks 1 & 2 contain 87 Octanegasoline and are physically manifold togetherand each are programed to use Manifold #1.Tanks 3 & 4 store 93 Octane gas and aremanifold together with Manifold #2. All tanksthat are physically manifold together mustuse the same (logical) manifold number.

MANIFOLD DATA (menu)

Select to configure Manifold settingsMAN 1

:MAN 2

MANIFOLD DATA N N = manifold number (1 or 2)COPY

COPY FROM MANIFOLD DATA X TO N UP/DOWN � � to select a manifold to copy dataMAN 1 from and press ENTER if sure you want to proceed.

:MAN 2


Manifolds Data Menu (CONTINUED... FROM PREVIOUS PAGE)

NAME N = manifold numberMANIFOLD NAME NMAN N 9 characters (Input a name for the Manifold and press ENTER )

PRODUCTPRODUCT FOR MANIFOLD N UP/DOWN � � to select a productPRODUCT # 1

:PRODUCT # 4 ( If tanks are set to manifold, then the

section of the tank menu disappears )

DEL THRESDELIVERY THRESHOLD N+200.000 1 to 99999.0 (input value in volume units... per total capacity)

Manifolds ALARMS Menu

Use this menu to input the ManifoldProduct Volume Limits (optional).

ALARMS to access ALARMS, go back to the parentMANIFOLD ALARMS MANIFOLD menu and then choose ALARMS (

press M2 )MAN 1

:MAN 2

COPYCOPY MANIFOLD ALARMS X TO NMAN 1 UP/DOWN � � to select a manifold to copy

: alarm set-points from and press ENTER if sureMAN 2

LOW LIMLOW PRODUCT VOLUME LIMIT N+0 0 to 50000.0 (enter alarm limit)

L LIM OG ...Output Group NLOW PRODUCT LIMIT OUTPUT GROUP NNONE (A to FF, or ALL) assign alarm to Output Group N (NONE = no)...

see WORKSHEET #6-1LOW LOW

LOW LOW PRODUCT VOLUME LIMIT N+0.0000 + 0 to 50000 (enter alarm limit)

LL LIM OG ...Output Group NLOW LOW PRODUCT LIMIT OUTPUT GRONONE (A to FF, or ALL) assign alarm to Output Group N (NONE = no)...

see WORKSHEET #6-1

Reports Setup Page 6 - 1 6

TABLE 7.2 24 Hour TimeInput Format

HH:MM:SS00:00:00 = midnight

22:00:00 = 10 pm + 12 ( hours )( add 12 hours to pm times starting at

1 pm to 11:59 pm )02:05:00 = 2:05 am

6 Reports SETUP PROGRAMMING

Reports Menu



NOTES

�

REPORT SCHEDULE (MORE)TANK INV TANK SUM PROD INV PROD SUM


REPORT SCHEDULE (MORE)INV REC PROD USE USE SUMRY DEL DETAI

� Push the DOWN key to show more menus:

REPORT SCHEDULE (MORE)DEL SUMRY DELIV HST ACT ALRM CLR ALRM

REPORT SCHEDULE (MORE)ALARM HST SCALD* SENS STAT* VAPOR*

TABLE 7.1 Typical Report ScheduleNONE (no schedule)SHIFT 1ST DAYDAILY :MONDAY 30TH DAY

: LAST DAYSUNDAY (February does not have 30 days)

See the Table of Contents to find topics inthis manual. See the Preface for generalinformation about this manual. And seethe Installation, Operator’s,TroubleShooting Guides, and ApplicationNotes for other reference material.

Contents:– Tank – Product – Delivery– Alarm – SCALD – Sensor– Regulatory


M1 M2 M3 M4


SETUP MENU (MORE)PRODUCTS MANIFOLDS* REPORTS LK TSTS

M1 M2 M3 M4

REPORT SCHEDULEREGULTORY

M1 M2 M3 M4

Use this menu to program reports to printautomatically on a schedule. See Chapters 1,8, 9, and 10 about Tank Test Reports &Scheduling.

See TABLE 7.1 – The SHIFT selection allows 2or 3 scheduled reports to print per day ...onlyone report will print if two report-times areduplicated / identical.

The asterisk’d (*) menus are hardware orsoftware dependant and may/may not appear.

Push UP/DOWN keys � � to show moremenus or menu selections.

Push ENTER to accept a selection or input avalue into the setup configuration memory.

� Push a menu key to access a menudirectly above it.


Reports Schedule Menu

Tank Inventory Detail Report:

TANK INVTANK INVENTORY DETAIL

SCHEDULE UP/DN � � to show choices, ENTER to selectNONE (select schedule – see TABLE 7.1 on Page 7 – 1)

TIME 100.00.00 to 23.59.59 (input time – see TABLE 7.2 on Page 7–1)

TIME 200.00.00 to 23.59.59 (input shift # 2 time... N/A if not SHIFT)


PRINTERYES or NO (yes requires optional console printer)

Tank Inventory Summary Report:

TANK SUMTANK INVENTORY SUMMARY






Product Inventory Detail Report:

PROD INVPRODUCT INVENTORY DETAIL







Product Inventory Summary Report:

PROD SUMPRODUCT INVENTORY SUMMARY






Product Inventory Reconciliation Report:

INV RECINVENTORY RECONCILIATION






Product Usage Detail Report:

PROD USEPRODUCT USAGE DETAIL







Reports Schedule Menu (CONTINUED... FROM PREVIOUS PAGE)

Product Usage Summary Report:

USE SUMRYPRODUCT USAGE SUMMARY






Delivery Detail Report:

DEL DETAI DELIVERY DETAIL






Delivery Summary Report:

DEL SUMRYDELIVERY SUMMARY







Delivery History Report:

DELIV HSTDELIVERY HISTORY






Active Alarm Report:

ACT ALRMACTIVE ALARM






Cleared Alarm Report:

CLR ALRMCLEARED ALARM







Reports Schedule Menu (CONTINUED... FROM PREVIOUS PAGE)

Alarm History Report:

ALARM HSTALARM HISTORY






SCALD Leak Test: Report

SCALD * Only with SCALD Tank Leak Test pro-gram

SCALD TESTSCHEDULE UP/DN � � to show choices, ENTER to select

NONE (select schedule – see TABLE 7.1 on Page 7 – 1)TIME 1

00.00.00 to 23.59.59 (input time – see TABLE 7.2 on Page 7–1)TIME 2

00.00.00 to 23.59.59 (input shift # 2 time... N/A if not SHIFT)TIME 3

00.00.00 to 23.59.59 (input shift # 3 time... N/A if not SHIFT)PRINTER

YES or NO (yes requires optional console printer)

Sensor Status Report

SENS STATSENSOR STATUS * Only if No. of Sensors > Ø







Vapor Sensor:

VAPOR * Only with TSP-DVS Vapor Sensor(s)VAPOR SENSOR






Regulatory Report:

REGULTORYREGULATORY






— ❖ —

(Static) Tank Leak Test Setup Page 7 - 1 7


7 Tank Leak Test SETUPPROGRAMMING

Leak Test Menu (Static Tank)




Contents:Tank Leak Test Menu

(Standard Static Test)Output Group Assignments

Worksheet 8-1

Only the number of tanks that wereprogrammed under the SYSTEM menu will bedisplayed here (Ø = No tank-related menus).

Static tank leak tests require 2 to 8 hours ofuninterrupted quiet-time to finish with nodispensing or deliveries during the test.

Wait at least 2 hours after a dispense and 6hours after a delivery for valid test results.The occurrence of any of these events willcause the test to produce failed, orindeterminate test results.

Before programming see State and LocalRegulations about leak testing (frequency,minimum volume / capacity, and leak testprecision) and reporting requirements andadhere to these requirements.

* Appears only if alarm on = yes (seefollowing page).

LEAK TESTS (MORE)ALARM ON TST FL OG*

M1 M2 M3 M4

LEAK TESTS (MORE)CONFIDENCE PRECISION MIN LK TM SCHEDULE

M1 M2 M3 M4

SETUP MENU (MORE)PRODUCTS MANIFOLDS* REPORTS LK TESTS

M1 M2 M3 M4



M1 M2 M3 M4


Tank Leak Test Menu

N = Tanks 1 – 4 (only the number of tanksCONFIDENC programmed in the System menu will appear)

LEAK TEST CONFIDENCE99.0% UP/DN � � to show choices, ENTER to select test90.0% confidence95.0%97.5%

PRECISIONLEAK TEST PRECISIONTANK 1TANK 2

:TANK 4

LEAK TEST PRECISION+0.20000 0.05 to 2.0

(input static – tank leak test precision)MIN LK TM

MINIMUM LEAK TEST TIME

2 2 to 8.0 hours (input minimum leak test time per local regulations)

SCHEDULE Setup automatic leak test schedules for all tanksLEAK TEST SCHEDULETANK 1 Use a menu key to select a tankTANK 2 TANK 2

:TANK 4

LEAK TEST SCHEDULE FOR TANK N Setup leak test schedules for all tanksCOPY

COPY FROM LEAK SCHEDULE X TO N (Copies both schedule and time from, thenTANK 1 press ENTER to proceed)TANK 2

:TANK 4

SCHEDULELEAK TEST SCHEDULE FOR TANK N UP/DN � � to show choices (see TABLE 8.1)

NONE and press ENTER to select

TIME Start time for Tank N (can be the same for all)00:00:00 (input time in 24 hour format – see TABLE 8.2)

Monthly Compliance

Yearly Test

Static Leak Test: 0.2 gph 0.1 gph

Precision Tank # 1

Precision Tank # 2

Precision Tank # 3

Precision Tank # 4

Threshold = 1/2 of Leak Test value

(Static) Tank Leak Test Setup Page 7 - 3 7

ALARM ONALARM ON TEST FAIL

NO UP/DN � � to show choices, ENTER to selectYES YES = generate an alarm if a tank leak test fails

TST FL OG * This menu appears only when YES was selectedTEST FAIL OUTPUT GRP under the ALARM ON TEST FAIL menuTANK 1

:TANK 4

LEAK TEST FAIL OUTPUT GROUP NNONE (A to FF, or ALL) assign alarm to Output Group N (NONE = no)...

see WORKSHEET # 8-1.

