Power Engineering Hydraulic Pay Off Rack With Brake

Product Specification

In cable laying scenarios such as power engineering, communication wiring, and municipal construction, problems such as uncontrolled cable release speed, uneven cable tension, and strenuous manual operation not only affect construction efficiency but also easily lead to equipment damage and safety hazards for personnel. This hydraulic cable reel stand with braking function, designed with "hydraulic drive + precise braking" as its core, integrates the advantages of labor-saving, safety, and intelligence, completely solving the pain points of traditional cable reel stands such as "difficult speed control, easy rebound, and limited load capacity." It is an efficient and reliable device for laying large-cross-section power cables, optical cables, and communication cables.
Core Advantages: Redefining Safety and Efficiency in Cable Laying Construction
1. Hydraulic Drive + Bidirectional Braking, Double Guarantee for Construction Safety
The built-in high-precision hydraulic buffering device allows for stepless adjustment of the cable release speed (0-5m/min), effectively preventing cable sheath wear and internal core breakage caused by excessive inertia;
Bidirectional mechanical braking + hydraulic braking provides double protection, instantly locking the cable reel in emergency situations, effectively preventing cable rebound and reel reversal, completely eliminating the safety risk of construction personnel being entangled by the cable;
The braking force is adaptively adjusted according to the cable weight. Whether it is a light-load optical cable or a heavy-load high-voltage cable (≤30 tons), it can maintain a stable braking effect without additional manual intervention.
2. Heavy-Duty Design + Wide Applicability, Meeting the Needs of Multiple Construction Scenarios
The load capacity covers 5-30 tons, adapting to cable diameters of Φ50-Φ600mm, compatible with various cable types such as power cables, communication optical cables, overhead conductors, and control cables, meeting the engineering needs of high-voltage power transmission, urban pipeline networks, and rail transit;
The cable reel support arm is made of high-strength manganese steel welding, and after non-destructive testing, its bending strength reaches 1200MPa, ensuring no deformation during long-term heavy-duty use; the base is equipped with anti-slip footpads and fixing holes, which can be quickly fixed to the ground to resist lateral impact forces during cable laying. 3. Simple and efficient operation, reducing labor and time costs
The hydraulic lifting system allows for one-button control of the cable reel height (adjustment range 500-1500mm), eliminating the need for manual handling. A single person can complete the loading and unloading of the cable reel, saving 80% of labor compared to traditional manual cable racks;
During cable laying, the tension is automatically and evenly maintained, ensuring smooth and twist-free cable laying, reducing subsequent finishing work, and increasing construction efficiency by more than 50%, especially suitable for continuous laying of long-distance, large-cross-section cables;
The turntable uses high-precision bearings, resulting in low rotational resistance and operating noise ≤60dB, improving the working environment at the construction site.
4. Durable structure, convenient maintenance, suitable for complex working conditions
The surface is treated with sandblasting and electrostatic powder coating, providing rust prevention, corrosion resistance, and wear resistance. It can be used for a long time in harsh outdoor environments such as high temperature, high humidity, and dusty conditions, with a service life of 8-10 years;
Key hydraulic components use well-known brand parts with excellent sealing performance and no leakage risk; the simple structural design allows for quick disassembly and replacement of wear parts, resulting in low maintenance costs;
Equipped with a spirit level and angle adjustment device, the machine body level can be fine-tuned according to the construction terrain, ensuring stable and accurate cable laying.