Assured Contactless SeriesUTS-10-2T P28 BTS-2-1T P29 STMB10 P26 STFB12 P26 AX1 P27 AX4 P27 HS1 P24...

Assured

Reliable

Contactless

Assured

Reliable

Contactless

Contactless Series Contactless Series

Magnetic Proximity Switches P.1 ～

Ferrous Proximity Switches P.11 ～

Contactless Touch Switches P.15 ～

Switch Catalogue

－Contents－ ● Magnetic Proximity Switches……P1～4

● “Magbase” for High Accuracy Positioning……P7～8

● “Mag” for Magnetic Proximity Switches……P5～6

AH002-S / AH002-D

P2

AH003-S / AH003-D

P2

AH004 / AH004H

P2

AH013-S

P3

AH024

P3

AHM024

P3

AH023

P3

AH012-BS

P3

CAA-N1CAB-N1CAP-P1CAP-N1 P4

AG001

P7

AG001H

P7

AG002

P8

AG002H

P8

AG003

P8

AG003H

P8

AG004

P8

AG004H

P8

AG011/AG011-K

P8

AG001K

P5

AG001KH

P5

AG002K

P6

AG002KH

P6

AG003K

P6

AG003KH

P6

AG004K

P6

AG004KH

P6

AG0304

P6

AG05015

P6

● Cable Options

● Switches for Air Cylinders……P9～10

● Ferrous Proximity Switches……P11～12

● Door Sensors……P13～14

● Contactless Touch Switches……P15～29

UTS-10-2T

P28

BTS-2-1T

P29

STMB10

P26

STFB12

P26

AX1

P27

AX4

P27

HS1

P24

STB30

P25

STM14

P25

STR10

P25

PM4

P21

PM5

P21

PM6

P22

STF15

P23

STS8

P23

STM10-S/STM10-D

P19

STM8

P19

STM8L

P20

STM6

P20

MR1A-HU

P17

MS1A-HUE

P17

N308

P18

N6

P18

P16

P13

AR001/AR001（B）

ADH02/ADG02/ADG02X/ADH02X

P12

AR011/AR011（B）

P12

AR101/AR101（B）

P12

AR002/AR002（B）

P12

AH006

P10

AH007

P10

AH008

P10

● Cable connector

1

Circuit system CNC-3

Circuit system CNC-2Circuit system CNC-1




DC5 ～ 24V

Output 1

Output 2

Output 1

Output 2

■AH002-D

DC5 ～ 24V

■AH002-S

DC5 ～ 24V

■AH004(H) ■AH023-S ■AH003-S ■AH013-S

DC5 ～ 24V

■AH003-D

DC5 ～ 24V

■AH024 ■AHM024 ■AH023

■AH012-BS

High sensitivityHigh precisionPolarity selection

“Mag” “Magbase”

Other magnetic objects

Hall-effect magnetic

sensor

Sensitive proximity action

Mag

DC5 ～ 24V

Sensing pole

Magnetic sensitivity

Response time

Supply voltage

Maximum supply current

Output form

Maximum output current

Cable length

Voltage resistance

Insulation resistance

　

　

Degree of protection

General specifications

Magnetic Proximity Switches

Connection examples（circuit diagrams）

Features

S-pole （　　　　　　　　　　　　　　　　　　　　） 2.5 ～ 4 mT （25 ～ 40 Gauss）

5μ sec max.

DC 5 ～ 24V

8 mA per sensing circuit

NPN Normally Open

（　　　　　　）

Standard length :1m

2×1011Ω min. against case

－20 ～＋85℃

20 ～ 95% RH

（　　　　　　　　　　　　　　　） Equivalent to IP67

Note: Standard sensing zone is S-pole side, and the color of 3-wire cable is gray for the standard type. The cable color is black for N-pole type（with some exceptions）.

Normally Closed or PNP output available with optional cable

Amplifiable to 80mA with optional cable （refer to P4）

Mechanism

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 or property, please be advised to expand further safety gear such as the incorporation of dual circuit.

（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.

（1）Clamping torque…Please observe the value of torque designated for each switch.（2）Cable handling… Do not subject the connecting part between cable and switch-head to tension（tensile strength as 20N at max.,

the bending radius as 7mm at least）.

● Precautions for safety use

● Correct wiring

● Mounting the switch

Precautions

ON, when sensing object approaching

Measures for condensation / in-water operation to be consulted separately

Sensing circuit

Sensing circuit

Sensing circuit

Sensing circuit

Sensing circuit

Sensing circuit

Sensing circuit

Sensing circuit

LoadLoad

Load

Load

Load

Load

LoadLoad

Brown

Brown

Black

Black

Blue

Blue

Brown

Black

Blue

Green Red

Red

Brown

Black

Blue

Red

Brown

Black

Blue

Red

Orange

Brown

Black

Blue

Orange

N-pole detection is optionally available with some exceptions

（refer to P4）

1,000V AC, for 1 min. between current-carrying parts and case

Operating temperature range

Operating humidity range

15 mA per sensing circuit

2

Do not drive a M3 screw in too tightly. It is recommendable to bond the screw in order to prevent loosening.

18

10.5 5.5

5 4.8

M306.2

9.7

21

95.5 5

Mounting side

Sensing face

Sensing face

Sensing face

Sensing face

Sensing face

Sensing face

18

Indicator

Sensing face

φ3（max.）

φ3（max.）

6

2.5 5.6

2-φ2.2 φ0.9×3

3.5

1.5 8

8.6

12

4.3 6.6

2-φ2.2

4.22.3

1.5 8

7.8

12

5.8

5.4

φ2.6

5.4

5.6

4.70.4 3.3

02.2

5.6

10.8

M2.5

6.2

5

Mounting bracket-1 Mounting bracket-2

φ2.6

5.4

5.6

0.4

3.3

9.9

10.8

M2.5

7.5

2.8

Model Dimensions（mm） Specifications

AH002-S / AH002-D-S：Single／-D：Double

-S：Single／-D：Double

Case

Mounting

Indicator

Circuit diagram

GF reinforced PBT : Green

2-M2 Screw fastening torque 0.3N・m

Upward, Sideway（Refer to the dimensions）

Not included

φ 0.9 wire ×3, Length 0.3m

CNC -1（Refer to P1）

Case

Mounting

Built-in switch

Indicator

Circuit diagram

GF reinforced PBT : Black

Dedicated mounting bracket

Not included

Single：3-wire, gray Double：4-wire, black

Single：CNC -1（Refer to P1） Double：CNC -6（Refer to P1）

Case

Mounting

Built-in switch

Indicator

Circuit diagram


M3 ×0.5 Screw fastening torque 1N・m

Single：3-wire, gray Double：4-wire, black

Single：CNC - 3（Refer to P1） Double：CNC - 5（Refer to P1）

＊ When ordering, please indicate either“Mounting Bracket-1” or “Mounting Bracket-2”.

