
BS2-MO motor module
The BS2-MO motor modules are used in the Wildeboer-Net building control system to connect one or two fire dampers with electric spring return actuators. They are available in different connection types.
Technical details
- Connection of one or two fire dampers to the Wildeboer network
- Monitoring of the operating status of the fire damper
- Activities and functions are performed remotely or via push buttons in the module
Product details
BS2-MO motor modules are used in the BS2 field bus system to connect one or two fire dampers with electric spring return actuators, thermal-electric release and integrated limit switches for the open and closed operating positions to the Wildeboer Net.
This allows the fire dampers to be conveniently integrated into the building system control.
Monitoring operating status
The motor modules monitor the operating status of the fire dampers by means of functional tests that check the functionality of the fire dampers.
During the functional test, the fire dampers are closed completely and then opened again completely. The running times and current consumption of the motors are measured, logged and any changes are recorded.
This eliminates the need for the necessary functional tests on site. In addition, schedule controls enable automated functional runs, saving a lot of time and costs for building operation.
Product features Motor module
The following motor module types are available
- BS2-MO-01 for AMP plug
- BS2-MO-02 Cable connections with pluggable screw terminals
- BS2-MO-03 for AMP plug of a fire damper and with pluggable screw terminals for the second
Technical specifications
- Mains connection 230 V, 50 Hz with Euro plug and 1.5 m connecting duct.
- Power supply unit for the system electronics and for supplying the spring return actuators with 24 V DC operating voltage.
- LEDs for displaying the operating data.
- Galvanically isolated CAN BUS connections with pluggable screw terminals.
- Data cable: twisted pair 1 x 2 x 0.34 mm², 120 Ω, shielded. Length between modules up to 100 m.
- Real-time clock with leap year correction and summer/winter time changeover.
- Modules store data permanently, even in the event of a power failure.
- Motor modules can execute parameterizable, interruption-proof sequential circuits.