Franklin Fueling Systems TS-LS500 User manual

TS-LS500 AUTO-LEARN®
LINE LEAK DETECTION
INSTALLATION GUIDE

The informaon in this publicaon is provided for reference only. While every eort has been made to ensure the reliability and accuracy of
the informaon contained in this manual at the me of prinng, we recommend that you refer to “franklinfueling.com” for the most current
version of this manual. All product specicaons, as well as the informaon contained in this publicaon, are subject to change without noce.
Franklin Fueling Systems does not assume responsibility and expressly disclaims liability for loss, damage, or expense arising out of, or in any way
connected with, installaon, operaon, use, or maintenance by using this manual. Franklin Fueling Systems assumes no responsibility for any
infringement of patents or other rights of third pares that may result from use of this manual or the products. We make no warranty of any kind
with regard to this material, including, but not limited to, the implied warranes of merchantability and tness for a parcular purpose.
Copyright © 2021 Franklin Fueling Systems, LLC, Madison, WI 53718. All world rights reserved. No part of this publicaon may be stored in a
retrieval system, transmied, or reproduced in any way, including, but not limited to, photocopy, photograph, magnec, or other record, without
the prior wrien permission of Franklin Fueling Systems.
For technical assistance, please contact Franklin Fueling Systems:
franklinfueling.com
3760 Marsh Rd. • Madison, WI 53718 • USA
Tel: USA & Canada [phone] • Fax: [phone]
Tel: UK [phone] • Tel: Mex 001 800 738 7610
Tel: DE [phone] • Tel: CH [phone]
Belden is a trademark of Belden Technologies, Inc
EVO is a trademark and FE PETRO, FFSPro, and AUTO-LEARN are registered trademarks of Franklin Electric Company, Inc.
Red Jacket and Veeder-Root are registered trademarks of The Veeder-Root Company
000-2145 r11
Conventions used in this manual
This manual includes safety precauons and other important informaon presented in the following format:
NOTE: This provides helpful supplementary informaon.
IMPORTANT: This provides instrucons to avoid damaging hardware or a potenal hazard to the environment, for example: fuel leakage from
equipment that could harm the environment.
CAUTION: This indicates a potenally hazardous situaon that could result in minor or moderate injury if not avoided. This may also be used to
alert against unsafe pracces.
WARNING: This indicates a potenally hazardous situaon that could result in severe injury or death if not avoided.
DANGER: This indicates an imminently hazardous situaon that will result in death if not avoided.
Operating precautions
Franklin Fueling Systems (FFS) equipment is designed to be installed in areas where volale liquids such as gasoline and diesel fuel are present.
Working in such a hazardous environment presents a risk of severe injury or death if you do not follow standard industry pracces and the
instrucons in this manual. Before you work with or install the equipment covered in this manual, or any related equipment, read this enre
manual, parcularly the following precauons:
IMPORTANT: To help prevent spillage from an underground storage tank, make sure the delivery equipment is well-maintained, that there is a
proper connecon, and that the ll adaptor is ght. Delivery personnel should inspect delivery elbows and hoses for damage and missing parts.
CAUTION: Use only original FFS parts. Substung non-FFS parts could cause the device to fail, which could create a hazardous condion and/
or harm the environment.
WARNING: Follow all codes that govern how you install and service this product and the enre system. Always lock out and tag electrical
circuit breakers while installing or servicing this equipment and related equipment. A potenally lethal electrical shock hazard and the possibility
of an explosion or re from a spark can result if the electrical circuit breakers are accidentally turned on while you are installing or servicing this
product. Refer to this manual (and documentaon for related equipment) for complete installaon and safety informaon.
WARNING: Before you enter a containment sump, check for the presence of hydrocarbon vapors. Inhaling these vapors can make you dizzy or
unconscious, and if ignited, they can explode and cause serious injury or death. Containment sumps are designed to trap hazardous liquid spills
and prevent environmental contaminaon, so they can accumulate dangerous amounts of hydrocarbon vapors. Check the atmosphere in the
sump regularly while you are working in it. If vapors reach unsafe levels, exit the sump and venlate it with fresh air before you resume working.
Always have another person standing by for assistance.
WARNING: Follow all federal, state, and local laws governing the installaon of this product and its associated systems. When no other
regulaons apply, follow NFPA codes 30, 30A, and 70 from the Naonal Fire Protecon Associaon. Failure to follow these codes could result in
severe injury, death, serious property damage, and/or environmental contaminaon.
WARNING: Always secure the work area from moving vehicles. The equipment in this manual is usually mounted underground, so reduced
visibility puts service personnel working on it in danger from moving vehicles that enter the work area. To help prevent this safety hazard, secure
the area by using a service truck (or some other vehicle) to block access to the work area.
DANGER: Make sure you check the installaon locaon for potenal ignion sources such as ames, sparks, radio waves, ionizing radiaon,
and ultrasound sonic waves. If you idenfy any potenal ignion sources, you must make sure safety measure are implemented.

