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GMW DIGEM 96 x 48 B5 - Relay and Limit Value Configuration

GMW DIGEM 96 x 48 B5
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12 GOSSEN Müller & Weigert
5.6 Relay Switching Performance
Display information depends upon selected relay switching performance,
i.e. LoLo, LoHi, HiHi or HiLo.
Select the required function with the and keys. Save values to memory
with the P key.
5.7 Limit Value Switching Points
Depending upon the selected switching function, either Lo-1 and a numeric
value, or Hi-1 and a numeric value blink alternately at the display.
The numeric value corresponds to limit value 1.
Select the required value with the and keys. Save values to memory with
the P key. Depending upon the selected switching function, either Lo-2 and a
numeric value, or Hi-2 and a numeric value blink alternately at the display.
The numeric value corresponds to limit value 2. Select the required value with
the and keys. Save values to memory with the P key.
5.8 Setting Hysteresis
HYST and a numeric value blink alternately at the display.
The numeric value corresponds to the selected hysteresis in ± format.
Select the desired hysteresis with the and keys. Save values to memory
with the P key.
5.9 Securing the Selected Limit Values
Either Uloc or Loc is displayed.
LoLo = Both relays for limit values 1 and 2 are active,
if the measurement value is less than the selected limit values.
LoHi = The relay for limit value 1 is active, if the measurement value is less than
limit value 1. The relay for limit value 2 is active, if the measurement value
exceeds limit value 2.
HiHi = Both relays for limit values 1 and 2 are active, if the measurement value
exceeds the selected limit values.
HiLo = The relay for limit value 1 is active, if the measurement value exceeds limit
value 1. The relay for limit value 2 is active, if the measurement value is
less than limit value 2.
Uloc = The selected limit values can be changed, even if programming is protected
against unauthorized or inadvertent changes by means of an external
connection between terminals 10 and 11.
Loc = The selected limit values are protected against unauthorized or inadvertent
change by the program protection function.
Then the limit values cannot be changed.