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Inductive sensors

/ Cylindrical DC sensors

Cylindrical DC sensors

Designation code
Example:
K
J
10
-
M
M
B
3 0
45
-
D
P
S
-
V1
-
X
0000
1
2
3
4
5
6
7
8
9
10
11
12
1 = Working principle
A Acoustic
B Acceleration sensor
C Capacitive
D Strain gauge sensor
H Hall effect
J Inductive
JR Inductive ring
JF         Inductive surface
JG Inductive slot
JD Metal face
M     Magnetoresistive
N       Inclination sensor
R Reed-contact
W Angle sensor
2 = Switching distance / range
3 = Design
D     Ring housing / aperture
G       Cylindrical housing without thread
M       Cylindrical housing with metrical thread
Q Square housing
4 = Housing diametr / edge length
5 = Housing material
A     Aluminum
E       Stainless steel
7 = Tube lenght
8 = Operating voltage
AZ   AC altermating current voltege
D DC direct current voltage
VZ   AC / DC all volts
K       Plastic
M Brass, nickel plated
T PTFE
6 = Installation
B     Shielded
N       Non shielded
9 = Type of output signal
AN Analog
ANI Current output
ANU Voltege output
CAN CAN-Bus interface
N NPN
NA Namur
P PNP
Z Two wire
10 = Function
A Changeover
I   Impulse output
O   NC
S   NO
U Switchable
11 = Connection
V1 M8 screw- / snap-in
V2 M12 metal
V2 / 1     M12 plastic
V3   M5 metal
V4   Amphenol Tuchel
V6   Brad Harrison
V7   Valve connector type A
V8   M8 snap-in only
V9   Torson
V10 Valve connector type C
V11 AC connectror 1/2 "
V12    M18 plastic
VE      Euchner connector
RS232   Data interface
PG   Thread joint PG
Mxx   Thread joint metrical
others as requested
12 = Additional marks
AM Sensing face in center
FE Reduction 1 to steel / iron
HT     High temperature
NF   Reduction 1 to nonferrous metal
SF   Weld field immune
T   Enlarged temperature range
W   Angled sensing face / angled cable exit
X   Customized design with detail description
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