63A cross switch, direction of rotation changeover switch L-0-P, front panel mounting closed black SK63-3.8368\P07

Rotary cam switch for panel mounting – reliable change of rotation direction

This three-pole rotary cam switch SK63, designed for panel mounting, is a robust solution for frequent switching of loads. It allows changing the direction of rotation of three-phase motors (L-0-P) and is ideal for applications in industry, machinery and control devices. Made of durable plastic, it ensures long-lasting and reliable operation even in harsh conditions.

Construction and operating parameters

The SK63 switch is characterized by high operating parameters. A rated continuous current of 63A and the ability to switch loads up to 18 kW (at 400V in AC-3 category) make it a component suitable for demanding applications. The IP65 protection class guarantees resistance to dust and moisture, which increases safety and extends the life of the device. Mounting to the panel is done with M5 screws, and the main conductor connection is realized with screw connections.

Application and benefits

This rotary cam switch is primarily used in:

• Industrial machines and equipment: controlling electric motors,
• Automation systems: as an element of control circuits,
• Electrical switchboards: as a function or direction of rotation switch.

Why choose this switch?

• High reliability: solid construction and high-quality materials ensure long-term operation.
• Versatility: ability to change the direction of rotation of three-phase motors (L-0-P).
• Resistance to external conditions: IP65 protection class protects against dust and moisture.
• Easy installation: designed for panel mounting with a black bezel.
• Safety: meets safety standards and has appropriate certificates.
• Suitable for frequent switching: mechanical endurance at 3 million switching cycles.

Additionally, the switch is compatible with wires with a cross-section from 6 to 16 mm², which facilitates integration with the existing electrical installation. It ensures safe and efficient operation of devices requiring frequent change of rotation direction or selection of functions.