The PL-2000 Pipe and Cable Locator offers a new approach in high power, low frequency locating. With three active frequencies, two passive frequencies, four modes of operation, and both inductive and direct connection capabilities, the PL-2000 is powerful and versatile, but still surprisingly easy to use and cost effective.
Product Features - Transmitter offers three watts power output in the Direct Connection operating mode; allowing locates for much longer distances.
- The lightweight, balanced receiver, offers four different operating modes
- "Peak" mode, for the most accurate locates and for depth measurement
- "Null" mode, for fast, easy tracking (also indicates "left" or "right")
- "Dist" mode, for even longer distances - up to 1 1/2 times
- "Sonde" mode (8 kHz and 512 Hz), for locating sewer Sondes and measuring their depths
- Three "active" frequencies at a nominal 512 Hz, 8kHz, and 27 kHz, plus two "passive" frequencies at the 50/60 cycle flowing AC current, and Radio in the 14 kHz - 25 kHz ranges
- Select the "Mix" mode at the transmitter and transmit all active frequencies simultaneously in the "Direct Connect" mode.
- Detects and reports "poor ground" conductivity at the transmitter in Direct Connection
- Current measurement in the "Depth" function can verify you are tracing the correct line in congested utilities
- "Auto Off" functions in both the transmitter & receiver shut off their operations after a user defined time period of non-use
- Padded carrying case
- 3 year warranty
View PL-2000 Brochure
Optional Equipment for PL-2000:
Direct Inductive Clamp
- Induce signal directly onto target line through insulation, paint, etc. - up to 4" diameter
Sonde (mini-transmitter)
- 8 kHz - Flush, push, pull through non-metallic pipe - works with PL-2000 receiver
- Traces through sewer pipe, water lines, etc. that are plastic, concrete, vinyl, clay, etc.
- Self-contained - on/off toggle switch, indicator LED, lanyard attach loop & threaded to receive plumber's snake

This product was added to our catalog on Monday 30 March, 2009.