Rated Peak Withstand Current 6.75KA Sliding Contact Lines with Flame Retardancy V0 Grade and Matching Current Collector Model GHJD-B-130A

The Sliding Contact Lines product is a highly efficient and reliable Moving Contact Line System designed to meet rigorous electrical transmission and distribution demands. Engineered for seamless continuous power supply, this system ensures optimal performance across various industrial environments.

The system features exceptional insulation resistance (>5MΩ between poles) for enhanced safety and operational integrity. Transmission guide rails comply with GB/T 7251.6-2015 standards for low-voltage switchgear and controlgear, ensuring compatibility and efficiency.

Designed for environmental resilience, the system operates reliably within -25℃ to 40℃ ambient temperatures and withstands humidity up to 100% at 25℃, making it suitable for diverse climatic conditions.

• Product Name: Sliding Contact Lines
• Compatible with Current Collector Model: GHJD-B-130A
• Rated Current: 260A
• Incoming Cable (Copper Core): 70mm²
• Shell Protection Rating: IP33, customizable to IP54
• Rated Operating Voltage: AC 380-690V
• Reliable Moving Contact Line System for efficient power transmission
• Durable design ensuring stable electrical contact under dynamic conditions
• Advanced system ideal for industrial applications requiring high current capacity

GHEC Sliding Contact Lines (Model GHHX-B-60) are designed for demanding electrical power transmission applications requiring reliable moving contact systems.

Primary Applications:

• Large-scale manufacturing plants and automation facilities
• Assembly lines, conveyor systems, and robotic operation zones
• Transportation infrastructure (electric cranes, monorails, trolley buses)
• Ports, warehouses, and logistics centers
• Heavy-duty lifting equipment and automated guided vehicles (AGVs)

With a 3016mm effective service length and 60mm² equivalent copper cross-section, this system ensures efficient current conduction over long distances in harsh industrial environments.