AH004

AH004H

Lineup of Magnetic Proximity Switches

AH003-S / AH003-D

AH004 / AH004H

Cable specifications



Magnet sensing direction

Single：AH002-S Double：AH002-D Differential distance：1.5 ± 0.3（mm）

Single：Red Double：Output 1…Green,

Output 2…Red

Single： AH003-S Double： AH003-D Differential distance ： 1.5 ± 0.3（mm）

3

The clamping torque for M7 nut is 0.3N・m． Do not clench the nut too tightly. It is recommendable to bond the screw in order to prevent loosening.


The clamping torque for M12 nut is 2N・m． Do not clench the nut too tightly. It is recommendable to bond the screw in order to prevent loosening.


（16）

26

38

1214

Sensing face

M12×1 Cable φ2.8×1m

Nut 3t

Indicator

（11.4）

M7×0.75

Sensing face

21

102

10 φ6.2

Cable φ2.8×1m

（13.6）

Sensing face

Cable φ2.8×1m

M9×1Nut 2t

25

Indicator1412

（13.6）

Sensing face

Cable φ2.8×1m

M9×1Nut 2t

25

Indicator1412

（13.6）

Sensing face

Cable φ2.8×1m

M9×1Nut 2t

25

Indicator1412

Case

Mounting

Indicator

Circuit diagram

SUS303　Screw type

M9×1 Screw fastening torque 8N・m

Refer to below

Red

3-wire, gray （Black for N-pole type）

CNC-2（Refer to P1）

Case

Mounting

Indicator

Circuit diagram


M12 ×1 Screw fastening torque 2N・m

Refer to below

Red



Case

Mounting

Indicator

Circuit diagram

Response speed


M9 ×1 Screw fastening torque 0.5N・m

Red

3-wire, black

CNC - 4（Refer to P1）

90μ sec max.

DC 24V 80mA

Case

Mounting

Indicator

Circuit diagram


M9×1 Screw fastening torque 0.5N・m

Refer to below

Red



Case

Mounting

Indicator

Circuit diagram

GF reinforced PBT : Gray

M7×0.75 Screw fastening torque 0.3N・m

Not included



Model Dimensions（mm） Specifications

AH013-S

AH024

AHM024（All SUS screw type case）

AH023

AH012-BS（High output type）

Model Magnetic sensitivity

AH024 2.5 ～ 4 mT

AH024H（High sensitivity） 0.8 ± 0.15 mT

AH024HN（High sensitivity・N-pole） 0.9 ± 0.15 mT


AH023 2.5 ～ 4 mT

AH023H（High sensitivity） 0.7 ± 0.15 mT

AH023HN（High sensitivity・N-pole） 0.8 ± 0.15 mT


AHM024 2.5 ～ 4 mT

AHM024H（High sensitivity） 0.8 ± 0.15 mT

AHM024HN（High sensitivity・N-pole） 0.9 ± 0.15 mT









Maximum load capacity

4

Freewheel diode

Model Dimensions（mm） Connection examples（circuit diagrams）

22

φ2.8

29.5

24

28

Sensor side

Sensor side

Sensor side

Sensor side

2.6

7

7

CAA-N1（Add indicator）

CAB-N1（N.O.→N.C.）

CAP-P1 （NPN→PNP）

CAP-N1

Cable Options Connected along the cable pathway of ASA sensors or switches, the cable optionsavails current amplification and conversion of signals.

　

CAA-N1

CAB-N1

CAP-P1

CAP-N1

SensorBrown

Black DC12 ～24V

Blue

CAA-N1

Load

Brown

BlackRed

DC12 ～ 24V

Blue

CAP-N1

Indicator

Indicator

Indicator

Brown

Black DC12 ～24V

DC12 ～24V

Blue

CAP-P1

Red

Freewheel diode

Sensor

Sensor

Sensor

Sensing circuit

Brown

Black

Blue

CAB-N1 Freewheel diode

Signal inversion

New Series

Specifications

Features

Lineup of Cable Options

Sensing circuitSensing circuit

Sensing circuit

Load

Load

Load

Mode Function Output form IndicatorMaximum load

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

Add indicatorNPN N.O.

DC24V / 15mA

Red LED

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

NPN N.C.

DC24V / 80mA （freewheel diode embedded）

NPN→PNP conversion Current amplification

PNP N.O.


Current amplificationNPN N.O.


5

Magnetic property

con tac t l e ss sw i t ch

Gap h（mm）

Model Dimensions（mm）

2-φ3.2×13.61t

36

16

5

8

14.6

7.5

3

2-φ3.2×13.61t

36

16

5

8

4.59.6

12.6

-15 -10 -5 5 10 15

1mT

2mT

3mT

30

25

20

15

10

5

0

Gap h（mm）

0

Sensing area

Distance x（mm）

30

25

20

15

10

5

0

1mT

2mT

3mT

-15 -10 -5 5 10 150

Sensing area

Distance x（mm）

Sensing area

Mag

S

N

Magnetic field

Magnetic proximity switch

“Mag”and“Magbase”are magnetic objects designed suitable for Magnetic Proximity Switches.

The combination of Magnetic proximity switch and “Mag”

AG001K

AG001KH

Features

Lineup of “Mag”

SummaryIn case of combination of Magnetic proximity switch

and“Mag”, the sensing area is globular shape as

indicated in the figure. Through this shape, magnetic

proximity switches have stable position sensing

ability against any directional approaching. The

extent of sensing area is fixed by choice of Mag （that

is magnetic intensity）and Magnet proximity switch

（that is magnetic sensitivity）.

Model“AG0304”and“AG05015”are bare rare-earth

magnets. They are suitable for mounting on a

compact-sized unit with less installation space.