— Your Notes —


TABLE 8.2 24 Hour TimeInput Format


22:00:00 = 10 pm + 12 ( hours )( add 12 hours to pm times starting at

1 pm to 11:59 pm )02:05:00 = 2:05 am

TABLE 8.1 TYPICAL TESTSCHEDULE

NONE ( no schedule )DAILY 1ST DAYMONDAY :

: 30TH DAYSUNDAY LAST DAY


Worksheet # 8-1 – Output Groups – Tank Leak Tests

for Static & SCALD Tank Leak Tests Fill-in the worksheet below. Compareassignments with other worksheets to uncover conflicts before programming outputdevices.

See theChapteron SCALDtank leaktesting...

Annunciatorsor externalrelay outputin thisexampleflag the testfail alarm


Tank Leak Test: NONE

TST FL OG Tank 1 A

TST FL OG Tank 2 B

TST FL OG Tank 3 C

TST FL OG Tank 4 D

TST FL OG Tank 5 E

TST FL OG Tank 6 F

TST FL OG Tank 7 G

TST FL OG Tank 8 H

I

J

SCALD Test: K

TST FL OG Tank 1 L

TST FL OG Tank 2 M

TST FL OG Tank 3 N

TST FL OG Tank 4 O

TST FL OG Tank 5 P

TST FL OG Tank 6 Q

TST FL OG Tank 7 R

TST FL OG Tank 8 S

T

U

V

W

X

Y

Z

Example: AA

Tank Leak Test: BB

TST FL OG 1 G Activates Modulated Annunciator & Relay 2 (turns on external tank leak light) CC

DD

EE

SCALD Test: FF

TST FL OG 3 G Activates Modulated Annunciator & Relay 2 (turns on external tank leak light) ALL

Output Devices: Modulated Annunciator, Solid Annunciator, Relay 1, Relay 2, I/O Output Module Channel # 1 to # __ (record all OG Assignments in the vertical column)

SCALD Tank Leak Test Setup Page 8 - 1 8

8 SCALD® Tank Leak TestSETUP PROGRAMMING

SCALD Tank Leak Test Menu



SETUP MENU (MORE)PRODUCTSMANIFOLDS* REPORTS LK TESTS

� Press DOWN

SCALD TESTS (MORE)ENABLE VAPOR REC ALARM ON TST FL OG*

M1 M2 M3 M4

� Press DOWN

NOTES

�


Contents:SCALD Tank Leak Test MenuOutput Group Assignments

see Worksheet 8-1

Disregard this Chapter if the SCLD TESTmenu does not appear (the position of thismenu can also be displaced by other menus).

SCALD ® is an acronym for INCON’soptional Statistical Continuous AutomaticLeak Detection program. It runs volumetricleak tests during the quiet-times betweendispenses. It is suited for 24 hour dispensesites that are too busy to run static leaktests.

The system is pre-configured with defaultsetup that will give you the best results formost situations and should be left alone. Theexceptions to this are: ENABLE VaporRecovery when a Stage II Vapor Recovery isused at the site and, when a SCALD leaktest failure alarm is needed, program ALARMON and TST FL OG (test fail output group)menus.

Push the UP/DOWN keys � � to show moremenus or menu selections.

Press menu keys (M1 to M4) to accessmenus.

Push ENTER to accept a selection or input avalue into the setup configuration memory.

* TST FL OG appears only if YES has beenprogrammed for ALARM ON (see next page).

Only the number of tanks that wereprogrammed under the SYSTEM menu willbe displayed here (Ø = No tank-relatedmenus).


M1 M2 M3 M4



M1 M2 M3 M4

SCALD TESTS (MORE)CONFIDENCE PRECISION EXTENT QUALIFY

M1 M2 M3 M4


SCALD (tank leak) Test Menu

N = Tanks 1 – 4 (only the NO. of TANKSCONFIDNCE programmed in the System menu will appear)

SCALD CONFIDENCE UP/DN � � to show choices, ENTER to select99.0% Keep the default 99.0% value90.0%95.0%97.5%

PRECISIONSCALD TEST PRECISION+0.2 Keep the default 0.2 gph monthly test value

EXTENTSCALD EXTENT

18 Keep the default value (18 )

QUALIFYSCALD VOLUME QUALIFY

+0 0.0 to 99.0% Reference Local codes (and/or State /Province / Federal codes) for the minimumpercentage of tank-volume-capacity before aleak test results can, or will, be consideredacceptable. Input the minimum-acceptablevolume based on these regulations.

ENABLESCALD ENABLE Keep the default – all tanks selectedTANK 1TANK 2

:TANK 4

SCALD ENABLE UP/DN � � to show choices, ENTER to selectENABLED

DISABLED

VAPOR RECOVERYSCALD VAPOR RECOVERY

DISABLED UP/DN � � to show choices, ENTER to selectENABLED (Enable for vapor recovery systems)

ALARM ONALARM ON SCALD FAILNO UP/DN � � to show choices, ENTER to selectYES YES = generate an alarm if a SCALD test fails

TST FL OG (* This menu appears only when ALARM ONSCALD FAIL OUTPUT GROUP SCALD FAIL – YES was chosen above)

TANK 1TANK 2

:TANK 4

SCALD TEST FAIL OUTPUT GROUP N assign alarm to Output Group N (NONE = no)NONE (A to FF, or ALL) see WORKSHEET # 8-1 ( in Chapter 8 ).

— ❖ —

Monthly Compliance

Yearly Test

SCALD Leak Test: 0.2 gph 0.1 gph

Precision:

Threshold = 1/2 of Leak Test value

Clock / Calendar Setup Page 9 - 1 9

9 Clock / CalendarSETUP PROGRAMMING

Clock / Calendar Menu



� Press DOWN key a few times or until theCLK/CAL menu is displayed

NOTE

�


Contents:Clock Calandar MenuTABLE 11.1 24 Hour Time

Input Format

The Clock and Calendar menu must be set —DO NOT skip this menu. Program the Dateand Time accurately.

• Push UP/DOWN keys � � to show moremenus or menu selections.

• Use menu keys (M1 to M4) to accessmenus.

• Press ENTER to accept a selection or input avalue into the setup configuration memory.





• Press M4 to backspace (delete) one charac-ter to the left �

• Program all four of these settings.

• Program both of these settings.



M1 M2 M3 M4



M1 M2 M3 M4

CLOCK/CALENDAR (MORE)DAY SAV TM STYLE DT STYLE SET TIME

M1 M2 M3 M4

CLOCK/CALENDAR (MORE)SET DATE SET DAY

M1 M2 M3 M4


Clock / Calendar Menu

CLOCK/CALENDARDAY SAV

DAYLITE SAVINGS UP/DN � � to show choices, ENTER to selectENABLED Enable = allows daylight savings time changesDISABLED Disable = does not

TM STYLE Select the time style for run mode display, reportsTIME STYLE and faxes

12 HOUR UP/DN � � to show choices, ENTER to select24 HOUR (24 hour = am times, and pm times + 12 hours)

DT STYLE Select the date style for run mode display, reportsDATE STYLE and faxes

MM/DD/YY UP/DN � � to show choices, ENTER to selectDD/MM/YYYY/MM/DD (YY = Year, MM = Month, DD = Day)

SET TIME Input current time in 24 hour formatSET SYSTEM TIME 2 digits are required – use leading zeros before

HH:MM:SS single digits, for example input 05 not 5)

SET DATESET SYSTEM DATE Input current DATE

YYYY:MM:DD (YYYY = year, MM = Month, DD = Day)... 2 digitsare required for month and day – use leading zerosbefore single digits, for example input 04 not 4)

SET DAYSET SYSTEM DAY OF WEEK Select the current day of the week

SUNDAY UP/DN � � to show choices, ENTER to selectMONDAYTUESDAYWEDNESDAYTHURSDAYFRIDAYSATURDAY

— ❖ —

TABLE 11.1 24 Hour Time Input Format


22:00:00 = 10 pm + 12 ( hours )( add 12 hours to pm times starting at 1 pm to 11:59 pm )

02:05:00 = 2:05 am

Annunciator Setup Page 10 - 1 10

10 AnnunciatorSETUP PROGRAMMING

Annunciator Menu (Console Alarm Horn)



� Press DOWN key twice ( 2 X )


!!NOTE

�

NOTE

�


Contents:Annunciator MenuAnnunciator TimeoutModulated & Solid Annunciator

Output Groups and AlarmAssignments

The annunciator menu must be set (DO NOTskip this menu). The annunciator is an Outputdevice that produces an audible alarm to alertattendants of a problem (flashing warning oralarm lights on the console also provide visualindications).

Two sounds can be produced: a modulated(beeping) or a continuous solid tone. Any alarmGroup can be programmed to sound theannunciator horn(s).