Contents
Introducon ......................................................................................................................................1
Denions and acronyms ..............................................................................................................1
Applicaons ...................................................................................................................................2
Site Requirements ..........................................................................................................................2
Minimum pressure requirements ..............................................................................................2
Pipe length to hold minimum line volume ................................................................................2
Pipe length to hold maximum line volume ................................................................................2
Maximum and minimum line volume for rigid and exible pipe...............................................2
TS-LSU500 dimensions ..................................................................................................................3
Transducer Installaon ..................................................................................................................3
Intrinsically Safe Installaon .............................................................................................................4
Explosion Proof TS-LS500E Installaon ............................................................................................6
TS-LS500 Setup (Console Programming) ..........................................................................................8
AC Input Module .........................................................................................................................8
4-20mA Input Module ...................................................................................................................10
Relay Module .................................................................................................................................10
Turbine Pump Interface (TPI) Applicaons ....................................................................................12
Fuel Management Systems (FMS) Line Applicaon Set-Up ..........................................................13
Line Status and Control Screens .......................................................................................................15
TS-LS500 Status Screen ..................................................................................................................15
TS-LS500 Control Screen ................................................................................................................17
Control Secon ...........................................................................................................................17
Learn Secon ..............................................................................................................................17
Pre-Operaonal TS-LS500 Tesng ....................................................................................................18
Required Equipment ......................................................................................................................18
Purging the line ..............................................................................................................................19
Zero Oset ..................................................................................................................................19
Line Stability Test ...........................................................................................................................20
Learn Process ....................................................................................................................................21
When to learn or re-learn ..............................................................................................................21
Procedure .......................................................................................................................................22
Learn Messages .............................................................................................................................23
TS-LS500 Reports ..............................................................................................................................24
TS-LS500 Line Leak Reports ...........................................................................................................24
Alarms ...............................................................................................................................................25
TS-LS500 Alarms and Warnings .....................................................................................................26
Clearing Alarms ..............................................................................................................................29

TS-LS500 Funconal Tesng .............................................................................................................30
Enabling/Disabling Lines ...................................................................................................................32
Enabling Lines ................................................................................................................................32
Disabling Line Channels .................................................................................................................32
Control Drawing 1 ..........................................................................................................................33
Control Drawing 2 ..........................................................................................................................34

1
Introduction
The LS500 is an electronic line leak detecon system that connually monitors the line pressure
of primary product piping in underground systems. The LS500 is designed to work with TS-550,
TS-5000, EVO™ 550, EVO™ 5000, and EVO™ 600 automac tank gauges.
The LS500 Line leak applicaon requires the following:
• 4-20mA Module (intrinsically safe or non-intrinsically safe)
• Relay Module or Turbine Pump Interface
• AC- Input Module
• LS500 Transducer for each line monitored
The LS500 uses the AUTO-LEARN® technology to learn the characteriscs - decay curve of a
calibrated 3 GPH leak as part of the line calibraon process.
Denitions and acronyms
• AIM – 4-20mA Analog Input Module (Intrinsically Safe)
• FMS – Fuel Management Systems
• IS – Intrinsically Safe
• ISD – In-Staon Diagnosc
• LCD – Liquid Crystal Display
• LED – Light Eming Diode
• LLD – Line Leak Detecon
• PC – Personal Computer
• PM – Probe Module (Intrinsically Safe)
• RM – Relay Module
• SCM – Secondary Containment Monitoring
• STP – Submersible Turbine Pump
• TPI – Turbine Pump Interface
• T5 – T5 Series FMS Consoles (TS-5/608, TS-550 EMS, TS-5000, EVOTM 550 and EVOTM 5000,
EVOTM EXPC and EVOTM EXPC2
• TS-EMS – Environmental Monitoring System
• TSA – TankSennel Anywhere

