Switch Catalogue

Contactless Series

AssuredReliable
Contactless

Magnetic Proximity Sensors P.4 〜

Ferrous Proximity Sensors P.25 〜High Precision Touch Switches P.34 〜

● Magnetic Proximity Sensors……P.4〜12− Contents −AH002-S / AH002-D

AH003-S / AH003H

P.6
AH005H

AH004 / AH004H

P.6
AH013

AH0010P.7
AH014 / AH014H

P.7

P.7
AH023

AH015 / AH015H

P.8
AH0241

P.6

P.8

P.8
AHM025

AHM0241

Discontinued
P.9

P.9
AHM028

AHM026

P.10
AHM029● Cable Options

P.10

CAL-01
CAL-02
CAL-04
CAB-N1
CAP-P1
CAP-N1
CAB-P1

P.11

P.12

AHM030

P.11

P.10● “Mag” for Magnetic Proximity Sensors……P.13〜15
AG001K

AG001KH

P.13
AG002KH

AG002K

P.13
AG003K

P.14
AG004K

AG003KH

P.14
AG004KH

P.14
AG05015

P.14
AG0304

P.14
AG009K

P.14

P.14

P.14
ADG02

P.15

P.15

● “Mag” for Magnetic Proximity Sensors……P.13〜15
ADG02X

AG0010S

AG0010L

P.15

P.15

P.15

● “Magbase” for High Accuracy Positioning ……P.16〜17
AG001

AG001H

P.17
AG003

AG002H

AG002

P.17
AG003H

AG004

P.17

P.17

P.17

P.17

AG004H

P.17

P.17

AG011 / AG011-K

P.17● High Precision Cylinder Sensors……P.18〜24
ACH01 / ACH01L

ACH02 / ACH02L

ACH01P / ACH01LP

P.20

P.22
AH009

P.22

P.23

AH0092

AH008R / AH008U

AH009E

P.22
AH0012

P.23

P.21

P.21

P.20
AH007

AH006

ACH02P / ACH02LP

P.23
AH0013R / AH0013U

P.24

P.24

● Ferrous Proximity Sensors……P.25〜27
AR001 / AR001（B）

P.26
AR013 / AR013（B）

P.27

AR002 / AR002
（B）

P.26
AR014 / AR014
（B）

P.27

AR101 / AR101
（B）

P.26

AR012 / AR012
（B）

P.27

● Door Sensors……P.28〜30
ADH02

ADH02P / ADH02PB

P.29

ADH02X

P.29

ADH02XP / ADH02XPB

P.30

P.30

● Linear Sensor……P.31〜33
AQL04 / AQL04H

AQL010X

P.33

P.33

● High Precision Touch Switches……P.34〜48
STM6

STM8

STM8L

STM10-S
Discontinued

P.36
STM10-D

P.36

P.36
STF15

STM16

P.37
STS83

Discontinued
P.37
STS92

STS93

P.39

P.39

P.40

P.41

MR1

STR10

P.47

STR8

BSTM6

P.46
STMB10V

P.45
BSTM8

P.46
STFB12

P.48

P.44

P.45

P.45

P.46
STMB10

P.44
STR6

BSTF

P.42
MS1

TSM102

MR2

P.44

PM5

P.41

P.43

P.42

P.40

P.39
N6

HS1

PM6

P.38
STM14

STS93E

N308

STB30

P.38

P.38

P.48

P.47

Magnetic Proximity Sensors
Mechanism
High sensitivity
High precision
Polarity selection

Hall-effectmagnetic
sensorSensitive proximity action

Mag
“Mag”
“Magbase”
Other magnetic objects

Features• Magnetic proximity sensors are sensors that are activated / deactivated in response to the changes in the intensity of magnetic field.
• Incorporating Hall IC, the models have polarity with the south-pole side as the standard sense zone.
• High-speed response（less than 5μ sec）, good for speedometers and rotational speed meters.
• Higher sensitivity（wider operation distance to a target）and reduced size compared to typical sensors of a kind.
• Both the original alignment of the servo motor and overrun detection can be conducted with the double sensor.
• It is a reliable sensor that is less susceptible to interference caused by radiation noise.
General specifications
Supply Voltage

DC5 〜 24V

Output specifications

NPN open collector（ON when in proximity）＊

PNP, current amplification, and output conversion
are possible with cable options.
（Refer to P.12）

Response time

5μsec

Voltage Resistance

AC1000V（1 minute / packaged charging part / between the case）
DC250V

Insulation Resistance（Over 20MΩ in megohms / between the case）

Operation Temperrature
Range−20℃ 〜 ＋85℃
（Without condensation）

Operating Humidity Range

20 〜 95%RH

Precautionsfor （1）Although our products are designed to ensure safety and address risks, in case that a sensor malfunction or failure is expected to lead to serious risks to life
• Precautions
safety use
or property, please be advised to expand further safety gear such as the incorporation of dual circuit.
（2）Applying a strong magnetic field may cause malfunction.

• Correct wiring （1）Prevention of reverse connection…Please observe the circuit diagrams so as to ensure correct connections. Reverse connection of power supply is strictly prohibited.
（2）Relay drive…When driving a relay, please connect a freewheel diode in parallel.

the• Mounting
sensor（1）Tightening torque…Please observe the value of torque designated for each sensor.
（2）Disconnection of the cable outlet① Do not apply excessive stress to the cable outlets of the sensor body.
② When moving the cable, please secure the middle of the cable so that stress is not applied to the outlet.
③ The bending radius as R7 at least.

4Connection examples（circuit diagrams）
Circuit system CNC -1

Circuit system CNC - 3

Brown DC5 〜 24V

Circuit system CNC - 4

Brown DC5 〜 24VBlack
Max 15mA

Blue

Load

Max 10mA

Sensing Circuit

Load

Sensing Circuit

Load

Sensing Circuit

Black

Brown DC5 〜 24VBlack
Max 20mA

Blue

Blue

■ AH0010 ■ AH013■ AH003 ■ AH004■ AHM026

Circuit system CNC - 5

Circuit system CNC - 7

Circuit system CNC -12

Black
Max 15mA

Red

Black
Max 20mA

Blue

Blue

Load

Max 15mA

Red

Sensing Circuit

Sensing Circuit

Max 15mA
Orange（Output 2）

Brown DC5 〜 24V

Load

Black
（Output 1）

Brown DC5 〜 24V

Load

Green

DC5 〜 24V
Load

Sensing Circuit

Sensing Circuit

Red

Brown

Blue

■ AH002 - D■ AH005H ■ AH023■ AH014 ■ AH015 ■ AHM028

Circuit system CNC -17

Circuit system CNC - 23

Circuit system CNC - 24

Brown DC5 〜 24V

Brown（N-pole）

Max 20mA
Max 20mA■ AHM029 ■ AHM030

Circuit system CNC - 25

Circuit system CNC - 26

DC5〜 24VBlue■ AH0241- FA ■ AHM0241- FA

Red

Black

DC5〜 24VLoad

Max 80mA■ AH0241- FAP ■ AHM0241- FAP

Brown

Sensing Circuit

Load

Sensing Circuit

Black
Red

Max 80mABlue■ AH0241- FB ■ AHM0241- FB

5

Max 80mA
Black
Red

Blue

Blue

DC5〜 24V

Load

Orange（S-pole）■ AH002 - S ■ AH0241 ■ AHM0241

Brown

Black

Sensing Circuit

Blue

Green

Load

Max 15mA

Red

Load

Sensing CircuitBlack

Sensing Circuit

Load

Sensing Circuit

Red

DC5〜 24V

Brown

Lineup of Magnetic Proximity Sensors

0

6.2

Specifications
S-pole2.5 〜 3.5mT
Downward
15mA Max
8mA Max
AH002-S：φ2.8 3wire, Gray 1m
Cable
specifications AH002-D：φ3.1 4wire, Black 1m
Case material GF reinforced PBT：Green
M3 tightening torpue 0.2N･m
Mounting
It is recommendable to bond thescrew in order to prevent loosening.

Sensing Pole
Magnetic sensitivity
Direction to detect
Output current
Consumption current

M3

9

21

AH002-S

9.7

Dimensions（ mm）

Model

Indicator

5

5.5

Mounting side

Sensing face3

Mounting bracket

HP2-1

Built-insensor

8

M3

Indicatorlight

7

AH002-DM3

2−φ3.2

5.6

4.5

8

11.
6.6

8.8

T0.6

Do not drive a M3 screw in too tightly.
Please refer to the “The way to use as a double sensor” section in the P.15 regarding
the differential distance of the double sensor.

Sensing face

5.6

AH003

6

AH003 / AH003H

10.5

Sensing Pole

S-poleMagnetic
sensitivity

2.5 〜 3.5mT

4.8

Consumption
current

8mA Max

Cable
specifications

φ2.8 3wire, Gray 1m

6

Protective
structure18
10.5

AH003：Upward
AH003H：Forward
15mA Max

Case material GF reinforced PBT：Black
Dedicated mounting bracket
Mounting

5.6

5current,or extend the cable by using a cable options.
・The AH002-D can only extend the cable.

Output current

5.5

AH003H

AH002-S：Red
AH002-D：Output 1…Green
Output 2…Red・The AH002-S can convert output specifications, amplify

Direction to
detect18
Sensing face

AH002-D：Double
Differential distance 1.5mm±0.3

Protective structure IP65
AH002-S：CNC-17（Refer to P.5）
Circuit diagram
AH002-D：CNC-5（Refer to P.5

168

AH002-S：Single

IP65

Circuit diagram CNC-3（Refer to P.5
5.5

・By using cable options, conversion of output specifications,

Sensing face5

4.8

current amplification, and cable extension are possible.

Mounting bracket

HP3-1

Sensor

M2.5

HP3-3

HP3-4

Sensor

M2.5

SensorSensorPlane mounting
bracketCorner mounting
bracket

Air cylinder
Dedicated nuts
included

AH004

3.5

12

Air cylinder
Use commerciallyavailable M3 nuts

6.6
8.6

Sensing face

Sensing Pole

S-poleMagnetic
sensitivity

2.5 〜 3.5mT

Direction to
detectOutput current

8

1.5

2−φ2.2

AH004H

Sensing face
4.2

12

AH004：Upward
AH004H：Forward
15mA Max

Consumption
current

8mA Max

Cable
specifications

Core wireφ0.9×3, 0.3m

5.8

Case material GF reinforced PBT：GreenM2 tightening torpue 0.15N･m
Mounting
7.8

AH004 / AH004H

HP3-2

Protective
structure

IP65

Circuit diagram CNC-3（Refer to P.58

1.52−φ2.2Make sure not to tighten the M2 screws too tight with torques under 0.15N･m.

6

Dimensions（ mm）

Model

Specifications

AH005H

Sensing Pole
Magnetic sensitivity
Direction to detect
Output current
Consumption current

Indicator

Sensing face
9

30

5

3.8 9.6

16.5

17.5

C2

Cable
specifications
2−φ3.6×9.6 Mounting hole
10.5

4

（Position adjustment distance:6mm）

13Case material
Mounting
Indicator light
Protective structure
Circuit diagram

AH005H-S：S-pole
AH005H-N：N-pole
0.9±0.2mT
Forward
15mA Max
8mA Max
S-pole：φ4 3wire, Gray 1mN-pole：φ4 3wire, Black 1m
GF reinforced PBT：BlackM3 tightening torpue 0.3N･m
Red
IP67
CNC-7
（Refer to P.5

・Cable extension are possible.

16
Sensing face
9−0

Sensing Pole

S-poleMagnetic
sensitivity

5 〜 7mT

Direction to
detectOutput current
Range to fix with the set screw
16

AH0010X

9AH0010：Forward
AH0010X：Upward
10mA Max

Consumption
current

8mA Max

Cable
specifications

φ2.8 3wire, Gray 1m

＋0.03
−0

Mounting

M3 tightening torpue 0.2N･m or
less

φ4.9

Case material SUS

Protective
structure

IP65

Range to fix with the set screwSensing face

Circuit diagram CNC-1（Refer to P.5
・By using cable options, conversion of output specifications,（White mark）

current amplification, and cable extension are possible.

A. Example of embedding to
the mechanical sliding surface.

B. Example of embedding to
the mechanical sliding surface
AG0010 S

AG0010 S
φ8 depth 3

Moving side（Counterbore ofdetection surface）

Moving side

3.5〜4

AH0010

φ4.9 ＋0.03

AH0010 / AH0010X

Sliding surface
AG0010 X

AH0010The base（fixed side）

The base（fixed side）

C. Proximity type stop sensor

D. Punch: High-precision BDC monitoring sensor
Attach to the punch holder.
AGM5 SS

Movingside

GapAG0010 S

Movingside

Adjust with a flat-bladed screwdriver
Lock nut
AH0010Hitting surface

3

AH0010AG0010L

The base（fixed side）

Attach to the die holder

AH013（Bottom dead center
condition of punch）

AH013-S：S-pole
AH013-N：N-pole
Magnetic sensitivity 2.5 〜 3.5mT
Direction to detect Forward
Output current 10mA Max
Consumption current 8mA Max
S-pole：φ2.8 3wire, Gray 1m
Cable
specifications N-pole：φ2.8 3wire, Black 1m
Case material GF reinforced PBT：Gray
Brass
Nut material
M7 nut tightening torpue 0.3N･m
Mounting
It is recommendable to bond thescrew in order to prevent loosening.
Sensing Pole

Sensing face
21

10
10

φ6.2

（11.4）

2

M7×0.75
2

Mounting hole
φ7 ＋0.5
0
processing dimensions
Protective structure IP65
Circuit diagram CNC-1（Refer to P.5
・By using cable options, conversion of output specifications,current amplification, and cable extension are possible.

7

Dimensions（ mm）

Model
AH014

2−φ2.3

9.2

Indicator

Sensing Pole

AH014-S / AH014H：S-pole
AH014-N：N-pole

Magnetic
sensitivity

3 〜 4mT

7.2

12

8

AH014 / AH014H

Specifications

AH014-□：Upward
AH014H：Forward
20mA Max

Direction to
detectSensing face

2.5

5Output current
Consumption
current

8mA Max

Response
speed

16μsecS-pole：φ2.8 3wire, Gray 1mN-pole：φ2.8 3wire, Black 1m
Case material GF reinforced PBT：BlackM2 tightening torpue 0.15N･m
Mounting
Indicator light Red
Cable
specifications

AH014H2−φ2.3

9.2
Indicator

12

8

7.2

Protective
structure

IP65

Circuit diagram CNC-12（Refer to P.5

Sensing face
5

・By using cable options, conversion of output specifications,

2.5

current amplification, and cable extension are possible.

