Leica DA175 1 Watt Signal Transmitter

Introducing the Leica Detect DA175 Signal Generator, a specialized 1-watt signal transmitter designed to work seamlessly with the Leica DD series of utility locators, including DD120, DD130, and DD175. This device is engineered to apply a traceable signal onto underground utilities, enhancing the capabilities of your existing Leica DD locators. With its robust design and IP67 rating, the DA175 is built to withstand harsh field conditions, making it a reliable choice for professionals in various industries.

Key Features

Versatile Trace Frequencies

The Leica Detect DA175 offers multiple trace frequencies: 512Hz, 640Hz, 8kHz, and 33kHz, as well as a combined frequency mode (8kHz + 33kHz). This versatility allows for more accurate and flexible utility detection, catering to a wide range of applications.

Compatibility

The DA175 Signal Generator is compatible with Leica DD120, DD130, and DD175 locators, providing a unified and efficient utility detection solution. This ensures that you can easily integrate the DA175 into your existing Leica detection system.

Long-lasting Battery Life

Powered by 4x LR20 Alkaline Batteries, the Leica DA175 is designed for extended field use, reducing the need for frequent battery replacements and ensuring uninterrupted operation.

Robust and Durable

With an IP67 rating, the DA175 is resistant to dust and water, making it suitable for use in challenging environments. This robust construction ensures that the device can withstand the rigors of daily fieldwork.

Business Use Cases

• Construction Companies
• Utility Management Firms
• Surveying Agencies
• Environmental Consultancies
• Infrastructure Development Projects

Conclusion

The Leica Detect DA175 Signal Generator is a powerful and versatile addition to the Leica DD series of utility locators. With its multiple trace frequencies, compatibility with various Leica DD locators, and robust design, the DA175 sets a new standard in utility detection. It offers a comprehensive solution for professionals looking to enhance their utility detection capabilities.