The Sliding Contact Lines product is an advanced solution engineered for modern Moving Contact Line System applications. Designed with precision and durability, it ensures reliable electrical connectivity in environments with continuous movement and mechanical stress.
Standard models feature IP33 protection rating, providing solid protection against objects larger than 2.5mm and water spray at angles up to 60 degrees from vertical. For challenging environments, protection is customizable up to IP54 for enhanced dust and water resistance.
The system excels in vibration and shock resistance, operating reliably from 10 Hz to 2000 Hz in high-vibration environments like railways, cranes, and automated manufacturing lines. This significantly reduces wear and extends service life.
Configured with 2 current collectors, the product facilitates efficient and balanced current collection, distributing electrical load effectively for improved reliability and safety in critical applications.
The system features V0 grade flame retardancy, providing high resistance to ignition and quick self-extinguishing properties. Electrical insulation resistance exceeds 5 MΩ between poles and ground, ensuring minimal leakage currents and superior electrical isolation.
| Parameter | Value |
|---|---|
| Acceleration | 49 m/S² |
| Effective Service Length | 3016 mm |
| Number of Poles | 5P |
| Rated Peak Withstand Current | 6.75 KA |
| Rated Current | 260 A |
| Matching Current Collector Model | GHJD-B-130A |
| Withstand Current | 4.5 KA |
| Incoming Cable (Copper Core) | 70 mm² |
| Rated Operate Voltage | AC 380-690 V |
| Vibration and Shock Resistance | 10-2000 Hz |
The GHEC Sliding Contact Lines (model GHHX-B-60) are designed for demanding electrical transmission and distribution systems, offering robust solutions for industrial and commercial applications requiring continuous power supply and flexibility.
With a net weight of 13.75kg per single rail and compliance with GB/T 7251.6 - 2015 standards, the system ensures rigorous quality and safety for critical electrical infrastructure projects.