Technical Data Mk30 - MICRO-EPSILON WireSensor Series Instruction Manual

Functional Principle, Technical Data
2.3
Model
Output type
Measuring range
Linearity (FSO)
Resolution
Sensor element
Operating temperature
Uncontrolled retraction
of the measuring wire is
Material
incorrect!
> Danger of injury
Wire diameter
from whiplash effect
Wire mounting
of the wire with as-
Sensor mounting
sembly bolts/clips
Wire retraction force (min)
> Destruction of wire
Wire extension force (max)
and/or of sensor.
Protection class
DIN EN60529
Electrical connection
Weight
C = conductive plastic potentiometer
H = hybrid potentiometer
1) Specifications for output P , U, I and E/E830, see Chap. 4.4, see Chap.
wireSENSOR, WPS

Technical Data MK30

1
P50 (C)
P25 (W) ±0.25 %
P25 (H) ±0.25 %
P10 (H)
E/E830 ±0.05 %
W
C/H
E/E830
Housing
Wire
P
E/E830
P
E/E830
P
E/E830
WPS-50 WPS-150
MK30 MK30
P
mm 50 150
±0.5 % 0.25 mm -
- -
- 0.375 mm
±0.1 % - -
- -
- 0.1 mm
10 pulses per mm with measuring range 500 mm
6.7 pulses per mm with measuring range 750 mm
Potentiometer or incremental encoder
°C/ °F -20 ... +80 (-4 ... +176 °F)
Stainless steel with polyamid sheath (wire)
mm
Mounting holes and mounting grooves
N
N
Depends on sensor design
Depends on sensor design
g
g
E/E830 = incremental encoder
P = potentiometer
WPS-250 WPS-500
MK30 MK30
P/E/E830
250 500
- -
- 1.25 mm
0.625 mm -
0.25 mm 0.5 mm
- 0.25 mm
0.1 mm 0.15 mm
quasi infinite
Plastics
0.36
Wire clip
Approximately 1
Approximately 2.5
IP 20
Soldering tags
45
80
W = wire potentiometer
FSO = Full Scale Output
4.5
WPS-750
MK30
750
-
1.87 mm
-
0.75 mm
0.375 mm
0.2 mm
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