See Worksheets for applicable OutputGroup assignments. Use the Table ofContents (TOC) to locate Worksheets.

Remember:• Push UP/DOWN keys � � to show more

menus or menu selections.


• Press ENTER to accept a selection or inputa value into the setup configuration memory.


Annunciator Timeout

Input a considerate alarm timeoutvalue (i.e. 10 seconds) – especially ifan acknowledge password isrequired before an alarm can besilenced. Also see the Relays SetupChapter and input relay timeouts ifexternal alarm annunciators are used.

MODULATED ANNUNCIATORTIMEOUT

MODULATED ANNUNCIATOR TIMEOUT0 0 to 3600 (Input an automatic timeout / turn-off value in

seconds... Ø = no timeout, the attendant must press ACK tosilence alarms, 3600 = 60 minutes or 1 hour timeout )



M1 M2 M3 M4

ANNUNCIATORSMODULATED SOLID TEST

M1 M2 M3 M4


M1 M2 M3 M4


Annunciators Menu (CONTINUED... FROM PREVIOUS PAGE)

Modulated Annunciator Output Group (alarm assignment)MODULATED

MODULATED ANNUNCIATOR – Continued – Select / assign output group(s) to activateOUT GRPS the modulated annunciator on alarm

MODULATED ANNUNCIATOR OUTPUT GROUPs GROUP– – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – A1 32A B C D E F G H I J K L M N O P Q R S T U V W X Y Z AA BB CC DD EE FF

Fill–in Modulated Annunciator Output – Group Assignments Below:A B C D E F G H I J K L M N O P Q R S T U V W X Y Z A A B B C C D D E E F F

SOLID Go back to ANNUNCIATORS menu and push theSOLID ANNUNCIATOR M2 menu key (under SOLID) to access this menu

TIMEOUT0 0 to 3600 (Input an automatic timeout / turn-off value in

seconds... 0 = no timeout, the attendant mustpress ACK to silence alarms, 3600 = 60 minutes or1 hour timeout )... see note on first page ofthis chapter.

Solid Annunciator Output Group (alarm assignment)Select / assign output group(s) to activate

OUT GRPS the solid tone annunciator on alarmSOLID ANNUNCIATOR OUTPUT GROUPS GROUP– – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – A1 32A B C D E F G H I J K L M N O P Q R S T U V W X Y Z AA BB CC DD EE FF

Fill– in Solid Annunciator Output – Group Assignments Below:A B C D E F G H I J K L M N O P Q R S T U V W X Y Z A A B B C C D D E E F F

NOTE

�


Example Output Device — OUTPUT GROUP Assignment (shown filled-in)


Y Y Y Y Y

OUTPUT GROUP GROUPY – – Y Y Y – – – – – – – – – – – – – – – – – Y – – – – – – – – X1 32A B C D E F G H I J K L M N O P Q R S T U V W X Y Z AA BB CC DD EE FF


Annunciator Setup Page 10 - 3 10

NOTE

�INCON Recommends that you program oneof the annunciators to react to system failwarnings and any leak detection sensors andleak test fail alarms.

Annunciator Testing

TEST • Test the Modulated ALARM HORN ANNUNCIATOR

HIT ANY KEY TO QUITGo back to the ANNUNCIATORS menu andpush the M3 menu key (under TEST) toactivate the horn. The horn will stop whenthe modulated annunciator timeout value isreached – or – when any other key ispressed.

• Test the Solid ALARM HORN ANNUNCIATOR

The solid alalrm horn annunciator can betested from the front panel by exiting Setupand pressing the ALARM TEST key. Thehorn will turn off when the solid annunciatortimeout value is reached – or – when anyother key is pressed.

Relays Setup Page 11 - 1 11

11 RelaysSETUP PROGRAMMING

Relay Menu



� Press DOWN key twice ( 2 X )


!

NOTE

�

– EITHERturn offwith alarmOR

turn onwith alarm

RELAY 1OUTPUT GROUP

RELAY OUTPUT DEVICES LOADSNC 1C 1NO 1

NC 2C 2NO 2

RELAY 2OUTPUT GROUP


Contents:Relay MenuRelay TimeoutRelay 1 & 2 Output Groups

Alarm Assignments

The relay menu provides the means to controlexternal devices, such as a Remote Alarm unitthat alerts attendants of a problem (alarm orlimit). Two available output relays can be usedfor this purpose.

The loads will turn on / off in response to alarmsthat are assigned to output groups (dependingon how they are wired)... see the diagram above.

See Worksheets for applicable OutputGroup assignments. Use the Table ofContents (TOC) to locate Worksheets.

Remember:• Push UP/DOWN keys � � to show more

menus or menu selections.


• Press ENTER to accept a selection or input avalue into the setup configuration memory.


Relay Timeout Note #A

Input a considerate automatic relaytimeout value – especially when therelay controls an external alarmdevice.

RELAY 1TIMEOUT

RELAY TIMEOUT 115 0 to 3600 (Input an automatic relay timeout / turn-off value in

seconds... 0 = no timeout, the attendant must press ACK toturn relay off, 3600 = 60 minutes or 1 hour timeout )



M1 M2 M3 M4

!

RELAYSRELAY 1 RELAY 2

M1 M2 M3 M4


M1 M2 M3 M4


Relay Menu (CONTINUED... FROM PREVIOUS PAGE)

Relay 1 Output Group (alarm assignment)RELAY 1 – Continued – Select / assign output group(s) to activate

OUT GRPS RELAY 1 on alarm / limitRELAY OUTPUT GROUPS 1 GROUP– – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – A1 32A B C D E F G H I J K L M N O P Q R S T U V W X Y Z AA BB CC DD EE FF

Fill–in RELAY 1 Output – Group Assignments Below:A B C D E F G H I J K L M N O P Q R S T U V W X Y Z A A B B C C D D E E F F

TEST Relay 1TEST Turns RELAY on and off... listen for clicking sound

HIT ANY KEY TO QUIT or wait for the timeout to turn the relay offif the timeout value is greater than Ø.

Relay Timeout Note #B

When using a relay output in combination with a TS-RK ( Remote alarm Acknowledgeunit) and a TS-RA1 or TS-RA2 (Remote Alarm unit) to monitor overfill of multiple tanks,you must set a reasonable relay timeout value. Do this so the relay will react tooverfill alarms from each tank without the need for someone to press the ACK SHIFTkey after each overfill.

NOTE

�


Example Output Device — OUTPUT GROUP Assignment (shown filled-in)


Y Y Y Y Y

OUTPUT GROUP GROUPY – – Y Y Y – – – – – – – – – – – – – – – – – Y – – – – – – – – X1 32A B C D E F G H I J K L M N O P Q R S T U V W X Y Z AA BB CC DD EE FF


!!

Relays Setup Page 11 - 3 11

RELAY 2 Go back to RELAYS menu and push M2under

TIMEOUT RELAY 2 to access this menu.RELAY TIMEOUT 2

15 0 to 3600 (Input an automatic relay timeout / turn-off value inseconds... 0 = no timeout, the attendant must press ACK to

turn relay off, 3600 = 60 minutes or 1 hour timeout )... Inputa considerate automatic relay timeoutvalue – especially when the relay controlsan external alarm device.

Relay 2 Output Group (alarm assignment)Select / assign output group(s) to activate

OUT GRPS RELAY 1 on alarm / limitRELAY OUTPUT GROUPS 1 GROUP– – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – A1 32A B C D E F G H I J K L M N O P Q R S T U V W X Y Z AA BB CC DD EE FF

Fill– in RELAY 2 Output – Group Assignments Below:A B C D E F G H I J K L M N O P Q R S T U V W X Y Z A A B B C C D D E E F F

TEST Relay 2TEST Turns RELAY on and off... listen for clicking soundHIT ANY KEY TO QUIT or wait for the timeout to turn the relay off

if the timeout value is greater than Ø.

Leak Detection Sensors Page 12 - 1 12

12 Sensors (Leak Detection)SETUP PROGRAMMING

Sensors Menu

H U Press this keyMENU � and the highlighted

7 sequence shownbelow

SELECT MENU OPTIONSETUP UPGRADE LANGUAGE DATALOG

M1 M2 M3 M4

� Press DOWN key two or three times


SENSORS (MORE)AUTO CFG SENSOR 1 SENSOR 2 SENSOR 3

M1 M2 M3 M4

SETUP MENU (MORE)SENSORS AUX INPUT COM PORTS

M1 M2 M3 M4

NOTE

�

SENSOR ALARMS ACTIVE 1-1-1998 WATER T1 DIS 3 11:35:02PM

ALARM REPORT

1/1/1998 11:35 PMWATER PRESENTT1 DIS 3SENSOR NO. 3

Contents:Sensors MenuNaming SensorsStandard Sensors (ID)BriteSensor (ID)Output Groups AssignmentsWorksheets 15-1


Internally, the TS-750 has 8 IS (intrinsicallysafe) leak detection sensor input channels.

This menu will appear only when the No.of Sensors is greater than zero (asdefined in the system setup menu). Theinstaller must document the type, thelocation, and the input sensor channel ofeach leak-detection sensor.

Sensor alarms can be setup to print, or sendalarm reports, and to energize output groupsthat can programmed to activate annunciatorwarning horns, indicator lights, relays, orvarious other external devices.

Fill-in the Worksheets that are provided in thischapter with Output Group assignments foreach sensor. Use the Table of Contents (TOC)to locate and compare with other Output GroupWorksheets.