AH015 / AH015H

AH015

20

Sensing Pole

AH015-S / AH015H：S-pole
AH015-N：N-pole

Magnetic
sensitivity

3 〜 4mT

5

4

13

AH015-□：Downward
AH015H：Forward
20mA Max

Direction to
detectIndicator
4

Output current
Sensing face

AH015H20

16μsecS-pole：φ2.6 3wire, Gray 1mN-pole：φ2.6 3wire, Black 1m
AH015-□：GF reinforced PBT Black
Case material
AH015H：GF reinforced PBT Gray
Dedicated mounting bracket
Mounting
Indicator light Red

Indicator

Sensing face

8mA Max

Response
speed
Cable
specifications

5

4

13

Consumption
current

Protective
structure

Mounting bracket

HP15-1

IP67

Circuit diagram CNC-12（Refer to P.5

HP15-2・By using cable options, conversion of output specifications,current amplification, and cable extension are possible.

5

Sensor4

SensorSensing face

5.2

AH023

AH023 / AH023H：S-pole
AH023N / AH023HN：N-pole
Magnetic sensitivity Refer to below
Direction to detect Forward
Output current 15mA Max
Consumption current 8mA Max
S-pole：φ2.8 3wire, Gray 1m
Cable
specifications N-pole：φ2.8 3wire, Black 1m
Case material GF reinforced PBT：Black
Brass
Nut material
M12 nut tightening torpue 2N･m
Mounting
It is recommendable to bond thescrew in order to prevent loosening.
Sensing Pole

Sensing face

Indicator
38

14

（16）

26

Mounting hole
φ12 ＋0.5
0processing dimensions
M12×1

3

Indicator light Red
Protective structure IP67
Circuit diagram CNC-7（Refer to P.5）
Model
AH023 / AH023N

Magnetic sensitivity
2.5 〜 3.5mT

AH023H

0.7±0.15mT（High sensitivity）

AH023HN

0.8±0.15mT（High sensitivity）

・By using cable options, conversion of output specifications,current amplification, and cable extension are possible.

8

Dimensions（ mm）

Model

Renewal

AH0241

Specifications
AH0241S / AH0241HS / AH0241P：S-pole
AH0241N / AH0241HN：N-pole
Magnetic sensitivity Refer to below
Direction to detect Forward
AH0241□ / AH0241H□ / AH0241P /AH0241□□-FA：NPN open collector（When proximity is turned ON）
Output
AH0241□□-FB：NPN open collector
specifications （When proximity is turned OFF）
Sensing Pole

Indicator

Sensing face25
12

（13.6）

14

AH0241□□-FAP：PNP open collector（When proximity is turned ON）
M9×1

2

Model

A H0 2 41
Magnetic sensitivity

Sensing Pole

Output specifications

Blank：Normal
H ：High sensitivity
P ：Ultra high sensitivity

S：S-pole
N：N-pole

Blank：15mA, NPN, OFF→ON
FA：80mA, NPN, OFF→ON
FB：80mA, NPN, ON→OFF
FAP：80mA, PNP, OFF→ON＊If the magnetic sensitivity is “P”, only “S” can be selected for the detection magnetic pole.

AH0241□□：15mA Max
AH0241□□-FA / FB / FAP：80mA Max
Consumption AH0241□□：8mA Max
current
AH0241□□-FA / FB / FAP：15mA Max
S-pole：φ2.8 3wire, Gray 1m
Cable
specifications N-pole：φ2.8 3wire, Black 1m
Case material GF reinforced PBT：Black
Brass
Nut material
Mounting
M9 nut tightening torpue 0.5N･m
Output current

Mounting hole
φ9 ＋0.5
0
processing dimensions
Indicator light Red
Protective structure IP67
AH0241□□：CNC-17（Refer to P.5）
AH0241□□-FA：CNC-25（Refer to P.5）
Circuit diagram
AH0241□□-FB：CNC-26（Refer to P.5）
AH0241□□-FAP：CNC-24（Refer to P.5）
Model
AH0241

Magnetic sensitivity
2.5 〜 3.5mT

AH0241HS

0.8±0.2mT（High sensitivity）

AH0241HN

0.9±0.2mT（High sensitivity）

AH0241P

0.5±0.1mT（Ultra high sensitivity）

・Cable extension are possible.

AHM0241

AHM0241S / AHM0241HS / AHM0241P：S-pole
AHM0241N / AHM0241HN：N-pole
Magnetic sensitivity Refer to below
Direction to detect Forward
AHM0241□ / AHM0241H□ / AHM0241P /AHM0241□□-FA：NPN open collector（When proximity is turned ON）
Output
AHM0241□□-FB：NPN open collector
specifications （When proximity is turned OFF）
Sensing Pole

Indicator

Sensing face
25

12

14

（13.6）

Renewal

AHM0241□□-FAP：PNP open collector（When proximity is turned ON）
M9×1

2.5

Output current
Consumption
current

Model

Cable
specifications

A HM0 241
Magnetic sensitivity

Sensing pole

Output specifications

Blank：Normal
H ：High sensitivity
P ：Ultra high sensitivity

S：S-pole
N：N-pole

Blank：15mA, NPN, OFF→ON
FA：80mA, NPN, OFF→ON
FB：80mA, NPN, ON→OFF
FAP：80mA, PNP, OFF→ON＊If the magnetic sensitivity is “P”, only “S” can be selected for the detection magnetic pole.

AHM0241□□：15mA Max
AHM0241□□-FA / FB / FAP：80mA Max
AHM0241□□：8mA Max
AHM0241□□-FA / FB / FAP：15mA Max
S-pole：φ2.8 3wire, Gray 1mN-pole：φ2.8 3wire, Black 1mCase,nutmaterial

SUS303

Mounting

M9 nut tightening torpue 5N･m

Mounting hole
φ9 ＋0.5
0
processing dimensions
Indicator light Red
Protective structure IP67
AHM0241□□：CNC-17（Refer to P.5）
AHM0241□□-FA：CNC-25（Refer to P.5）
Circuit diagram
AHM0241□□-FB：CNC-26（Refer to P.5）
AHM0241□□-FAP：CNC-24（Refer to P.5）
Model
AHM0241

Magnetic sensitivity
2.5 〜 3.5mT

AHM0241HS

0.8±0.2mT（High sensitivity）

AHM0241HN

0.9±0.2mT（High sensitivity）

AHM0241P

0.5±0.1mT（Ultra high sensitivity）

・Cable extension are possible.

9Dimensions（ mm）

Model

Specifications

AHM025
Sensing face

Bicolor indicator light
25

12
14

（13.6）

Discontinued
2.5
M9×1

Supply Voltage DC12 〜 24V
Sensing Pole Two output for S-pole and N-pole
S-pole：0.4（±0.05）mT
Magnetic sensitivity
N-pole：0.3（±0.05）mT
Direction to detect Forward
Output specifications Nch Open drain
Output current 30mA Max
Consumption current 10mA Max
Response speed 50m sec
Cable specifications φ3.1 4wire, Black 1mCase,nut material SUS303
M9 nut tightening torpue 5N･m
Mounting
Mounting hole
φ9 ＋0.5
0
processing dimensions
S-pole：Red
N-pole：Green
Protective structure IP67
Circuit diagram CNC-14（Refer to P.5）
Indicator light

Applications

・Cable extension are possible.

（1）Environment-resistant, high-sensitivity
magnetic proximity sensor.
（2）Detection and stop position of the moving objects
inside the automated warehouse.
（3）Recognition sensor for loading or shipping.（S→N for loading, N→S for shipments, etc.）
Application examples
1. Address sensor of the automated transport vehicles
Demagnetization sheet
35×12×t1

35× 20×t1

2. Running system of fast moving objects
Deceleration zone
High-speed

Accurate
stopping

S/N sensor
Neodymiumsheet patterns

S/N sensor
outputBinary code

N･ON
S･ON

0 1

Sensing Pole
Magnetic sensitivity
Direction to detect
Output current
Consumption current
Response speed
Cable specifications
Case,nut material
Mounting

15
13.5

（8）

Sensing face

S/N sensor

SN

N

N

N

1 0 1 0

AHM026
7Speed

S N S N S N S

2

M6×0.5S-pole3 〜 4mT
Forward
20mA Max
8mA Max
16μsecφ2.8 3wire, Gray 1m
SUS303M6 nut tightening torpue 2N･m

Mounting hole
φ6 ＋0.5
0
processing dimensions
Protective structure IP67
Circuit diagram CNC-4（Refer to P.5）
・By using cable options, conversion of output specifications,current amplification, and cable extension are possible.

AHM028Sensing Pole

20
10

Indicator

15
Sensing face

Magnetic sensitivity
Direction to detect
Output current
Consumption current
Response speed（11.5）

Cable specifications
Case,nut material
Mounting
M8×0.75

2.5

AHM028-S：S-pole
AHM028-N：N-pole
3 〜 4mT
Forward
20mA Max
8mA Max
16μsecS-pole：φ2.8 3wire, Gray 1mN-pole：φ2.8 3wire, Black 1m
SUS303
M8 nut tightening torpue 2N･m

Mounting hole
φ8 ＋0.5
0
processing dimensions
Indicator light Red
Protective structure IP67
Circuit diagram CNC-12（Refer to P.5）
・By using cable options, conversion of output specifications,current amplification, and cable extension are possible.

10Dimensions（ mm）

Model

New

Specifications

AHM029Sensing face
38
14

5

27

（16）

3.6

Indicator

S N

2.2
M12×1

Sensing PoleTwo output for S-pole and N-pole

Magnetic
sensitivity

0.8 ±0.1mT

Direction to
detectForwardOutput current

20mA

Consumption
current

12.5mA

Response
speed

16μsec or lessCable
specifications

φ3.1 4wire, Black 1mCase,nutmaterial

SUS303

Mounting

M12 nut tightening torpue 12N･m

Mounting hole
φ12 ＋0.5
0processing dimensions＊See “AHM025” for how to use the S/N sensor.

Indicator light

S-pole：Red
N-pole：Green

Protective
structure

IP67

Circuit diagram CNC-23（Refer to P.5
・Cable extension are possible.

AHM030Sensing face
17

38
5

27

3.6

19.6

New

Indicator

S N

3

M14×0.5＊See “AHM025” for how to use the S/N sensor.

Sensing PoleTwo output for S-pole and N-pole

Magnetic
sensitivity

0.8 ±0.1mT

Direction to
detectForwardOutput current

20mA

Consumption
current

12.5mA

Response
speed

16μsec or lessCable
specifications

φ3.1 4wire, Black 1mCase,nutmaterial

SUS303

Mounting

M14 nut tightening torpue 18N･m

Mounting hole
φ14 ＋0.5
0processing dimensions
Indicator light

S-pole：Red
N-pole：Green

Protective
structure

IP67

Circuit diagram CNC-23（Refer to P.5
・Cable extension are possible.

11Cable Options
Connected along the cable pathway of ASA sensors or switches, the cable options
avails current amplification and conversion of signals.
Specifications
Mode

Function

Output form

Maximum load

CAL-01

Add indicator

NPN
N.O.

CAL-02

Add indicator

NPN
N.O.

DC24V / 15mA

CAL-04

Add indicator

NPN
N.O.

DC24V / 15mA

CAB -N1

N.O.→N.C. conversion
Current amplification

NPN
N.C.

DC24V / 80mA

CAP-P1

NPN→PNP conversion
Current amplification

PNP
N.O.

DC24V / 80mA

CAP-N1

Current amplification

NPN
N.O.

DC24V / 80mA

CAB-P1

N.O.→N.C. conversion
NPN→PNP conversion
Current amplification

PNP
N.C.

DC24V / 80mA

DC24V / 15mA

Indicator

Red LED

N.O. : Normally Open N.C. : Normally Closed

Features• Current amplification enables to drive relay, solenoid valve or small motor, etc directly.
• Signal conversion enables applying to any system.
• Standard positioning of cable option shall be 100mm far from the sensor head.（Custom configuration is availablae.）Lineup of Cable Options
Dimensions（ mm）

Model

CAL-01Connection examples（ circuit diagrams）

22

6

Brown

Red

Sensing
circuitSensor side

CAL-01

6

φ2.8

2 5

Load

Black

DC
5 〜24VMax 15mA

5.4

Blue

CAL-02

8.6

9

Black
OrangeDC
5 〜24VBlue

Indicator No1

CAL-04

CAL-04

9

φ3.6

37

Red
Sensing circuit 1

Red

Sensing circuit 2

Red

Sensing circuit 3

Red

9

Sensor side

Indicator No1

CAB-N1

Load

Sensing
circuit 2

Sensor side

Brown

Red Red

Load

φ3.1

33

Sensing
circuit 1

CAL-02

Indicator

Sensing circuit 4

22

CAB-N1
Red

6

Sensing
circuitSensor sideBlack
OrangePink
Purple

Load
Load
Load

DC
5 〜24V

Load

Blue

6

φ2.8

2 5

Brown

Brown
Black

Load
Max 80mADC
5 〜24V

5.4

Blue

CAP-P1

Indicator
22

6

Sensing
circuitSensor side

CAP-P1

6

φ2.8

2 5

22

CAP-N1

φ2.8

6

6

Sensing
circuitSensor side

Brown
Black

Load
Max 80mARed

DC
5 〜24V

5.4

Indicator
22

CAB-P1

6

6

Sensing
circuit

φ2.8

2 5

Red

Brown
Black
Blue

5.4

DC
5 〜24V

Load

Blue

Sensor side

Precautions

Max 80mA

Indicator

2 5

CAB-P1

Black
Red
Blue

5.4

CAP-N1

Brown

Indicator

CAB-N1: The built-in indicator light cannot be used when it is used as a built-in indicator light sensors or switches.
CAP-P1: Cannot be used with an output 80mA sensors or switches for standard operation.
CAP-N1: Cannot be used with an output 80mA sensors or switches for standard operation.
CAB-P1: Cannot be used with an output 80mA sensors or switches for standard operation.

