75287-KANCA – 160x260x120 MM 110V DC ELECTROMAGNET – INDUSTRIAL MODEL WITH 2xM12 CONNECTIONS AND HOOK MOUNTING

75287-KANCA – 160x260x120 MM 110V DC ELECTROMAGNET – INDUSTRIAL MODEL WITH 2xM12 CONNECTIONS AND HOOK MOUNTING

The 75287-KANCA model electromagnet, measuring 160x260x120 mm, operates with 110V DC and features dual M12 threaded mounting points for secure installation. This model is designed for heavy-duty applications where strong magnetic holding force and reliable construction are essential.

STRONG HOLDING FORCE & ROBUST BODY

Part of the BUKLS7C2KK-RAE-P series, this electromagnet is suitable for lifting heavy materials, fixing metal parts, or serving as a magnetic gripper in automated systems. When powered, it generates a strong magnetic field; when the power is cut, it instantly releases the object—ensuring both safety and fast operation.

HOOK-INTEGRATED STRUCTURE FOR LIFTING SYSTEMS

This model is equipped with a mounting design compatible with industrial lifting hooks. It can be easily integrated into cranes or mechanical hoisting systems, allowing for magnet-assisted lifting operations in workshops, recycling plants, or fabrication lines.

TECHNICAL SPECIFICATIONS

• Product Code: 75287-KANCA

• Dimensions: 160x260x120 mm

• Voltage: 110V DC

• Connections: 2xM12 threaded mounting points

• Series: BUKLS7C2KK-RAE-P

• Body: Durable metal construction, industrial-grade protection

• Application: Fixing, lifting, gripping, and automation integration

• Options: Custom manufacturing and voltage configurations available

APPLICATION AREAS

• Metal clamping in CNC and lathe machines

• Lifting of sheet metal and profiles

• Robotic and automation systems as electromagnetic grippers

• Metal handling in recycling facilities

• Magnetic lifting integrated with crane hooks

ADVANTAGES

• Stable and safe operation with 110V DC

• Fast magnetic engagement and release

• Industrial-grade durability

• Hook-compatible structure for lifting systems

• Custom production support and technical consultancy available