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Monitoring Monitoring of external conditions via digital and analog inputs
Communication Communication with field bus systems via the following interfaces:
Table 6: Technical data
Characteristic
Power supply
Rated voltage
Mains frequency
Rated insulation voltage
Standby current input
Standby power
Enclosure
Housing
For control cabinet installation
Digital inputs
Motor protection
Pressure switch
Water flow detector
Fault reporting relay of frequency inverter
4 Description
▪ Inlet tank control (for corresponding system configuration)
▪ Energy-saving operation
▪ Dynamic pressure setpoint compensation
▪ Base-load or peak-load pump operation (jockey function)
The following monitoring functions can be used:
▪ General fault message
▪ Individual fault messages (lack of water)
▪ Thermal monitoring of pump motors
▪ Sensor fault/broken wire
▪ Fault/warning per pump
▪ Monitoring of service interval
▪ Dry running detection via pressure switch or pressure sensor
▪ Operational availability, indicated via LEDs and display
▪ Level monitoring
▪ Fire alert recognition (with corresponding system configuration)
▪ Monitoring of the inlet tank valve (with corresponding system configuration)
▪ Water flow detection (water flow detector), including temperature monitoring
▪ Dry running protection
You can also assign up to 3 inputs with freely configurable statuses or signals as an
option.
▪ Profibus
▪ Modbus RTU– RS485
Bus communication with frequency inverters is possible for the following
manufacturers:
▪ KSB PumpDrive
▪ Danfoss VLT 2800
▪ Danfoss Microdrive FC 51
▪ Danfoss Aquadrive FC 200
4.5 Technical data
BoosterControl Advanced
Value
1~ 230 V AC ±10 %
50/60 Hz
500 V AC
~ 35 mA
7,5 W
IP20
IP55
24 V DC
24 V DC
24 V DC
24 V DC
11 of 88
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