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DESCRIPTION

These instructions explain the proper procedures for installing and testing 

nVent RAYCHEM TraceTek TT500X-HS sensing cables. (TT500X-HS refers 

to either TT5000-HS or TT5001-HS). TT500X-HS sensing cables are primarily 

intended for use in underground (fuel or solvent) pipeline applications. TT500X-

HS sensing cables ignore water but will detect and locate (fuel or solvent) spills 

and leaks. (See the data sheet for specific performance characteristics.)

Important Notes

When used to monitor underground fuel pipelines, TT500X-HS sensing cables 

are typically installed within slotted conduit that is routed alongside the main 

pipeline. TT500X-HS sensing cable is designed for use within slotted PVC 

conduit and is constructed with an outer layer of polyethylene fibers to provide 

extra pulling strength and low friction during the installation process. The 

sensor cable core is standard TT5000 (for fuel) or TT5001 (for solvent) with 

well documented response times, numerous third party qualifications and years 

of successful applications.
•  TT5000-HS sensing cable is identified by the all white color of the outer jacket.
•  TT5001-HS sensing cable is identified by a purple TRACER in the white 

outer jacket.

GENERAL NOTES: DO’S AND DON’TS:

TOOLS REQUIRED

nVent RAYCHEM TraceTek 

TT-PTB-1000 

(part # 486437-000)

Portable Test Box, battery powered instrument 

specifically designed for testing and trouble 

shooting TraceTek systems

Ohmmeter  

(>20 M ohm)

Can be used as an alternative and supplement to 

the PTB 1000

nVent RAYCHEM TraceTek 

TT-MAPPING CAP-MC 

(part # P000000871)

Used to simulate leaks at connector points during 

commissioning and mapping process

Extran Vent RAYCHEM 

TraceTek TT-MLC-MC-BLK 

(part # 133332-000)

Leader cable. Used with the ohmmeter to make 

connections to the sensor cable for resistance 

measurements

Extra TT-MET-MC 

(part # 571293-000)

End termination. Used during installation or trouble 

shooting to temporarily isolate a sub-section of 

sensor cable for resistance measurements.

nVent RAYCHEM TraceTek 

TT-Kellems-Grip-Large 

(part # P000001291)

Large Kellems Grip used in cable pulling when rope 

overbraid loop not available.

nVent RAYCHEM TraceTek 

TT-ULTRA-TORCH 

(part # 390067-000)

Flameless heating tool (Ultratorch 200) or suitable 

heat gun with concentrator tip

REQUIRED MATERIALS

Conduit cleaning tool

Used in proofing installed sections of conduit.

Conduit end caps

Used to cover exposed conduit end to maintain 

conduit cleanliness.

Heat shrink tubing 

segments

Used as environmental seal over all mated male/

female (pin/socket) connections 

OPTIONAL MATERIALS

nVent RAYCHEM TraceTek 

TT-MBC-MC-TW 

(part # P000001206)

Branch connector designed for rugged outdoor 

applications used to connect and branch "T" lines

nVent RAYCHEM TraceTek 

TT-MJC-XX-MC-BLK

Jumper cable is available in various pre-cut and 

terminated lengths

nVent RAYCHEM TraceTek 

TT5000–HUV–CK–

MC–M/F 

(part # P000001207)

Connector kit used during field connection of 

TT500X-HS bulk cable

TraceTek Sensing Cable for Underground Leak Detection 

Installation Instructions

TT5000-HS

 

(for fuel leaks)

TT5001-HS

 

(for solvent leaks)

DO:

•  Store the cable in its original container in a clean, dry area until ready to install.

•  Schedule the sensor cable installation as late as possible in the construction 

schedule to avoid risk of damage or contamination by other contractors or 

construction tasks.

•  Remove cable from the pipe if any thread cutting, welding, soldering or similar pipe 

fitting work will be performed.

DON’T:

•  Drag the cable through water, paint, solvents, oil or other contaminants.

