Trend R180001 Amplifier Probe is an accurate and practical tool for identifying and tracking network cables in complex infrastructures.
This probe, with its ergonomic design and stable performance, aids network engineers and maintenance technicians in quickly and accurately identifying target cables amidst a sea of wiring.
The product is ideal for environments where access to cables is difficult and non-destructive identification is required.
Key Features of Trend R180001 Amplifier Probe
- Designed for precise identification of network and data cables
- Signal amplification performance for tracking in high-noise environments
- Durable and ergonomic body for long-term use
- Easy to use with no need for complex calibration
- Suitable for network technicians and maintenance engineers
Technical Specifications
| Feature | Value |
| Brand | Trend / Trend Networks |
| Model | R180001 |
| Product Type | Amplifier Probe |
| Main Application | Network Cable Tracking |
| Connection Type | Non-destructive Probe |
| Suitable For | Network Infrastructures and Data Centers |
| Body Material | Durable Industrial Plastic |
Frequently Asked Questions
Is the Trend R180001 amplifier probe suitable for copper and fiber optic cables?
This probe is primarily designed for identifying copper network cables. For fiber optic cables, due to the lack of electrical conductivity, different equipment may be required.
Does using this probe require disrupting network power?
No, this probe is designed to identify existing signals on the cable without needing to disrupt connections or service.
What is the detection range of this probe?
The detection range varies depending on the thickness of the cable insulation and the surrounding environment, but this probe is optimized for identification in patch panels and standard cabling channels.
Conclusion
The Trend R180001 amplifier probe is a smart choice for network maintenance teams seeking a precise, durable, and practical tool for cable identification.
This product significantly enhances maintenance operation productivity by reducing troubleshooting time and increasing accuracy in tracing cable paths.
