Technical Data - GEM 1434 mPos Operating Instructions Manual

7 Technical data

7 Technical data
7.1 Medium
Working medium:
Dust content:
Pressure dew point:
Oil content:
7.2 Temperature
Storage temperature:
7.3 Pressure
Operating pressure:
Flow rate:
Air consumption:
7.4 Product compliance
EMC Directive:
7.5 Mechanical data
Installation position:
Protection class:
Weight:
Travel sensor:
GEMÜ 1434 µPos
Compressed air and inert gases
Class 3, max. particle size 5 μm, max. particle density 5 mg/m³
Class 3, max. pressure dew point -20 °C
Class 3, max. oil concentration 1 mg/m³
Quality classes to DIN ISO 8573-1
-10 — 60 °C
0 to 10 bar (max. 40 °C)
0 to 8 bar (max. 60 °C)
The applied pressure must not exceed the maximum control pressure of the process valve.
15 Nl/min
0 Nl/min (when idle)
2014/30/EU
Technical standards used:
Interference emission:
Interference resistance:
Optional
IP 65 acc. to EN 60529
IP 67 in accordance with EN 60529, achieved with piped air outlet. Replace with M5 adapters for
connection 3 and E threaded plug connectors (1434 000 Z2, 2 pieces required) for this purpose.
220 g
Integrated for direct mounting
Detection range:
Operating range:
Resistance:
Minimum travel sensor change:
Correlation - Travel sensor
spindle/valve position
1) Design code 6960: Inversed mode of action compared with description
(Travel sensor signal inversed). For valves with inverted correlation.
DIN EN 61000-6-4 (Sep. 2011)
Interference emission class: Class A
Interference emission group: Group 1
DIN EN 61000-6-2 (March 2006)
Code 010
0–10 mm
0–10 mm
1 kΩ
3% (only relevant for initialisation)
1) Retracted (top) ≙ 100% (valve open)
Extended (bottom) ≙ 0% (valve closed)
12 / 32
Travel sensor version
Code 030
0–30 mm
0–30 mm
3 kΩ
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