12

Max 80mA
Load

DC
5 〜24V“Mag” for Magnetic Proximity Sensors“Mag”and “Magbase” are magnetic objects designed suitable for Magnetic Proximity Sensors.
Features
Mag : wider and longer sensing area
Magbase : high accuracy sensing

The combination of Magnetic proximity
sensor and “Mag”

Magnetic proximity sensor

Summary
In case of combination of Magnetic proximity sensor
Magnetic fieldand “Mag”, the sensing area is globular shape as
Sensing area

indicated in the figure. Through this shape, magnetic
proximity sensors have stable position sensing ability
against any directional approaching. The extent ofsensing area is fixed by choice of Mag（that ismagnetic intensity）and Magnet proximity sensor（that is magnetic sensitivity）.

S

Model “AG0304” and “AG05015” are bare rare-earthmagnets. They are suitable for mounting on aNMag

compact-sized unit with less installation space.

Magnet property is measured under condition thatthe sensing face keeps being parallel to x-axis.

Lineup of “Mag”
Dimensions（ mm）

Model

Magnetic property

AG001K
3mT

5

36

3mT

15
11.5
8

3.5mT
4mT

S
40

1

16

40

35

35

0.5mT

0.5mT
Gap h
（mm）

30

30

1mT

25

2mT

20
15
10

AG001KH
12.6
9.1

1

S

8

1mT
2mT

20
15

Sensing area

5

5
0
-25 -20 -15 -102−φ3.2×13.6

25

10

Sensing area

5

36

2.5mT

4mT

Gap h
（mm）

2−φ3.2×13.6

3.5mT

2.5mT

16

13

-5
0
5
10
Distance x
（mm）

15

20

25

0
-25 -20 -15 -10

-5
0
5
10
Distance x
（mm）

15

20

25

Dimensions（ mm）

AG002K

23

5

30

0.5mT

S

15
11.5
8
2−φ3.2×7.8

Magnetic property

25

2.5mT

1mT

20

1

10

Gap h
（mm）

Model

3mT
2mT

3.5mT

15

4mT
10

AG002KH

23

5
Sensing area
5

1

8

S

0
-15

-5
0
5
Distance x
（mm）

12.6
9.1

-10

2−φ3.2×7.8

10

15

10

AG003K
3.3

18

3mT

3mT

11
8.5
4.8

3.5mT

3.5mT
2.5mT

4mT

S

20

0.5mT

18

0.8

16

Gap h
（mm）

14

3.3

6.2
4.8

18

2mT

10
8

12

2mT

10
8
6

4

4

Sensing area

Sensing area2

2

0
-10 -80-14 -12 -10 -8

-6

8.7
6.2

S

1mT

14

1mT

12

6

0.8

AG003KH

0.5mT

18

16

Gap h
（mm）

φ2.7×14

2.5mT

4mT

20

-4 -2 0 2 4
Distance x
（mm）

6

8

10

-6

-4 -2 0 2 4
Distance x
（mm）

6

8

10 12 14

φ2.7×14AG004K2.9

2−φ2.2×4

1.3

2.5mT

1mT

8

3mT
2mT

6

3.5mT
4mT

4

S

2

3.5

0

Sensing area

-8

-6

-4

-2
0
2
Distance x（mm）

AG0304

3mT

4

6

8

6.8
4.8

2.8

13

0.5mT

10

S

7

AG004KH

2−φ2.2×4

12

Gap h
（mm）

7.4
5.4

3.4

13

7
1.3
＊M2 tightening torque 0.1N･m

AG0304

3.5mT

3.5mT

2.5mT

4mT

4

20

18

0.5mT

14

14

12

1mT
2mT

10
8
6

1.5

4

φ5

14

0.5mT

16

Gap h
（mm）

Gap h
（mm）

16

AG05015

2.5mT

20

18

φ3

AG05015 3mT

4mT

1mT

12

2mT

10
8
6

Sensing area2

4

0
-12 -10 -8 -6 -4 -2 0 2 4
Distance x
（mm）

2

6

8

10 12

0
-10 -8Sensing area

-6

-4

-2 0
2
4
Distance x
（mm）

6

8

10

ModelDimensions（ mm）

AG009K

18.6

Magnetic property
35
30

4

0.5mT

17.6

Gap h
（mm）

25

2.5mT

1mT

3mT

2mT

20

3.5mT
4mT

15
10

Sensing area

Magnet2−φ3.5

S

5

4.6

0
-20

-10

-5
0
5
10
Distance x
（mm）

15

20

Mounting base：Iron（t=2mm）

Case is shared with AH009

ADG02

-15

34
2−φ3.6
M3 screw only

14

28

S

3mT

3.5mT

R5

14

45
40

Gap h
（mm）

35
30

1mT

25

2mT

20
15

0.5mT

35

0.5mT
Gap h
（mm）

6

40

ADG02X

2.5mT

4mT

45

Case is shared with ADH02

10

30

1mT

25

2mT

20
15
10

Sensing area

Sensing area

34
2−φ3.6
M3 screw only

28

5

5

0
-30 -25 -20 -15 -10 -5 0
5 10 15 20 25
Distance x（mm）

0-25 -20 -15 -10 -5 0
5 10 15 20
Distance x
（mm）

30

（vertical）（side）

14

S

3mT

3.5mT

2.5mT

4mT

Case is shared with ADH02X

AG0010S
7
5
0.5

S

20

0.5

18

0.5mT

16

Gap h
（mm）

M5×0.5

1mT

14
12

3mT

2mT

3.5mT

10

4mT

8
6

AG0010L

4

Sensing area

2
0
-12 -10 -8 -6 -4 -2 0 2 4
Distance x
（mm）

20

0.6

φ4.2

0.8

8

S

M5×0.5Center of magnet

3

A set screw “AGM5SS” is also available.
Please refer to “AH0010 Suitable Usage Examples” on page 7.

15

2.5mT

6

8

10 12

25

“Magbase” forHigh Accuracy Positioning
The combination of Magnetic
proximity sensor and “Magbase”“Magbase” readily realized an extraordinary precise
repeatability never before possible with traditional
proximity sensors and magnetoresistance elements.

As shown in the figure, “Magbase” is an array of 3
magnets disposed on an iron plate with each polarity
alternated（patented）.
Magnetic field

By using “Magbase” instead of “Mag”, the effect of gap

Magnetic proximity sensor

Sensing areachange on the sensing area can be minimized. As thearrayedmagnetsmakethemagnetic

gradientneighboring the boundary of the sensing area dense,
Magnet“Magbase” is capable of an extraordinary precise
repeatability of the operating point compared to “Mag”.

N
S

S
N

Gap
S
N

N
S

Case
（shown in section）
MagbaseIron plate

The way to use double-sensor
Model “AH002-D”
Ou
tpu
tDiff Outp B
ere
ntia ut A
te d
ista
nce

Since magnetic proximity sensors are small in size and haveno magnetic interaction between sensors, they can beclosely disposed. Taking the advantages of these benefits,

Magbase

AH002-D
Double sensor

a double sensor incorporates a sensor with dual operational
points in a single casing.
A double sensor can detect both the origin point of a servo
system and overrun, thus contributive to a downsizing ofmachine unit and a reduction in assembling cost.

Magnetic property

Center of the upper surfaceof “Magbase”

measured under the conditions described. The figures
are not guaranteed values but average values.

Sensing faceh+

The distribution of the magnetic force of “Magbase” wasConditions under sensor
magnetic property is measured

16

X+Lineup of “Magbase”
Dimensions（ mm）

Model

AG001

5

15
11.5
8

36
S

36

Gap h
（mm）

1

16

2−φ3.2×13.6

1

5

8

S

12.6
9.1

AG001H

Magnetic property

AG002

23

3mT
3.5mT

2mT

4mT

Sensing area

-16 -14 -12 -10 -8 -6 -4 -2 0 2 4 6 8 10 12 14 16
Distance x
（mm）

5

15
11.5
8

Gap h
（mm）

1

10

23

5

1

12.6
9.1

8

S

17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
0

0.5mT

2.5mT

1mT

3mT
3.5mT

2mT

4mT

Sensing area

-7 -6 -5 -4 -3 -2 -1 0 1 2 3 4 5 6 7Distance x
（mm）

10

2−φ3.2×7.8

3.3

11
8.5
4.8

18
S

Gap h
（mm）

0.8

φ2.7×14

3.3
0.8

6.2
4.8

18
S

8.7
6.2

AG003H

2.5mT
1mT

S

2−φ3.2×7.8

AG003

0.5mT

16

2−φ3.2×13.6

AG002H

34
32
30
28
26
24
22
20
18
16
14
12
10
8
6
4
2
0

17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
0

0.5mT
2.5mT
1mT

3mT
3.5mT

2mT

4mT

Sensing area

-8 -7 -6 -5 -4 -3 -2 -1 0 1 2 3 4 5 6 7 8Distance x（mm）

φ2.7×14

AG004

2.9

13

7.4
5.4

3.4

10

S

9

0.5mT
1mT

7

Gap h
（mm）

7

1.3

S

AG004H

3.5

4mT

4

Sensing area

2

2.8

6.8
4.8

3.5mT

5

3

13

2−φ2.2×4

3mT

2mT

6

1
0

7

-4

-3

-2

-1
0
1
2
Distance x
（mm）

3

AG011

AG011
AG011-K（Powerful type）

3.5mT

AG011-K（Powerful type）

9

3.5mT

3mT

4mT

90
56

4

＊M2 tightening torque 0.1N･m

1.3

90

0.5mT

80

Gap h
（mm）

30

90

2mT

50

1mT

70

40
30

2mT

60
50
40
30

Sensing area

Sensing area

20

20

10

17

0.5mT

80

1mT

60

0

2.5mT

100

70

Mounting hole for M4
sideways adjustable within
the range of ±3mm

3mT

4mT

2.5mT

Gap h
（mm）

2−φ2.2×4

2.5mT

8

10
-40

-30

-20

-10

0

10

20

30

40

0

-50 -40 -30 -20 -10 0 10 20
Distance x
（mm）

30

40

50

High Precision Cylinder Sensors
High precision, Reliable, ContactlessFigure-1. In case of polarized magnetic sensors

Sensors for Air Cylinders detect the movement of magnetic field
which is emitted from a magnet mounted on air cylinder piston. Thesesensors are capable of stable and high precision operations becauseof having a operating point on steep area of the operating curve.
N-pole and S-pole sensors shall be used in combination.

S-pole sensing area

Operating curve（ON length）

StrokeGap

Features

Circumference faceof a magnet
N-pole sensing area

• No sensor protrusion from cylinder case.
• Because the sensors have a long sensing length, the operating

N-pole sensor（head-side）
S-pole sensor（rod-side）
Gap between
magnet andsensorpoint can be taken even in the middle of the stroke.

N

S• With the bounce time as 5μsec., capable of accurate position

Ring Magnet

signaling even working in high speed cylinder.

In case of the conventional productFigure-2. In case of non-polar magnetic sensors

Conventional sensors use non-polar “magnetoresistance element” or “magnetic

Operating curveNS

coils”. In the case of non-polar sensor, the sensor head should face the magnetic
field lines to detect the intensity of the magnetism; the operating curve becomes the（Sensing area）

pattern shown in the figure-2. As the curve takes a chevron pattern with its midpoint
Strokeas the peak, the operating points at along the ascent and descent slopes are
distant. Furthermore since the slopes are shelving, it is difficult for conventional

Head-side sensor

Rod-side sensor

sensors to get a due accuracy or stability.
NS

Gap between
magnet andsensorRing magnet

18

Specifications
3-wire system

2-wire system
DC5 〜 24V

Supply Voltage

DC12 〜 24V

Output current

50mA Max

Leakage current

OFF state Under maximum 0.5mA＊PNP, current amplification, and output conversion
are possible with cable options.
（Refer to P.12）

Response time

50m sec

AC1000V

Voltage Resistance

Supply Voltage

NPN open collector（ON when in proximity）

Output specifications

Voltage Resistance

AC1000V（1 minute / packaged charging part / between the case）（1 minute / packaged charging part / between the case）
DC250V

Insulation Resistance

DC250V

Insulation Resistance（Over 20MΩ in megohms / between the case）（Over 20MΩ in megohms / between the case）−20℃〜＋85℃（Without condensation）

Operation Temperrature Range

20 〜 95%RH

Operating Humidity Range

Operation Temperrature Range−20℃〜＋85℃（Without condensation）

Operating Humidity Range

20 〜 95%RH

Connection examples（circuit diagrams）
Circuit system CNC -1

Circuit system CNC-2

Brown

Brown

Blue

Black
Max 10mABlue■ AH007

Circuit system CNC-8■ AH009E

Circuit system CNC-10

Circuit system CNC-11
Brown

DC
12 〜 24V

Red

Black
Max 80mA■ AH0092 ■ AH0012 ■ AH0013■ AH009-S/N

Circuit system CNC -17

Circuit system CNC-18■ AH009-SB/NB

Circuit system CNC-21

Brown

Brown

Brown

Black
Max 15mADC
5 〜 24V

Red

Blue

Blue
■ AH007-LED■ AH006

Load

Red

Sensing Circuit

Load

DC
5 〜 24V

Sensing Circuit

Load

Sensing Circuit

Black
Max 15mA

DC
12 〜 24V

Blue

Blue

＋ Load −

Load

Black
Max 80mA

Sensing Circuit

Red

Load

Sensing Circuit

Sensing CircuitDC
12 〜 24VDC
5 〜 24V

Blue

Brown

Switching capacity
3〜50mARed

Black
Max 15mA■ AH008

Brown− Load ＋RedDC
5 〜 24V

Load

Red

Sensing CircuitDC
5 〜 24V

Brown
Load

Sensing Circuit

Load

Sensing Circuit

Black
Max 10mA

Blue

Circuit system CNC-3

Black
Max 20mADC
5 〜 24VBlue■ ACH01 ■ ACH02

Circuit system CNC-22
Brown

Blue

Load

Sensing Circuit

Max 80mA
Black
Red

DC
5 〜 24V■ ACH01P ■ ACH02P

Precautionsfor （1）Although our products are designed to ensure safety and address risks, in case that a sensor malfunction or failure is expected to lead to serious risks to life
• Precautions
safety use
or property, please be advised to expand further safety gear such as the incorporation of dual circuit.
（2）Applying a strong magnetic field may cause malfunction.

