6600 – 6665 – 6700 – 6765
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N
G
L
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30
8 - ADVANCED PROGRAMMING MODE
6700 / 6765
8.10 DISPLAY FORMAT (U)
Press the button. This display is identified by the letter “U”. One of five following display
formats can be used. The current format used is the cubic meter (U4): the volume is in cubic
meter (m
3
), the flow rate in litre per minute (l/min), 24 hours timekeeping format, water hardness in French
degrees or °tH degrees and the sys-tem capacity in °tH degrees cubic meter (°tH x m
3
).
The format used for small volume is the litre (U2): the volume is in litre (l), the flow rate in litre per minute (l/
min), 24 hours timekeeping format, water hardness in French degrees or °Th degrees and the system capacity
in °tH degrees cubic meter (°tH x m3).
Ex.: - US format (not used) [U - - - - - 1]
- Litre format [U - - - - - 2]
- Standard metric (not used) [U - - - - - 3]
- Cubic meter format [U - - - - - 4]
Note: for further information, please contact our technical support.
8.11 VALVE TYPE (o)
Press the button. This parameter is identified by the letter “o”. This display is used to set the type of valve
used. The only possible settings are #1 and #2 for 6600 and 6700 valve family.
The red leds are used for 6700 / 6765, and NOT for 6600 / 6665.
Ex.: - 6600 / 6665 [o - - - - - 1]
- 6700 / 6765 [o - - - - - 2]
8.12 REGENERATION TYPE (7)
Press the button. This display is identified by the number “7”. This option is used to set the regeneration
type. There are several possible option settings:
- Timeclock: the electronics determines that regeneration is required when the set regeneration time has been
reached. The regeneration day override setting (see point 2.10) determines the number of days between two
regenerations. [7 - - - - - 1]
- Meter immediate: the electronics determines that a regeneration is required
when the available volume of softened water drops to zero. The regeneration begins immediately. [7 - - - - - 2]
- Meter delayed: the electronics determines that a regeneration is required when the available volume of
softened water drops to the reserve capacity. The regeneration begins immediately at the set regeneration
time only when the service flow has not been detected. With service flow, the regeneration will be delayed in
two 10 minute sections. After then if there is always a flow, the regeneration begins immediately. There will
be not a delay if the reserve capacity is zero. [7 - - - - - 3]
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