Naming Sensors

Sensors can be renamed to help identify thelocation and type on Reports and Displayed

Alarms.For example: a TSP-DIS sensoris installed at Tank 1, to sensorchannel 3. It was renamed from- SENSOR 3 to - T1 DIS 3.Sensors Menu


(CONTINUED... FROM PREVIOUS PAGE)

SENSORSAUTO CFG Automatically type ID (identify) the sensors

PLEASE WAIT WHILE AUTOCONFIG PROGRESS takes 3 or 4 minutes to finish

SENSOR 1 UP/DN � � to show choices menu key to selectSENSOR 2

:SENSOR 8

NAMESENSOR NAME N N = SENSOR channel NumberSENSOR N 9 characters (input / change sensor name... optional )

TYPESTD UP/DN � � to show choices ENTER to select(or TSP-DIS, TSP-DDS, TSP-DTS, see leak detection sensors on next page

TSP-HIS, TSP-MWS, TSP-DVS) (ENTER to view... do not change any sensor typeuse AUTO CFG instead)

Depending on which sensors are installed will determine which of the following alarm OGchoices will appear. Output groups can be assigned to activate annunciators, or control relays/ devices on alarm. OG (Output Groups) are sensor and channel dependant. Document theSensor and Output Group Assignments on the Worksheets provided on the following pages.

STD OG (Only for standard sensors) N = SENSOR channel Number (Typical)STANDARD OUTPUT GROUP NNONE (A to FF or ALL) assign alarm to Output Group N

PROD OG (with TSP –DIS, DDS, DTS or MWS sensors)PRODUCT OUTPUT GROUP NNONE (A to FF or ALL) assign alarm to Output Group N

WATER OG (with TSP–DIS, DDS, DVS or DTS sensors)WATER OUTPUT GROUP NNONE (A to FF or ALL) assign alarm to Output Group N

SMP FL OG (with TSP–DDS or DTS sensors)SUMP FULL OUTPUT GROUP NNONE (A to FF or ALL) assign alarm to Output Group N

DRY WL OG (with TSP–MWS sensor)DRY WELL OUTPUT GROUP NNONE (A to FF or ALL) assign alarm to Output Group N

HGH BR OG (with TSP-HIS sensor)HIGH BRINE OUTPUT GROUP NNONE (A to FF or ALL) assign alarm to Output Group N

LOW BR OG (with TSP-HIS sensor)LOW BRINE OUTPUT GROUP NNONE (A to FF or ALL) assign alarm to Output Group N

VAPOR OG (TSP-DVS sensors only... other DVS sensor menus items on next page)VAPOR OUTPUT GROUP NNONE (A to FF or ALL) assign alarm to Output Group N

NOTE

�

Typical Output GroupChoices

UP/DN � � to show choicesENTER to select

NONEA B C D E FG H I J K LM N O P Q RR T U V W XY ZAA BB CC DD EE FFALL

Leak Detection Sensors Page 12 - 3 12

Special Vapor Sensor Menu ( Continued... )

VAP THRSH (see TSP-DVS install manual)SENSOR VAPOR THRESHOLD N+2000.0 0.0 to 65535.0 (Enter vapor threshold)

VAP OFFST (see TSP-DVS install manual)SENSOR VAPOR OFFSET+0 0.0 to 65535.0 (Enter vapor offset)

Leak Detection Sensors

Standard Sensors (below... all Alarms = STD N)

➀ TSP-EIS Electro-optic Interstitial (3 wire, infrared) Standard Sensor detects liquidsin spaces between the walls of DWTs

➁ TSP-HLS High product Level (2 wire, float switch) Standard Sensor used inside oftanks as an overfill alarm detector (or in addition to the HIGH, and HIGH HIGHprobe limits)

➂ TSP-ULS Universal Liquid Sensor (2 wire, float switch) Standard Sensor detectsliquids in: spaces between the walls of DWTs or Dispenser sumps

BriteSensors & ALARMS (all 3 wire – below)

➃ TSP-DIS Discriminating Interstitial (infrared & conductivity sensor)BriteSensor detects liquid WATER or PRODUCT in spaces betweenthe walls of DWTs

➄ TSP-HIS Hydrostatic Interstitial (float switches) BriteSensor detects HIGHBRINE or LOW BRINE levels in hydrostatic reservoirs of DWTs.

➅ TSP-DDS Discriminating Dispenser Sump (conductivity strip & floats)BriteSensor detects liquid PRODUCT or WATER or SUMP FULL indispenser sumps

➆ TSP-DTS Discriminating Turbine Sump (conductivity strip & floats)BriteSensor detects liquid PRODUCT or WATER or SUMP FULL inSTP containment sumps

➇ TSP-MWS Discriminating ground water monitoring well (float & conductivitystrip) BriteSensor – detects DRY WELL (no water in well) or PRODUCTfloating on water in monitoring wells

➈ TSP-DVS Discriminating Vapor Well (vapor & conductivity strip)BriteSensor detects liquid WATER or product VAPOR in vapormonitoring wells

TSP

-ULS

TSP

-HLS

TSP-HIS

T SP-EIS

T SP-DIS

TSP-DDS

TSP

-DTS

TSP

-DVS

TSP-MWS

➇

➀

➁

➂

➃

➄

➅

➆

➈


Worksheet # 15-1 – Output Groups – Sensor Channels 1 to 8

Fill-in the work sheet below and compare assignments with other work-sheets touncover conflicts before programming output devices.

A maximum of3 Alarm OutputGroups ( OG )can appear perchannel # N.

TSP-DDS &TSP-DTSsensors have 3alarms: Water,Product &Sump Full.

Alarm OGsare:STD (standard)PROD(product)WATER OGSMP FL(sump full)DRY WL(dry well)HGH BR (highbrine level)LOW BR (lowbrine level)VAPOR OG

Write-in allalarm OGsfor eachsensorchannel #.


Sensor Chnl #1: NONE

A

B

C

Sensor Chnl #2: D

E

F

G

Sensor Chnl #3: H

I

J

K

Sensor Chnl #4: L

M

N

O

Sensor Chnl #5: P

Q

R

S

Sensor Chnl #6: T

U

V

W

Sensor Chnl #7: X

Y

Z

AA

Sensor Chnl #8: BB

CC

DD

EE

example: WATER OG 11 W Could activate the annunciator when water is detected FF

PROD OG 11 PCould activate the annunciator and Relay 1to disable dispensing if product is detected (TSP-DIS shown)

ALL

Output Devices: Modulated Annunciator, Solid Annunciator, Relay 1, Relay 2 (record all OG Assignments in the vertical column)

Auxiliary Input Setup Page 13 - 1 13

13 Auxiliary InputsSETUP PROGRAMMING

Aux. Input Menu




M1 M2 M3 M4

� Press the DOWN key two or three times


AUXILIARY INPUTSINPUT 1 INPUT 2

M1 M2 M3 M4

SETUP MENU (MORE)SENSORS AUX INPUT COM PORTS

M1 M2 M3 M4

NOTE

�SENSOR ALARMS ACTIVE 2-1-1998AUXILIARY INPUT OPEN FB 1 5:55:52 AM

ALARM REPORT

2/1/1998 05:55 AMAUXILIARY INPUTOPEN FB 1CHANNEL NO. 1

AUXILIARY INPUT 1MODE NAME OUT GROUP

M1 M2 M3 M4

Contents:Aux. Input Menu

See the Table of Contents to find topics inthis manual. See the Preface for generalinformation about this manual. And seethe Installation, Operator’s,TroubleShooting Guides, and ApplicationNotes for other reference material.

Internally, the TS-750 has two non-intrinsicallysafe, auxiliary alarm input-channels. They are IN1 and IN 2, and are located inside of the TankSentinel console. Both inputs provide +5 Volt DCpower and ground (no other power is required...connecting an external power source will damagethe unit). The auxiliary inputs are wired to andswitched by the dry contacts of the externaldevice to signal an event.

Both of the auxiliary inputs channels can benamed and setup to print or send alarm reportsand can be assigned to an alarm output groupwhich can activate annunciator warning horns,indicator lights, relays and various other externaldevices.

The installer should provide you with the mode,name, and location and purpose of the auxiliaryinput channel before you name or program it !

AUX INPUT alarms are displayed withSENSOR ALARMS !

Example:Report andAlarm Display forchannel 1 is renamed asOPEN FB 1 ( Open ForBusiness channel 1 ). — Continued on next page —


Auxiliary Inputs Menu (CONTINUED... FROM PREVIOUS PAGE)

AUXILIARY INPUTSINPUT 1INPUT 2 Use menu keys to select


MODEAUXILIARY INPUT MODE 1 UP/DN � � to show choices ENTER to selectACTIVE CLOSED (normally open input)CLOSED TO OPEN EDGE (normally closed input active on voltage drop)OPEN TO CLOSED EDGE (normally open input active on rising voltage)ACTIVE OPEN (normally closed input)

NAMEAUXILIARY INPUT NAME 1AUXILIARY 1 9 characters (input / change sensor name... optional )

OUT GROUPAUXILIARY INPUT OUTPUT GROUP 1NONE (A to FF or ALL) assign alarm to Output Group 1

(document the assignment in Worksheet # 10)


MODEAUXILIARY INPUT MODE 2 UP/DN � � to show choices ENTER to selectACTIVE CLOSED (normally open input)CLOSED TO OPEN EDGE (normally closed input active on voltage drop)OPEN TO CLOSED EDGE (normally open input active on rising voltage)ACTIVE OPEN (normally closed input)

NAMEAUXILIARY INPUT NAME 2AUXILIARY 2 9 characters (input / change sensor name... optional )

OUT GROUPAUXILIARY INPUT OUTPUT GROUP 2NONE (A to FF or ALL) assign alarm to Output Group 2

(document the assignment in Worksheet # 10)

Communication Ports Setup Page 14 - 1 14

14 Communication PortsSETUP PROGRAMMING

Comm Ports Menu



� Press the DOWN key three or four times


Contents:Com Ports MenuComm Port 1 MenuComm Port 2 Menu

The Tank Sentinel console can communicatedirectly to a POS terminal, or remotely withan optional external modem to a PC.See the Installation, Operator’s,TroubleShooting Guides, and ApplicationNotes for other reference material.

