Electromagnetic Induction High-Speed Tracing Series
Product Application
With the continuous development of communication technology and 5G
in recent years in our country, the demand for high-quality networks has been
increasing.
Consequently, the maintenance workload of corresponding network
base stations and data centers has become increasingly burdensome. Currently,
during operation and maintenance processes, the search for jumper cables often
requires significant human and material resources. The traditional pulse audio mode used
in line finders requires network disconnection, has low sensitivity, and is
inefficient.
Therefore, Tiancheng's high-speed line locating solution has
emerged. The product utilizes electromagnetic induction and photoelectric line tracing,
providing a simple and efficient method that can improve cable locating
efficiency by over 80%.
It is suitable for traditional data centers, structured cabling
projects, and other applications.
Product Features
- Innovative Wire Tracing Method
Using electromagnetic induction principles, wireless coils and LEDs
are installed at both ends of the jumper wire. The wire tracer charges the
induction coils to illuminate the LEDs at both ends of the jumper wire.
The transmitting coil generates a magnetic field with a certain frequency alternating current.
The receiving end generates a certain amount of current in the coil through
electromagnetic induction, transferring energy from the transmitting end to the
receiving end and lighting up the LED at the receiving end.
- Hands-Free Wire Tracing Mode
The wire tracer is equipped with a built-in magnet, allowing it to
be attached to metal cabinets.
Wire tracing is performed using an external coil, which can be securely fixed to the jumper wire using a card slot structure.
This hands-free feature enables technicians to move freely to distant locations to trace
target jumper wires.
- Support for Conventional Copper Wire Tracing
By connecting one end to an audio transmission device (such as
Fluke or other testing equipment), the wire tracer can use its audio detection
function to detect audio signals on the other end of the cable and locate the
corresponding wire.
The wire tracer incorporates LED lighting.
Application Standards
GB/T 18233 (ISO/IEC 11801); GB 50311; TIA/EIA568.2-D etc.
| High-speed Copper Jumper Cable Tracing |
| Number of insertions and withdrawals | ≥ 750 times |
| Insulation strength | DC 1000V, no breakdown for 1 minute |
| Insulation resistance | ≥ 500MΩ (+20℃ , DC 100V) |
| High-speed Fiber Optic Jumper Cable Tracing |
| Insertion loss | ≤ 0.3dB |
| Interchangeability | ≤ 0.2dB |
| Minimum bending radius | Dynamic: 20 times the diameter of the optical cable Static: 10
times the diameter of the optical cable |
High-speed cable locator and dedicated jumpercable
Supported audio cable tracing method
External coil cable tracing with the cable locator
Free your hands, singleperson cable tracing
