Radiodetection TX-10 Transmitter — High-Power Multifunction Signal Transmitter

The Radiodetection TX-10 is a professional-grade signal transmitter designed for advanced utility locating across complex underground networks. With high output power, multi-frequency capability, and built-in diagnostic tools like Fault Find and Current Direction (CD), the TX-10 enhances tracing accuracy and helps field crews quickly verify the correct target line—even in congested utility corridors.

Rugged, reliable, and engineered for demanding job-site conditions, the TX-10 integrates seamlessly with Radiodetection precision locators such as the RD7200 and RD8200 series. Its intuitive interface, wide frequency selection, and strong conductive/inductive performance make it a trusted tool for locators, survey teams, and damage-prevention professionals.

Key Features — Radiodetection TX-10

• High-Power Output
  Strong signal performance for long-range tracing, deep utilities, and high-impedance lines such as telecom or CATV – up to 10 W.
• Multi-Frequency Capability
  Wide selection of active and induction frequencies for adapting to different soil, depth, and utility types.
• Fault Find Mode
  Works with an accessory A-Frame to pinpoint sheath, insulation, or coating faults on cables and pipes.
• Current Direction (CD) Signals
  Provides unique coded CD signals to positively identify and differentiate utilities that run close together.
• SideStepAuto™ Frequency Optimization
  Automatically recommends the optimal frequency for the utility being traced, improving locate confidence.
• Automatic Impedance Matching
  Maximizes signal transfer to the target line for improved range and clarity.
• Rugged, Field-Proven Design
  Built for harsh environments with weather-resistant housing and easy-to-read backlit display.

What’s Included

• Radiodetection TX-10 Transmitter
• Direct Connection Leads
• Ground Stake and Reel
• Neodymium Magnet

Ideal For

Utility locators, municipal crews, and contractors who need a powerful, reliable transmitter for long-distance traces, congested utility areas, and fault detection on buried conductive networks.