2
Applications
To maintain opmal line pressure, the LS500 has the following requirements:
• For FE PETRO® Submersible Pumps, use a Standard Check Valve (part # 400988931).
• For Red Jacket®Submersible Pumps, use an adjustable funconal element, adjusng the
pump OFF pressure to be at least 2 psi (14 kPa) below the pump ON pressure.
Some Red Jacket® Submersible Pumps do not have an adjustable funconal element as an opon.
These submersible pumps have a check valve that meets the TS-LS500 pressure requirements.
NOTE: The TS-LSU500 is a pressure sensing device that can be installed anywhere in the product
pipeline where accurate line pressure can be monitored. When installing in a locaon other than
the mechanical leak detector port, consider the locaon of in-line check valves, solenoid valves,
or any other equipment that can aect the line pressure being monitored. If an an-siphon
valve is installed at the discharge of the submersible pump, the TS-LSU500 transducer should be
installed downstream of the valve to insure proper line pressure monitoring.
Site Requirements
Minimum pressure requirements
Item Value
Minimum Stac Pressure
15 PSI (103.4 kPa) for gross 3 GPH test
18 PSI (124.1 kPa) monthly .2 Precision test
18 PSI (124.1 kPa) annual .1 Precision tests
20 PSI (137.9 kPa) for learning lines
Pipe length to hold minimum line volume
Pipe diameter ID 1" 1 ½" 1 ¾" 2" 2 ½" 3" 4" 5"
Both Flex and Rigid Length 61' 27' 20' 15' 10' 7' 4' 2'
Metric (18.6 m) (8.2 m) (6.0 m) (4.6 m) (3.0 m) (2.1 m) (1.2 m) (0.6 m)
Pipe length to hold maximum line volume
Pipe Diameter ID 1" 1 ½" 1 ¾" 2" 2 ½" 3" 4" 5"
Flex Length 2339'
(713 m)
1040'
(317 m)
764'
(233 m)
585'
(178 m)
374'
(114 m)
260'
(79 m)
146'
(45 m)
94'
(29 m)
Rigid Length 7656'
(2334 m)
3403'
(1037 m)
2500'
(762 m)
1914'
(583 m)
1225'
(373 m)
851'
(259 m)
479'
(146 m)
306'
(93 m)
Maximum and minimum line volume for rigid and exible pipe
Item Volume
Maximum line volume for rigid pipe 312.2 gal (1181.8 L)
Maximum line volume for exible pipe 95.4 gal (361.1 L)
Minimum line volume for rigid or exible pipe 2.5 gal (9.5 L)

3
TS-LSU500 dimensions
6.25"
(159 mm)
5.13"
(130 mm)
2" NPT
3/4" NPT
2-3/8" (70mm)
across ats
Transducer Installation
1. Lock out tag out and relieve line pressure using Manual Pressure Relief.
2. Remove two-inch pipe plug or older leak detector from submersible pump or adaptor tee.
3. Examine straight bore for corrosion, if rough smooth with emery paper.
4. Apply UL Classied Gasoline/Oil resistant pipe thread sealant to the threads of the
transducer and use a 2 3/8” open-end wrench to install it in the Leak Detector Port of the
STP housing (see Figure 1).
NOTE: When using TS-LS500 line leak detecon in a manifolded line applicaon, you only need
to use one transducer to monitor the enre line. This transducer should be located in the master
STP. In-line check valves should NOT be used as the line leak detecon will not be able to test
beyond them. Please see the STP manufacture about appropriate check and/or relief valves.
5. Install Couplings, threaded Rigid Metal Conduit (RMC), and Explosion/Weather Proof
Juncon Boxes (J-Boxes) in the STP sump. For intrinsically safe wiring, run the transducer
lead to the juncon box. For explosion-proof installaons, run conduit to the top of the
transducer.
6. Install threaded RMC and EYS ngs along with Transducer Cables (Belden #9365) from TS-
LS500 console to the Explosion/Weather Proof J-Boxes. A licensed electrician should splice
the cables together. If this wiring is Intrinsically Safe it MUST NOT be run with any Explosion-
Proof wiring or other non-Intrinsically safe wiring! Alpha cable #58411 must be used if using
nonmetallic (PVC) conduit as allowed by local code.

