Optional Control Handles for Servo Hoists

CONFIGURATION DIAGRAM

Optional Control Handles for Servo Hoists

FB4 Coaxial Sliding Control Handle

FB4 Coaxial Slide Handle

The coaxial slide handle adjusts lifting speed directly through

the handle's slide stroke – the longer the stroke, the faster the lift. It responds

quickly in applications that require fast lifting and handling.

FE3 Remote Stepless Pressure-Plate Control Handle (used with FB6)

FE3 Remote Stepless Pressure-Plate Handle

(used together with FB6)

This handle suits applications where overhead space is limited,

the operator cannot stand close to the load, or the maximum effective

stroke is needed. It also suits cases where the load tilts or is lifted unevenly due to

equipment factors during lifting.

FE3 Remote Stepless Pressure-Plate Control Handle (standalone use)

FE3 Remote Stepless Pressure-Plate Handle

(standalone)

Choose this handle when a push-button control must be kept at a certain distance

while the wire rope is under load, or when it must be combined with dedicated fixtures

or grippers.

FB6 Coaxial Pressure Control Handle

FB6 Coaxial Force-Sensing Handle

Unlike conventional handles, this type accurately senses

the force the operator applies to the handle and converts it into stepless

lifting speed control. This design not only greatly improves intuitive

and precise operation, but also works easily with many types of

grippers, making material handling more efficient and less tiring.

FE7 External Detached Control Handle

FE7 External Detachable Handle

The external detachable handle adapts better to working conditions with

heavy loads and high lifts, while maintaining smooth control.

FT1 Full-Sensing Control Handle

FT1 Full-Sensing Handle

Users can build their own extended handle frame with a larger

operating range (non-standard), adapting flexibly to custom

fixture and gripper solutions. The handle can be mounted anywhere on the custom

fixture, and the operator can apply force at any point on the extended

frame to control lifting and lowering.