6LE007318A
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8.5. Programming
The programming of the controller is done through the DIP switches available on the front HMI.
WARNING
Program only when in manual mode to avoid unexpected transfers or injuries.
8.5.1. Programing through DIP switch
Programming through DIP switches is done using the 8 DIP
switches on the front of the controller. Each DIP switch has
positions A & B, by default all DIP switches are in position A.
When programming the dip switches with the switch powered
off simply change the position of the DIP switches. To change
the position of the DIP switches use a small screwdriver.
When programing the DIP switches with the controller powered
on, switch to manual mode. When a DIP switch changed position
the Fault LED will blink fast (3 Hz), to validate the change of the
DIP switch press the
button shortly (< 1 s). The Fault LED
will stop blinking and the buzzer will sound twice. If instead of
validating the DIP switch is brought back to the original position
without pressing the
button, the Fault LED will also stop
blinking and the configuration will remain the same.
8.5.2. Voltage/Frequency Levels configuration
Voltage and frequency levels can be configured through
communication or DIP switch (DIP switch 4).
Configuration through DIP switch
The DIP switch configuration allows setting the voltage and
frequency limits to 10 % of nominal voltage & 5 % of nominal
frequency or 20 % of nominal voltage & 5 % of nominal
frequency.
In both cases the hysteresis is 20 % of the selected value. The
default value for nominal voltage is 230 VAC and the default
value for nominal frequency is 50Hz.
To reboot the product press the
button for 30 s, this will
restart the product and take into account any changes on the
DIP switches (even if the controller was in AUTO mode at the
time of restart). In case of a configuration change the controller
Buzzer will beep twice.
DIP Switch
1. Network
A
Three phase network
B
Single phase network
2. Prio Set
A
Priority source 1
B
No priority
3. Order Mod
A
Control mode impulse logic
B
Control mode contactor logic
4. ΔU/ΔF
A
Overvoltage setting at 10 % of nom voltage / over frequency setting 5 % of
nominal frequency (hysteresis value is 20 % of ΔU/ΔF)
B
Overvoltage setting at 20 % of nom voltage / over frequency setting 10 % of
nominal frequency (hysteresis value is 20 % of ΔU/ΔF)**
5. 0DT
A
Load supply down time of 2s (0DT = 2s)**
B
Load supply down time of 0s (0DT = 0s)
6. FT
A
Wait time of 3s before source is lost (Fail timer = 3s)
B
Wait time of 10s before source is lost (Fail timer = 10s)
7/8. RT
AA
Wait time of 0min (3s) before source returns (returnstimer = 0 min (3s))*
AB
Wait time of 3min before source returns (returnstimer = 3 min)
BA
Wait time of 10min before source returns (returnstimer = 10min)
BB
Wait time of 30min before source is lost returns (returnstimer = 30min)
*When 0min is selected the return timer is set to 3 s
**When Control mode contactor is selected the minimum hysteresis is -15 %