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

“Mag”for Magnetic Proximity Switches

　　Mag : wider and longer sensing area Magbase : high accuracy sensing

6

Magnetic property

20

15

10

5

0

1mT

2mT3mT

Gap h（mm）

-15 -10 -5 5 10 150

Sensing area



Oval hole for 2-M2.5,2.6

1411

4.8

09

3.40.8

6.4

18

16.7

93

6.2

4.86.23.8

2.7

8.7

14

18

6.2

0.8

2-2.2×4

1.3

2.9 13

3.4

7

5.4 7.4

Magnetic center

φ3

4

2-2.2×4

1.3

3.5 13

2.8

7

4.8 6.8

Magnetic center

φ5

1.5

2-φ3.2×7.8

1t

23

10

8

14.6

7.5

3

5

2-φ3.2×7.8

1t

23

10

58

4.59.6

12.6

Gap h（mm）

10

8

6

4

2

0

-2-4-6 2 4 60

Sensing area

2mT

1mT 3mT

Distance x（mm）

16

14

12

10

8

6

4

2

0-2-4-6-8 2 4 6 80

Sensing area

1mT

3mT

2mT

（No orientation）

Gap h（mm）

Distance x（mm） Distance x（mm）

16

14

12

10

8

6

4

0

Gap h（mm）

-2-4-6-8-10 2 4 6 8 100

Sensing area

2mT

3mT

1mT

Distance x（mm）

16

14

12

10

8

6

4

0

Gap h（mm）

-2-4-6-8-10 2 4 6 8 100

Sensing area

1mT

2mT

3mT

Distance x（mm）

Distance x（mm）

1mT2mT

0

10

20

30

2010-10-20

3mT

0

Gap h（mm）

Sensing area

AG002K

AG002KH

AG003K

AG003KH

AG004K

AG004KH

AG0304

AG05015

AG0304 AG05015

Note:Please keep the product away from such objects / equipments which may be harmed by strong magnetism.

Lineup of “Mag”

7

Model Dimensions（mm） Magnetic property


AH002-D Double switch

Magbase

Output BOutput ADifferentiate distance

Case（shown in section）

Iron plateMagbase

Magnetic field Magnetic proximity switch

SN

NS

NS

SN

Sensing area

Magnet

Gap

2-φ3.2×13.61t

36

16

5

8

14.6

7.5

3

2-φ3.2×13.61t

36

16

5

8

4.59.6

12.6

20 18 16 14 12 10 8 6 4 2 0-14 -12 -10 -8 8 10 12 140

0.5mT

1mT

1mT

0.5mT

Gap h（mm）

Distance x（mm）

9

8

7

6

5

4

3

2

1

0-11-12 -10 -9 -8 8 9 10 11 120

2mT

3mT

4mT

4mT

3mT

2mT

Gap h（mm）

Distance x（mm）

Sensing area Sensing area

AG001

AG001H

The combination of Magneticproximity switch and “Magbase”

As shown in the figure,“Magbase” is an array of 3 magnets

disposed on an iron plate with each polarity alternated（patented）.

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

change on the sensing area can be minimized. As the

arrayed magnets make the magnetic gradient neighboring

the boundary of the sensing area dense,“Magbase” is

capable of an extraordinary precise repeatability of the

operating point compared to“Mag”.

Since magnetic proximity switches are small in size and

have no magnetic interaction between switches, they can be

closely disposed. Taking the advantages of these benefits,

a double switch incorporates a switch with dual operational

points in a single casing.

A double switch can detect both the origin point of a servo

system and overrun, thus contributive to a downsizing of

machine unit and a reduction in assembling cost.

“Magbase” forHigh Accuracy Positioning

Patented in Japanand the US

“Magbase”readily realized an extraordinary precise repeatability never before possible with traditional proximity sensors and magnetoresistance elements.

Lineup of “Magbase”

Model “AH002-D”, “AH003-D”

8

Model Dimensions（mm） Magnetic property


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

956

30

90

AG011

AG011-K（Powerful type）

Center of the upper surface of “Magbase” Sensing face

h+

X+

2-φ3.2×7.8

1t

23

10

8

14.6

7.5

3

5

2-φ3.2×7.8

1t

23

10

5

8

4.59.6

12.6

Oval hole for 2－M2.5, 2.6

1411

4.8

09

3.40.8

6.4

18

16.7

93

6.2

4.86.23.8

2.7

8.7

14

18

6.2

0.8

2-2.2×4

1.3

2.9 13

3.4

7

5.4 7.4

Magnetic center

Magnetic center

2-2.2×41.3

3.5 13

2.8

7

4.8 6.8

40

30

20

10

00-25-30-35-40 40353025

2mT

3mT

4mT

4mT

3mT

2mT

Gap h（mm）

Distance x（mm）

70

60

50

40

30

20

10

00-30-40-50 504030

0.5mT

1mT

1mT

0.5mT

Gap h（mm）

Distance x（mm）

Sensing areaSensing area

60

50

40

30

20

10

00-20-25-30-35 35302520

0.5mT

1mT

1mT

0.5mT

Gap h（mm）

Distance x（mm）

40

30

20

10

00-15-20-25-30 30252015

2mT

3mT

4mT

4mT

3 mT

2mT

Gap h（mm）

Distance x（mm）


5

4

3

2

1

0-3 -2 -1 1 2 30

0.5mT

1mT

1mT

0.5mT

Gap h（mm）

Distance x（mm）

3

2

1

0-3 -1-2 21 30

2mT

3mT

4mT

4mT

3mT

2mT

Gap h（mm）

Distance x（mm）


12 11 10 9 8 7 6 5 4 3 2 1 0

-7-8 -6 -5 -4 4 5 6 7 800.5mT

1mT

1mT

0.5mT

Gap h（mm）

Distance x（mm）

6

5

4

3

2

1

0-6 -5 -4 -3 3 4 5 60

2mT

3mT

4mT

4mT

3mT

2mT

Gap h（mm）

Distance x（mm）


12 11 10 9 8 7 6 5 4 3 2 1 0

-6-7 -5 -4 -3 3 4 5 6 70

0.5mT

1mT

1mT

Gap h（mm）

Distance x（mm）

6

5

4

3

2

1

0-6 -5 -4 -3 3 4 5 60

2mT

3mT

4mT

4mT

3mT

2mT

Gap h（mm）

Distance x（mm）

0.5mT


Conditions under which magnetic property is measured The distribution of the magnetic

force of “Magbase”was measured under the conditions described. The figures are not guaranteed values but average values.

