Time-of-use switch Z-TS20/3 266857

Time-of-use switch for your installation

The Z-TS20/3 time-of-use switch is a reliable solution for managing energy consumption, designed for both professional installers and end-users. The device allows for effective billing of electricity depending on the time of day, which translates into savings. The three-pole design ensures safety and stability in installations with a voltage of 400V.

Functionality and application

The Z-TS20/3 switch is designed to protect electrical circuits against overload and short circuit, as well as to remotely control the load in tariff systems. Thanks to the setting range of the overload release of 13-20A, it is ideal for home installations and small commercial facilities. The thermal-magnetic tripping method guarantees a quick reaction to sudden current changes, protecting devices from damage. Made of high-quality materials, it ensures long-lasting and trouble-free operation.

Characteristics and benefits

• Three-pole design: provides full protection for three-phase installations.
• Setting range 13-20A: allows adaptation to different loads and energy needs.
• Thermal protection: protects against overload, extending the life of devices.
• Screw connection: facilitates installation and ensures a secure connection of wires.
• Protection class IP20: provides protection against touching with fingers and solid objects larger than 12.5 mm – suitable for mounting indoors.
• Compact dimensions (80 x 54 x 75 mm): allow easy installation even in limited space of the switchboard.
• Power loss at 10.1W: minimizes additional energy consumption during operation of the switch.
• Complete device construction in housing: ready for mounting immediately after unpacking – saving time and installation costs.

This switch is a solid choice for anyone looking for a reliable solution to manage electrical energy in their home or business. Thanks to the precise setting of the tripping current, it can be adapted to the specific requirements of the installation, ensuring optimal protection and energy efficiency.