COMM PORTSCOMM 1 COMM 2

M1 M2 M3 M4

SETUP MENU (MORE)COM PORTS

M1 M2 M3 M4

SELECT MENU OPTIONSETUP UPGRADE LANGUAGE DATALOG

M1 M2 M3 M4

Cycle console power off, and then wait 5seconds before turning the console powerback on. Do this after changing any COMPORTS setting / programming to make thenew settings current.

Use COMM PORT 1 for local connections tocommunications software programs - IBMPCs.

COMM PORT 1 Menu

COMMUNICATIONS MODE UP/DN � � to show choices ENTER to selectNATIVE (Select – Tank Sentinel Native Mode is default)VEEDER ROOTVDR ROOT 422 (only for COMM 1)


COMM PORT 1 Menu (Continued... )

BAUDBAUD RATE UP/DN � � to show choices ENTER to select

1200 BAUD (Select one)2400 BAUD4800 BAUD9600 BAUD19200 BAUD300 BAUD600 BAUD

DATA BITSDATA BITS UP/DN � � to show choices ENTER to select

8 BITS (Select one)7 BITS

STOP BITSSTOP BITS UP/DN � � to show choices ENTER to select

1 STOP BIT (Select one)2 STOP BITS

PARITYPARITY UP/DN � � to show choices ENTER to select

NO PARITY (Select one)ODD PARITYEVEN PARITY

ECHO TESTECHO TEST ACTIVE…HIT ANY KEY TO QUIT

SECURITY Access code — limit access to the Tank SentinelSECURITY CODE console (highly recommended)

blank 6 characters (input & ENTER up to 6 characters maximum)

COMM PORT 2 Menu

(for an external modem)

Use COMM PORT 2 for remote connection toa POS terminal, or external modem, or to aComputer system / IBM PCs (this may requirea null modem cable).

COMM PORT 2MODE Go back to display this menu and press M2

COMMUNICATIONS MODE to access the Comm Port 2 menu.NATIVE UP/DN � � to show choices ENTER to selectVEEDER ROOT (Select one)

NOTE

�Cycle console power on and off after

programming is done, or after any COMPORTS setting is changed.

COMM PORTSCOMM 1 COMM 2

M1 M2 M3 M4

Communication Ports Setup Page 14 - 3 14

COMM PORT 2 Menu (Continued... )

BAUDBAUD RATE UP/DN � � to show choices ENTER to select

1200 BAUD (Select one)2400 BAUD4800 BAUD9600 BAUD19200 BAUD300 BAUD600 BAUD

DATA BITSDATA BITS UP/DN � � to show choices ENTER to select

8 BITS (Select one)7 BITS

STOP BITSSTOP BITS UP/DN � � to show choices ENTER to select

1 STOP BIT (Select one)2 STOP BITS

PARITYPARITY UP/DN � � to show choices ENTER to select

NO PARITY (Select one)ODD PARITYEVEN PARITY

ECHO TESTECHO TEST ACTIVE…HIT ANY KEY TO QUIT

AUTODIAL Automatically dials up to 4 numbers whenCOMM 2 AUTODIAL Deliveries, Alarms or Leaks occur...

NUMBER 1 Program numbers below:NUMBER 2NUMBER 3NUMBER 4 (sub-menus below – shown typical the any number,

COMM 2 NUMBERS N where: N = number 1, 2, 3, or 4)ACCESS CD

ACCESS CODE Nblank 12 characters (enter access code # 12 characters maximum)

PHONE NUMPHONE NUMBER Nblank 12 characters (enter phone # 12 characters maximum)

REDIAL ENREDIAL ENABLE N UP/DN � � to show choices ENTER to selectDISABLED (Select one... enabled allows re-dialing of theENABLED phone number)

— Comm Port 2 AutoDial Menu is continued on next page —

ACCESS CODE or PHONE No. AT CommandCharacters: D = ( , ) comma = dial delay


COMM PORT 2 & AUTODIAL Menu (Continued... )

DELIVERY Report Deliveries to:DELIVERY DIAL STRING

blank up to 4 numbers

ALARMS Report Alarms to:ALARM DIAL STRING


LEAKS Report Tank Leaks to:LEAK DIAL STRING


LINES Report Line Leaks to:LINE DIAL STRING


SCALD Report SCALD Tank Leaks to:SCALD DIAL STRING


SECURITY access code — limit access to the Tank SentinelSECURITY CODE console data base ...highly recommended

blank up to 6 characters (input a security code)

NOTE

�Cycle console power on and off after

programming is done, or after any COMPORTS setting is changed. Also, when the

data / fax modem is present, pressCHECK & M3 DIALTONE to see if a dial

tone is detected.

___ Dial Stringsreference sets of

remote access andphone numbers

(NUMBERS 1 thru4) that are

programmed in theAUTODIAL menu.For example:Input a 1 2 to

automatically calland send data tophone numbers 1

and 2.Duplicates (ie

11) are notallowed.

— ❖ —

Upgrade Page 15 - 1 15

15 Upgrade Menu

TS-UPGRADE

The S.C.A.L.D. feature can be added by Ordering a TS-UPGRADE. Read this chapterbefore attempting to upgrade the Tank Sentinel system. Setup programming isrequired once the upgrade is performed.

WARNING Do not attempt an upgrade without the correct upgrade passwordand 3 upgrade strings (codes). Repeated upgrade attempts that fail will damagethe equipment (avoid unauthorized upgrade attempts) ! NOTE: Upgradecodes can be used only once !

Exact instructions and a unique upgrade password and upgrade strings will be mailedto you on receipt of:

1) Your Purchase Order number2) Console Serial Number (verify that it is correct)3) Hardware requirement(s)4) Software requirement(s)5) Your Name and Shipping Address

A FAX-transmittal can be sent upon request... provide your Fax number

The upgrade instructions that are sent to you are both console and serial-numberspecific. The upgrade will, therefore, not work with any other console !

Verify that the input password is correct before pressing the ENTER key. See thenext page for a keypad key review.


Contents:TS-UPGRADEUpgrade Menu



COMMAND

( # 3 ) NUMERIC

number or special character

( # 2 )

N...Z

( # 1 )

A...Minput a letter

Press the ACK SHIFT Keyto toggle between input

character type ( # 1 ) & ( # 3 )then press the Key of choice.

The upperright cornerof the displayshows theinputselection...shown

herewithindashedlines

TypicalKey

Upgrade Menu



This message is displayed briefly, before thenext message.

Upgrade Steps )

1 ) Use the keypad to input and enter theupgrade password that was provided.

( Note: spaces are inserted automatically )

See theexample at left, and the next display (if anupgrade code is incorrect)...

NOTE

�

Keypad Key Use – Review:• Press CANCEL to cancel an input• Press M4 to backspace over / delete one character to

the left of the cursor �• Press M2 to move the cursor right �• Press M1 to move the cursor left �• Use the ENTER key to accept / enter data• Press the ACK SHIFT key to toggle between the input

types: an A...M letter (#1) and numeric (#3). Hexidecemalletters A thru F – or – numeric inputs 0 thru 9 are allowed.(0 = zero).


M1 M2 M3 M4

WARNING – ILLEGAL UPGRADE ATTEMPTSWILL DAMAGE THE SYSTEM !

M1 M2 M3 M4

ENTER UPGRADE PASSWORD NUMERICBACKSPACE

M1 M2 M3 M4

ENTER UPGRADE PASSWORD NUMERIC 51C1 51C2 51C3 51C4 BACKSPACE

M1 M2 M3 M4

example UPGRADE password

Upgrade Page 15 - 3 15

SETUP DATA IS ILLEGAL

M1 M2 M3 M4

NOTE

�

SYSTEM UPGRADE FUNCTIONSTRING 1 STRING 2 STRING 3 RUN

M1 M2 M3 M4

PASSWORD IS ILLEGAL

M1 M2 M3 M4

This message will be displayed if anincorrect password was entered.

See the WARNING on page 1 of this Chapter...verify that the upgrade password iscorrect before you press the ENTER key !

This message is displayed when the upgradepassword was entered correctly, and aftereach upgrade string is entered.

SYSTEM UPGRADE FUNCTIONSTRING 1 ............................................................ 2 ) Press M1 to input upgrade string # 1

( see example below-left )STRING 2 ............................................................ 3 ) Press M2 to input upgrade string # 2STRING 3 ................................................................ 4 ) Press M3 to input upgrade string # 3RUN .......................................................................... ( follow step 5 then step 6 )

5 ) Press the M1 M2 & M3 keys againand verify that all of the upgrade stringsare correct before you press M4 under RUN.Correct any upgrade string as necessary.

RUN ....................................................................... 6 ) Press M4 under RUN choice to “ run”the upgrade after all of the strings havebeen verified correct.

