1. GSS- 3Z inellgent cable conveyor is a new generation of itellgent cable laying equipment, designed for the etficient and accurate needs of modern power engineering, co mbined with user feedback and technology upgrades, to introduce a faster, more flexible, easier to control solutions, suitable for high-voltage cables, ultra-long distances and complex environment laying operations.
2. Speed design: Optimize the drive system, the maximum transmission speed is increased to 35 meters/min (adjustable), shorten the construction period by more than 30%.
3. Rapid deployment: Sup ports plug and play to meet emergency engine ering requirements.
4. Precise frequency conve rsion control: Equipped with digital inverter to achieve stepless speed regulation, support low speed and high torque and high- speed smooth operation mode free switching.
5. Multi- machine coordination: Multiple devices can synchronize speed regulation to ensure the balance of tension in long- distance laying and avoid cable damage.<br/><br/>Conveying module: high wear-resistant composite track + non-slip bump, support positive and neg ative switching, adapt to complexpaths.

• Advanced double-track transmission system ensures stable traction across various cable specifications
• Features wear-resistant rubber conveyor belt/track with non-slip surface for superior cable grip
• Modular design allows multiple units to operate in series for ultra-long distance installations

Compact yet powerful design with excellent thrust capability

Lightweight construction for easy maneuverability in confined spaces

Operates as standalone unit or synchronized with multiple machines via control box

Rubber-cast conveying wheels prevent cable surface damage

Adjustable center distance accommodates various cable diameters (10-180mm)

Double caterpillar drive system protects cable insulation integrity

High-strength DRC caterpillar construction ensures uniform force distribution

Quiet operation with minimal temperature rise during extended use

Engineered for easy maintenance and serviceability