KIET

Hydraulic Skidding System

KET-HT-300

• Integrated push-pull design, with build-in slideway, small friction coefficient

• Modular design,easy to install and operate

• Reduce the workload of preparation before

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Precision-engineered hydraulic systems designed for heavy-duty performance and reliability.

Rail Section

Hydraulic Cylinder

Hydraulic Cylinder and Pump

Product Overview

The Hydraulic Skidding System is engineered for extremely low-clearance operations, making it ideal for confined environments such as electrical substations or industrial plants where cranes cannot be used. Its modular, low-height design—comprising tracks, skid shoes, and hydraulic push-pull units—features lightweight components that allow for quick assembly, easy transport, and use in compact spaces. The system offers superior movement control, providing precise management of start, stop, acceleration, and deceleration to ensure smooth, directional, and safe motion. With an enhanced safety profile, the load is never freely suspended, and the high-friction design ensures it stops immediately if hydraulic power fails, minimizing the risk of accidents. The hydraulic push-pull drive delivers powerful, controlled, and continuous movement through high-pressure cylinders, while low-friction sliding surfaces on the skid shoes and tracks enable smooth and efficient operation. Available in multiple load capacities from 50T to 1000T, this system is perfectly suited for handling heavy equipment such as transformers, generators, and vessels.

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Watch our hydraulic systems deliver exceptional performance in real-world applications.

Technical Specifications

Detailed specifications and performance parameters for optimal system configuration.

Specification	Value
Model	KET-HT-300
Max Pressure	70MPa
Max Skidding Capacity	300T
Rail Section Height	205mm
Rail Section Width	485mm
Rail Length	25940 mm, 22790mm

Frequently Asked Questions

Common questions and answers about our hydraulic systems and services.

1. Q: Our on-site ground condition is not a perfectly level concrete surface; it has a slight incline and some gravel. Can the system still operate properly and maintain its specified accuracy?

A: Yes. For optimal performance, we recommend some ground preparation. Options include hardening the surface. Any uneven areas should be leveled out by shimming with auxiliary supports, such as thin steel plates.

2. Q: Is a highly specialized engineer required to operate this system? Could an operational error lead to severe consequences?

A: No, the system is designed for straightforward operation. An operator can become proficient by following the provided operation manual. Furthermore, the electrical control program has integrated safety interlocks and protective measures to prevent hazardous situations.

3. Q: Are the long-term maintenance costs for this system high? Which components are considered consumables and require frequent replacement?

A: No, the maintenance costs are not high. The system only requires routine maintenance, which includes tasks such as periodically changing the hydraulic oil, cleaning the equipment’s exterior, and inspecting hydraulic hose fittings to ensure no contaminants or particulate matter enter the reservoir.

4. Q: The loads we need to move have irregularly shaped bases. Is the system adaptable to this?

A: Absolutely. For our equipment, the load-engaging component is simply an end-effector/actuator. It is highly adaptable and can be configured for a wide variety of applications and load profiles.