When the upgrade is successful, the TankSentinel console will display this fact. It willthen reboot and enter the setup modeautomatically...

7 ) access the new / expanded menu(s)and program the console to operate withthese new upgrade features.

If an upgrade is not successful, thismessage is displayed (setup data isillegal).

example UPGRADE string # 1

UPGRADE STRING 1 NUMERIC 51D1 51D2 51D3 51D4 BACKSPACE

M1 M2 M3 M4

Language Selection Page 16 - 1 16

16 Language Selection Menu

Language Selection Menu



Contents:Language Selection MenuLanguage Selection Notes



M1 M2 M3 M4

Language Selection Notes

• English is the Factory Defaultlanguage for the Tank Sentinel®

system.• Press a menu key M1 — M4 to

select another language for thesystem to use

• The System language is used for allReports, Faxes, and Displays

• A language selection is usedimmediately by the system

• To change the Language used by thesystem back again, access thismenu and press the appropriatemenu key M1 — M4 (the position ofthe languages are fixed... English isabove the M1 menu key).

SELECT LANGUAGEENGLISH FRENCH SPANISH PORTUGUESE

M1 M2 M3 M4

ENGLISH SELECTED

SELECTIONNER LANGUEANGLAIS FRANCAIS ESPAGNOL PORTUGAIS

M1 M2 M3 M4

FRENCH SELECTED

SELECCIONAR IDIOMAINGLES FRANCES ESPANOL PORTUGUES

M1 M2 M3 M4

SPANISH SELECTED

SELECIONE LINGUAGEMINGLES FRANCES ESPANHOL PORTUGUES

M1 M2 M3 M4

PORTUGUESE SELECTED

Data Log Menu Page 17 - 1 17

17 Data Log Menu

Data Log Menu



Contents:Data Log MenuData Logging Notes


Data Logging Notes

This menu can be ignored unlessdiagnostic tank data is required.

• In order to access this menu: a 9 pincommunications cable must be pluggedinto Comm Port 1 or Comm Port 2 at theTank Sentinel console (the other endplugs into a serial communications portof a IBM compatable computer).

This must be done with power off at thecomputer and Tank Sentinel console.

• Instructions and requirements about thisfeature will be supplied by INCONTechnical Service.

Press a menu select key ( M1 thru M4 )to choose a tank.

SELECT DATALOGSTART STOP ...(Ends Data Logging)

M1 M2 M3 M4

START DATALOG (MORE)TANK 1 TANK 2 TANK 3 ...TANK 4

M1 M2 M3 M4

SELECT DATALOGSTART STOP

M1 M2 M3 M4

DATALOGCOMM 1 COMM 2

M1 M2 M3 M4


M1 M2 M3 M4

Problem Solving Page 18 - 1 18

18 Problem Solving (Alarms & Errors)

Problem Solving

The following table lists alarm and errors in alphabetical order. Suggested reasonand actions are shown below these in a shaded region.

Contents:Problem SolvingOutputs DON’T Turn On When

Expected

See the Table of Contents to find topics inthis manual. See the Preface for generalinformation about this manual. Also see theInstallation, Operator’s, TroubleShootingGuides, and Application Notes for otherreference sources.

NOTE: Diagnostic text is shown bolded and become alarms if active for 48 hours

#Printed / Faxed / Displayed Alarm / Warning Text:

Alarm Type:System WARNING / Error Descriptions and ALARM Descriptions (actions to take)

1 ACKNOWLEDGED Alarm or warning is ACKNOWLEDGED message

2 ACTIVE Alarm or Warning is ACTIVE message

(Investigate / determine the cause of the alarm or warning and correct it).

3 API ERROR / API VOL SYSTEM Error in API temperature compensation routine

(Check any Special Products -- reprogram temperature compensation type).

4 ALPHA ERROR / ALPHA ERR / ALPHA V

SYSTEM Error in API temperature compensation routine calculating ALPHA

(Check Special Products -- reprogram temperature compensation type and API ALPHA value).

5 AUXILIARY INPUT SENSOR Auxiliary input detected on channel 1 or 2

(Follow policy procedures at the site... what is the input source / name / purpose ?)

6 CLEARED Informational message only --- an Alarm / Warning

has cleared

7 CPU CRASH SYSTEMWARNING - Central Processing Unit / hardware failure / power quality problem

Has this happened before ? Recent electrical storms / brownouts ? Power stable (check) ?Use the check key... check: Date & Time, Display, Printer, Dialtone & Options…

Check alarms history (all)... Active alarms - are any current ? Any probe / sensor sync alarms / fuse out ? Check and test the operation of the entire system. Lighting strikes or flood may require replacement of: main PC Board / other components)





8 DRY WELL SENSOR

TSP-MWS ground water Monitoring Well BriteSensor is not submerged in water @ Channel #N (it cannot detect a product leak unless it's submerged in ground water)

(The monitoring well is not deep enough or the sensor is too short - correct either)

9 EXTERNAL INPUT SENSORExternal N input module has detected an input signal (follow policy procedure at your site).

(Follow policy procedures at the site... what is the input source / name / purpose ?)

10 F14 OPEN / F14 FUS SYSTEMWARNING - FUSE F14 is blown... 5 VDC Sensor Supply Power is lost. Leak detection sensors cannot operate without power

(Replace F14 with 430-0027. If the fuse blows again: 1) label each sensor cable with the input channel #, shut off all power, disconnect all sensors. Rewire sensors one at a time to isolate the problem sensor -- then replace F14 and the problem sensor)

11 FENCE ERROR / STACK (overflow) FENCE ERROR

SYSTEMWARNING - Memory buffer is full (temporary... may be seen if too many reports are requested)

(Inform operator to expand the time between report requests)

12 FLOAT HEIGHT / FLOAT HT / FLT HT

SYSTEM WARNING - Float Height - calculation Error

(Float height / level measurement error. Probable cause -- the FLOAT TYPE was programmed incorrectly. Product in the Tank ? Correct float installed ? See Installation Guide & reprogram PROBES - DATA - FLT TYPE)

13 FLOAT MISSING / FLT MISSNG / FLT MIS

SYSTEM WARNING - diagnostic warning Float Missing

This is a hardware / installation problem (certified

installer should correct)

(Probable causes - wrong cable used, wet connections, faulty wiring / installation (float(s) were lost in the tank because the float retainer was not installed properly, or wrong type of float installed, or probe or float is defective)

14 HIGH BRINE SENSORTSP-HIS BriteSensor @ Channel #N detected a High Brine level

(Analyze both brine and the product in tank for

appearance of either - Chemical analysis required)

(Shut down pump & dispenser especially when a leak test has also failed on that tank. Find the cause of the leak: run a tank leak test [see LEAK], report to local Regulatory agency, retest / replace sensor if faulty)





15 HIGH HIGH / HIGH HIGH LIMIT

TANK High High product level Limit @ Tank N

(Procedures may vary from site to site about this alarm. Is this a high product or tank overfill ? Has a spill occurred ? Immediately report any spills and take corrective action to reduce hazards conditions.)

16 HIGH LIMIT TANK High product level Limit @ Tank N (see above)

17 HIGH WATER (also see WATER LIMIT)

TANKHigh Water level limit @ Tank N (water added to tank during deliveries / water is entering the tank)

Determine the problem & take appropriate corrective

action)

(The water level has risen to / above the high WATER LIMIT. Do reports show increasing water levels after deliveries ? Are beginning & end water levels the same during leak tests / are slopes increasing ? )

18 LEAK / LEAK DETECTED SYSTEMWARNING - a Leak was detected @ Tank N during the after hours Sentinel mode

(Continuous Leaks ? SENTINEL displayed

alternately with TANK ? If the answer is yes to both of these

then the

(1. Shut down dispensing. 2. Shut off pump / dispenser power 3. Retest / start a Standard 0.2 gph tank test forTank N -- 2 hours after the last dispense 4. If a second confirming 0.2 leak test fails Call local Regulatory Agency / Manager

Sentinel Mode is running during business hours -

reprogram start & end time)

or 5. If second Leak Test passes [the initial leak test failure was false]... turn pump and dispenser power back on and restore normal operation.

19 LEAK LIMIT SYSTEM SYSTEM / TANK Leak limit for Tank N (see leak)

20 LEAK TEST: PASSED

RESULT Slope is less than leak threshold for Tank N

21 LEAK TEST: FAILED RESULT - Slope is less / more negative than leak threshold

for Tank N (see LEAK above & Retest)

22 LEAK TEST: INCREASE

RESULT

+Slope is more positive than the leak threshold value (= leak test/2) for Tank N (see LEAK &

Retest)

23 LEAK TEST: ABORTED

RESULT Leak Test was aborted for Tank N

24 LEAK TEST: INDETERMIN

RESULT (indeterminate) The leak test ran 8 hours but still can't determine a

result for Tank N

(some disturbance [temperature or turbulence] affected the test... wait 2 hours after the last dispense, or 6 hours after the last delivery

before retesting).





25 LEVEL ERROR / LEVEL ERR / LVL ERR

SYSTEMWARNING - product Level - calculation Error (call service provider to fix this problem)

This is a hardware / installation problem (certified

installer should correct)

(Probable causes - wrong cable used, wet connections, faulty wiring / error, or probe is defective / cannot read level)

26 LIQUID DETECTED / LIQUID SENSOR Standard Sensor @ Channel #N detected a liquid

Take liquid samples at that leak detector location for

chemical analysis.