•  Install damaged or contaminated sensing cable.

•  Exceed the maximum pulling force of 100 kg (220 lb).

•  Use the cable as a rope for lifting or securing any object.

•  Allow tools or heavy objects to fall on cable.

•  Exceed 3300 ft (1000 m) of individual sensor cable circuit length when using a SIM 

alarm module.

•  Test the cable with fuel. •  Use tie wrap or wire to secure the cable.

Summary of Contents for TRACETEK TT5000-HS

Page 1: ...mination Used during installation or trouble shooting to temporarily isolate a sub section of sensor cable for resistance measurements nVent RAYCHEM TraceTek TT Kellems Grip Large part P000001291 Large Kellems Grip used in cable pulling when rope overbraid loop not available nVent RAYCHEM TraceTek TT ULTRA TORCH part 390067 000 Flameless heating tool Ultratorch 200 or suitable heat gun with concen...

Page 2: ...ll the rope in opposite direction for a short distance then try repulling in original direction with normal force Shake the rag attached to the sizing tool free of excess debris Remove the rope section containing the rag from the sizing tool Replace the rag with a clean rag if necessary and then attach the rope section with the rag to the eye splice in advance of the sizing tool Reverse the pullin...

Page 3: ...f cable into the conduit Before pulling the cable into any conduit verify that correct conduit is being used Good conduit installations will use a strategy to mark conduits Check with project supervisors if any doubt exists as to how the conduit is labeled Errors in conduit identification and cable orientation can result in compromised cable quality Insert the end of the rope braid as far as possi...

Page 4: ...normal force Finish the cable pull by extending the TT500X HS MC with factory installed connectors or TT5000 HS HYB HSE with factory installed end termination cable at least 1 foot beyond top of the access point conduit riser For TT500X HS bulk sensing cable without connectors cable extend at least 2 feet beyond top of the access point conduit riser The extra length is necessary due to connectoriz...

Page 5: ...zed cable or as part of the TT5000 HUV CK MC M F connector kit Install the heat shrink tube as environmental seal over all mated male female pin socket connections Center the unlabeled shrink tube over the pin socket connection Heat shrink the tube over the connection beginning in the center and shrinking towards the ends until the tube fully conforms to the shape of the connection and adhesive fl...

Page 6: ...sensing cable following the Sensing Cable Test Procedure If practical connect the installed sensing cable to the TraceTek alarm module Test the system and put it in operation following the alarm module installation instructions At the beginning of the next work day Check that the installed sensing cable is clean and intact following the Sensing Cable Test Procedure Compare the results with those o...

Page 7: ...ries a cable string ensure they are all connected 2 Connect a Modular Leader Cable TT MLC MC to the sensing cable 3 Verify that the sensing cable is intact Loop 1 Measure the resistance between the yellow and black wires of the leader cable as illustrated Loop 2 Measure the resistance between the red and green wires of the leader cable The readings should roughly equal a multiple of the length of ...

Page 8: ...ngths and is also available in bulk form for long distance runs between the sensor cable and alarm module location F Install a leader cable TT MLC MC BLK between the sensor cable and the alarm module location The factory standard length of leader cable is 12 ft 4 m It has a female metal connector on one end and four tinned leads on the opposite end for connection at the alarm module terminal block...

Page 9: ...ons until the cable continuity is established and the Normal condition is achieved Leak testing can be done with a mapping cap TT MAPPING CAP MC or by bending the sensor cable tightly between fingers The MAPPING CAP simulates a leak at the location where it is installed in the system For TTSIM 1 a red LED will indicate that the simulated LEAK has been detected For TTDM 128 a leak location will be ...

Page 10: ...module instructions for more information For Cable break indication Check for loose connectors missing end terminations broken jumper wires or physical damage to the cable Repair or replace cable if necessary The TT MET MC end termination can be used to isolate a damaged section by working outward from the instrument using the end termination to establish a temporary end of the circuit then sequen...

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