12 Way Crane Pendant Station for Industrial Applications

A 12 Way Crane Pendant Station is designed for manual control of machine movements in industrial and material-handling applications. With twelve control positions, it can be used where multiple machine functions need to be operated from a pendant station. It is suitable for overhead cranes, hoists, industrial machinery, conveyors, hydraulic lifts, scissor lifts, construction equipment, and material handling systems.
The 12-way pendant station includes important safety and enclosure features for industrial use. These include a latching emergency stop button, insulated enclosure, and fail-safe contact design. The main body uses impact-resistant and fire-resistant ABS and PC material, while an EPDM gasket provides resistance to UV exposure and weathering.

Key Features

• 12-way manual control
• Latching emergency stop button
• IP65 protection
• Robust ABS & PC construction
• Ample space for cabling

The 12 Way Crane Pendant Station can be used in crane systems requiring single-speed or double-speed control functions, depending on the electrical configuration of the crane. Speed-control functionality should be selected according to the specific control circuit and application.

The pendant station is designed for convenient operator handling. Its ergonomic design provides firm gripping, while the enclosure offers protection for electrical and electronic components. The product is rated IP65 and is suitable for indoor as well as outdoor applications.

Additional design features include a rubber-hose cable entry, an optional mounting hook, ample cabling space, and inbuilt ejection protection for contact blocks. Customer-specific colours and combinations are also available according to the datasheet.

For applications requiring reliable manual machine control, a 12 Way Crane Pendant Station can provide a convenient interface between the operator and the crane or hoist control system. It is a suitable option for industrial environments where operator mobility, load-handling precision, and practical control are important.