• Correct wiring （1）Prevention of reverse connection…Please observe the circuit diagrams so as to ensure correct connections. Reverse connection of power supply is strictly prohibited.
（2）Relay drive…When driving a relay, please connect a freewheel diode in parallel.

the• Mounting
sensor（1）Tightening torque…Please observe the value of torque designated for each sensor.
（2）Disconnection of the cable outlet① Do not apply excessive stress to the cable outlets of the sensor body.
② When moving the cable, please secure the middle of the cable so that stress is not applied to the outlet.
③ The bending radius as R7 at least.

19Lineup of High Precision Cylinder Sensors
Dimensions（ mm）

Model

Specifications

15

ACH01

8.1
Indicator

1.9

ACH01

ACH01□□S：S-pole
ACH01□□N：N-pole

Magnetic
sensitivity

3 〜 4mT

Direction to
detectDownward

Output current

20mA Max

Consumption
current

8mA Max

Responsetime

16μsec or less

5

3.7

4.5

Sensing Pole

6

S-pole：φ2.8 3wire, Gray 1mN-pole：φ2.8 3wire, Black 1m
Case material GF reinforced PBT：Black
Screw material Brass
Attachment screws 0.06N･m
Mounting
Indicator light Red

Sensing faceCable
specifications

14

ACH01L

Indicator

8.1

1.9

Protective
structure
4.5

ACH01L

IP67

Circuit diagram CNC-21（Refer to P.19
・By using cable options, conversion of output specifications,

7

5

3.7

current amplification, and cable extension are possible.

6
Sensing faceModel

A CH0 1
Cable exit direction

Cable type

Sensing Pole

Blank：straight
L ：L shape

Blank：standard
G ：Oil resistance

S：S-pole
N：N-pole＊You can choose between standard and oil-resistant cables.

15

ACH01P

8.1
Indicator

1.9

ACH01P

5

3.7

6

Sensing face

Magnetic
sensitivity

3 〜 4mT

Direction to
detectDownward

Indicator

Output current

80mA Max＊

Consumption
current

8mA Max

Responsetime

16μsec or less

S-pole：φ2.8 3wire, Gray 1mN-pole：φ2.8 3wire, Black 1m
Case material GF reinforced PBT：Black
Screw material Brass
Attachment screws 0.06N･m
Mounting
Indicator light Red
Cable
specifications

14
8.1

1.9

4.5

ACH01LP

ACH01□□PS：S-pole
ACH01□□PN：N-pole

OutputPNP open collector
specifications （When proximity is turned ON）

4.5

ACH01LP

Sensing Pole

Protective
structure

IP67＊If you need the maximum output current（80mA）
,

7

5

3.7

Circuit diagram CNC-22（Refer to P.19
use a 12V to 24V power supply.
・By using cable options, conversion of output specifications

6and cable extension are possible.

Sensing faceModel

A CH0 1

P

Cable exit direction

Cable type

Sensing Pole

Blank：straight
L ：L shape

Blank：standard
G ：Oil resistance

S：S-pole
N：N-pole＊You can choose between standard and oil-resistant cables.

20ModelDimensions（ mm）

ACH02

Specifications

15
8.2

Indicator

ACH02

φ4

2

3.8

4.6

2.8

Sensing face

8.2

5.6

Indicator2
φ4

ACH02L

Magnetic
sensitivity

3 〜 4mT

Direction to
detectDownward

Output current

20mA Max

Consumption
current

8mA Max

Responsetime

16μsec or less

S-pole：φ2.6 3wire, Gray 1mN-pole：φ2.6 3wire, Black 1m
Case material GF reinforced PBT：Black
Screw material Brass
Attachment screws 0.06N･m
Mounting
Indicator light Red
Protective
structure

2.8

4.5

ACH02□□S：S-pole
ACH02□□N：N-pole

Cablespecifications

16

ACH02L

Sensing Pole

IP67

Circuit diagram CNC-21（Refer to P.19
・By using cable options, conversion of output specifications,

3.8

10

4.6

current amplification, and cable extension are possible.

Sensing faceModel

A CH0 2
Cable exit direction

Cable type

Sensing Pole

Blank：straight
L ：L shape

Blank：standard
G ：Oil resistance

S：S-pole
N：N-pole＊You can choose between standard and oil-resistant cables.

ACH02P

15
8.2

Indicator

ACH02P

φ4

2

2.8

Sensing Pole

ACH02□□PS：S-pole
ACH02□□PN：N-pole

Magnetic
sensitivity

3 〜 4mT

Direction to
detectDownward

3.8

4.6

OutputPNP open collector
specifications （When proximity is turned ON）

Sensing face

8.2

5.6

Indicator

4.5

2.8

φ4

2

ACH02LP

80mA Max＊

Consumption
current

8mA Max

Responsetime

16μsec or less

S-pole：φ2.6 3wire, Gray 1mN-pole：φ2.6 3wire, Black 1m
Case material GF reinforced PBT：Black
Screw material Brass
Attachment screws 0.06N･m
Mounting
Indicator light Red
Cable
specifications

16

ACH02LP

Output current

Protective
structure

IP67＊If you need the maximum output current（80mA）,

use a 12V to 24V power supply.

3.8

4.6

10

Circuit diagram CNC-22（Refer to P.19

・By using cable options, conversion of output specifications

and cable extension are possible.
Sensing faceModel

A CH0 2

P

Cable exit direction

Cable type

Sensing Pole

Blank：straight
L ：L shape

Blank：standard
G ：Oil resistance

S：S-pole
N：N-pole＊You can choose between standard and oil-resistant cables.

21

Dimensions（ mm）

Model

AH006

Specifications

20
5.5

5.6

6.1

12.5

HP3-2

HP3-3

Downward

Output current

15mA Max

Consumption
current

8mA Max

Response
time

5μsec

SensorSensorAir cylinder
Plane mounting
bracketCorner mounting
bracketDedicated nuts
included

IP67

Circuit diagram CNC-17（Refer to P.19

HP3-4

Sensor

M2.5

M2.5

2.5 〜 3.5mT

Direction to
detectProtective
structure■ Mounting bracket
SensorMagnetic
sensitivity

S-pole：φ2.8 3wire, Gray 1mN-pole：φ2.8 3wire, Black 1m
Case material GF reinforced PBT：Black
Dedicated mounting bracket
Mounting
Indicator light Red

Sensing face

HP3-1

AH006-S：S-pole
AH006-N：N-pole

Cablespecifications

4.8

5.1

Indicator

Sensing Pole・By using cable options, conversion of output specifications,current amplification, and cable extension are possible.

Air cylinder
Use commerciallyavailable M3 nuts

Sensing Pole

Dual use（Inverted to detect either S or N）

Magnetic
sensitivity

4.5 〜 6mT

Setscrew

Direction to detect
Output current

Downward or Upward
10mA Max

φ4

AH007

Consumption
current

8mA MaxN

14.5

Response time 5μsec
Cable
φ2.8 3wire, Gray 1mspecifications

6.5
N

Case material GF reinforced PBT：Black
Screw material Brass
Attachment screws 0.06N･m
Mounting
AH007：Without indicator light
Indicator light AH007-LED：Approximately
100mm from the main unit

S

Note:
Both S and N detection are available with this model.
When setting N-pole downside, please reinsert a setscrew from the reverse side.

AH008R24.5
11±0.5
Indicator

2.7

3.95

5.5

AH008R

φ4

2.1

Sensing faceProtective
structure

IP67

Circuit diagram

AH007：CNC-1（Refer to P.19
AH007-LED：CNC-18（Refer to P.19

・By using cable options, conversion of output specifications,current amplification, and cable extension are possible.

Sensing Pole

AH008□-S：S-pole
AH008□-N：Ｎ-pole

Magnetic
sensitivity

4.5 〜 6mT

Direction to
detectDownward

Output current

10mA Max

Consumption
current

8mA Max

Response
time

5μsec

S-pole：φ2.8 3wire, Gray 1mN-pole：φ2.8 3wire, Black 1m
Case material GF reinforced PBT：Black
AH008R：Brass
Screw
material
AH008U：SUS
Attachment screws 0.06N･m
Mounting
Indicator light Red
Cable
specifications

AH008U24.5
11±0.5

2.7

Indicator

Protective
structure

φ4

2.1

AH008U

IP67

4.35

5.5

Circuit diagram CNC-2（Refer to P.19
・By using cable options, conversion of output specifications,current amplification, and cable extension are possible.

Sensing face22

Dimensions（ mm）

Model

AH009218.6
2.8

Specifications

Sensing Pole

AH0092-S：N-pole
AH0092-N：S-pole

Magnetic
sensitivity

2.5 〜 3.5mT

Direction to
detectDownward

S-pole：φ3.2 2wire, Gray 1mN-pole：φ3.2 2wire, Black 1m
Case material Zinc die casting

17.6

12

Cable
specifications

2−φ3.5

Indicator
Indicator

Mounting

M3（SUS tightening torpue
1.5N･mIndicator lightRed

Protective
structure

IP67

Circuit diagram CNC-8（Refer to P.19
4.6

・Be sure to connect to the load before use.

2.5

・Cable extension are possible.

Sensing face

AH009

Sensing Pole

18.6

Magnetic
sensitivity

2.5 〜 3.5mT

Direction to detect

Downward

AH009-S / AH009-N：NPN open collector（When proximity is turned ON）
Outputspecifications AH009-SB / AH009-NB：NPN open collector

2.8

Carved seal

AH009-S / AH009-SB：N-pole
AH009-N / AH009-NB：S-pole（A / B / C / D）

17.6

12

（When proximity is turned OFF）

2−φ3.5
Indicator

4.6

Indicator

Output current

80mA Max＊

Consumption
current

15mA Max

Response time 5μsec
AH009-□：φ3.2 3wire, Gray 1m
Cable
specifications AH009-□B：φ3.2 3wire, Black 1m
Case material Zinc die casting
M3（SUS）tightening torpue 1.5N･m
Mounting
Indicator light Red

2.5

Protective
structure

Sensing face

Circuitdiagram

IP67
AH009-S / AH009-N：
CNC-10（Refer to P.19）
AH009-SB / AH009-NB：
CNC-11（Refer to P.19）＊If you need the maximum output current（80mA）,

use a 12V to 24V power supply.
・Cable extension are possible.

AH009E
18.6
2.8

Carved seal

2−φ3.517.6

12（E / F）

AH009E-S：N-pole
AH009E-N：S-pole

Magnetic
sensitivity

2.5 〜 3.5mT

Direction to
detectDownward

Output current

15mA Max

Consumption
current

8mA Max

Response
time

5μsec

AH009E-S：φ2.8 3wire, Gray 1m
AH009E-N：φ2.8 3wire, Black 1m
Case material Zinc die casting
M3（SUS）tightening torpue 1.5N･m
Mounting
Cable
specifications

4.6

Protective
structure

2.5

Sensing face

Sensing Pole

IP67

Circuit diagram CNC-3（Refer to P.19
・By using cable options, conversion of output specifications,current amplification, and cable extension are possible.

23Dimensions（ mm）

Model

Specifications

AH0012
5

5.8

20.5

AH0012-S：S-pole
AH0012-N：N-pole

Magnetic
sensitivity

2.5 〜 3.5mT

Direction to
detectDownward

S-pole：φ3.2 2wire, Gray 1mN-pole：φ3.2 2wire, Black 1mS-pole：GF reinforced PBT Gray
Case material
N-pole：GF reinforced PBT Black
Dedicated mounting bracket
Mounting
Indicator light Red
Cable
specifications

Indicator
6

5

2

7

0.6

5

3.8

Sensing Pole

Protective
structure
Sensing face

5.8

IP67

Circuit diagram CNC-8（Refer to P.19
・Be sure to connect to the load before use.
・Cable extension are possible.

φ3.5
1.8

5

M3

6.4

3.7

Dedicated nuts
included

5HP12-1

8

5■ Mounting bracket

HP12-2

φ6

M3×5 SUS304
Screw

Nut

6.2

BracketHP12-4

6

8

T0.5

7.6

HP12-33

φ3.5

8.3 6.5

AH0013R
3.7

14

4.5
6

2.1

Sensing Pole

AH0013□-S：S-pole
AH0013□-N：N-pole

Magnetic
sensitivity

2.5 〜 3.5mT

Direction to
detectDownward

S-pole：φ2.8 2wire, Gray 1mN-pole：φ2.8 2wire, Black 1m
Case material GF reinforced PBT：Gray
AH0013R：Brass
Screw
material
AH0013U：SUS
Attachment screws 0.06N･m
Mounting
Indicator light Red

φ4

Cable
specifications
Indicator

AH0013R

5

5

Protective
structure

3.95

5AH0013U

IP67

Circuit diagram CNC-8（Refer to P.19

Sensing face・Be sure to connect to the load before use.
・Cable extension are possible.

3.7

14

4.5
6

φ4

2.1

AH0013U

4.35

5

5

5

Sensing face24

Ferrous Proximity Sensors
Proximity switches for detecting ferromagnetic materials such as ferrous metals.
Not react to such materials as aluminum or nonmagnetic stainless steel.

Mechanism

General Specifications
DC5 〜 24V

Supply Voltage
Housing（nonmagnetic material）

Sensing face

NPN open collector（ON when in proximity）

Output specifications

N

N

S

S

SpringRing magnet

If it is OFF in close proximity,（B）is added to the end of the model number.

Output current

15mA

Consumption current

8mA
AC1000V

Voltage Resistance（1 minute / packaged charging part / between the case）

S-pole sensing circuit

When OFF
Sensors are deactivated because magnet is being
pushed by springs and the detection circuit is within
the N-pole magnetic field.

DC250V

Insulation Resistance（Over 20MΩ in megohms / between the case）

Operation Temperrature Range−20℃〜＋85℃（Without condensation）

Operating Humidity Range

20 〜 95%RH

Connection examples（circuit diagrams）
Circuit system CNC-7

Circuit system CNC-3
Brown DC5〜 24V

Ferromagnetic object

S

Black
Max 15mA

Red

Black
Max 15mA
Blue

Blue■ AR001 ■ AR014■ AR002 ■ AR012 ■ AR101

Circuit system CNC-17

Load

Black
Max 15mA

Red

Black
Max 15mA
Blue

Blue■ AR013

Precautions

Brown DC5〜 24V
Sensing Circuit

Red

Load

Sensing Circuit

When a ferromagnetic object such as ferrous metals
approaches the sensing face, magnet is pulled
toward the object. Then, the sensing circuit detects
S-pole and the switch is activated.

