The HCWA TwinMaster series impresses with a slim design of less than 200 mm. The completely redundant hoist is driven by the patented double worm gear by means of extremely durable steel band, which ensures paricularly smooth and silent running of the rope drum.

Depending on the model, the hoists have a standard lifting capacity up to 1000 kg and a fixed or variable speed up to 2,0 m/s. Travel of up to 34 meters is possible. The HCWA TM range features a silent noise level of only 45 dB(A)1m. It is 50% lighter than other scenery hoists, reducing forces on the existing stage structures.

As the fully reduntant scenery hoist is driven by two indepenent motors, the reduction gear operates with two outputs and thus offers maximum sagety. The HCWA TM is designed in strict conformity with the DGUV V17/18 and EN 17206 regulations, In addition to, the HCWA scenery hoist equipped with a gearbox intergrated safety catch and safety standards that are unique in the market. the HCWA Range was developed to allow installation to conform local and international safety regulations and in combination of almost all professional controls.

The Cluster Hoist Band is equipped with a double load bearing line made of 30 x 0,4 mm steel band.

In total it lifts loads up to 200 kg over a maximum travel distance of 12 m at a speed of up to 6 m/min. The double load bearing line ensures that the attached line arrays cannot tilt.

Thanks to flexibel mounting options, it is suitable for truss installation, mounting on existing steel structures or to a ceiling.

Due to the dynamic self-locking gearbox, the dynamic forces even in the event of a power failure are considerably low and the load is brought to a safe stop gently and reliably in all scenarios.

The Cluster Hoist Band with speed 6m/min is equipped as standard with a dynamic self-locking gear and a safety catch integrated in the dynamic irreversible worm gear. As the hoist operates without brakes, less maintenance is required.

The control possibilities reach from a 24 V, thrid party control to a full synchronous ASM GEN.ESIS SIL3 control.