Roller blind controller FW-STR1D
On rail 35mm.
Features of the module
* Controller of the roller-blinds with AC motors;
* Cooperation with remote control transmitters of the F&Wave system;
* The ability to control from up to 8 transmitters;
* Two inputs for local control - the ability to directly control the relay using any
monostable button (for example: bell button);
* Two output contacts for both directions of the roller-blind movement with a load
capacity of 1.5 A (AC-3);
* Compact enclosure - takes only one field in the switchboard;
* Retransmission of commands from the transmitter - the ability to increase the range of
the remote control;
* Low power consumption - low operating cost;
* Built-in electronic thermal protection to prevent damage in case of excessive load of the
relay;
* Electric lock to prevent power supply switching on on both windings of the motor.
Operating range
In an open space without any interfering factors the range of the devices controlled by radio fluctuates within the limits of 100 m. The range can be improved by direct retransmission of modules located in mutual coverage area.
Devices of the F&Wave system
Transmitters | Receivers | Box Ø60 |
DIN rail |
flush-mounted | Single relay | FW-R1P | FW-R1D |
FW-RC5 | Double relay | FW-R2P | FW-R2D |
remote controls | Universal dimmer | FW-D1P | FW-D1D |
FW-RC4 | Roller-blind controller | FW-STR1P | FW-STR1D |
FW-RC10 | Two-channel LED controller | FW-LED2P | FW-LED2D |
- Power supply voltage
- 100÷265 V AC
- Number of channels
- 1
- Function
- blind controller
- Control inputs
- 1
- Control signal
- L lub N
- Load rating (AC-1)
- 8:00 AM
- Output rating (AC-3)
- 1,5 A
- The executive element
- relay
- Radio frequency
- 868 MHz
- Terminal
- pluggable terminal blocks 2,5 mm²
- Tightening torque
- 0,4 Nm
- Power consumption waking / working
- 0,25 W / 1 W
- Working temperature
- -25 ÷ 65°C
- Dimensions
- 1 module (18 mm)
- Assembly
- on rail 35 mm
- Ingress Protection Marking
- IP20
Connection
Description of device
Principle of operation of the system