Circuit system CNC-18

Brown DC5〜 24V

When ON

Load

S

Sensing Circuit

N

Load

N

Sensing Circuit

Magnetism

Brown DC5〜 24V■ AR001-LED• Ferrous proximity switches are not suitable for detecting tiny loose ferromagnetic materials such as iron powders because they are easily
stuck to magnets.

• When mounting a ferrous proximity switch, please check that there is no ferromagnetic material at the back and lateral sides.
25Lineup of Ferrous Proximity Sensors
Dimensions（ mm）

Model

Specifications

AR001
AR001（ B ）Direction to
detectUpward1.0
Maximum sensing Iron wire φ2
distance（mm）
Iron□ 30×1t
2.0AR001 / AR001-LED：
φ2.8 3wire, Gray 1m
Cable
specifications AR001（B）/ AR001（B）-LED：
3

φ2.8 3wire, Black 1m

2−φ2.3

6

Case material Heat resistant ABS：Yellow

7

6.3

8.3

Mounting
SUS304bracket material

4

Mounting
Sensing face

6.3

12

Indicator light

Circuitdiagram

Dedicated mounting bracket
AR001 / AR001（B）：
Without indicator light
AR001-LED / AR001（B）-LED：
Approximately 100mm from the main unit
AR001 / AR001（B ：CNC-3（Refer to P.25
AR001- LED / AR001（B -LED：
CNC-18（Refer to P.25

・By using cable options, conversion of output specifications,current amplification, and cable extension are possible.

AR002
AR002（ B ）Direction to
detect21

Upward14

7

6.0
Maximum sensing Iron□ 30×10t
distance（mm）
Iron□ 30×2t
4.0AR002：φ2.8 3wire, Gray 1m
Cable
specifications AR002（B）：φ2.8 3wire, Black 1m
Case material GF reinforced PBT：Black

Indicator

MountingBrassbracket material

Sensing face

4.5

9

M3 tightening torpue 0.3N･m
Mounting
Indicator light Red
Circuit diagram CNC-7（Refer to P.25
・By using cable options, conversion of output specifications,current amplification, and cable extension are possible.

■ Mounting bracket for AR002
2.5

82−φ3.5

27
21

T 0.6

Sensing face upside

Sensing face downside

SUS, brass screw

AR101
AR101（ B ）Direction to
detect9

φ5

4.5

Sensing direction

Indicator

92−φ2.6

UpwardIron wire φ1
1.0
Maximum
High speed
sensing1.5
φ
distance（mm） steel drill 1.5
Iron□ 10×1t
2.0
AR101：φ2.8 3wire, Gray 1m
Cable
specifications AR101（B）：φ2.8 3wire, Black 1m
Case：Heat resistant ABS（Brack
Case material
Sensing part：SUS304
M2.5 tightening torpue 0.2N･m
Mounting
Indicator light Red
Circuit diagram CNC-7（Refer to P.25
・By using cable options, conversion of output specifications,

37

2.5

4.5

current amplification, and cable extension are possible.

15

18
49

26

Dimensions（ mm）

Model

Specifications

AR012
AR012（ B ）Direction to
detectForwardMaximum sensing
Refer to below
distance（mm）

21

14

2.2

Cable
specifications

AR012：φ2.8 3wire, Gray 1m
AR012
（B）
：φ2.8 3wire, Black 1mCase,nutmaterial

SUS303

Mounting

M12 nut tightening torpue 12N･m

Mounting hole
φ12 ＋0.5
0processing dimensions

Indicator

Indicator light Red
Circuit diagram CNC-7（Refer to P.25

（16）

15.5

・By using cable options, conversion of output specifications,current amplification, and cable extension are possible.
Sensing face

■ Sensitivity test example

M12×1

SpecimenSensing distance（mm）

Iron□ 50×10t

6Iron plate width 10×0.1t

5

Iron plate width 10×0.05t

4High speed steel drill φ23Iron plate width 10×0.03t

2< Notes >Tested horizontally.This is a reference value.
The sensor is about 10% more sensitivein the downward direction and about 10%
less sensitive in the upward direction.

New

AR013
AR013（ B ）Direction to
detectForwardMaximum sensing
Iron□ 10×1t
distance（mm）

17

25
Indicator

3.5

Cable
specifications

AR013：φ2.8 3wire, Gray 1m
AR013
（B）
：φ2.8 3wire, Black 1mCase,nutmaterial

SUS303

Mounting

M14 nut tightening torpue 18N･m（19.6）

Mounting hole
φ14 ＋0.5
0processing dimensions
Indicator light Red
Circuit diagram CNC-7（Refer to P.25
M14×0.5

3・By using cable options, conversion of output specifications,current amplification, and cable extension are possible.

AR014
AR014（ B ）Direction to
detectForwardMaximum sensing
Iron□ 10×1t
distance（mm）
Cable
specifications
13

22

2.3

AR014：φ2.8 3wire, Gray 1m
AR014
（B）
：φ2.8 3wire, Black 1mCase,nutmaterial

SUS303

Mounting

M10 nut tightening torpue 12N･m

Mounting hole
φ10 ＋0.5
0processing dimensions

（15）

New

Circuit diagram CNC-3（Refer to P.25
・By using cable options, conversion of output specifications,

M10×0.75

27

2.5

current amplification, and cable extension are possible.

Door Sensors
Sturdy, Highly-sensitive, Reliable

Features

Connection examples（circuit diagrams）●

Compact-sized, highly-sensitive door sensors.

●

High reliability and long functional life
because of lack of physical contact.

Black
Max 15mA

Supply Voltage
Output specifications

DC5 〜 24V

Response time

5μsec

Voltage Resistance（1 minute / packaged charging part /between the case）

Blue■ ADH02P ■ ADH02XP■ ADH02PB ■ ADH02XPB

Sensing distanceSensor

Door “Mag”

NPN open collector（ON when in proximity）
If it is OFF in close proximity,（B）is added to the end of the model number.

Black
Max 80mABlue■ ADH02 ■ ADH02X

Specifications

Load

Even in the case of incorporation into
iron-made doors, capable of practical use byhaving a φ12 hole to let magnetism work.

Sensing Circuit●

Brown DC12 〜 24V

Load

Any fast moving object detectable.

Circuit system CNC-15

Brown DC5 〜 24V
Sensing Circuit●

Circuit system CNC-3

Functional diagram

Sensing distance・L（mm）＊

L

ADH02

ADG02

15

ADH02X

ADG02X

12

ADH02

ADG02

AC1000V

DC250V
Insulation Resistance （Over 20MΩ in megohms /between the case）

Operation−20℃〜＋85℃
Temperrature Range （Without condensation）
Operating
20 〜 95%RH
Humidity Range

5
Example ofdoor embedding（Iron made door with φ12 hole）

15（Nonmagnetic door）＊ The actual detecting distance can be longer depending on the surrounding conditions（iron material, etc）.
The materials of nonmagnetic door include aluminum, SUS304, glass, wood and resin. You have free choiceon the way to combine a “Mag” and a sensor; e.g. a “Mag” with lateral magnetic face and upward detecting
sensor, the opposite combination, and so forth.

28Lineup of Door Sensors
Dimensions（ mm）

Model

Specifications

ADH02
34

2−φ3.6（For M3 screw）

14

3.8

28

Sensing Pole

S-poleDirection to
detectUpwardSensing
distance

15mm（When used in conjunction
with a door mug）

Output current

15mA Max

Consumption
current

8mA Max

Cable
φ2.8 3wire, Gray 1mspecifications
Case material GF reinforced PBT：BlackM3 tightening torpue 0.8N･m
Mounting

sensing faceProtective
structure

6

3

IP67

Circuit diagram CNC-3（Refer to P.28

14

R5

・By using cable options, conversion of output specifications,current amplification, and cable extension are possible.
・It is possible to change to an M4 tapped hole bymodifying the set screw.

ADH02P
ADH02PB
34

2−φ3.6For M3 screw

14

3.8

28

Sensing Pole

S-poleDirection to
detectUpwardSensing
distance

15mm（When used in conjunction
with a door mug）

Output current

80mA Max＊

Consumption
current

12mA Max

ADH02P：φ2.8 3wire, Gray 1m
ADH02PB：φ2.8 3wire, Black 1m
Case material GF reinforced PBT：BlackM3 tightening torpue 0.8N･m
Mounting
Cable
specifications

sensing faceProtective
structure

3

6

14

R5

IP67

Circuit diagram CNC-15（Refer to P.28
＊If you need the maximum output current（80mA）,

use a 12V to 24V power supply.
・By using cable options, conversion of output

specifications and cable extension are possible.
・It is possible to change to an M4 tapped hole bymodifying the set screw.

Mounting Examples of Door Sensors
ADH02X
ADG02X（Sensor）（Door “Mag”）

ADH02
ADG02
（Sensor） （Door “Mag”）

M4 tap model（option）

M4 screw
Clamping torque：0.5N・m

Tap hole for M429

Dimensions（ mm）

Model

Specifications

ADH02Xsensing face
The side a cable extends（standard）
L mode（option）（ADH02XL）

S-poleDirection to
detectSideways

Sensing
distance

12mm（When used in conjunction
with a door mug）

Output current

15mA Max

Consumption
current

8mA Max

Cable
φ2.8 3wire, Gray 1mspecifications
Case material GF reinforced PBT：BlackM3 tightening torpue 0.8N･m
Mounting

14

14

Protective
structure

3.2

28

Sensing Pole

34

IP67

Circuit diagram CNC-3（Refer to P.28

2−φ3.6（For M3 screw）

・By using cable options, conversion of output specifications,current amplification, and cable extension are possible.
・It is possible to change to an M4 tapped hole bymodifying the set screw.

ADH02XP
ADH02XPB
L mode（option）（ADH02XL）

3.2

S-poleDirection to
detectSideways

Sensing
distance

12mm（When used in conjunction
with a door mug）

2−φ3.6For M3 screw

Output current

80mA Max＊

The side a cable extends（standard）

Consumption
current

12mA Maxsensing face

14

Sensing Pole

ADH02XP：φ2.8 3wire, Gray 1m
ADH02XPB：φ2.8 3wire, Black 1m
Case material GF reinforced PBT：BlackM3 tightening torpue 0.8N･m
Mounting
Cable
specifications

Protective
structure

IP67

Circuit diagram CNC-15（Refer to P.28

28

＊If you need the maximum output current（80mA）,

34

use a 12V to 24V power supply.
・By using cable options, conversion of output

specifications and cable extension are possible.
・It is possible to change to an M4 tapped hole bymodifying the set screw.

30Linear Sensor

Features5
Output voltage（V）• Linear voltage output against magnetic force.
• Linear voltage output against moving magnetic force.
• Detection and monitoring of magnetic vibrations.（0-100kHZ）• Can be used in low or high temperatures.

4
3

2.5V

2
1
40mT

0
N

0

S

Magnetic flux density（mT）*The sensor outputs voltage that is proportional to the changes of the magnetic flux density.
*The output voltage saturates at about 40mT or more on both N-side and S-side.

General Specifications
Supply Voltage

DC5V

Magnetic sensitivity

65mV / Mt：Central value

Output voltage

0.3→4.7V（−40→＋40mT ）：Central value

Central voltage

2.5V±0.15V

Output current±1.2mA MAX

Consumption current

12mA

Response time

5μsec
（100kHz）

Magnetic sensitivity
temperature coefficient

0±0.04％ / ℃

Magnetic voltage
temperature coefficient

0±0.5mV / ℃

Operation
Temperrature Range−20℃〜＋85℃（Without condensation）

Operating Humidity
Range

20〜95％RH

Connection example（circuit diagram）
Circuit system CNC-9

Brown

Vcc

Black

OUT

Blue

Gnd

■ AQL04 ■ AQL010X

31

Test data
■ Test data（1）

■ Test data（2）

φ3×4：Neodymium

SensorMagnetH（Gap）

φ3.5×6：Samarium cobalt

Gap
Sensor

5

5

4

4

2

Output voltage（V）

Output voltage
（V）

3

H＝1.0

2.5V
H＝1.5

H＝0.5
1
H＝0.2
0

S N

3

2.5V

2

N S

1
0

−2

−1

0

1

0

2

5

10

15

20

Gap

Magnet shifting position (mm)* If the magnets are moved to the left or right under a certain gap, the linear output voltage
can be obtained.
* The linear sensitivity can be modified by changing the gap size.
* A large gap can be obtained against the same linear sensitivity with strong magnets.

*View the quadratic curve output voltage by changing the gap between the sensor andmagnet.
*The gap size can be changed depending on the strength of the magnet.
*A 3.5-8.5 gap range is practical when using this magnet.

Application examples（1）The monitoring magnet of the pipes and sensors that haveconcerns about abnormal vibrations under temperatures
exceeding 200℃ must be kept under 85℃ using an alnico 8
magnet and insulation cover or air purge, respectively.

（1）*
FigurePipes with strong vibrations
SensorOther（2）Analysis sensor for vehicle-related ride comfort and shock
absorbers.
（3）Deformation long-term analysis during and after construction.

Precautionsfor （1）Although our products are designed to ensure safety and address risks, in case that a sensor malfunction or failure is expected to lead to serious risks to life
• Precautions
safety use
or property, please be advised to expand further safety gear such as the incorporation of dual circuit.
（2）Applying a strong magnetic field may cause malfunction.

• Correct wiring （1）Prevention of reverse connection…Please observe the circuit diagrams so as to ensure correct connections. Reverse connection of power supply is strictly prohibited.
（2）Relay drive…When driving a relay, please connect a freewheel diode in parallel.

the• Mounting
sensor（1）Tightening torque…Please observe the value of torque designated for each sensor.
（2）Disconnection of the cable outlet① Do not apply excessive stress to the cable outlets of the sensor body.
② When moving the cable, please secure the middle of the cable so that stress is not applied to the outlet.
③ The bending radius as R7 at least.