AG004

AG004H

AG011 AG011-K（Powerful type）

AG002

AG002H

AG003

AG003H

Magnetic property

9

Figure-1. In case of polarized magnetic switches

Figure-2. In case of non-polar magnetic switches

N S

Stroke

S-pole sensing area

N-pole sensing area

Operating curve

Gap

（ON length）

Circumference face of a magnet

N-pole sensor （head-side）

Gap between magnet and sensor

Ring Magnet

S-pole sensor （rod-side）

Operating curve

Ring magnet

N S

N S

Head-side sensor

Gap between magnet and sensor

Rod-side sensor

Stroke

（Sensing area）

Brown

BlackRed

Blue

Indicator

DC5～24V

Sensing circuit

Load

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

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

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

pattern shown in the figure-2. As the curve takes a chevron pattern with its midpoint

as 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

switches to get a due accuracy or stability.

Switches for Air CylindersHigh precision, Reliable, Contactless

Built-in switch

Response time

Power supply

Output form


Detection sensitivity


Case material

Cable material

Single

5μ sec

DC 5 ～ 24V

NPN Normally open （15mA max.）

－20 ～＋85℃

AH006 3.5 ～ 5mT AH007, 008 3.5 ～ 8.5mT

Equivalent to IP67

GF reinforced PBT（Black as standard）

Heat-resistant vinyl-insulated sensor cable; 1m（standard）

Features

In case of the conventional product

Connection example（circuit diagram）

Specifications

Patent applied for

10

Bracket 3 （dedicated nut included）

Air cylinder

Switch Switch

Air cylinder

Bracket 4 （commercial M3 nut to be used）

Note: For reverse mount, all brackets can be set flipped horizontally and switches can be caracoled back and forth.

Examples of the use of bracket 3 and 4.

Groove for bracket

Sensing pole is indicated

Indicator

Sensing face

φ2.85.5

2.5

5.6

12.5

20

6.1

4.8

5.1

Sensing face

Sensing pole is indicated.R2

205.5

6.5

φ2.8Indicator

Setscrew2.5

2.7

φ４ groove of air cylinder

φ2.8

（Without indicator）

Setscrew

φ４ groove of air cylinder

14.5

φ4

Sensing face（N）

Sensing face（S）

6.5

approx.100 227

N

SIndicator

［Rectangular, indicator built-in type］

Model

AH006-S

AH006-N

Sensing pole

S-pole

N-pole

Note: Both S and N sensing are available with this model. The factory set disposition of S-pole is downside. When setting N-pole downside, please reinsert a setscrew from the reverse side.

［φ4 groove, inversion type］

Model

AH007

AH007-LED

Sensing pole

Two-pole functional

Two-pole functional

［φ4 groove, indicator built-in type］

Model

AH008-S

AH008-N

Sensing pole

S-pole

N-pole

When adopting only one switch for one side （either rod side or head side） of air cylinder, you might not be certain whether to use N or S-pole typed switch. Since magnets of marketed air cylinders usually have N-pole magnetism at rod side （S-pole at head side）, please choose a switch with opposite magnetism（refer to figure-1, P9）. Before purchase, please check the direction of cylinder’s magnetism, as the polarization of some cylinders is inversed. A reverse connection of ＋（brown） and OV（blue） of power supply is strictly prohibited as it might cause a damage of the product.

●

●

Precautions


AH006

AH007

AH008

Lineup of Switches for Air Cylinders

11


N

S

N

S

Spring

Sensing face Housing（nonmagnetic material）

S-pole sensing circuit

Ferromagnetic object

Magnetism

N

S

N

S

Ring magnet

With indicator Without indicator

Brown

Black

Blue

DC 5～24V

Brown

Load

Load

Sensing circuit

Sensing circuit

Black

Blue

RedDC 5～24V

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

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.

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

When ONWhen OFF

Supply voltage

Output form

Maximum load current（DC24V）




Cable length

Operation indicator

DC 5 ～ 24V

NPN Normally open

　

－20 ～＋85℃

20 ～ 95％ RH

Equivalent to IP67

1m（Standard）

Included（AR101, AR002）

Option（AR001, AR011）

Mechanism

Connection examples（circuit diagrams） General specifications

The models with B as trailing character mean Normally closed.15mA（Amplifiable to 80mA with optional cable）, refer to P4

12



Indicator

Sensing direction8±2

φ5

4.5

9

2－φ2.6

3749

15 18

4.5

2.5

9

63

2－φ2.3

Mounting bracket （SUS） demountable

6.3 7

124

Sensing face

6.3

4 8.3

Hex 13 nut

M10×0.75

Sensing face

22.82.5

914

■ Mounting bracket for AR002

IndicatorSensing face

M2

6.521

φ2.8

4.5

7

Sensing face downside

2－φ3.5

Sensing face upside

2127

2.5 8T 0.6

SUS, brass screw

AR001AR001（B）

AR011AR011（B）

AR101AR101（B）

AR002AR002（B）

Model

Maximum sensing distance ［mm］ Sensing axis : horizontal

Response time

Case material

Model


Response time

Case material

Model


Response time

Case material

AR 001/AR 001（B）

Iron wire φ0.5 1.0

High speed steel drill φ1 1.5

Iron□10×t 0.3 2.2

Iron□10×t1　 1.5msec

Heat resistant ABS

AR 002/AR 002（B）

Iron□30×t10　 6.5

Iron□30×t1 4.5

Iron, M5 nut 2.7

Iron□10×t 2　 2msec

Grass-fiber reinforced PBT

AR 011/AR 011（B）

Iron wire φ0.5　　1.0


Iron□10×t 0.3 2.4


SUS303

AR101/AR101（B）

Iron wire φ0.5　　1.0


Iron□10×t0.3 3.0


SUS304 for sensing part Heat resistant ABS for body

Specifications

Model Operation

AR011　

AR011-LED （　　　　　　　　　　） AR011（B）　

AR011（B）-LED （　　　　　　　　　　）

N.O.

N.C.

Operation

N.O.

N.C.

Model Operation

AR101

AR101（B）

N.O.

N.C.

Model Operation

AR002

AR002（B）

N.O.

