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Output Circuit Diagram
Operating
Output
status
specifications
PNP
NPN
NO
DC 2-wire
Precautions
Correct Use
Design
Effects of Surrounding Metal
Provide a minimum distance between the Sensor and the
surrounding metal as shown in the table below.
l
m
Effects of Surrounding Metal
Item
l
Model
E2FQ-X2#
E2FQ-X5#
0
E2FQ-X10#
Mutual Interference
If more than one Proximity Sensor is installed face to face or
in parallel, ensure that the distances between two Units adja-
cent to each other are the same as or larger than the corre-
sponding values shown in the following table.
E2FQ
Model
Timing chart
Yes
Sensing
object
Load
Operates
(between black
and blue leads)
Releases
E2FQ-X@F1
Output voltage
(between black
and blue leads)
ON
Operation
indicator
OFF
Yes
Sensing
object
Load
Operates
(between black
and blue leads)
Releases
E2FQ-X@E1
Output voltage
(between black
and blue leads)
ON
Operation
indicator
OFF
Sensing
object
Operates
E2FQ-X@D1
Load
Releases
Operation
indicator
OFF
n
d dia.
m
D
l
(Unit: mm)
d
D
m
n
12
8
18
18
0
20
27
30
40
45
No
H
L
No
H
L
Yes
No
ON
Note:
The load can be connected to
either the +V or the 0-V line.
Mutual Interference
Item
Model
E2FQ-X2#
E2FQ-X5#
E2FQ-X10#
Installation
Do not tighten the nut with excessive force. A washer must be
used with the nut.
Note: The table below shows the value of tightening torques when using
toothed washers.
Torque
Model
E2FQ-X2#
E2FQ-X5#
E2FQ-X10#
Others
Chemical resistance
Output circuit
Brown
Black
Main
circuit
2.2W
Output
Load
4.7kW
100W
Blue
Brown
100W
(see note 1)
4.7kW
Black
Main
circuit
Output
2.2W
(see note 2)
Blue
Note:
1. 200 mA max.(load current)
2. When a transistor is connected
Brown
Load
Main
circuit
Blue
(Unit: mm)
A
B
30
20
50
35
100
70
B
Tensile strength
(torque)
0.98 Nm
2 Nm
+V
0V
+V
Load
Tr
0V
+V
0V
A
3
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