4
Intrinsically Safe Installation
NOTE: The Intrinsically Safe 4-20mA Input Module has a BLUE face.
WARNING: Lockout and tag circuit breakers, and disconnect console power wiring before
installing or servicing any system wiring.
WARNING: Do not make transducer wiring connecons with power connected to the console
or any module.
CAUTION: Do not run intrinsically safe (IS) wiring and non-intrinsically safe (non-IS) wiring in
the same conduit.
CAUTION: Do not use explosion-proof transducers (TS-LSU500E) with intrinsically safe TS-
LS500.
NOTE: TS-LS500 must be installed in accordance with the naonal electrical code, ANSI/NFPA 70,
CEC or other applicable naonal or local codes.
1. Pull the wiring through the intrinsically safe conduits that will be used for the TS-LSU500
transducers.
2. Mount the TS-LSU500 in the Leak Detector Port of the STP housing. (As outlined in the
Transducer Installaon Secon above).
3. The TS-LSU500 wiring must enter the console in IS conduit through a knockout on the IS
side of the barrier. Secure each pair of transducer wires to a single channel on the 4-20mA
Input Module. Always start at the rst available channel and do not skip channels. For
example, if channels one through three are already being used for another applicaon
channel 4 must be used. Be sure to connect the wires to the correct polarity (+/-). If the
transducer is wired backwards it will not funcon.
4. Install the supplied transducer cable and securely ghten the nut. Make sure there is a
ght connecon and seal. Failure to do so can prevent the device from meeng its stated IP
rang and/or cause damage from liquid ingress.
5. Do not apply dielectric grease or any other dielectric compound to the transducer or cable
ng.

5
4-20mA Input
Module
RUN
ERR
–
+
–
+
–
+
–
+
–
+
–
+
–
+
–
+
- (BLK)
+ (RED) Tank Pressure Sensor
- (BLK)
+ (RED)
LS-500
Hazardous Location
Class I, Division 1, Group
D, Group IIA, Zone 0
Non-Hazardous
Location
Intrinsically Safe Conduit
(Blue)
TS-LSU500
Junction
Box
Red
Black
Black
Black
Black
Red
Red
Red
4-20 mA Input Module Wiring

6
Explosion Proof TS-LS500E
Installation
NOTE: The Explosion Proof 4-20mA Input Module has a RED face.
WARNING: Lockout and tag circuit breakers, and disconnect console power wiring before
installing or servicing any system wiring.
WARNING: DO NOT make transducer wiring connecons with power connected to the
console or any module.
CAUTION: Do not run intrinsically safe (IS) wiring and non-intrinsically safe (non-IS) wiring in
the same conduit.
NOTE: TS-LS500E must be installed in accordance with the naonal electrical code, ANSI/NFPA
70, CEC or other applicable naonal or local codes.
NOTE: The explosion-proof transducer needs to have explosion-proof conduit to the head of the
transducer.
1. Pull the wiring through the explosion proof conduit that will be used for the TS-LSU500E
transducer.
2. Mount the TS-LSU500E in the pump manifold.
3. The TS-LSU500E wiring must enter the console in Explosion Proof conduit through a knockout
on the Hazardous side of the barrier. Secure each pair of transducer wires to a single channel
on the 4-20mA Input Module. Always start at the rst available channel and do not skip
channels. For example, if channels one through three are already being used for another
applicaon channel 4 must be used. Be sure to connect the wires to the correct polarity (+/-).
If the transducer is wired backwards it will not funcon.