N.C.

Model

AR001　

AR001-LED （　　　　　　　　　　） AR001（B）　

AR001（B）-LED （　　　　　　　　　　）

Lineup of Ferrous Proximity Switches

Model


Response time

Case material

Model


Response time

Case material

Indicator along the lead wire




13


L

Brown

Load

Sensing circuit

Black

Blue

DC 5～24V

Door SensorsSturdy, Highly-sensitive, Reliable

DC 5 ～ 24V

NPN Normally open （15mA）

5μ sec

Refer to the right table

－20 ～＋85℃

GF reinforced PBT （Black）

　

Equivalent to IP67

Ferrite magnet embedded

Power supply

Output form

（Cable option）

Response time

Sensing distance


Case material

Cable material


Door“Mag”

ADH02 ADG02 15

12

5 （Iron made door with φ12 hole）

15 （Nonmagnetic door）

ADH02X ADG02X

ADH02 ADG02 Example of door embedding

Door“Mag” Sensor Functional diagramSensing distance ・ L（mm）＊

＊ 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 choice on 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.

ADH02

ADG02 ADG02X

ADH02X

Commodity Model

Sensor ADH02

Sensor ADH02X

Door“Mag” ADG02

Door“Mag” ADG02X

＊ Note:a letter of “L” to be suffixed to the number of models with which the cable extends from the left-hand side against the sensing side.

＊

New Series

Features

Specifications Sensing distance

Connection example（circuit diagram）

Refer to P4 for N.C. 80mA, indicator, etc.

Heat-resistant vinyl-insulated sensor cable: 1m

● Compact-sized, highly-sensitive door sensors. ● High reliability and long functional life because of lack of physical contact.

● Any fast moving object detectable. ● Even in the case of incorporation into iron-made doors, capable of practical use by having a φ12 hole to let magnetism work.

14


ADH02X （Sensor）

ADG02X （Door“Mag”）

ADH02 （Sensor）

ADG02 （Door“Mag”）

M4 tap model （option）

Tap hole for M4

M4 screw

Clamping torque：0.5N・m

Magnetism, lateral side（S-pole）

Magnetism, upward （S-pole）

14

R5

6

ADG02

ADH02

ADG02X

ADH02X

1414

34

28

2-φ3.6

（For M3 screw）

14

The side a cable extends （standard）φ2.8

34

28

3.8

2-φ3.6

（For M3 screw）

14

14

6

R5

Upward sensing

3

Sensing directionL mode（option）（ADH02XL）

2-φ3.6 （For M3 screw）

14

34

28 3.2

The side a cable extends （standard）φ2.8

Door Sensors

Door“Mag”

Mounting Examples of Door Sensors

Note： 1. The clamping torque for M3 screw is 0.8N・m. 2. The mounting hole can be changed to M4 screw hole at the user’s option. （A change to M4 screw can prevent the unit from being demounted easily as the screw head comes under the surface level.） The clamping torque for M4 screw is 0.5N・m. A nut can be used to tighten up the screw.

15


S N

SpringMagnet

Magnetic sensing circuitHousing（nonmagnetic material）

Contact Probe Slide guide

Brown

Black

Blue

DC 5～24V

Load

Brown

Black

Blue

DC 5～24V

Relay

Output 2

Output 1

Brown

Orange

Black

Blue

DC 5～24V

Sensing circuit

Sensing circuit

Sensing circuit

Load

Load

Sensing circuit

Contactless Touch Switches

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

Supply voltage

Output form

（Cable Option）

Speed of IC response



Indicator along the cable

MechanismDC 5 ～ 24V

NPN N.O. or N.C.

Refer to P4

5μ sec

－20 ～＋85℃

20 ～ 95% RH

Approx.100mm from the switch head

Without LED：15mA max. With LED：12mA max.

Single Double

Connection with sequencer, etc.

Connection with a relay, etc.

4 Patents applied for

● 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.

Features

General specifications

Connection examples （circuit diagrams）

N.O. as standard without notice（　　　　　　）

16


Sensing position

1

Stopper

1

Stopper

1

Stopper

Touch Sensor, Sensor for bottom dead center

Example of mounting in stop wall

Example of using stop nut

Example of using stop block

34

Hot-melt protection

Cable connectorIt is recommendable to use a cable connector when the cable path is long, or a separation of cable path is necessitated. We employ Sumitomo 3M’s sensor connector, namely Mini-Clamp Connector, and have the loose wires coated with hot-melt resin. The connector has high reliability and prevents connect failure when jointing/releasing.

Option

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 or property, please be advised to expand further safety gear such as the incorporation of dual circuit.

（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.

（1）Clamping torque…Please observe the value of torque designated for each switch.

（2）Cable handling…Do not subject the connecting part between cable and switch-head to tension（tensile strength as 20N at max., the

bending radius as 7mm at least）.

● Precautions for safety use

● Correct wiring

● Mounting the switch

Precautions

Cable connector（joint state）

Examples for Application of Screw-type Switches

● Connector jointed

● Connector released

17


4.8

7.4

4

47 ± 0.3 （O.P.）

2 - φ2.2 × 3.2

13.8 55.3 φ2.8

(1.4)

OUT（Black） Ov（Blue） +v（Brown）

1.8 13.1

44 ± 0.2 （O.P.）

φ1.4

4.8

3.2

φ2.8

2 - φ2.2 × 3.2

5.3

7.2

2.6

Rubber seal

OUT（Black） Ov（Blue） +v（Brown）

72.80.3

2.6

φ1.4

φ4

0.4

1.27

1.27

6.4

0.77.710

9.5 ± 0.2

10

(O.P.)

+v Ov OUT

OUT O +

Contactless Touch Switch

Micro Switch

Micro Switch

● Operating temperature range for rubber-sealed models：10℃～60℃

●Operating temperature range for rubber-sealed models：10℃～60℃

Dimensions（mm）

Dimensions（mm）

■ Button type

■ Lever type

±0.02mm

Heat resistant ABS

Nitrile rubber

Repeatable precision

Case material

Rubber seal material

±0.02mm

Heat resistant ABS

Nitrile rubber

1m


Case material

Rubber seal material

Cable length

Not included

Included

Not included

Included

0.6

0.8

0.3

0.4

0.15

0.1

N

Button type

Lever type

Standard modeRubber seal Low operation force

Rubber sealOperation force

H ： Standard J ： Low operation force

　　U ： with seal Blank ： without seal

Operation

MS1 A - H U EOperating part

　　E ： Lever type Blank ： Button type

MR1 A- H URubber sealOperation force

H ： Standard J ： Low operation force

　　U ： with seal Blank ： without seal

Model

A ： N.O. B ： N.C.