32Lineup of Linear Sensor
Dimensions（ mm）

Model

AQL04 / AQL04HSpecifications
Direction to
detect

8.6

AQL04：Upward
AQL04H：Forward

Cable
Core wire φ0.9×3, 0.3m
specifications

6.6

12

8

2−φ2.2

Case material GF reinforced PBT：Orange
M2 tightening torpue 0.15N･m
Mounting
Protective
structure

IP65

Circuit diagram CNC-9（Refer to P.31

AQL04

1.5

3.5

Sensing face

7.8
5.8
2−φ2.28

12

Sensing face

1.5

4.2

AQL04H

AQL010X

Direction to
detect16

Case material SUS303

φ4.9 ＋0.03−09

Sensing face

ForwardCable
φ2.8 3wire, Gray 1mspecifications

Mounting

Fix with M3 set screw
under 0.2N･mProtective
structure

IP65

Circuit diagram CNC-9（Refer to P.31
Range to fix
with the set screw

33

・Cable extension are possible.

High Precision Touch Switches

Features• Long lasting, stable operation even under frequent use because of lack of physical contact.
• Capable of very high precision in repeatability of operating point.
• The configuration separating moving parts from sensing part enables environment resistance.
• Can be customized to a model of limited operational force.
Mechanism

Housing（nonmagnetic material）

An external input pushing or pulling the probe moves themagnet back or forth, respectively. Sensing the magnet’s
movements, the magnetic sensing circuit induces ON / OFF
action and functions as a touch switch.

Magnetic sensing circuit

S

Contact Probe

Slide guide

N

MagnetSpringGeneral specifications
2-wire system

3-wire system
Supply Voltage

Output specifications

DC5 〜 24V
NPN open collector（ON when in proximity）
If it is OFF in close proximity,（B）is added to the end of the model number.

Output current

8mA

Frequency of operation

60 or less per minute（1 minute / packaged charging part /between the case）
DC250V

Insulation Resistance（Over 20MΩ in megohms /between the case）

Operation
Temperrature Range−20℃〜＋85℃（Without condensation）

Operating Humidity Range

20 〜 95%RH

Output current

50mA Max

Leakage current

OFF state Under maximum 0.5mA

Frequency of operation

60 or less per minuteVoltage Resistance（1 minute / packaged charging part /between the case）

Insulation Resistance（Over 20MΩ in megohms /between the case）

DC250V

AC1000V

Voltage Resistance

DC12 〜 24V

AC1000V

15mA

Consumption current

Supply Voltage

34

Operation
Temperrature Range−20℃〜＋85℃（Without condensation）

Operating Humidity Range

20 〜 95%RH

Connection examples（circuit diagrams）
Circuit system CNC-1

Circuit system CNC-2

Circuit system CNC-3
Brown DC5 〜 24V
Sensing Circuit

Red

Load

Sensing Circuit

Load

Sensing Circuit

Black
Max 10mA

Black
Max 10mA

Load

Brown DC5 〜 24V

Brown DC5 〜 24VBlack
Max 15mA
Blue

Blue

Blue

■ STR8 ■ STR10■ STR6■ STM6 ■ STM8 ■ STM8L ■ STM14 ■ STM16 ■ STF15■ STS93E ■ STS83 ■ TSM102 ■ STB30 ■ N308 ■ N6 ■ HS1 ■ MS1■ MR1 ■ MR2 ■ BSTF ■ BSTM6 ■ BSTM8 ■ STMB10 ■ STFB12

Circuit system CNC-7

Circuit system CNC-8

Circuit system CNC-13
Brown DC12 〜 24V− Load ＋

Brown DC5 〜 24V
Sensing Circuit

Load

Sensing Circuit

Red

Black
Max 15mA

Brown
Red

Switching capacity
3〜50mA
Red

Blue

Blue

Sensing Circuit 1

Red

Sensing Circuit 2

Red

Sensing Circuit 3

Red

Sensing Circuit 4■ STS92■ PM5 ■ PM6

Circuit system CNC-16

Circuit system CNC-18

Circuit system CNC-19
Brown DC5 〜 24V

Red

Sensing CircuitBlack
Max 80mA

Black
Max 15mA
Blue

Blue

Load
Load
Load

PurpleLoad
Max 15mA

Switching capacity
Max 50mABlue■ STM6-LED ■ STM8-LED ■ STM8L-LED ■ STF15-LED■ N6-LED ■ STBM10-LED ■ STFB12-LED■ STS93

Pink

DC5 〜 24V

Brown DC12 〜 24V− Load ＋

Load

Sensing Circuit

Load

Sensing Circuit

Red

OrangeBlue＋ Load −■ HS1P

Brown DC12 〜 24VBlack＋ Load −■ STMB10V

Circuit system CNC-20
DC5 〜 24V

Brown

Red

Load

（Output 1）

Load

Sensing Circuit

Sensing Circuit

Black

Red

Max 15mA
Orange（Output 2）
Max 15mABlue■ STM10-D-LED

Examples for Application of Screw-type Switches
Example of mounting
in stop wall

Stopper

Stopper1

Stopper

Example of using
stop block1

Sensing position

Example of using
stop nut
1

Touch Switch,
Switch for bottom dead center

Precautionsfor （1）Although our products are designed to ensure safety and address risks, in case that a switch malfunction or failure is expected to lead to serious risks to life
• Precautions
safety use
or property, please be advised to expand further safety gear such as the incorporation of dual circuit.
（2）Applying a strong magnetic field may cause malfunction.

• Correct wiring （1）Prevention of reverse connection…Please observe the circuit diagrams so as to ensure correct connections. Reverse connection of power supply is strictly prohibited.
（2）Relay drive…When driving a relay, please connect a freewheel diode in parallel.

the• Mounting
switch（1）Tightening torque…Please observe the value of torque designated for each switch.
（2）Disconnection of the cable outlet① Do not apply excessive stress to the cable outlets of the sensor body.
② When moving the cable, please secure the middle of the cable so that stress is not applied to the outlet.
③ The bending radius as R7 at least.

35

M6 Touch Switch
Model

Specifications-

S T M6-

Operation

Cable indicator

Blank：OFF→ON（B）：ON→OFF

Blank：without indicator
LED：with indicator

21

7

（8）

φ1.4

2.5

1.2mm

Operating force

0.3N

Movement until the operation［PT］ 0.2 〜 0.5mm＊Please refer to p.12 “CAL-01”
for the external dimensions of
the indicator light.

Dimensions（mm）

StrokeHysteresis movement［MD］ 0.1mm or lessRepeat accuracy
Cable specifications

STM6（B）/ STM6（B）-LED：
φ2.8 3wire, Black 1mCase, Nut, Shaft material

SUS303

Mounting

M6 nut tightening torpue 2N･m or less

Mounting hole
processing dimensions

φ6 ＋0.5
0

STM6 / STM6
（B）
：Without indicator light

18.5
Indicator light

STM6-LED / STM6（B）-LED：
Approximately
100mm from the main unit.

Protective structure

IP67

R1
Circuit diagram

M6×0.52

Rubber seal

±0.002mm
STM6 / STM6-LED：φ2.8 3wire, Gray 1m

STM6 / STM6（B）：
CNC-3（Refer to P.35）
STM6-LED / STM6（B）-LED：
CNC-18（Refer to P.35）

・Do not apply a force of 30N or more to the contact part.
・By using cable options, conversion of output specifications,current amplification, and cable extension are possible.

M8 Touch Switch
Specifications

Model

-

S T M8-Stroke

1.5mm

Operating force

0.4N

Movement until the operation［PT］ 0.2 〜 0.5mm

Operation

Cable indicator

Blank：OFF→ON（B）：ON→OFF

Blank：without indicator
LED：with indicator

Hysteresis movement［MD］ 0.1mm or lessRepeat accuracy
Cable specifications＊Please refer to p.12 “CAL-01”
for the external dimensions of
the indicator light.

Dimensions（mm）

10

Rubber Seal
Structure24
20（11.5）

φ2

4

R2.5

2.5

M8×0.75±0.001mm
STM8 / STM8-LED：φ2.8 3wire, Gray 1m
STM8（B）/ STM8（B）-LED：
φ2.8 3wire, Black 1mCase, Nut, Shaft material

SUS303

Mounting

M8 nut tightening torpue 5N･m or less

Mounting hole
processing dimensions

φ8 ＋0.5
0

STM8 / STM8
（B）
：Without indicator light
Indicator light

STM8-LED / STM8（B）-LED：
Approximately
100mm from the main unit.

Protective structure

IP67

Circuit diagram

Rubber seal

STM8 / STM8（B）：
CNC-3（Refer to P.35）
STM8-LED / STM8（B）-LED：
CNC-18（Refer to P.35）

・Do not apply a force of 30N or more to the contact part.
・By using cable options, conversion of output specifications,current amplification, and cable extension are possible.

M8 Long Touch Switch
SpecificationsModel

S T M8 L--

Stroke3mm

Operating force

0.7N

Movement until the operation［PT］ 0.2 〜 0.5mm

Operation

Cable indicator

Blank：OFF→ON（B）：ON→OFF

Blank：without indicator
LED：with indicator

Hysteresis movement［MD］ 0.1mm or lessRepeat accuracy
Cable specifications＊Please refer to p.12 “CAL-01”
for the external dimensions of
the indicator light.

Dimensions（mm）

R3

5

STM8L（B）/ STM8L（B）-LED：
φ2.8 3wire, Black 1mCase, Nut, Shaft material

SUS303

Mounting

M8 nut tightening torpue 5N･m or less

Mounting hole
processing dimensions

35
φ2.6

（11.5）

10±0.001mm
STM8L / STM8L-LED：φ2.8 3wire, Gray 1m

φ8 ＋0.5
0

STM8L / STM8L（B）：Without indicator light

30

2.5

M8×0.75

Rubber seal

Indicator light

STM8L-LED / STM8L（B）-LED：
Approximately
100mm from the main unit.

Protective structure

IP67

Circuit diagram

STM8L / STM8L（B）：
CNC-3（Refer to P.35）
STM8L-LED / STM8L（B）-LED：
CNC-18（Refer to P.35）

・Do not apply a force of 30N or more to the contact part.
・By using cable options, conversion of output specifications,current amplification, and cable extension are possible.

36

M10 Single Touch SwitchModel

S T M10 - S
Discontinued-

Operation

Contact configuration

Blank：OFF→ON（B）：ON→OFF

Blank：Standard type
P ：Contact type

Dimensions（mm）

Specifications■ Standard type
（15）

φ2.2

13
9.5

27
17.5

Stroke3mm

Operating force

1N

Movement until the operation［PT］ 0.2 〜 0.5mm
Hysteresis movement［MD］ 0.1mm or less■ Contact type

2.5

M10×0.75

17

φ9

（15）

14.7

2.5

STM10-S：φ2.8 3wire, Gray 1m

Cable specifications

31.7

13

Rubber seal

±0.001mm

Repeat accuracy

R4
Rubber seal

M10×0.75

STM10-S（B）：φ2.8 3wire, Black 1mCase, Nut, Shaft material

SUS303

Mounting

M10 nut tightening torpue 12N･m
or less

Mounting hole
processing dimensions

φ10 ＋0.5
0Protective structure

IP67

Circuit diagram

CNC-3（Refer to P.35）

・Do not apply a force of 30N or more to the contact part.
・By using cable options, conversion of output specifications,current amplification, and cable extension are possible.

M10 Double Touch SwitchModel

S T M10 - D
Discontinued

- （

＊a

Cable indicator

Operation 1

Blank：without indicator
LED：with indicator

A：OFF→ON
B：ON→OFF■ Standard type

φ2.2

（15）

27
9.5 17.5

2.5

Cable
1m

The operating point position（a, b）
can be freely specified between
0.4±0.15mm and 2.0+0.15mm.

M10×0.75■ Contact typeOperating point 1

（15）

17

Cable
1m

φ9
Rubber seal

Operating point 2

b ±0.15
2.5

A：OFF→ON
B：ON→OFF

Stroke3mm

Operating force

1N

Movement until the operation［PT］ 0.4 〜 2.0mm（±0.15mm）
Hysteresis movement［MD］ 0.1mm or lessRepeat accuracy±0.001mm

Cable specifications

φ3.1 4wire, Black 1mCase, Nut, Shaft material

SUS303

Mounting

M10 nut tightening torpue 12N･m
or less

Mounting hole
processing dimensions

φ10 ＋0.5

M10×0.75

Stroke 3

37

0

STM10-D / STM10-D-P：
Without indicator light
Indicator light

STM10-D-LED / STM10-D-P-LED：
Approximately
100mm from the main unit

Protective structure

IP67

a ±0.1531.7
14.7

Operation 2

Specifications＊About the operating point
positions of “a” and “b”.

13）

Blank：Standard type
P ：Contact type

Dimensions（mm）

R4
Rubber seal-

Contact configuration＊Please refer to p.12 “CAL-02”
for the external dimensions of
the indicator light.

13＊b

Circuit diagram

STM10-D：CNC-6（Refer to P.35）
STM10-D-□-LED：CNC-20（Refer to P.35）

・Do not apply a force of 30N or more to the contact part.
・Cable extension are possible.

Push-button switch
Model

Specifications
StrokeS T M1 6

Operating force

Operation force & Waterproof

Operation

F：2N・Waterproofing
on front side of panel
W：3N・Waterproofing
on both sides of panel

Blank：OFF→ON（B）：ON→OFF

Waterproof

19

M16×1
The all-surface
waterproof type has vent holes

Cap seal
Mounting panel
T2〜T8

W：3N
F：Waterproof front panel surface
W：Both sides waterproof

Hysteresis

0.02mmRepeat accuracy±0.04mm

Cap seal material

φ22.4

（22）

7 13.5 4
3

F：2N

Movement until the operation［PT］ 1.2mm

Cable specifications

Dimensions（mm）

3.5mm

STM16□：φ2.8 3wire, Gray 1m
STM16□（B）：φ2.8 3wire, Black 1m
VMQ70°

Case, Nut material

SUS303

Mounting

M16 nut tightening torpue 20N･m or less

Mounting hole
processing dimensions

φ16 ＋0.5
0Protective structure

IP67

Circuit diagram

CNC-3（Refer to P.35）

・By using cable options, conversion of output specifications,current amplification, and cable extension are possible.

