BUSCH-JAEGER Smart-switch Wireless Flush-Mounted Actuator, 1-Channel, free@home, 230V, 2-Wire, LED 200W 2CKA006710A0044

The BUSCH-JAEGER Smart-switch Wireless (2CKA006710A0044) stands out by combining a flush-mounted switching actuator with free@home wireless technology, enabling smart control of lighting and motors without a neutral wire. This 1-channel actuator integrates seamlessly into the Busch-free@home system, offering remote operation via app, sensors, or voice control while retaining manual override.

Highlights

• Wireless free@home RF (2.4 GHz) integration for flexible smart home control
• 2-wire connection (phase and switched phase) – no neutral required, ideal for retrofits
• Supports incandescent/halogen loads up to 2300 W and LED loads up to 200 W
• Manual override, scene integration, and time programs for enhanced convenience
• Flush-mounted design with compact depth of approximately 32 mm

In daily use

Install the actuator behind a standard switch or socket, connect the phase and switched phase, and pair it with the free@home system. Control connected lighting or motors via the free@home app, wireless sensors, or voice commands through the free@home Access Point. The manual override allows direct switching at the device, ensuring operation even without network connectivity.

Full specifications

• Product type: Wireless switching actuator
• System compatibility: Busch-free@home
• Wireless technology: free@home RF (2.4 GHz)
• Installation type: Flush-mounted
• Operating voltage: 230 V AC
• Frequency: 50/60 Hz
• Connection type: 2-wire (phase and switched phase, no neutral)
• Max. incandescent load: 2300 W
• Max. HV halogen load: 2300 W
• Max. LED load (230V): 200 W (max. 20 lamps)
• Max. motor load: 1000 VA
• Max. capacitive load: 10 A, 100 µF
• Switching channels: 1
• Operating temperature: 0 °C to 45 °C
• Protection class: IP20
• Mounting depth: approx. 32 mm

Final note

This actuator is a reliable choice for modernizing existing installations with smart functionality, offering robust load handling and seamless integration into the free@home ecosystem.