An intermediate drive is best utilized when space restriction prohibits the placement of the end drive unit. It required two idler end units at each end. The gear motor can be coupled directly or suspended underneath the drive unit at both right and left orientation. Adjustable torque limiter can be added to protect the conveyor system. The traction force is lower than other end drive units due to less engagement between drive sprocket and chain.

Catenary Drives are designed to accommodate top-running chains and are commonly used in application of single loop or alpine conveyor system. Additional idler end unit is not required. Only suspended version is available.

A combined drive and idler consist of one end drive and one idler end unit mounted in a single assembly with a transfer bridge for smooth transfer of products. It has a smaller footprint compared to side transfer design. Available in both direct and suspended drive versions, the gear motor can be coupled at both left and right orientation. Adjustable torque limiter can be added to protect the conveyor system.

Wheel drives are used for applications using a single loop or alpine conveyor systems without a return chain.Both direct and suspended drive versions are available with the Gearmotor mounted underneath. The traction force is lower than other end drive units as the gear wheel engages the side of the chain.

The function of the idler end is to change the direction of the moving chain. Available in both standard idler end unit (180º) and idler bend unit (90º). It comes with 2pc connecting strips at the connection end.

Idler End Unit (standard 180º)

The moving chain is transferred 180° from the bottom of the conveyor beam to the top through a flange guide with minimal friction.

Idler Bend Unit (90º)

The idler bend unit converts and changes the chain direction in 90º perpendicular to incoming chain direction.