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4

NL

Connections

Output Circuit Diagrams

Note: The 0-V power supply side will be connected to the casing if the model is the NL1 or NL2.

External Connection

Sensor Power Supply (S3D2)

The use of the S3D2 is recommended for supplying 12 VDC to the 
NL2 (or 24 VDC to the NL2) and converting the output of the NL into 
relay or open collector output in versatile timing control. The NL3 does 
not require a sensor power supply.

Be sure to wire the cable correctly according to the color of each lead wire. Do not wire power lines or high-tension lines alongside the

cable.

The use of S3D2 is recommended as a power supply to the NL1. Contact your OMRON representative for the datasheet of the S3D2.

Note: 1. The lead wire colors of the NL have been changed in compliance with the latest applicable JIS standards. Colors in parentheses are previous ones.

2. The figures in the S3D2 illustration indicate the terminal numbers of the socket.
3. Use a three-conductor cable with a minimum thickness of 0.75 mm to connect the NL and the Sensor Power Supply or other devices with no built-in contacts. 

The cable can be extended up to 100 m on condition that the cable is wired in an independent conduit.

0 V

Output

+12 VDC

Brown (Red)

Black (White)

Blue (Black)

4.7 k

Switch
main
circuit

+24 VDC

0 V

Output

Brown (Red)

Black
(White)

Blue (Black)

2.2 

Switch
main
circuit

Load

Output

100 VAC, 200 VAC

Brown (Red)

Black
(White)

Blue (Black)

Switch
main
circuit

Load

NL1

NL2

NL3

S3D2 Controller Unit

Applicable model

Sensor Controller

Power supply

voltage

NL1

S3D2-AK

Basic operation

S3D2-BK

Memory and timer 
operation

S3D2-CK

Timer operation

NL2

S3D2-AKD

Basic operation

S3D2-CKD

Timer operation

S3D2-AK

NL1

NL2

OUT Black
(White)

0 V Blue
(Black)

Bro

wn

(Red)

IN1

IN2

NORM INV

Blac

k

(White)

Blue

(Blac

k)

+12 VDC Brown (Red)

* Ground the blue (black) wire.

* Be sure to ground the blue (black)
  line of the NL3.

Black
(White)
(Output)

Blue (Black)  *

External circuit

A maximum DC load of 170 mA
(with no inductance or resistance).
Can be switched directly.

Blue (Black)

24 VDC

0 V

10

7

11

8

12

9

1

4

2

5

3

6

Load

NL3

Black
(White)
(Output)

Blue (Black)  *

External circuit

A maximum AC load of 300 mA
(cos 

φ

 = 1).

Can be switched directly.

Brown (Red)

100 VAC or
200 VAC

Load

Summary of Contents for NL1-C

Page 1: ...ning Material positioning Detection of workpiece edges Detection of press completion position Detection of mistakes in workpiece setting or removal Detection of minute workpieces Object Actuates Switch and Turns Built in Monitor Indicator ON Instantaneous operation upon contact with extremely limited hysteresis for high precision position detection Detects minute displacement or lightweight object...

Page 2: ...upply voltage Model Model Model NL1 12 VDC NL1 S NL1 SP NL1 SC NL2 24 VDC NL2 S NL2 SP NL2 SC Antenna only NL1 SC ANTENNA Same for NL1 and NL2 Item Model NL1 NL2 NL3 Degree of protection IP60 Supply voltage 12 VDC 24 VDC 100 VAC or 200 VAC Rated frequency 50 60 Hz Sensitivity Grounded object Contact resistance of 3 kΩ max Non grounded object Antenna to ground capacitance of 100 pF min Current cons...

Page 3: ...Switch constantly emits a high frequency If an object comes in touch with the touch antenna Switching circuit will operate and send out output signals Constants of the oscillation circuit will change and oscillation will stop Applicable to a variety of purposes in combination with a dedicated sensor power supply Feedback circuit Oscillation circuit NOT circuit S3D Sensor Power Supply 100 VAC 200 V...

Page 4: ...to connect the NL and the Sensor Power Supply or other devices with no built in contacts The cable can be extended up to 100 m on condition that the cable is wired in an independent conduit 0 V Output 12 VDC Brown Red Black White Blue Black 4 7 kΩ Switch main circuit 24 VDC 0 V Output Brown Red Black White Blue Black 2 2 Ω Switch main circuit Load Output 100 VAC 200 VAC Brown Red Black White Blue ...

Page 5: ... representative for details Note Do not apply a force greater than 9 8 N to the plunger 40 5 2 1 2 dia 1 2 90 5 2 10 5 31 22 5 8 6 3 5 1 The coil spring antenna is movable in any direction Make sure that the angle of the antenna is within 30 to the FP free position after the antenna comes into contact with the object 2 A standard 3 m high frequency coaxial cable is provided 1 6 dia Two M22 x 1 mou...

Page 6: ... there is no electrical continuity between the antenna and the conductor Non conductive objects e g plastic ceramic glass and cloth objects can be detected by grounding them indirectly Antenna Shape and Extension If a metal plate is used as an antenna by connecting it to the built in or separated antenna of the NL the surface area of the metal plate must be 200 cm2 maximum The antenna can be exten...

Page 7: ... the NL will fail to operate Make sure that the conduit opening is free of foreign materials or cuttings The sealing of the NL uses nitrile butadiene rubber NBR which is highly oil resistive If exposed to some types of oil or chemical indoors or outdoors however the NBR may deteriorate Contact your OMRON representative for details Make sure that the load is connected according to the connection di...

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