7
4 - 20mA EXP
INPUT MODULE
RUN
ERR
–
+
–
+
–
+
–
+
–
+
–
+
–
+
–
+
- (BLK)
+ (RED)
Hazardous Location
Class I, Division 1, Group
D, Group IIA, Zone 0
Non-Intrinsically
Safe Side of
Console
(Red)
Explosion-Proof Conduit
LS-500E
Non-Hazardous
Location
Non-intrinsically
safe side of
console
TS-LSU500E
4 - 20mA EXP
INPUT MODULE
RUN
ERR
–
+
–
+
–
+
–
+
–
+
–
+
–
+
–
+
- (BLK)
+ (RED)
Hazardous Location
Class I, Division 1, Group
D, Group IIA, Zone 0
Non-Intrinsically
Safe Side of
Console
(Red)
Explosion-Proof Conduit
LS-500E
Explosion-Proof Conduit
4 - 20mA EXP
INPUT MODULE
RUN
ERR
–
+
–
+
–
+
–
+
–
+
–
+
–
+
–
+
- (BLK)
+ (RED)
Hazardous Location
Class I, Division 1, Group
D, Group IIA, Zone 0
Non-Intrinsically
Safe Side of
Console
(Red)
Explosion-Proof Conduit
LS-500E
Junction
Box
4-20 mA Input Module Wiring
NOTE: This diagram shows a typical installaon of the TS-LS500 equipment inside an STP sump.
TS-LSU500
Pump
Submersibl
e
FE Petro
Intrinsically safe wiring or explosion-proof
conduit, depending upon application
Wire Splices
White (capped)
Shield (Not connected)
Red
Black

8
TS-LS500 Setup (Console
Programming)
The following instrucons are a guide to programming the Line Leak Detecon poron in the ATG
console. The administrator password will be to edit set-up parameters. For instrucon on FMS
programming, or how to obtain the Administrator access level, please refer to the T5 Series FMS
Programming Guide (p/n 000-2142), the EVOTM 550 and EVOTM 5000 FMS Programming Guide
(p/n 000-2173), or the EVOTM 600 and EVOTM 6000 Programming Guide (p/n 228180061).
Access the T5 Series FMS console (via the LCD touch screen or by the web) and navigate to the
Setup Menu, Go to each of the following parameters, shown in the next tables, and set them
accordingly per the site. You will be prompted to enter the Administrator password when it is
required.
NOTE: Site setups vary depending on the products used and other equipment installed. Setup
informaon in the secons of this chapter depicts a typical site and are meant as examples only.
AC Input Module
One of the funcons of the AC input module is to accept incoming dispenser hook signals.
The hook signal tells the console which product the dispenser is requesng, then turns the
appropriate Submersible Turbine Pump (STP) on using either a relay (from the relay board or
from the power supply board) or the turbine pump interface (TPI). The TS-LS500 is constantly
monitoring the pressure on the line, and tesng accordingly. To perform tests properly, the
TS-LS500 needs to know when the pumps are being used by other applicaons.

9
Parameter Parameter value
Channels Select the number of inputs (channels) to be used.
Name Text box, name each channel to easily idenfy in the mapping.
Enabled Select YES. This will allow the channel to be mapped to another
module. Other modules need this signal to trigger events.
Acve State Select HIGH. A high signal level will acvate the channel and a low
signal will deacvate the channel. If set to LOW, then the channel
is inverted and will only become acve when a signal is absent and
inacve when a signal is present.
Acon Select NONE
Example: AC Input Module FMS Setup
Parameter Name Parameter Value
Module 1 Channels 3
Channel 1 Name Disp 1 Unleaded Hook Signal
Enabled Yes
Active State High
Action None
Channel 2 Name Disp 2 Unleaded Hook Signal
Enabled Yes
Active State High
Action None
Channel 3 Name Disp 3 Unleaded Hook Signal
Enabled Yes
Active State High
Action None

