Control With One Frequency Inverter (Per System) - KSB BoosterControl Advanced Installation & Operating Manual

Table 30: Parameter settings for cascade control – with jockey pump
Parameter Description
3-2-2-6 Operating mode
3-3-1 Number of pumps connected
BoosterControl Advanced reboots; observe notes
3-3-3 Configuration, discharge side
BoosterControl Advanced reboots; observe notes
3-4-2-3 Number of pumps started up in the event of a sensor
failure on the discharge side
3-4-2-4 Limitation of the maximum system load
3-5-1 System pressure setpoint
3-5-3 Bandwidth: range above and below the setpoint
where pumps are not stopped or started
3-5-5 Maximum setpoint
3-6-2 Limit for minimum runtime of pump
3-6-4 Maximum pump runtime. After this period,
BoosterControl Advanced starts the pump with the
least operating hours
3-6-5 When one pump is running: start delay of each
pump that cuts in
3-6-6 When more than one pump is running: stop delay of
the pumps
5)
x depends on the maximum value of the pressure sensor used.
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8 Commissioning/Start-up/Shutdown

8.4.3 Control with one frequency inverter (per system)

The operating mode must be set depending on the frequency inverter used. One
frequency inverter can be firmly assigned to a specific pump or used consecutively for
several pumps (depending on the electrical connection).
Parameter settings can only be made at the service or factory access level.
BoosterControl Advanced
Possible values
Hyamat K
1 ... 6
1 x jockey pump
2 x jockey pump
0 ... 6
Number of pumps in operation × 100
%
5)
0 ... x kPa
0 ... 1000 kPa
5)
0 ... x kPa
0 ... 999 s
0 ... 356400 s
0 ... 999 s
0 ... 999 s