Liquiphant or SoliphantFig. 8.4 shows the arrangement for Liquiphant or Soliphant vibration sensors. The relay
trips when the product rises above or drops below the sensor. The default value of 90 Hz
for the switching point is correct for this application.
Calibration for
vibration sensor
Step Matrix Entry Significance
1 V9H5 e.g. 672 Reset transmitter
2 - »E« Register entry
3 V8H0 2 Select level switching mode
- if 0 is entered, both level measurement (channel 1)
and level switching (channel 2) is possible
4 - »E« Register entry
5 V8H4 0 Sensor type = enter vibration probe
6 - »E« Register entry
7 V1H4 2 If appropriate, assign relay 1 to channel 2
8 - »E« Register entry
9 V1H1/V1H6 e.g. 0 Select fail-safe mode
- 1 = maximum (default), 0 = minimum
10 - »E« Register entry
11 V8H2 e.g. 2 Set relay switching delay in seconds (default = 1 s)
12 - »E« Register entry
➀
Maximum
fail-safe
➁
Minimum
fail-safe
Channel 2
or
Relays
1 and 2
BA060E44
Ex non Ex
Fig. 8.4:
Standard installation
for limit switching with
vibration sensors
Silometer FMC 671 Z/676 Z Chapter 8: Other Applications
45
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