
Leica Clamp Sonde | 40mm (1.6") 33kHz | Precision Duct & Camera Tracing
What's in the Box
Clamp Sonde, 40mm (1.6") 33kHz Sonde by Leica
You save £100.00 (20%)
The Leica Clamp Sonde is a specialized 40mm (1.6") diameter transmitter engineered for high-accuracy utility tracing and inspection tasks. Operating at a standard 33kHz frequency, this tool is vital for professionals mapping duct routes or pinpointing the location of sewer inspection cameras. Its robust construction is designed to withstand harsh underground environments while maintaining signal integrity through various soil types.
How does the Leica Clamp Sonde improve duct tracing?
By utilizing a precise 33kHz frequency, the sonde allows for the accurate identification of duct paths and the exact location of structural blockages. It provides a consistent signal transmission that reaches depths of up to 5 meters (16.5ft), ensuring reliable data for utility and sewer management teams.
Which rods and cables are compatible with this sonde?
The device is equipped with a versatile clamping mechanism specifically designed to attach to a 12mm (0.47") diameter duct rod. It can also be clamped directly onto the cable of most standard sewer inspection cameras, making it a multi-functional accessory for diverse tracing applications.
What are the power and design specifications of this unit?
The Leica Clamp Sonde is powered by a single AAA battery, combining energy efficiency with a powerful signal output for field operations. Its compact 40mm (1.6") form factor ensures it can navigate typical pipe and duct infrastructure without causing obstructions.
| Manufacturer | Leica |
| Frequency | 33kHz |
| Diameter | 40mm (1.6") |
| Rod Compatibility | 12mm (0.47") Duct Rod |
| Maximum Depth Range | 5m (16.5ft) |
| Battery Type | 1 x AAA |
- Extend your reach with the Leica EZiROD 50 Flexible Tracing Rod or the Leica EZiROD 80 Flexible Tracing Rod.
- Detect signals accurately using the Leica DD120 Locator.
- For larger pipes, consider the Leica Maxi Sonde 8kHz and 33 kHz.