WasherFlat Switch
SpecificationsModel

S T F1 5 --Stroke3mm

Operating force

0.4N

Movement until the operation［PT］ 0.2 〜 0.5mm

Operation

Cable indicator

Blank：OFF→ON（B）：ON→OFF

Blank：without indicator
LED：with indicator

Hysteresis movement［MD］ 0.1mm or lessRepeat accuracy
Cable specifications＊Please refer to p.12 “CAL-01”
for the external dimensions of
the indicator light.

22.5

Dimensions（mm）

2−φ3.55.5

11Case material
Shaft material

7.5

φ7
15.5

Zinc die casting
SUS303
STF15 / STF15（B）：Without indicator light

Indicator light

STF15-LED / STF15（B）-LED：
Approximately
100mm from the main unit.

Protective structure

IP65

Circuit diagram

φ2.2

STF15
（B）/ STF15（B）-LED：
φ2.8 3wire, Black 1m

3

4.5 7.5±0.002mm
STF15 / STF15-LED：φ2.8 3wire, Gray 1m

STF15 / STF15（B）：
CNC-3（Refer to P.35）
STF15-LED / STF15（B）-LED：
CNC-18（Refer to P.35）

12.4
10

3

・Do not apply a force of 15N or more to the contact part.
・By using cable options, conversion of output specifications,current amplification, and cable extension are possible.

0

Slim Switch

RenewalSpecifications

Model

STS83

Repeat accuracy
Cable specifications

26.7
6.7 4

0.7N

Hysteresis movement［MD］ 0.1mm or less

Operation

φ1.7, Tip R2

3mm

Operating force

Movement until the operation［PT］ 0.2 〜 0.5mm

Blank：OFF→ON（B）：ON→OFF

Dimensions（mm）

Stroke12±0.001mm
STS83：φ2.8 3wire, Gray 1m
STS83
（B）
：φ2.8 3wire, Black 1m

Case material

Zinc die casting

Shaft material

SUS303

Protective structure

IP67

Circuit diagram

CNC-3（Refer to P.35）

・Do not apply a force of 15N or more to the contact part.

8

・By using cable options, conversion of output specifications,

8
3

12

current amplification, and cable extension are possible.

φ2.6×3.2
Rubber seal

φ2.6（for M2.5）

38

Door switch Two-wire-system
Model

Specifications

STS92

Dimensions（mm）±0.01mm

Repeat accuracy

STS92：φ2.8 2wire, Gray 1m

Cable specifications

21
Indicator

16
φ6

STS92
（B）
：φ2.8 2wire, Black 1m

Case material

GF reinforced PBT

Shaft material

SUS303

Mounting

M3 tightening torpue 0.3N･m

Indicator lightRed

Protective structure

IP65

Circuit diagram

CNC-8（Refer to P.35）

・Be sure to connect to the load before use.

φ3.5×7.5 slot
Front and back adjustable 4mm

・Cable extension are possible.

7

7.4

11
φ3.2

3.2

22

0.4N

Hysteresis movement［MD］ 0.1mm or less

Operation

5.5

8mm

Operating force

Movement until the operation［PT］ 0.3 〜 0.8mm

Blank：OFF→ON（B）：ON→OFF

8 2

StrokeDoor switch three-wire-system
Specifications

Model

STS93

Stroke8mm

Operating force

0.4N

Movement until the operation［PT］ 0.3 〜 0.8mm
Hysteresis movement［MD］ 0.1mm or less

Operation
Blank：OFF→ON（B）：ON→OFF

Repeat accuracy±0.01mm

Output current

80mA Max＊

Consumption current

15mA Max
STS93：φ2.8 3wire, Gray 1m

Cable specifications

Dimensions（mm）

8 2

21
Indicator

φ3.5×7.5 slot
Front and back adjustable 4mm

GF reinforced PBT

Shaft material

SUS303

Mounting

M3 tightening torpue 0.3N･m

Indicator lightRed

Protective structure

IP65

Circuit diagram

CNC-16（Refer to P.35）＊If you need the maximum output current（80mA）,

use a 12V to 24V power supply.
・By using cable options, conversion of output specifications andcable extension are possible.

7

7.4

11
φ3.2

3.2

16
φ6

22

5.5

STS93
（B）
：φ2.8 3wire, Black 1m

Case material

Door switch three-wire-system
Specifications

Model

STS93E21
5.5

Repeat accuracy
Cable specifications±0.01mm
STS93E：φ2.8 3wire, Gray 1m
STS93E（B）：φ2.8 3wire, Black 1m

Case material

GF reinforced PBT

Shaft material

SUS303

Mounting

M3 tightening torpue 0.3N･m

Protective structure

IP65

Circuit diagram

CNC-3（Refer to P.35）

・By using cable options, conversion of output specifications,16
φ6current amplification, and cable extension are possible.

φ3.5×7.5 slot
Front and back adjustable 4mm

7.4

7

11
φ3.2

3.2

22

0.4N

Hysteresis movement［MD］ 0.1mm or less

Operation

Dimensions（mm）

8mm

Operating force

Movement until the operation［PT］ 0.3 〜 0.8mm

Blank：OFF→ON（B）：ON→OFF

8 2

Stroke39

Stopper Switch
Model

STM 14
Operation
Blank：OFF→ON（B）：ON→OFF

Specifications
Static withstand load

10kN

Stroke0.8mm

Movement until the operation［PT］ 0.15 〜 0.4mm

Dimensions（mm）

Hysteresis movement［MD］ 0.1mm or lessRepeat accuracy
Cable specifications
18

（22）

19

5.5

φ4
Cable Seal

M14×P1.5
5±0.002mm
STM14：φ2.8 3wire, Gray 1m
STM14（B）：φ2.8 3wire, Black 1mCase, nut material

SUS303

Tip material

SUS

Cable seal material

Nitrile rubber

Mounting

M14 nut tightening torpue 18N･m or less

Mounting hole
processing dimensions

φ14 ＋0.5
0Protective structure

IP44

Circuit diagram

CNC-3（Refer to P.35）

・By using cable options, conversion of output specifications, current amplification,and cable extension are possible.

Stopper Switch
Model

STB30
Operation

Cable Protection Sleeves

Blank：OFF→ON（B）：ON→OFF

Blank：without sleeves
G ：with sleeves

Specifications

Dimensions（mm）

Static withstand load

100kN

Stroke1mm

Operating position［OP］

18mm

Hysteresis movement［MD］ 0.1mm or less2−φ3.5, φ6 Depth of spot facing 4.5

Repeat accuracy±0.002mm
STB30 / STB30-G：

21

Cable specifications

φ2.8 3wire, Gray 1m

STB30（B）/ STB30（B）-G：
φ2.8 3wire, Black 1m

Cable Seal

18
（OP）

18.5 ± 0.1

φ30Case, Tip material

SUS303

Cable seal material

Nitrile rubber

Material of cable protector

SUS304

Protective structure

IP67

Circuit diagram

CNC-3（Refer to P.35）

・By using cable options, conversion of output specifications, current amplification,and cable extension are possible.

40

Needle Switch
Model

N308 NT（mm）
20, 30, 40, 50, 75

Specifications
Stroke5mm

Operating force

0.25N

Movement until the operation［PT］ 0.5±0.1mm

Dimensions（mm）

M3 NutToothed washer
Hole φ3.1
Mounting plate 1〜1.5t±0.06mmCable specifications

φ2.8 3wire, Gray 1mNut, Needle, toothed washer
material

SUS

Mounting

M3 nut tightening torpue 0.3N･m

Circuit diagram

CNC-3（Refer to P.35）

3

8

φ1.5

φ0.8

5

Repeat accuracy

・By using cable options, conversion of output specifications, current amplification,

22.5

and cable extension are possible.

8NT（20, 30, 40, 50, 75）

Needle Switch
Model

N6 -

-

-

Operation
A：OFF→ON
B：ON→OFF

NT（mm）

Cable indicator

40〜100Blank：without indicator
LED：with indicator＊Please refer to p.12 “CAL-01”
for the external dimensions of
the indicator light.

Specifications
Stroke

1.2mm

Operating force

0.25N

Movement until the operation［PT］ 0.2 〜 0.5mm

Dimensions（mm）

Hysteresis movement［MD］ 0.1mm or lessRepeat accuracy
Cable specifications

R1.5

φ1.61

φ1.1

N6A：φ2.8 3wire, Gray 1m
N6B：φ2.8 3wire, Black 1mCase, Nut, Needle material

SUS

19

Mounting

M6 nut tightening torpue 2N･m or less2

Mounting hole
processing dimensions

φ6.5 ＋0.5
0

φ4

（8）

7

NT
（40〜100） 6±0.01mm

N6□：Without indicator light
M6×0.5

Indicator light

N6□-LED：Approximately
100mm from the main unit.

Protective structure

IP65

Circuit diagram

N6□：CNC-3（Refer to P.35）
N6□-LED：CNC-18（Refer to P.35）

・Do not apply a force of 15N or more to the contact part.
・By using cable options, conversion of output specifications, current amplification,and cable extension are possible.

41

PM5 type Touch Switch
Model

-

PM5 -

Operating point 1
2

Contact configuration

The number of switches

S：SUS ball
C：Carbide ball

1〜4

0.5

3
b

4
c

Dimensions（mm）
17a

0 ≦ a ＜ b ＜ c ≦（Stroke−0.5）
The positioning adjustable by users.

Specifications

M14×0.5
Rubber boot φ8
R1.5

59

Adjustment screw
Dedicated screwdriver
sold separately

36.5

19.6

Note）When there are
2 switches, the No. 2screw is at the position 3.
3

1＊
Indicator（NO.1〜4）＊The size of indicator varies

in proportion to the number of switches.

Operating point

1〜4

Stroke6mm

Operating force

0.8 〜 1.2N

Hysteresis

0.08mm or lessRepeat accuracy±0.001mm

Cable specifications

φ3.6（Max）3 〜 6wire, Black 1mRubber boot material

Nitrile rubber

Case, Nut material

SUS303

Mounting

M14 nut tightening torpue 18N･m
or less

Mounting hole
processing dimensions

φ14 ＋0.5
0Indicator light

Approximately 100mm fromthe main unit.

Circuit diagram（Refer to P.35）
CNC-13

・The dimensions of the indicator light vary depending on the numberof switches.
Number of switches 1：P.12 “CAL-01”
Number of switches 2：P.12 “CAL-02”
Number of switches 3 or 4：P.12 “CAL-04”

Precautions• Make sure the detection target hits the stroke axis at an angle of 5° or less.
• Do not turn the contact part.
• The adjusting screw part does not have a stopper, so make sure not to turn it excessively.

Please check each.

PM6 type Touch Switch
Probe - changeable type
Model

Probes to replace（please purchase commercial products）

PM6 -Operating point 1
2
0.5

The number of switches

a

3
b

1〜4

4
c

0 ≦ a ＜ b ＜ c ≦（Stroke−0.5）
The positioning adjustable by users.

Dimensions（mm）
M14×0.5
Rubber boot φ8
M2.5×517

57.5（Chamfer5）

Adjustment screw
Dedicated screwdriver
sold separately

36.5

Note）When there are
2 switches, the No. 2screw is at the position 3.

φ6

19.6

5

3

1
＊
Indicator（NO.1〜4）＊The size of indicator varies

in proportion to the number of switches.

Precautions• When inserting the probe, support the tip part with a wrench and firmly screw it in.
• Do not apply the rotating torque between the probe and case.
• Do not turn the contact part.
• The adjusting screw part does not have a stopper, so make sure not to turn it excessively.

Specifications
Operating point

1〜4

Stroke6mm

Operating force

0.8 〜 1.2N

Hysteresis

0.08mm or lessRepeat accuracy±0.001mm

Cable specifications

φ3.6（Max）3 〜 6wire, Black 1mRubber boot material

Nitrile rubber

Case, Nut material

SUS303

Mounting

M14 nut tightening torpue 18N･m
or less

Mounting hole
processing dimensions

φ14 ＋0.5
0Indicator light

Approximately 100mm fromthe main unit.

Circuit diagram（Refer to P.35）
CNC-13

・The dimensions of the indicator light vary depending on the numberof switches.
Number of switches 1：P.12 “CAL-01”
Number of switches 2：P.12 “CAL-02”
Number of switches 3 or 4：P.12 “CAL-04”
Please check each.

42

Limit Switch

Model

H S1

-

indicator

Cable Protection Sleeves

Blank：without indicator
P ：with indicator

Blank：without sleeves
G ：with sleeves

Features

Dimensions（mm）

9●Contactless circuit
Superior reliability and long functional life compared to mechanicalcontact switches, durable more than 20 million operations.

●Shielded structure
Immune to hostile environments, available under such conditions
as pouring water / oil.

●

Stable operation
Because such parts susceptible to common troubles as hinges andsliding parts, are not exposed, stable operation can be assured.

●High sensibility
The accuracy of the repeatability of operating point is ±0.02mm.

29
16

16

8

Cable protector（option）

21

15

18 ± 0.2（OP）

19.2 ± 0.3

2-Ｍ4 mounting hole

Operation
indicator（option）
16

1

25.4
41

7

Mounting pitchwhen disposing plural units side-by-side

Specifications
Stroke

3.3mm

Operating force

1.2N

Movement until the operation［PT］ 1.4mm
Hysteresis movement［MD］ 0.5mm
Operating position［OP］

18±0.2mm

Repeat accuracy

0.02mmCable specifications

φ2.8 3wire, Gray 1mCase material

Aluminum alloy /Black alumite treatment

Material of Chevron
shaped lever

SUS304 nitriding treatment（Hmv 1300）

Material of flevural plate

Polyimide resin plate

Material of corrugated seal

Polyimide resin plate

Material of cable seal

Nitrile rubber

Material of cable protector

SUS304
HS1 / HS1-G：Without indicator light

Indicator light
Protective structure
Circuit diagram

HS1P / HS1P-G：Red
IP67
HS1 / HS1-G：CNC-3（Refer to P.35）
HS1P / HS1P-G：CNC-7（Refer to P.35）

43

Tool sensor

RenewalModel

Specifications

T S M1 02

Stroke3mm

Operating force

0.7N

Movement until the operation［PT］ 0.2 〜 0.5mm
Hysteresis movement［MD］ 0.1mm or lessDimensions（mm）
28.7
11.2
φ5

17.5

（15）

±0.001mm

Cable specifications

φ2.8 3wire, Gray 1mCase, Nut material

SUS303

Mounting

M10 nut tightening torpue 12N･m
or less

Mounting hole
processing dimensions

φ10 ＋0.5
0Protective structure

IP67

Circuit diagram

CNC-3（Refer to P.35）

・By using cable options, conversion of output specifications,

（φ9）

φ7.9

13

Repeat accuracy

current amplification, and cable extension are possible.

