Heavy-Load Synchronous 3D Sliding Positioning System_Hydraulic Pushing Systems_Jiangsu Canete Machinery Manufacturing Co., Ltd.

Product Detail

The Heavy-Load Synchronous 3D Sliding Positioning System is an innovative hydraulic solution engineered for synchronized heavy-load sliding and precise three-dimensional positioning of large components or equipment. Equipped with a robust sliding module featuring lateral adjustment, it delivers a lifting capacity of up to 600 tons per unit and supports synchronized control of up to 100 devices. With a one-touch “auto-zero” function, the system adapts to complex base surfaces, ensuring safe and reliable operation. Utilizing a communication bus network, it connects a central control console to integrated hydraulic, mechanical, and electrical units for rapid setup and real-time adjustments. Offering a synchronization accuracy of 5mm, positioning precision of 1mm across X, Y, and Z axes, and a vertical adjustment range of 150mm, this system excels in heavy-duty applications within a 300m range, with pressure, displacement, and fault data monitored via the central console.

Key Features of the Heavy-Load Synchronous 3D Sliding Positioning System:

Heavy-Duty Movement Speed: 0.5m/min
Heavy-Duty Synchronization Accuracy: 5mm
Equipment Capacity: 600 tons
Number of Controllable Devices: 100
Adjustment and Positioning Accuracy: 1mm
Adjustment and Positioning Dimensions: X, Y, Z (three-axis adjustment and positioning)
Vertical Adjustment Stroke: 150mm
Horizontal Adjustment Stroke: ±30mm

System Components and Features

Product	Functions and Features
Computerized Synchronous Control Console	The synchronous control console issues control commands and collects and processes information. Its main hardware consists of an industrial touch-screen computer and a PLC module.
Heavy-Duty Sliding Trolley	Composed of a heavy-duty chassis, hydraulic jacks, hydraulic control valves, and a PLC control module, this trolley is designed to support heavy components and perform three-dimensional, six-directional movements, including lifting and sliding.
Modular Sliding Track	The modular sliding tracks provide a bearing surface for movement while minimizing friction. Each track has a fixed length of 6 meters and can be quickly assembled. They are installed in two parallel rows.
Mobile Power Unit	The mobile power unit follows the component and equipment as they move, supplying power to the system. These units are positioned on both sides of the sliding tracks.
Communication Bus	The communication bus connects the synchronous control console to the heavy-duty equipment. A single bus is used to serially connect multiple devices via quick-connect fittings.

Specs& Dims

Product Name	Quantity	Functions and Features
Synchronized Control Console	1	Collects and processes control command issuance and information; the main hardware consists of an industrial touchscreen PC and PLC modules.
Heavy-Duty Skidding Trolley	8	Comprised of a heavy-duty chassis, hydraulic jacks, hydraulic control valves, and PLC control modules; supports heavy load components and performs three-dimensional six-axis movements such as lifting and translating.
Skidding Track	24	Provides a skidding bearing surface and reduces friction. Each section has a fixed length of 6 meters; enables rapid modular assembly. Installed in two parallel rows.
Power Supply Trolley	2	Travels alongside components and equipment to supply electrical power; positioned on both sides of the skidding tracks.
Communications Bus	8	Connects the synchronous control console and heavy-duty equipment; uses a single bus to daisy-chain multiple heavy-duty devices with quick-plug connections.

KIET Tour

Applications

Hydraulic Skidding System (Light-Duty Skidding System) for Transformer Installation and Positioning

The hydraulic skidding system mainly consists of skidding tracks, slide shoes, low-friction slide pads, push-pull hydraulic jacks, and a control pump station.

Industry Applications：Thermal

Synchronous Pushing Hydraulic Cylinders for Large Transformer Synchronous Pushing Operations

Synchronous pushing of large transformers requires high displacement accuracy. This project utilized the Kaint Two-Point Variable Frequency Synchronous Pushing Hydraulic System.

Industry Applications：Thermal

Videos