10
4-20mA Input Module
TS-LSU500 Transducers use a single 4-20mA channel per product line which allows the console to
monitor the pressure on each product line.
Parameter Parameter Value
Channels Select the number of channels used for LLD.
Name Text box, name each channel to easily identify in the mapping.
Service Type Select Line Leak Detection. This indicates that the type of device connected to the channel to
indicate that the device is a TS-LS500 transducer.
Example: 4-20mA Input Module TS-LS500 Setup
Group Name Parameter Name Parameter Value
4-20mA Input Modules
Module 1 Channels 1
Channel 1 Name Unleaded Transducer
Service Type Line Leak Detection
Relay Module
The 2A relay module contains 8 separate relays (relay channels). The 10A relay module contains
6 relay channels. Each relay is used by the console to turn a specic STP on or o in applicaons
where Turbine Pump Interface (TPI) is not used.
Parameter Parameter Value
10 Amp Select either yes or no depending upon which type of relay module is used
Channels Select the number of channels that will be used
Name Text box, name each channel to easily identify in the mapping
Enabled Select Yes
Type Submersible Pump
Polarity Normal
Logic OR logic
Physically Wired As Normally Open
Number of Inputs* 1 for transducer plus number of AC inputs for this product, plus any other inputs to operate the
submersible pump
Type Module type that the input is on
Channel Specic channel the input is wired to.
* Calculate the total number of inputs that need to turn on the STP:
1 transducer
+ Number of AC inputs for the specic line
+ Any other inputs to operate the STP
= Total number of inputs

11
Example: Relay Module Setup for STP Control
Group Name Parameter Name Parameter Value
Relay Modules
Module 1 Channels 1
Channel 1 Name Unleaded STP
Enabled Yes
Type Submersible Pump
Polarity Normal
Logic OR Logic
Physically Wired As Normally Open
Number of inputs 4
Input 1 Type 4-20mA Input Module
Channel Unleaded Transducer
Input 2 Type AC Input Module
Channel Dispenser 1 Unleaded Hook Signal
Input 3 Type AC Input Module
Channel Dispenser 2 Unleaded Hook Signal
Input 4
Type AC Input Module
Channel Dispenser 3 Unleaded Hook Signal

12
Turbine Pump Interface (TPI) Applications
In systems where TPI is used, the relays are not needed for line leak or STP operaon.
Communicaon with the FFS smart controllers is done exclusively by the RS-485 connecon.
Refer to the Programming Manual for full TPI instrucons.
Example: TPI Setup
Group Name Parameter Name Parameter Value
Power Supply
RS-485 Enable Interface Yes
TS-TPI Enable Interface Yes
Controllers A Number of Controllers 3
Controller 1 Name Unleaded Controller
Enabled Yes
Type Mag/Eco
Address 1
Group 0
Tank 1
Height 5.00 in
* Number of inputs 4
Input 1 Type 4-20 mA Input Module
Channel Unleaded Transducer
Input 2 Type AC Input Module
Channel Dispenser 1 Unleaded Hook Signal
Input 3 Type AC Input Module
Channel Dispenser 2 Unleaded Hook Signal
Input 4 Type AC Input Module
Channel Dispenser 3 Unleaded Hook Signal
* Calculate the total number of inputs that need to turn on the STP:
1 transducer
+ Number of AC inputs for the specic line
+ Any other inputs to operate the STP
= Total number of inputs
NOTE: Height is the esmated distance from PMA boom to tank boom. This distance is used
for empty tank and high water condions.