A ： N.O. B ： N.C.

Operation

Patented

＊Note:Low operation force type is not available with rubber-sealed models.

Specifications

Model

Maximum operation force

＊

＊Note:Low operation force type is not available with rubber-sealed models.

＊

Precautions● Because of the possible damage, do not push the button over the stroke range.● Extremely strong magnetic field（more than 1,000 Gauss）might cause malfunction

of the switch.


of the switch.

Specifications

18


7

（8）

φ1.1

φ1.61

φ4

R1.5 6 2

NT 19Cable φ2.8×1m

M6×0.5Clamping torque ： 2N・m max.

3～4-wire of φ3 max.

Cable length（1m as standard）

φ1.5

（φ1.0）

φ0.8

（φ0.4）

Hole φ3.1 Mounting plate 1～1.5t

83

Toothed washerM3 Nut

0.5±0.15 LPT

（Length of operating point）

22.5

8

5　（Stroke）


Needle Switch

Dimensions（mm）

Dimensions（mm）

1.4mm

0.3～0.6mm

0.1mm max.

0.3N

0.002mm

0.01 max.

SUS303

IP65

Stroke［FT］

Idle margin to operation［PT］

Hysteresis［MD］

Operation force

Sensitivity of operating point

Stability of operating point（error margin）

Case, nut, shaft


0.06mm

5mm

0.25N

SUS


Stroke

Operation force

Needle material

Needle Switch

Note: Do not apply force of more than 15N.

A ： N.O. B ： N.C.

N3 08 - L 100 - DLength of operating point（mm） Built-in switch

20, 30, 40, 50, 75, 100, 150 Other options, 1000 max.

S ： Single D ： Double （differential distance 1.5±0.3）

Needle’s diameter

08 ： φ0.8 04 ： φ0.4

N6 A - 60 - LEDOperation Cable indicatorNT（mm)

40, 60, 80, 100 Blank ： without indicator LED ： with indicator

Specifications

Model

Model

Specifications


of the switch.


of the switch.

19


24

204

φ2

2.5

Rubber seal

R2.5 M8×0.75

Cableφ2.8×1m

10Rubber Seal

Structure

13

（15）

R4

φ2.2

Rubber seal 2.5

9.5 17.5

27

M10×0.75

Cable, 1M as standard 3 to 4-wire of φ3 max.


M10 Touch Switch

＊The standard double is N.O.＋N.C. combination as per the left figure.

STM10－0.4A＋1.2B（Notation of optional model）

〈Standard double〉

Operating point 2

Output under N.O. Output under N.C.

Operating point 1

＊ When specifying the positioning of operating point 2, the max. pitch shall be 1.6 with an error margin of ±0.15.

Stroke［FT］


Hysteresis［MD］

Operation force ＊Note:Do not apply force of more than 30N.


Stability of operating point（）

Clamping torque


Material of Case, nut, axis

1.5 mm

0.4～0.7 mm

0.1mm max.

0.3N

0.002 mm

0.01mm

5N・m max.

Equivalent to IP67

SUS303

Stroke［FT］

Idle margin to operation［PT］　S：Single switch 　D：Double point 1

　　　 Double point 2

Hysteresis［MD］




Clamping torque



3 mm max.

0.3 ± 0.15mm 0.3 ± 0.15mm 1.0 ± 0.15mm

0.1mm max.

2N

0.002 mm

0.01mm max.

15N・m

Equivalent to IP67

SUS303

M8 Touch Switch

STM8- B- LEDOperation Cable indicator

Blank ： without indicator LED ： with indicator

STM10- S BBuilt-in switch

S：Single D：Double

Operation

Single Blank ： N.O. 　B 　： N.C. Double Blank ： N.O.＋N.C.

Blank ： N.O. 　B 　： N.C.

N.O.＋N.O. , N.C.＋N.C. are also available

Strong Case・Outdoor-safe type

Dimensions（mm）

Dimensions（mm）

Specifications

Model

Specifications

Model

Addition to the series

error margin

error margin

Stroke 3

1±0.15

0.3±0.15（N.O.）

（N.C.）

Operating point 1

Operating point 2


of the switch.


of the switch.

20


Cableφ2.8×1m

7

（8）

21

18.52.5

φ1.4

2M6×0.5

Rubber seal

R1

35

305

φ2.7

2.5

Rubber seal

R3M8×0.75

Cableφ2.8×1m

10

M6 Touch Switch


Stroke［FT］


Hysteresis［MD］




Clamping torque



3 mm

0.4 ～ 0.7 mm

0.1mm max.

0.8N

0.002 mm

0.02 mm

5N・m max.

Equivalent to IP65

SUS303

Stroke［FT］


Hysteresis［MD］





Clamping torque


1.2 mm

0.4 ～ 0.7mm

0.1mm max.

0.3N

0.002 mm

0.01mm

Equivalent to IP67

2N・m max.

SUS303

M8 Long Touch Switch

STM6- B- LEDOperation


Cable indicator



STM8L- - LEDOperation Cable indicator


Dimensions（mm）

Dimensions（mm）

Specifications

Model

Specifications

Model

error margin

error margin


of the switch.


of the switch.

21

2

3

4

Operating point 1

0.5 a

b

c

0 ≦ a ＜ b ＜ c ≦ （Stroke －0.5） The accuracy of a,b,c positioning is ±0.1mm.

2

3

4

Operating point 1

0.5 a

b

c

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

HEX17

(19.6)

54 5.5

Ball contact type

M14×0.5Ball R1.5

Rubber boot

6（Stroke）

Boot protector

32.5

5532.5

3

φ6

φ6.5

Plane contact type

φ13

3 to 6-wire cable φ4（max.）

59

M14×0.5

R1.5 Rubber boot φ8

（Stroke） 6

4.536.5

3

φ6

19.6

17 Adjustment screw

（a dedicated screwdriver included）

38

1

Indicator（NO.1～4）

3 to 6-wire cable φ4（max.）


PM4 type Touch Sensor

PM5 type Touch Sensor

6mm

0.5～1.5N

4μm

0.01mm

0.08mm

5μ sec max.

