Cam switch 16A, Disconnector 0-1 (2-pole), front panel mounting, lockable yellow/red ŁK16R-1.828\P08

Universal cam switch for safe circuit disconnection

This two-pole cam switch with a rated current of 16A is a reliable solution for disconnecting electrical circuits. It provides effective insulation and safety, and its design allows for mounting on a panel or in an enclosure. Ideal for both professional and home applications where manual power control is required.

Design and application

The switch is designed for front mounting, making it easy to integrate with existing installations. Made of durable plastic, it provides durability and resistance to mechanical damage. The switch in the 0-1 position allows for easy switching on and off of the circuit, and clear markings ensure intuitive operation. Screw connections guarantee a secure and safe connection of the wires. The IP65 protection class protects against dust and water jets, increasing its versatility.

Key features and benefits

• Safety: Rated continuous current of 16A and high short-circuit resistance (conventional rated short-circuit current 13kA) provide effective protection of the electrical installation.
• Versatility: Possibility of indirect mounting and high resistance to environmental conditions (operating temperature from -40°C to +70°C) allow for use in various conditions.
• Durability: Made of high-quality plastic ensures long life and resistance to damage.
• Simple installation: Screw connections facilitate quick and secure connection of wires.
• Readability: Clear marking of the 0-1 position ensures intuitive operation and minimizes the risk of errors.
• Rated power: Rated operating power for AC-3 is 8 kW at 400 V, making it suitable for many industrial and home applications.
• Protection: IP65 protection class provides protection against dust and water, increasing safety of use in difficult conditions.

Additional information

This model of cam switch is characterized by the lack of auxiliary contacts (normally closed, changeover and normally open), which simplifies its design and reduces costs. It is an ideal solution where additional signaling or control functions of external devices are not required. The enclosed design provides additional protection against accidental contact with conductive elements.