13
Fuel Management Systems (FMS) Line Application Set-Up
Seng up the lines establishes which transducer and relay is used on the specic line and allows
the user to change certain parameters in the operaon of the line leak tesng. Make sure the
line is holding at or above the minimum required pressure. If the pressure is too low, review the
check-valve used, and adjust the pump/pump controller for proper pressure.
Parameter Parameter Value
Number of lines Number of product lines
Name Text box, name each channel to easily identify in the mapping.
Submersible Pump Module Select either power supply module or relay module depending upon which
relay is being used for pump control, or if TPI is being used. If Power Supply
Board is selected and a relay from this power supply board was associated to
a pump, an additional option will show up to indicate if TPI or relay will be used.
TPI Yes or No
Submersible Pump Channel Select the channel that the submersible controller is connected to.
Transducer Select the transducer installed in the line.
Enable SLLD Select Yes to enable Statistical Line Leak Detection. No disables this feature.
NOTE: When enabled there will be no option for wait times between test in
monthly testing sections of programming.
Product Enter Product name (grade)
Enable Select Yes-Enables line testing. No, there is no line testing in operation on this
line.
Pressure Up Test Wait Time * Default is 4 Seconds. This is the time that the gauge waits for the line to
pressure up above 12 PSI (83 kPa).
Catch Pressure Wait Time * Default is 2 seconds. This is the time the gauge waits after the pump turns off
to make sure the pressure is at least 12 PSI (83 kPa).
Dispenser Pressure Test When selected, this gauge monitors the line pressure while dispensing. If the
pressure decreases to 7.5 PSI (52 kPa), the line goes into alarm mode. The
pump shuts off and is disabled.
Catch and Sudden Pressure Test Enables Catch Pressure test and sudden pressure loss alarms - No disables.
Catch pressure test and sudden pressure loss alarm notication.
Gross / Monthly / Annual Tests
Enable
Select Yes. This allows the TS-LS500 to run the tests.
Wait Period Between Tests Default setting is 0 days. (This is the scheduling for line test after the test
passed).
Shutdown on Test Fail If selected, this will shut down the submersible if that line fails that type of test
* These sengs typically will not need to be change. If the site is experiencing failed to pressure
up or catch pressure alarms try extending the me to resolve. Some commercial dispensers
require the catch and sudden pressure feature to be disabled.

14
Example: TS-LS500 Applicaon Setup
Group Name Parameter Name Parameter Value
Lines Number of lines 3
Line 1 Name Unleaded Line
Submersible Pump Module Relay Module
Submersible Pump Channel Unleaded STP
Transducer Unleaded Transducer
Enable SLLD Yes
Product Unleaded
Enabled Yes
Pressure Up Test Wait Time 4 Sec
Catch pressure Wait Time 2 Sec
Dispenser Pressure Test Yes
Gross Tests Enable Yes
Monthly Tests Enable Yes
Wait Period Between Passed Tests 0 Days
Shutdown on Failed Test
Annual Tests
Enable Yes
Wait Period Between Passed Tests 0 Days
Shutdown on Failed Test
NOTE: Do not enable the line in set-up unl the transducers have been properly connected to
the 4-20 Input Module.

15
Line Status and Control Screens
The status of each line channel can be viewed at any me by navigang to the Line Status or
Control screens. To get to the Line Status or Control screens, go to FMS > Status > Lines or
FMS > Control > Lines.
TS-LS500 Status Screen
The status of each line can be viewed at any me by navigang to the line status or control
screens on a T5 Series tank gauge.
On a computer connected to an EVO™ 600 using FFSPro® Connect, go to: Monitoring>Line Status
Menu.

16
Status and alarm Indicators Descripon
Status Indicates the condition of the line
Line Pressure Indicates the current line pressure
Enabled Green, enabled. Red, disabled
Not Learned Red, if not learned. Gray, if learned
Pump Shutdown Red, if pump is shutdown. Gray, if not shutdown
Alarm Red, if in alarm. Gray, if not in alarm
Running Gross Leak Test Green, if running test. Gray, if not running test
Running Monthly Leak Test Green, if running test. Gray, if not running test
Running Annual Leak Test Green, if running test. Gray, if not running test
Between Test Green, if running test. Gray, if not running test
Waiting out Thermal Green, if waiting out thermal, Gray, if not
Transducer Failure Red, if the TS-LS500 is not communicating with the transducer
Pump On Green, if the STP is on
Pump Request The TS-LS500 is attempting to turn the STP on
When viewing the Line Status Summary screen, remember to enable Auto Refresh. The Auto
Refresh buon will allow the on-screen results to be automacally updated.
The Line Control screen will automacally update line informaon. Administrator privileges will
be necessary to use the Line Control screen. For instrucons on FMS programming or on how to
obtain an Administrator access level, please see the T5 Series FMS Programming Guide (p/n 000-
2142), the EVOTM 550 and EVOTM 5000 FMS Programming Guide (p/n 000-2173), or the EVOTM
600 and EVOTM 6000 Programming Guide(p/n 228180061).