6-1
Chapter 6
Decommissioning and
Dismantling
6.1 Decommissioning of the System
If the System has to be stopped for a fairly long period of time, then you are advised to take the
following precautions:
-
Disconnect the product from the circuit
-
Move the product “out of production”, clean all parts of it with compressed air in order to
remove all dust and other foreign bodies
-
Cover the unit and protect it from dust during storage
-
Make sure the ambient temperature in the place where the unit is to be stored conforms to
the specifications in the technical data table
6.2 Dismantling the Unit
To dismantle the System, follow the steps outlined below:
-
Disconnect the unit from the circuit
-
The resulting waste materials must be disposed of in accordance with the binding legislation
in the unit’s country of installation
-
Proceed with the disposal in accordance with the binding legislation in the unit’s county of
installation
CAUTION
Strictly observe all worker safety precautions in all stages of the disassembly.
Summary of Contents for 20-35-NM-DIN
Page 2: ...ii ...
Page 6: ...vi ...
Page 11: ...xi ...
Page 18: ...xviii PROBE Models 20 54 NM SS 20 52 NM 20 59 NM 20 55 NM P TAG MARKING CE Certification CE ...
Page 24: ...1 6 ...
Page 28: ...2 4 Figure 2 3 Probe Model 20 54 NM SS Stainless Steel Probe Dimensions are inches and mm ...
Page 29: ...2 5 Figure 2 4 Probe Model 20 52 NM Heavy Weight Probe Dimensions are inches and mm ...
Page 30: ...2 6 Figure 2 5 Probe Model 20 59 NM Steel Probe Dimensions are inches and mm ...
Page 31: ...2 7 Figure 2 6 Probe Model 20 55 NM P Plastic Probe Dimensions are inches and mm ...
Page 33: ...2 9 Figure 2 8 Control Unit Model 20 35 NM F Internal Layout ...
Page 35: ...2 11 Figure 2 10 Control Unit Model 20 35 NM DIN Internal Layout FAULT ...
Page 36: ......
Page 38: ...3 2 Low Application Examples Typical Plugged Transfer Chute Alarms ...
