Enerpac SyncHoist System Provides Safe, Accurate Hoisting and Load Positioning for Crane Applications

15th January 2016
Source: Enerpac
Posted By : Jacqueline Regnier
Enerpac SyncHoist System Provides Safe, Accurate Hoisting and Load Positioning for Crane Applications

Enerpac introduces the SHS-Series SyncHoist System, a unique below-the-hook lifting solution for positioning of heavy loads in crane applications. Using just one crane, the SyncHoist System allows operators to easily position loads vertically and horizontally, all while ensuring complete safety, speed and control. 

Designed with four BTH-1 compliant hydraulic lifting cylinders, the SyncHoist System is connected directly to the suspended rigging. Cylinders are available in 60, 94 or 120 ton capacity with strokes ranging from 19.69 to 59.06 inches.

The SyncHoist is available with both manual and automatic control options. The manual controls allow the operator to actuate the SyncHoist cylinders using pump-mounted manual valves. The pump is equipped with load readings which display load at each SyncHoist cylinder. 

The automatic computer-controlled option provides both position and load feedback. The system is capable of automatically positioning the cylinders with accuracy of +/-0.40” over full stroke. In addition, the system will provide warning alarms should the cylinders exceed the user established parameters for stroke and load. 

“Using tandem or multiple crane lifts for positioning of heavy and unbalanced loads can be difficult to synchronize,” said Pete Crisci, Global Business Development Leader at Enerpac. “The SyncHoist System provides accurate positioning without the need for multiple cranes, enhancing a crane’s capability and significantly improving the overall safety and efficiency of the operation.


You must be logged in to comment

Write a comment

No comments




Sign up to view our publications

Sign up

Sign up to view our downloads

Sign up

AutoSens and InCabin China 2025
18th November 2025
China Intercontinental 5* Hotel, Hefei, China