(Depending on the sensor location: Shut down pump & dispenser and run a leak test [see LEAK] as directed by local Regulatory agency and identify the liquid detected, retest / replace sensor)

27 LOW BRINE SENSORTSP-HIS BriteSensor @ Channel #N detected a Low Brine level

(Analyze both brine and the product in tank for

appearance of either - Chemical analysis required)

(Shut down pump & dispenser especially when a leak test has also failed on that tank. Find the cause of the leak: run a tank leak test [see LEAK], report to local Regulatory agency, retest / replace sensor if faulty)

28 LOW LIMIT TANK Low product level Limit @ Tank N

(Depending on setpoint limit: stop dispensing & shutdown pump or reorder product)

29 LOW LOW LIMIT / LOW LOW TANKLow Low product level Limit @ Tank N (see policy procedures at your site)

(Depending on setpoint limit: stop dispensing & shutdown pump or reorder product)

30 MEMORY ERROR / MEM ERR SYSTEM WARNING - Memory Error

Check line voltage and frequency (Hz)

(Power quality problem, or memory-backup battery is low - check [print / download all setup reports before replacing battery with power on, and verify that unit works correctly as programmed] it may also occur after system software is replaced)

31 NET ERROR / NET ERR SYSTEM WARNING - Net Volume - calculation Error

Also see LEVEL, ULLAGE, VOLUME, and WATER

ERROR

(Programming error in: Special tank shape data, probe type / special probe, or temperature compensation not programmed correctly in Special Products - check, verify and reprogram as required).





32 NO PROBE / NO PROB SYSTEM diagnostic WARNING - No Probe Detected

Programming error (or hardware / installation

problem... certified installer should correct)

(Probable causes - number of tanks exceeds number of probes programmed, wrong cable used, wet connections, faulty wiring / error, or probe is defective / cannot read level)

33 PAPER OUT SYSTEM (Add a new roll of TS-TP2 thermal printer paper)

34 POWER DOWN SYSTEMWARNING - Power Down (time & date the unit lost power / was powered down)

35 POWER UP SYSTEMWARNING - Power Up (time that the unit was powered up / regained power)

36 PROBE SYNC / PRB SYC SYSTEM diagnostic WARNING - signal lost from Probe


problem -- certified installer should correct)

(Programming error in: special probe length, wrong cable used, ground wiring incorrect / faulty wiring, wet connections [Scotchcast 400 epoxy sealer was not used], or probe is defective)

37 PRODUCT PRESENT / PRODUCT DETECTED

SENSORTSP-DIS, -DDS, -DTS, -MWS BriteSensor @ Channel #N has detected a liquid hydrocarbon

38 Take liquid samples at that

leak detector location for chemical analysis.

(Shut down pump & dispenser for that tank and run leak tests [see LEAK] as directed by local Regulatory agency. Line leak tests may require pumps on. Test and replace leak detection sensor if defective.)

39 RTD TABLE ERROR / RTD TBL ER / RTD TBL

SYSTEM WARNING - Number of RTDs Error

(Number of actual and programmed RTDs do not match -- reprogram with correct number)

40 SCALD TEST FAILED / SCALD DETECTED LEAK

SYSTEMWARNING - SCALD Leak Test Failed alarm report for Tank N

(run a Standard leak test for that tank... See LEAK)

41 SEN DAT / SENS DATA / SENSOR DATA ERROR

SYSTEMWARNING - a BriteSensor @ Channel #N is sending data errors

(Incorrect communications data transmitted from a BriteSensor. Defective BriteSensor - replace leak detection sensor ASAP)

42 SENSOR FAIL / SNS FAIL / SEN FAL

MESSAGE proceeds Sensor Fail Alarm reports





43 SENS LOSS OF SIGNAL / SIG LOST / SEN SIG

SYSTEMWARNING - no data sent / signal lost from BriteSensor @ Channel #N

Check console sensor input terminals first... are any wires

loose / off ?

(Signal lost from a BriteSensor. Sensor wiring is off / broken / corroded or the BriteSensor is defective - check wiring & leak detection sensor ASAP. Reconnect / resplice wires, test / replace sensor and seal splices in epoxy Scotchcast 400)

44 SENSOR ID ERROR / SENSOR ID / SENS ID

SYSTEMWARNING - a Standard sensor or BriteSensor was incorrectly typed / identified

(Go to SETUP - SENSORS - and press M1 to AUTO CONFIGURE / type ID the sensor... this takes from 3 to 10 minutes [depending on how many Standard sensors are connected] )

45 SENSOR SYNC ERROR / SENSOR SYNC / SEN SYN

SYSTEMWARNING - data signals not synchronous from BriteSensor @ Channel #N (call service provider ASAP to correct this)

Check console sensor input terminals first... are any wires

loose / off ?

(BriteSensor signals are not synchronous. Sensor wire splices are wet / corroded or BriteSensor is defective - check wiring & leak detection sensor ASAP. Resplice wires, test / replace sensor and seal splices in epoxy Scotchcast 400)

46 STANDARD ALARM / STANDARD INPUT

SENSORSENSOR Standard Sensor (TSP-EIS, -HLS, -ULS) @ Channel #N detected liquid

Take liquid samples at that leak detector location for

chemical analysis.

(Run a leak test [depending on sensor location... see LEAK] and confirm leak. Take necessary action / identify the liquid detected / retest sensor and report to local Regulatory agency)

47 SUMP FULL SENSORTSP-DDS, -DTS BriteSensor @ Channel #N liquid... Sump Full alarm

(When no product alarm exists: see local rules & regulations about pumping containment sump waste water)

48 SYSTEM FAIL Message proceeds System Alarm Warning reports

49 STRAP TABLE ERROR / TABLE ERR / TBL ERR

SYSTEMWARNING - Tank Strapping Chart or Table... setup programming Error

(Values out of range or incorrect. Check and correct Special Tank N Diameter, Length, and Correction Table - reference the manufacturers' tank chart)





50 TEMPERATURE ERROR / TEMP ERROR / TMP ERR

SYSTEMWARNING - probe/product Temperature - calculation Error (TMP ERR displayed)


problem -- certified installer should correct)

(Programming error in: Special Probe N length / RTD positions / Special Product N TMP CTYPE [temperature compensation type]. Or wrong cable used, wiring incorrect, wet connections [Scotchcast 400 epoxy sealer was not used], or probe is defective)

51 TEST FAILEDa Leak Test Failed result - for Tank and/or Line N alarm report message

52 THEFT DETECTED / THEFT LIMIT

SYSTEMWARNING - Sentinel Mode: Theft Detected (the amount of product missing reached the Theft Limit) alarm report for Tank N

53 TRANSIENT brief Alarm or Warning TRANSIENT message

54 ULLAGE ERROR / ULLAGE ERR / ULG ERR

SYSTEM WARNING - Error in calculating Ullage

Also see LEVEL, NET, VOLUME, and WATER

ERROR

(Programming error in: Special Tank N shape Data, or Special Probe N -- OR -- if unit cannot read level... see LEVEL error)

55 UNSTABLE PROBE / UNST PROBE / UNST PB / UNST PB

SYSTEMWARNING - the signal from Probe N has become Unstable (call service provider to correct)

Check wiring connectors and repair

(Wrong cable used, wiring incorrect, wrong [wire nut] connectors used, wet / corroded splice connectors [Scotchcast 400 epoxy sealer was not used], wet junction box)

56 VAPOR DETECTED / VAPOR SENSORTSP-DVS BriteSensor @ Channel #N detected product Vapor in the vapor monitoring well

Take vapor samples at that monitoring well for chemical

analysis.

(Shut down pump & dispenser for that tank and run leak tests [see LEAK] as directed by local Regulatory agency. Line leak tests may require pumps on. Test and replace leak detection sensor if defective).

57 VOLUME ERROR / VOLUME ERR / VOL ERR

SYSTEM WARNING - product - Volume calculation error

Also see LEVEL, NET, ULLAGE, and WATER

ERROR

(Programming error in: Special Tank N shape Data, or Probe / Special Probe N -- OR -- if unit cannot read level)


See the Operators Guide for other error messages that are listed by type.