1～4

Stainless steel（SUS303）

20N・m

Nitrile rubber

1m

Stroke

Operation force

Operation sensitivity


Hysteresis

Response speed

Operating point

Material of case and nut

Clamping torque

Rubber boot material

Cable length

Precautions● The touch angle of the stroke axis against sensing object should be 5° or less. ● Do not apply rolling force to the contact part（0.1N・m max.）

● Extremely strong magnetic field（more than 1,000 Gauss）might cause malfunction of the sensor.

Precautions● The touch angle of the stroke axis against sensing object should be 5° or less. ● Do not apply rolling force to the contact part（0.1N・m max.） ● Extremely strong magnetic field（more than 1,000 Gauss）might cause malfunction of the sensor. ● As the adjustment screw part at the back end of the case has fine and precision mechanics, due attention and careful handling are required to prevent functional impairments.

＊The size of indicator varies in proportion to the number of switches.

6 mm

0.5～1.5 N

4μｍ

0.01mm

0.08mm

5μ sec max.

1～4（Setting range：0～4mm each）


20N・m

φ3 carbide ball

1m

Stroke

Operation force



Hysteresis

Response speed

Indicator

The number of switches


Clamping torque

Tip shape

Cable length

PM4- 6 S -M4 - 0.8 - 2.5 - 4.0Stroke（mm） Shape of the contact part

S ： SUS ball C ： Carbide ball P ： Carbide plane

6


Location of operating points（mm）

1～4

a b c

PM5- 6 C - 3Carbide tipφ3 ball

Dimensions（mm）

Dimensions（mm）

Model

Specifications

Specifications

Model

Stroke（mm）

6


1～4

LED display unit along the cable, approx. 120mm distant from the sensor head

22

2

3

4

Operating point 1

0.5 a

b

c

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

59

M14×0.5

（Stroke）

（Chamfer）

6

36.519 2

3

φ6

M2.5×5

19.6

17

5 Adjustment screw

（a dedicated screwdriver included）

38

1

Indicator（NO.1～4）

＊The size of indicator varies in proportion to the number of switches.

Probes to replace （please purchase commercial products）

Precautions● When installing a probe, hold the tip with 5mm spanner, and screw the probe into the case firmly.● Do not apply a torque of more than 1N・m to the connection between the probe axis and the case.

PM6- 6 - 2


PM6 type Touch SensorProbe-changeable type

Dimensions（mm）

Specifications

Model

Stroke（mm）

6


1～4

6 mm

0.5～1.5 N

4μｍ

0.01mm

0.08mm

5μ sec max.

1～4（Setting range：0～4mm each）


20N・m

M2.5×0.45 Female screw

1m

Stroke

Operation force



Hysteresis

Response speed

Indicator



Clamping torque

Tip shape

Cable length

LED display unit along the cable, approx. 120mm distant from the sensor head


23


Cable φ2.8×1m

22.5

4.5 7.5 7.5

5.5 3

11

Cable φ2.8×1m

2－φ3.5

φ7φ2.2

310

0

12.4

15.5

15＋0－0.3

φ2, Tip R2.5

26.7

12 446.7

10

（Operating point）

＋0.3－0

03

8

12

8

φ2.6

（for M2.5）

φ2.6×3.2

Seal section

Flat Switch

Slim Switch


Stroke［FT］


Hysteresis［MD］





Case material

Axis material

3mm

0.4～0.7mm

0.1mm max.

0.5N

0.002mm

0.01mm

Equivalent to IP65

Die casting zinc alloy

SUS303

Stroke［FT］


Hysteresis［MD］





Case material

Axis material

3mm

0.3～0.6mm

0.1mm max.

0.7N max.

0.002mm

0.01 max.

Equivalent to IP67

Die casting zinc alloy

SUS303

Precautions● Because of the possible damage, do not push the button over the stroke range.● Extremely strong magnetic field（more than 1,000 Gauss）might cause malfunction of the switch.

Precautions● Because of the possible damage, do not push the button over the stroke range.● Extremely strong magnetic field（more than 1,000 Gauss）might cause malfunction of the switch.

STF15- - LED

STS8- - LED

Dimensions（mm）

Dimensions（mm）

Model

Specifications

Model

Specifications

Operation



Cable indicator


Operation Cable indicator


24


Mounting pitch when disposing plural units side-by-side

Cable protector （option）

Operation indicator （option）

16 16 8

9

16 1

19.2 ±

0.3

（FP）

18 ±

0.2

（OP）

292-Ｍ4 mounting hole

4125.4 7

1521.5

（OF）


Limit Switch

Power supply

Output form

Response speed


Ambient temperature range

Case material

Material of chevron shaped lever

Material of flexural plate

Material of corrugated seal

Material of cable seal

Material of cable protector

1.2N max.

1.4mm max.

0.5mm max.

18± 0.2 mm

3.3mm max.

Precautions● Because of the possible damage, do not push the lever over the stroke range.● Extremely strong magnetic field（more than 1,000 Gauss）might cause malfunction of the switch.

Bare cable ： blank

With cable protector ：Ｇ

HS1 P - GOperation indicator

Without ： blank With ： P

Operation force

Idle margin to operation

Hysteresis

Operating position

Max. stroke

［OF］

［P T］

［MD］

［OP］

［ F T］

Dimensions（mm）

Model

SpecificationsDC 5 ～ 24V

NPN Normally open 15mA max.

5μ sec max.

Equivalent to IP67

0 ～100℃

Polyimide resin plate

Polyimide plate 0.75μm

Nitrile rubber

SUS304

Aluminum alloy Black alumite treatment

SUS304 Nitriding treatment（Hmv1300）

Features ● Contactless circuit

Superior reliability and long functional life compared to mechanical contact 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 and sliding parts, are not exposed, stable operation can be assured.

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

25


4

9.6

φ10

0.9

R2

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

Lead φ0.9×3×0.3m

φ1.6

Section of seal at axis part

Rubber seal （EPDM）

Protector

19

5.50.4 ± 0.1 （OP）

18

5

φ4 ball

M14 - P1.5

（22）

φ30

18.5 ±

0.1

（OP）

18

2 - φ3.5, φ6 Depth of spot facing 4.5

21

Cable protector （option）

Stopper Switch

Stopper Switch

Mini Stopper Switch


5μ sec max.

