FA-1LS-015 vector inverter
Input voltage 1 x 230 V
The output voltage is 3 x 230 V
Maximum power 1.5 Kw.
Inverters are electronic frequency converters designed for smooth starting, stopping and speed control of asynchronous three-phase motors.
The AZH-LED is a twilight switch with a built-in light sensor, enclosed in a hermetically sealed housing and specially adapted to switch on the LED lighting.
Power supply: 11÷14 V AC/DC
Maximum load: 10 A
Photosensitive element: built-in
Housing: hermetic
Mounting: surface mounted
Twilight automatic device is used to control light sources or other energy receivers depending on the light intensity - it turns off at dawn and turns on at dusk.
Cascade controller. With the sequential function of the KASKADA.
Power supply 9÷30V DC.
Temperature range: 5÷35ºC.
RT-824 temperature regulator is designed for direct control of heating devices fed by a voltage of 230V, maximum current of less than 16A.
Adjustable operating power 100-1000 VA. With a constant return time. On rail TH-35.
Power consumption limiters are devised for the automatic disconnection of power from the circuit of single-phase wiring systems once the rated power consumption of the receivers incorporated into the system is exceeded.
The AZH-LED is a twilight switch with a built-in light sensor, enclosed in a hermetically sealed housing and specially adapted to switch on the LED lighting.
Power supply: 11÷14 V AC/DC
Maximum load: 10 A
Photosensitive element: built-in
Housing: hermetic
Mounting: surface mounted
Twilight automatic device is used to control light sources or other energy receivers depending on the light intensity - it turns off at dawn and turns on at dusk.
Cascade controller. With the sequential function of the KASKADA.
Power supply 9÷30V DC.
Temperature range: 5÷35ºC.
RT-824 temperature regulator is designed for direct control of heating devices fed by a voltage of 230V, maximum current of less than 16A.
Adjustable operating power 100-1000 VA. With a constant return time. On rail TH-35.
Power consumption limiters are devised for the automatic disconnection of power from the circuit of single-phase wiring systems once the rated power consumption of the receivers incorporated into the system is exceeded.