Table 31: Parameter settings for control with one frequency inverter
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
6)
A frequency inverter must be installed in the control cabinet and wired so that it can control any of the pumps.
BoosterControl Advanced switches the frequency inverter to another pump after each operation cycle.
8 Commissioning/Start-up/Shutdown
H
100%
H
200%
H
300%
Fig. 9: Control with floating frequency inverter
H
Head
Q
Flow rate
S
Setpoint
ü The system is operational.
ü BoosterControl Advanced has been connected correctly.
ü Date and time have been set. (ð Section 8.3.2, Page 34)
1. Log in to BoosterControl Advanced at service or factory access level.
(ð Section 6.6, Page 31)
2. Set the parameters for the suction side. (ð Section 8.5.1, Page 45)
3. Set the frequency inverter parameters. (ð Section 8.4.6, Page 44)
4. Note dry running protection settings. (ð Section 8.5.1, Page 45)
5. Set the following parameters:
BoosterControl Advanced
S
Q
S
Q
S
Q
Possible values
Hyamat V
1 ... 6
Floating frequency inverter
0 ... 6
Number of pumps in operation × 100
%
6)
39 of 88
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