Outputs DON’T Turn On When Expected

• Printout setup report(s)• Check Worksheets for alarm-limit or alarm Output Group assignments• Check output device (Annunciators / Relays) for alarm group assignments.• Correct programming assignments as necessary and retest operation

NOTE

�




58 WATER DETECTED SENSORTSP-DIS, -DDS, DTS, DVS discriminating BriteSensor @ Channel #N has detected Water

Because water is present, the discriminating BriteSensor may be unable to detect a

product leak

(For TSP-DDS / DTS sensors see local rules & regulations about pumping containment sump waste water, for TSP-DIS depending on its location fix the water leak, for TSP-DVS vapor monitoring well sensor:the ground water level is too high [it can't detect product vapor] - adjust sensor height and test / replace sensor)

59 WATER LIMIT TANKWater level Limit has been reached or exceeded @ Tank N (also see HIGH WATER)

60 WATER VOLUME ERROR / WTR VOL ER / WTR VOL

SYSTEM WARNING - Water Volume calculation error

Also see LEVEL, NET, ULLAGE, and VOLUME

ERROR

(Programming error in: Special Tank N shape Data, or Probe / Special Probe N -- OR -- if unit cannot read level)

61 WATCHDOG TIMEOUT / WD TIMEOUT

SYSTEMWARNING - the console self-monitoring program has detected a software or power quality problem

Also see MEMORY ERROR (this error usually happens after hardware upgrades... if it occurs in other situations then check power and the entire system operation)

— ❖ —

Tank Sentinel Setup Programming Appendix A Page A - 1 A

O/C = Owens Corning / FC Fluid ContainmentD = Diameter (Dia.)L = LengthS = Single WallDW = Double Wall Tank (DWT)

A Appendix A

StandardTanks

TYPE CAPACITY DIMENSIONS S / DW# MANUFACTURER MODEL (GALLONS) D x L (INCHES) WALL

01 O/C TANKS D5 550 48 X 78 SDWT-4 (4) 550 51 X 83 DW

02 O/C TANKS D-5 1,000 50 X 132 SDWT-4 (4) 1,000 53 X 138 D

03 O/C TANKS D-2B 2,000 74 X 133 SD-6 2,000 74 X 133 S

04 O/C TANKS DWT-2 (6) 2,500 75 X 151 D


06 O/C TANKS G-5 4,000 92 X 167 SG-6 4,000 95 X 167 S

07 O/C TANKS G-3 4,000 92 X 165 S


09 O/C TANKS G-3 6,000 92 X 231 S

10 O/C TANKS DWT-2 (8) 6,000 95 X 237 D

11 O/C TANKS G-3 8,000 92 X 300 S

12 O/C TANKS G-5 8,000 92 X 299 SG-6 8,000 95 X 299 S

DWT-2 (8) 8,000 95 X 303 D

13 O/C TANKS DWT-2 (6) 8,000 75 X 472 D

14 O/C TANKS G-3 10,000 92 X 362 S

15 O/C TANKS G-5 10,000 92 X 365 SG-6 10,000 95 X 365 S

16 O/C TANKS D-6 10,000 120 X 245 S

17 O/C TANKS DWT-2(6) 10,000 75 X 570 D

18 O/C TANKS G-3 12,000 92 X 432 S

19 O/C TANKS G-5 12,000 92 X 431 SG-6 12,000 95 X 431 S

DWT-2(8) 12,000 95 X 435 D

20 O/C TANKS DWT-2(10) 15,000 124 X 348 D

21 O/C TANKS DWT-2(10) 20,000 124 X 458 D

22 O/C TANKS DWT-2(10) 25,000 125 X 554 D

Page A - 2 TS-750 Tank Sentinel Setup Programming Appendix AA

TYPE CAPACITY DIMENSIONS S / DW# MANUFACTURER MODEL (GALLONS) D x L (INCHES) WALL

23 O/C TANKS DWT-2(10) 30,000 124 X 656 D

24 XERXES — 2,000 96 X 108 S

25 XERXES — 2,000 76 X 166 D

26 XERXES — 2,000 75 X 144 S

27 XERXES — 3,000 96 X 147 S

28 XERXES — 4,000 75 X 263 S

29 XERXES — 4,000 96 X 180 S

30 XERXES — 4,000 76 X 252 D

31 XERXES — 6,000 75 X 353 S

32 XERXES — 6,000 96 X 246 S— 6,000 97 X 251 D

33 XERXES — 8,000 96 X 312 S— 8,000 97 X 317 D

34 XERXES — 10,000 96 X 378 S— 10,000 97 X 383 D

35 XERXES — 10,000 124 X 257 S— 10,000 125 X 262 D

36 XERXES — 12,000 96 X 444 S— 12,000 97 X 449 D

37 XERXES — 12,000 124 X 288 S— 12,000 125 X 293 D

38 XERXES — 15,000 124 X 353 S

— 15,000 125 X 359 D

39 XERXES — 20,000 124 X 452 S— 20,000 125 X 458 D

40 CORESPAN — 4,000 99 X 162 D

41 CORESPAN — 5,000 99 X 192 D

42 CORESPAN — 6,000 99 X 216 D

43 CORESPAN — 8,000 99 X 282 D

44 CORESPAN — 10,000 99 X 342 D

45 CORESPAN — 12,000 99 X 402 D

46 CORESPAN — 15,000 99 X 576 D

47 — — 275 44 Vertical S

48 — — 550 44 Vertical (Dual 275 gal.) S

49 — — 275 44 Horizontal S

— ❖ —

TS-750 Tank Sentinel Setup Programming Appendix B Page B - 1 B

B Appendix B

Standard ProductsPRODUCT NAME API GRAVITY (6B Compensation)

Leaded Regular 63.5

Unleaded Regular 63.5

Unleaded Plus 62.8

Unleaded Extra 62.8

Unleaded Super 51.3

Diesel 32.8

Kerosene 41.8

#2 Fuel Oil 32.8

— ❖ —

Page C - 1 TS-750 Tank Sentinel Setup Programming Appendix CC

— ❖ —

C Appendix C

Typical TankLeak Test Times

For 7 Tank Sizes at Half Capacity ( Worst Case is 50% Full )

The Leak Threshold value is one half of the Leak Test value. See the Operator’sGuide for example reports and explainations.

NOTE

�

Tank Size in Gallons

Typical - Tank Leak Test Times (to Finish)

4,000.0 2.0 hours

6,000.0 3.0 hours

8,000.0 4.0 hours

10,000.0 5.0 hours

12,000.0 6.0 hours

15,000.0 7.5 hours

20,000.0 8.0 hours

TS-750 Tank Sentinel Setup Programming Appendix D Page D - 1 D

D Appendix D

Part Number Codes

Tank Sentinel Part Numbering

The Tank Sentinel tank gauges and leak detection system are available in manydifferent configurations. You can determine what features a particular console has byits part number... press CHECK then M4 to display the part number code.

Example Part Numbers

T750P/1 = TS-750 ATG with Printer, 1 tank.

T750P/1S = TS-750 ATG with Printer, 1 tank and SCALD.

T750P/2 = TS-750 ATG with Printer, 2 tanks.

T750P/2S = TS-750 ATG with Printer, 2 tanks and SCALD.





V750P/## = The ‘T’ changes to a ‘V’ when the single pole is 240 V AC,Neutral and Ground power configuration. This is for exportsonly. TS-750 with Printer, # tanks, # SCALD.


D Page D - 2 TS-750 Tank Sentinel Setup Programming Appendix D

Part Number Codes & Meaning

The following options are available:

See the Chapter in this manual about Upgrading the Tank Sentinel system withoptional add-on features.

— ❖ —

NOTE

�

Field 1 Options

Field Separator

Field 2 Options

T or V

750P

/1, 2, 3, 4

SC

Part Number CodesPart Number Code Descriptions

750 = TS-750 Tank Sentinel A.T.G.P = Printer

Canadian / Export Tank Sentinel

T = Standard voltage 120 V AC V = Export voltage 240 V AC + Neutral

...separates part number fields...1 = 1 tank, 2 = 2 tanks, 3 = 3 tanks, etc.S = S.C.A.L.D. feature

User Feedback Form (front side) Page U - 1 U

U User Feedback Form

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Documentation and Manual rating: Installation Date: Today’s Date:

Please circle (1 = no / poor, 2 = fair, 3 = okay, 4 = good, 5 = yes / excellent, N = don’t know)The documentation is easy to use 1 2 3 4 5 NInformation is easy to find 1 2 3 4 5 NThe Table of Contents is useful to find data 1 2 3 4 5 NInformation is well organized 1 2 3 4 5 NInformation is clear and easy to understand 1 2 3 4 5 NInformation is complete and accurate 1 2 3 4 5 NThe illustrations are clear and easy to follow 1 2 3 4 5 NThe number of illustrations are adequate 1 2 3 4 5 N

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U Page U - 2 TS-750 Tank Sentinel Setup Programming Guide

Sale / Supply Orders:

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TS-750 Setup Programming Guide

WARRANTY

INCON ® warrants to the original end user of the Tank Sentinel ®

system that any part thereof will be free of defects of material andworkmanship for 12 months of operation from the installation dateon the returned warranty registration form, or 18 months from thedate of shipment, whichever is less. During this period, INCONwill, at its option, modify, repair or replace defective products withno charge for parts, labor, or freight. INCON will pay shippingcharges both ways during the warranty period. INCON will notaccept shipments of returned products without a Return MaterialAuthorization (RMA). RMAs are obtained by contacting INCONTechnical Service Department — NO RMAs will be given withoutthe console Serial Number. Returned material remains the propertyof the buyer until replaced or repaired.

Warranty Disclaimer and Limitation of LiabilityThere are no warranties which extend beyond those expressly setforth in this document. INCON disclaims and excludes all impliedwarranties including without limitation those pertaining tomerchantability and fitness for a particular purpose.

INCON expressly disclaims and excludes any liability forconsequential or incidental damages for breach of any expressedor implied warranty arising in connection with this product or thismanual, including without limitation, purchaser’s loss of storedliquids, or damage to the ground, underground or environment,whether arising under theories of tort, negligence, strict liability,contract or otherwise.

After installation, make sure to sign and return the completedWarranty Registration form to INCON. This form validates theexpress warranty stated here !

Some states do not allow the exclusion or limitation of incidentalor consequential damages or a limitation on the duration of impliedwarranties, so the above limitation or exclusion may not apply toyou. This warranty gives you specific legal rights and you may alsohave other rights which vary from state to state.

After Programming is Done

After the system is custom-programmed and tested, printout or Fax a hard copyof the: system setup report, and a setup report for each tank for your records.Please give a copy of these reports to the customer for his records.

TS-750 Setup Programming Guide

PO BOX 638 SACO ME O4072

1-800-872-3455 / Voice

1-207-283-0158 / Fax

www.incon.com USA

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