Ceramic
Bellows

2.5

M10×0.75

Micro Switch
Model

Operating part

-

MS 1

Blank：Button type
E ：Lever typeSpecifications
Stroke1mm

Operating force

Refer to below

Movement until the operation［PT］ 0.15 〜 0.4mm

Operation

Operation force

Rubber seal

A：OFF→ON
B：ON→OFF

H：Standard
J：Low operation force＊

Blank：without seal
U ：with seal

Repeat accuracy
Operation Temperrature
Range＊Note：Low operation force type is not available with rubber-sealed models.

Cable specifications

Dimensions（mm）■ Button type42−φ2.2 × 3.2■ Lever type42−φ2.2 × 3.2

13.1

GF reinforced PBT：Black

Rubber seal material

Nitrile rubber

Circuit diagram

CNC-3（Refer to P.35）

current amplification, and cable extension are possible.

Rubber seal

Lever type

（1.4）

4.8

MS1B-□：φ2.8 3wire, Black 1mMaximum operation force

13.8
5 5.3

3.2

4

1.8

MS1A-□：φ2.8 3wire, Gray 1mCase material

Button type

φ1.4

4.8 2.6

Rubber seal

Without seal：−20 〜＋85℃（Without condensation）

・By using cable options, conversion of output specifications,

5.3

7.2

7.4

±0.002mm
With seal：10 〜 60℃（Without condensation）

Standard mode Low operation force

Without seal

0.5

With seal

0.5

Without seal

0.25

With seal

0.3

0.1
0.1

Micro Switch
Specifications

Model

MR1

-

Stroke1mm

Operating force

Refer to below

Movement until the operation［PT］ 0.15 〜 0.4mm

Operation

Operation force

Rubber seal

A：OFF→ON
B：ON→OFF

H：Standard
J：Low operation force＊

Blank：without seal
U ：with seal

Repeat accuracy
Operation Temperrature
Range＊Note：Low operation force type is not available with rubber-sealed models.

Dimensions（mm）■ Without rubber seal

■ With rubber seal

10

Nitrile rubber

Circuit diagram

CNC-3（Refer to P.35）

2.6

Rubber seal

1.1

2.8

φ1.4

7
ー OUT

10
7.7

10

＋

44

1.27

0.4

1.27

0.4

GF reinforced PBT：Black

Rubber seal material

Button type

0.3

7.7

＋

Without seal：−20 〜＋85℃（Without condensation）

Case material

Maximum operation force

φ4.5

10

0.3

0.7

2.8

φ1.4

2.6

6.4

φ4

7

6.4

±0.001mm
With seal：10 〜 60℃（Without condensation）

ー OUT

Standard mode Low operation force

Without seal

0.5

With seal

0.5

0.1

Micro Switch
Model

Specifications

MR2

Stroke2mm

Retention

1.6mm or less

Operating force

0.5N

Operation

Movement until the operation［PT］ 0.15 〜 0.4mm

A：OFF→ON
B：ON→OFF

Hysteresis movement［MD］ 0.1mm or less

6.4

10
8

Repeat accuracy±0.001mm

Case material

GF reinforced PBT

2.6

Cable specifications

Dimensions（mm）

Circuit diagram

MR2A：Gray
MR2B：Black
CNC-3（Refer to P.35）

3.0

0.3

7

R2
OUT

ー
0.3

9.5

+

0.4
1.27

φ4
φ2

7.7

Mini-stopper switch
SpecificationsModel

S T R6

Stroke

1.2mm

Operating force

0.7N

Output current

10mA Max

Consumption current

8mA Max

Movement until the operation［PT］ 0.3 〜 0.6mm
Hysteresis movement［MD］ 0.1mm or lessDimensions（mm）

Repeat accuracy
Cable specifications

1.2

6

Usage example

movablepart

piston1
Eccentricity

φ6

It is fixed in placeby light press fitting into a φ6 hole.

φ1.5

6mm width × 1t
Indicator light
Sensor cableOil-resistant /water-resistantFlexible cableOil-resistant /water-resistant±0.005mm
Flexible cable width 3×300 with plugand φ2.8 3wire, Gray 1mCase material

GF20 / 66 Nylon

Shaft material

SUS303

Indicator lightRed

Protective structure

IP65

Circuit diagram

CNC-2（Refer to P.35）＊1. Please be careful when handling between the case andthe flexible cable.
＊2. Do not insert and remove the plug more than 20 times.

STR6

Plug

STR6

φ6 holeConnector
Not oil-resistant /water-resistant

Receptor

φ6 holeMini-stopper switch
Model

Specifications

S T R8Operation
Blank：OFF→ON（B）：ON→OFF

φ8 −0.05
φ4.4
φ1.5

10

φ7.8

8.8

M2 or M2.5
set screw.

9

2.5

φ8 H8

10mA Max

Consumption current

8mA Max

Static withstand load

50N

Repeat accuracy±0.005mm

Cable specifications

Core wireφ0.9×3, 1m

Case, Shaft material

SUS303

Protective structure

IP65

Circuit diagram

CNC-1（Refer to P.35）

・Please be careful when handling between the case and the cable.

Set screw
abutment surface
3

This is a method that does not apply
a stop load to the switch.

0.9N

Output current

Hysteresis movement［MD］ 0.1mm or less

7.7

Insert it into the hole of φ8 H8 andlightly fix it with screws from the side.

1.2mm

Operating force

Movement until the operation［PT］ 0.3 〜 0.6mm

Dimensions（mm）
Usage example

Stroke

The cable can be moved
depending on the usage conditions

Take out the cablethrough a hole of φ3.

45

Mini-stopper switch
Model

Specifications

S T R10
Operation

Stroke0.7 〜 1mm

Operating force

0.4N

Output current

10mA Max

Consumption current

8mA Max

Hysteresis movement［MD］ 0.1mm or less

Blank：OFF→ON（B）：ON→OFF

Operating position［OP］

φ1.6

R2

120°V shaped groove,
Width 0.9
（for fixing set screw）

Section of seal at axis part
Rubber seal
（EPDM）

Protector

4

9.6

Dimensions（mm）

0.9

Static withstand load

φ10

Repeat accuracy

10±0.2mm（From the bottom）
80N（Static load：Vicinity of
the center with φ3 rod）
1000N
（Static load：Vicinity of
the center with φ10 rod）
±0.01mmCable specifications

Core wireφ0.9×3, 0.3m

Case, Shaft material

SUS303

Protective structure

IP67

Circuit diagram

CNC-1（Refer to P.35）

・Do not use in such a way that the tip sinks below the protective cover.

Ball switch
Specifications

Model

BS T F

0.9N

Hysteresis movement［MD］ 0.1mm or less

Operation

Repeat accuracy
Cable specifications

Installation image
drawing

Dimensions（mm）
22.5

1.5mm

Operating force

Movement until the operation［PT］ 0.1 〜 0.3mm

Blank：OFF→ON（B）：ON→OFF

2−φ3.5±0.002mm
BSTF：φ2.8 3wire, Gray 1m
BSTF（B）：φ2.8 3wire, Black 1m

Case material

Zinc die casting

Ball material

SUS304Circuit diagram

CNC-3（Refer to P.35）

・Do not apply a force of 20N or more to the contact part.
・By using cable options, conversion of output specifications,current amplification, and cable extension are possible.

7.5 7.5

5.5

11

3

4.5

StrokePrecautions

Detectedmatter• Do not push the ball support from the side with

φ8.5

R 0.5 or more

φ5

a force of 10N or more.

• The corner that hits the ball should be R0.5 or more.

BSTF

17.4

Ball support

10

7

1.5

0.1〜0.90Ball touch switch
Specifications

Model

BS T M6

Stroke

1.2mm

Operating force

0.5N

Movement until the operation［PT］ 0.1 〜 0.3mm
Hysteresis movement［MD］ 0.1mm or less

Operation

Repeat accuracy

Blank：OFF→ON（B）：ON→OFF

Cable specifications
Case, nut material

Installation image
drawing

Dimensions（mm）
7

25.8
1.2

17.8

6.8

±0.001mm
BSTM6：φ2.8 3wire, Gray 1m
BSTM6
（B）
：φ2.8 3wire, Black 1m
SUS303

Ball material

SUS304

Mounting

M6 nut tightening torpue 2N･m or less

Mounting hole
processing dimensions

φ6 ＋0.5
0Circuit diagram

CNC-3（Refer to P.35）

・Do not apply a force of 15N or more to the contact part.

φ5.4

（8）

・By using cable options, conversion of output specifications,

φ4current amplification, and cable extension are possible.

Detectedmatter
0.1〜0.92Ball Support

M6×0.5

R 0.5 or more
BSTM

Precautions• Do not push the ball support from the side witha force of 10N or more.

• The corner that hits the ball should be R0.5 or more.

46

Ball touch switch
Model

BS TM8Operation
Blank：OFF→ON（B）：ON→OFF

Specifications
Stroke

1.4mm

Operating force

0.9N

Movement until the operation［PT］ 0.1 〜 0.3mm

Installation image
drawing

Dimensions（mm）
10

Repeat accuracy±0.001mm30

Detectedmatter

2.5

R 0.5 or more

M8×0.75

BSTM

Ball Support

BSTM8（B）：φ2.8 3wire, Black 1mCase, nut material
0.1〜0.9

φ5

BSTM8：φ2.8 3wire, Gray 1m

Cable specifications

20.7

9.3

φ7.2

1.4
（11.5）

Hysteresis movement［MD］ 0.1mm or lessPrecautions• Do not push the ball support from the side with a force of 10N or more.
• The corner that hits the ball should be R0.5 or more.

SUS303

Ball material

SUS304

Mounting

M8 nut tightening torpue 5N･m or less

Mounting hole
processing dimensions

φ8 ＋0.5
0Circuit diagram

CNC-3（Refer to P.35）

・Do not apply a force of 15N or more to the contact part.
・By using cable options, conversion of output specifications, current amplification,and cable extension are possible.

M10 Ball Plunger Switch
Model

-

S T MB10-

Operation

Operation force

Cable indicator

A：OFF→ON
B：ON→OFF

H：4.5N
J：0.35N

Blank：without indicator
LED：with indicator＊Please refer to p.12 “CAL-01”
for the external dimensionsof the indicator light.

Specifications
Stroke1mm
H：4.5N

Operating force

Dimensions（mm）

J：0.35N

Movement until the operation［PT］ 0.3 〜 0.6mm
Hysteresis movement［MD］ 0.1mm or less

13

1.2

2.5

φ3.5

20
17.5
2.5

M10×0.75

Repeat accuracy
Cable specifications±0.01mm
STMB10A-□：φ2.8 3wire, Gray 1m

φ6.5

（15）

STMB10B-□：φ2.8 3wire, Black 1mCase, Nut, Ball material

SUS303

Mounting

M10 nut tightening torpue 12N･m or less

Mounting hole
processing dimensions

φ10 ＋0.5
0Examples of use

STMB10○-□：Without indicator light
Indicator light

STMB10○-□-LED：Approximately
100mm from the main unit

Protective structure

IP65

（

）

0.1〜0.2

φ2
Actuator operates
also with a slide
contact

Circuit diagram
When used as a touch switch

STMB10○-□：CNC-3（Refer to P.35）
STMB10○-□-LED：CNC-18（Refer to P.35）

・By using cable options, conversion of output specifications, current amplification,

When used as a ball plunger switch

and cable extension are possible.

47

M10 ball plunger switch Two-wire-system
Model

-

S T MB10V

Operation

Operation force

A：OFF→ON
B：ON→OFF

H：4.5N
J：0.35N

Specifications
1mm

StrokeH：4.5N

Operating force

Dimensions（mm）

J：0.35N

Movement until the operation［PT］ 0.2 〜 0.5mm
Hysteresis movement［MD］ 0.1mm or less

13
2.5

21.5

M10×0.75

STMB10VA-□：φ2.8 2wire, Gray 1m

Cable specifications

2.5

φ6.5

（15）

1.2

±0.01mm

Repeat accuracy

24

φ3.5

STMB10VB-□：φ2.8 2wire, Black 1mCase, Nut, Ball material

SUS303

Mounting

M10 nut tightening torpue 12N･m or less

Mounting hole
processing dimensions

φ10 ＋0.5
0Protective structure

IP65

Circuit diagram

CNC-19（Refer to P.35）

・Be sure to connect to the load before use.
・Cable extension are possible.

12 Ball Plunger Switch
Model

S TFB12--

Operation

Operation force

Cable indicator

A：OFF→ON
B：ON→OFF

H：7N
J：0.5N

Blank：without indicator
LED：with indicator＊Please refer to p.12 “CAL-01”
for the external dimensionsof the indicator light.

Specifications
Stroke1mm
H：7N

Operating force

Dimensions（mm）

J：0.5N

Movement until the operation［PT］ 0.3 〜 0.6mm
Hysteresis movement［MD］ 0.1mm or less

φ3.5

φ9.2

Threaded cap
Chamfer 8

Cable specifications±0.01mm
STFB12A-□：φ2.8 3wire, Gray 1m
STFB12B-□：φ2.8 3wire, Black 1m

Case material

SUS303

Ball material

SUS
STＦB12○-□：Without indicator light

9.3

12.9

11.7

Repeat accuracy

φ12

Indicator light

STFB12○-□-LED：Approximately
100mm from the main unit.

Protective structure

IP65

Circuit diagram

STFB12〇-□：CNC-3（Refer to P.35）
STFB12〇-□-LED：CNC-18（Refer to P.35）

・By using cable options, conversion of output specifications, current amplification,and cable extension are possible.

48

ASA Electronics Industry Co., Ltd.
Techno Eight Kodaira Building
5-16-8, Ogawahigashi-cho, Kodaira-shi, 187-0031 Tokyo, Japan
Tel. : 81-42-341-8551 Fax. : 81-42-341-8826
http://www.asadenshi.co.jp＊In the interest of improvements, the contents of this catalogue are subject to change without notice.

2022 .12