Cable Locator / Line Tracer – SetGenerator

SetGenerator
 

Quickly and easily assemble, configure, and have your cable & pipe locator delivered—ideal for civil engineering, cable & utility construction, or network operators. In cooperation with Radiodetection, we’ve enabled a configurator for the most popular locators such as the C.A.T4, SuperC.A.T4, and the RD7100 family.  

A cable locator (line tracer) helps you find buried utilities quickly and avoid strikes. Systems support passive modes (e.g. power/RF) and active locating with a transmitter. Features like depth indication, guidance arrows and audio cues streamline field work.

  • Active locating: Apply signals via direct connection or induction
  • Rapid guidance: Guidance/peak views, compass display and clear audio feedback
  • Expandable: Induction clamps, sondes and A-frame for fault finding

u-LOCATE Cable Locator Set
NEW
u-LOCATE Cable Locator Set
u-LOCATE Set with Genny transmitter and transport bag.
Complete locating system for cable and pipe detection prior to excavation work. Active locating using the transmitter as well as a passive mode for detecting live power cables. Suitable for professional jobsite use.
Prices are visible to registered users only.
plus 20% tax excl. Shipping costs
CAT4+ and Genny4 Configurator
CAT4+ and Genny4 Configurator

Configure your Genny4 and CAT4+ device combination.

With this system, you are safe on every construction site. With the CAT4, all cables can be located passively. In combination with the Genny4 transmitter, cables can also be energized directly or inductively to locate even hard-to-find cables.

The system consists of:
 

  • C.A.T4 (of your choice)
  • Genny4 transmitter
  • Standard connection set for transmitter
  • Equipment bag
Prices are visible to registered users only.
plus 20% tax excl. Shipping costs
SuperCAT4 and T1 Transmitter Configurator
SuperCAT4 and T1 Transmitter Configurator
Configure your SuperCAT4 and T1 transmitter device combination.

With this system, you are safe on every construction site. With the SuperCAT4, all cables can be located passively. In combination with the T1 transmitter, cables can also be energized directly or inductively to locate even hard-to-find cables.

The system consists of:
 
  • SuperCAT4 (of your choice)
  • T1 transmitter (of your choice)
  • Standard connection set for transmitter
  • Equipment bag
Prices are visible to registered users only.
plus 20% tax excl. Shipping costs
RD7200 and Tx Transmitter Configurator
RD7200 and Tx Transmitter Configurator
Configure your RD7200 and Tx transmitter device combination.

With this system, you are safe on every construction site. With the RD7200, all cables can be located passively. In combination with the Tx transmitter, cables can also be energized directly or inductively to locate even hard-to-find cables.

The system consists of:
 
  • RD7200
  • Tx transmitter (of your choice)
  • Standard connection set for transmitter
  • Equipment bag
Prices are visible to registered users only.
plus 20% tax excl. Shipping costs
RD8200 and Tx Transmitter Configurator
RD8200 and Tx Transmitter Configurator
Configure your RD8200 and Tx transmitter device combination.

With this system, you are safe on every construction site. With the RD8200, all cables can be located passively. In combination with the Tx transmitter, cables can also be energized directly or inductively to locate even hard-to-find cables.

The system consists of:
 
  • RD8200 (of your choice)
  • Tx transmitter (of your choice)
  • Standard connection set for transmitter
  • Equipment bag
Prices are visible to registered users only.
plus 20% tax excl. Shipping costs
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How does a cable locator work?

Locators detect the electromagnetic field around utilities. In passive mode, existing fields (e.g., 50/60 Hz or radio) are detected. In active mode, a transmitter injects a defined frequency. Sonde mode traces battery-powered transmitters placed in ducts or pipes.

Frequencies & use cases

  • Low (e.g., 512/640 Hz, ~1 kHz): greater depth, directional tracing, minimal bleed
  • Mid (e.g., 8–9 kHz): balanced choice for mixed environments
  • High (e.g., 33 kHz): universal coupling to short or broken conductors

Selection guide

  • Task: route proving, service connections, fault finding, pre-excavation checks
  • Frequency set: right mix of active/passive bands and sonde support
  • Transmitter power: sized for length, depth and ground return
  • Functions: depth, current direction, guidance, data logging
  • Accessories: signal clamp, stakes, A-frame for sheath faults, connection & search leads

Pro tips

  • Scan in multiple modes before excavation (passive and active)
  • Ensure a solid ground/return path for strong injection
  • Map the route in segments and document readings

FAQ

Active vs. passive—what’s the difference?
Passive uses existing fields; active injects a chosen frequency for higher precision and selectivity.
Can I trace non-metallic pipes?
Indirectly, with tracer wire or a sonde. Plain plastic requires a sonde/tracer to be detectable.
How accurate is depth?
Depends on signal quality, soil and alignment. Good coupling and correct settings improve accuracy.
Which frequency should I choose?
Low for deep/long well-earthed lines; 8–9 kHz for mixed sites; 33 kHz for short/discontinuous conductors.