Multi-Points Synchronous Lifting System

RIVERLAKE’s PLC synchronous lifting system is based on PLC control technology, which controls lifting and positioning through sensor feedback. The control process does not need to consider the central distribution of heavy objects. It is suitable for lifting large and heavy-duty bridges, especially suitable for supporting RSM/RCS/CLP ultra-thin jacks to replace bridge supports. By changing the flow of each cylinder to adjust the jack’s lifting displacement, the system maintains a good position control. By eliminating human interference, synchronous lifting maintains the integrity of the mechanism, improves production efficiency, and enhances the safety of lifting actions. The synchronous lifting system based on PLC control reduces the risk of bending, twisting, and tilting caused by uneven weight distribution and load transfer between different lifting points. The core electrical control system uses the German Siemens PLC programmable controller, which combines high-performance displacement sensors and pressure sensor detection systems to achieve dual control of pressure control and displacement control, thereby ensuring the precise control of the jack and the safety control of the lifting process

RLF/ RLP Series Variable Frequency /Pulse Synchronous Lifting System

Lifting Points: 2,4,8,12,16,24,32,48…….120

Accuracy: ±0.5mm over the full stroke

Max Working Pressure: 700bar

Product Type:

RLF=Variable Frequency Synchronous Lifting System

RLP=Pulse Synchronous Lifting System

Manufacturer/Brand: RIVERLAKE

Features

Computer-controlled synchronous jacking system.
Fully automatic computer control system.
Speed lifting controlled.
Ultra-high pressure balance valve circuit.
Frequency or pulse conversion speed control for high accuracy of ± 0.5mm.
Adjustable oil flowately control the lifting speed of oil cylinder.
High-precision electronic control of displacement and pressure detection system.
Synchronous jacking, synchronous landing, heavy load city weight, etc.
PLC control system, automatic zero finding function.
Suitable for transportation, railway, bridge, subway, shipbuilding, construction, hydraulic engineering, etc.