Demand based fan speed control
AC motor 1,5 A | Differential pressure control 0 - 1.000 Pa | DIN rail
Constant pressure control for AC fans with single-phase motor. The maximum motor current is 1,5 A. The fan speed is automatically controlled to maintain the differential pressure constant. The differential pressure setpoint can be adjusted via Modbus RTU. In case of clogged air filters or increasing demand for fresh air supply, the fan speed will increase to maintain the differential pressure constant. Minimum and maximum fan speed can be adjusted via trimmers. If necessary, a remote start-stop command can be generated via an external switch (not included).
AC motor 3 A | Differential pressure control 0 - 1.000 Pa | DIN rail
Constant pressure control for AC fans with single-phase motor. The maximum motor current is 3 A. The fan speed is automatically controlled to maintain the differential pressure constant. The differential pressure setpoint can be adjusted via Modbus RTU. In case of clogged air filters or increasing demand for fresh air supply, the fan speed will increase to maintain the differential pressure constant. Minimum and maximum fan speed can be adjusted via trimmers. If necessary, a remote start-stop command can be generated via an external switch (not included).
AC motor 6 A | Differential pressure control 0 - 1.000 Pa | DIN rail
Constant pressure control for AC fans with single-phase motor. The maximum motor current is 6 A. The fan speed is automatically controlled to maintain the differential pressure constant. The differential pressure setpoint can be adjusted via Modbus RTU. In case of clogged air filters or increasing demand for fresh air supply, the fan speed will increase to maintain the differential pressure constant. Minimum and maximum fan speed can be adjusted via trimmers. If necessary, a remote start-stop command can be generated via an external switch (not included).
AC motor 10 A | Differential pressure control 0 - 1.000 Pa | DIN rail
Constant pressure control for AC fans with single-phase motor. The maximum motor current is 10 A. The fan speed is automatically controlled to maintain the differential pressure constant. The differential pressure setpoint can be adjusted via Modbus RTU. In case of clogged air filters or increasing demand for fresh air supply, the fan speed will increase to maintain the differential pressure constant. Minimum and maximum fan speed can be adjusted via trimmers. If necessary, a remote start-stop command can be generated via an external switch (not included).
AC motor 1,5 A | differential pressure control 0 - 2.000 Pa
Differential pressure based fan speed control for AC fans with single-phase motor. The maximum motor current is 1,5 A. AC fan speed is automatically controlled to maintain the differential pressure constant at the desired setpoint. This setpoint can be adjusted via Modbus RTU communication. Optionally, a remote start-stop command can be generated via an external switch (not included).
AC motor 10 A | differential pressure control 0 - 2.000 Pa
Differential pressure based fan speed control for AC fans with single-phase motor. The maximum motor current is 10 A. AC fan speed is automatically controlled to maintain the differential pressure constant at the desired setpoint. This setpoint can be adjusted via Modbus RTU communication. Optionally, a remote start-stop command can be generated via an external switch (not included).
AC motor 1,5 A | Differential pressure control 0 - 1.000 Pa | DIN rail
Constant pressure control for AC fans with single-phase motor. The maximum motor current is 1,5 A. The fan speed is automatically controlled to maintain the differential pressure constant. The differential pressure setpoint can be adjusted via Modbus RTU. In case of clogged air filters or increasing demand for fresh air supply, the fan speed will increase to maintain the differential pressure constant. Minimum and maximum fan speed can be adjusted via trimmers. If necessary, a remote start-stop command can be generated via an external switch (not included). If the motor has thermal contacts (TK), motor temperature can be monitored. In case of overheating, the motor will be disabled.
AC motor 3 A | Differential pressure control 0 - 1.000 Pa | DIN rail
Constant pressure control for AC fans with single-phase motor. The maximum motor current is 3 A. The fan speed is automatically controlled to maintain the differential pressure constant. The differential pressure setpoint can be adjusted via Modbus RTU. In case of clogged air filters or increasing demand for fresh air supply, the fan speed will increase to maintain the differential pressure constant. Minimum and maximum fan speed can be adjusted via trimmers. If necessary, a remote start-stop command can be generated via an external switch (not included). If the motor has thermal contacts (TK), motor temperature can be monitored. In case of overheating, the motor will be disabled.
AC motor 6 A | Differential pressure control 0 - 1.000 Pa | DIN rail
Constant pressure control for AC fans with single-phase motor. The maximum motor current is 6 A. The fan speed is automatically controlled to maintain the differential pressure constant. The differential pressure setpoint can be adjusted via Modbus RTU. In case of clogged air filters or increasing demand for fresh air supply, the fan speed will increase to maintain the differential pressure constant. Minimum and maximum fan speed can be adjusted via trimmers. If necessary, a remote start-stop command can be generated via an external switch (not included). If the motor has thermal contacts (TK), motor temperature can be monitored. In case of overheating, the motor will be disabled.
AC motor 10 A | Differential pressure control 0 - 1.000 Pa | DIN rail
Constant pressure control for AC fans with single-phase motor. The maximum motor current is 10 A. The fan speed is automatically controlled to maintain the differential pressure constant. The differential pressure setpoint can be adjusted via Modbus RTU. In case of clogged air filters or increasing demand for fresh air supply, the fan speed will increase to maintain the differential pressure constant. Minimum and maximum fan speed can be adjusted via trimmers. If necessary, a remote start-stop command can be generated via an external switch (not included). If the motor has thermal contacts (TK), motor temperature can be monitored. In case of overheating, the motor will be disabled.