SUS304

Nitrile rubber

IP44

10kN

Response speed

Case material



Static withstand load

5μ sec max.

SUS304

Nitrile rubber

SUS304

Equivalent to IP67

100kN

Response speed

Case material


Material of cable protector


Static withstand load

Stroke［FT］

Sensing point（from the bottom）

Hysteresis［MD］

Operation force

Withstand load of stopper （Vicinity of the center with φ3 rod）

Withstand load of stopper （Vicinity of the center with φ10 rod）


Stability of operating point（） Degree of protection

Material of case and axis

＊

0.7～1mm

10±0.2mm

0.1 max.

0.5N

80N （Static load）

1,000N （Static load）

0.003mm

0.02mm

Equivalent to IP67

SUS303

Precautions● Do not push the actuator over the stopper level due to risk

of damage.● Do not prod the seal part of STB30 with edged stuff due to

risk of damage.● Extremely strong magnetic field（more than 1,000 Gauss）

might cause malfunction of the switch.


of damage.● Extremely strong magnetic field（more than 1,000 Gauss）

might cause malfunction of the switch.


of damage.● Extremely strong magnetic field（more than 1,000 Gauss）

might cause malfunction of the switch. ＊Do not push the actuator face to the extent that the tip sinks under the level of protector’s surface.

STR10 - LED

STM14

STB30 - GDimensions（mm）

Dimensions（mm）

Model

Specifications

Model

Specifications

Operation




Bare cable ： blank

With cable protector ：Ｇ

Model

Specifications

Operation

Operation Cable indicator


Dimensions（mm）

error margin

26


φ3.5 ball

Threaded cap Chamfer 8

SUS303

9.311.712.9

φ12

φ9.2

When used as a ball plunger switch（STMB10□-H）

When used as a touch switch

φ2

0.1～0.2Actuator operates

also with a slide contact

Cable φ2.8×1m

13

（15）

φ6.5

φ3.5 ball2.5

1.2 17.52.520

Cable φ2.8×1m

M10×0.75Clamping torque：13N・m max.

（）

Cable indicator

LED ： with indicator Blank ： without indicator


M10 Ball Plunger Switch

12 Ball Plunger Switch

1mm

0.3～0.6mm

0.1mm max.

0.002mm

0.01 max.

－20～＋85℃

SUS

IP65

Stroke［FT］


Hysteresis［MD］ Sensitivity of operating point



Material of case, nut and ball


1mm

0.3～0.6mm

0.1mm max.

0.002mm

0.01mm max.

－20～＋85℃

SUS

IP65

Stroke［FT］


Hysteresis［MD］ Sensitivity of operating point



Material of case and ball

Degree of protectionNote: When the movement of the ball lacks smoothness, take off the cap, clean the ball, moving-axis and spring, and reassemble the parts.

Operation Operation force（max.）

H ： 5N J ： 0.5N

STMB10 A - H - LED

STFB12 A - H - LED

Specifications

Model

Specifications

Model

Cable indicator


Operation

A ： N.O. B ： N.C.

A ： N.O. B ： N.C.

Operation force（max.）

H ： 7N J ： 0.5N

Dimensions（mm）

Dimensions（mm）

Examples of use



27


Cable φ2.8×1m

328.5 40（15）

φ2.4Operation force

φ4

5（2.5）

＋0

－0.03

φ14

Indicator along the cable

38

419

20

3

1

4 2

2-φ3.5

55

φ20

30.5

7.54.50

25

2026

Cable φ4×1m

Valve in （） for rod S

Operation force（max.）

H ： 3N J ： 0.5N

5mm, all-around（2.5mm for rod S）

1.5～2.5mm

Error margin of repeatability 0.1mm max.

H：2N, J：0.8N （Allowable operation force H：8N, J：5N）（Double valve for rod S）

Electrical responsiveness 5μ sec

Equivalent to IP67

SUS303

SUS303（Option：Jade ball）

Fix the φ14 part of the body with clamping fastener, etc.（set-direction; free）.

Heat resistant vinyl chloride, sensor cable, 1m（standard）

Stroke［FT］

Operating point（OP）

Accuracy of operating point

Operation force（tip）

Response speed


Case material

Material of axis and ball

Case mount

Cable

Probe Switch

Four-way Probe Switch


four-way at 90 degree angle

All-around 3±0.5mm

1.5±0.5mm

Error margin of repeatability 0.015mm max.

H lever：3N, J lever：0.5N （Allowable operation force 5N）

Electrical responsiveness 5μ sec

4×NPN Normally open（15mA max.）

Equivalent to IP67

Zinc die-cast

Black：Phenol

Heat resistant vinyl chloride, 6-wire sensor cable, 1m（standard）

Operational option

Stroke［FT］

Operating point（OP）

Accuracy of operating point

Operation force （globe side）

Response speed

Output form


Case material

Spherical grip

Cable

Precautions● Do not push the probe over the stroke due to risk of damage.● Do not roll the probe due to risk of damage.● Extremely strong magnetic field（more than 1,000 Gauss）might cause malfunction of the switch.

Rod length

L ： 40 S ： 15

AX1 L H - LED

AX4 H - LED

Specifications

Model

Specifications

Model

Dimensions（mm）

Dimensions（mm）

Cable indicator


Patents applied for

Return spring

H ： Hard J ： Soft

Cable indicator


Connection example （circuit diagram）

Precautions● Extremely strong magnetic field（more than 1,000 Gauss）might cause malfunction

of the switch.

Brown

BlackOutput 1

DC

5～24V

Orange

Blue

Purple

Pink

Sensing circuit 1

Output 2

Sensing circuit 2

Output 3

Sensing circuit 3

Output 4

Sensing circuit 4

Load

28


Brown

Black

Orange

Blue

DC+24Ｖ±10％

Output of tip senseN.O.

N.C.

Limit output

0V

Sensing circuit 1Sensing circuit 2

Load

■ UTS -10 - 2T

Load

DC+24Ｖ±10％

PT≒0.5mm ＞3.5mm

Stroke

Output of tip sense

N.O.

N.C.

Limit output

0V

-V

-V

+V

+V

ON

OFF

ON

OFF

Sensing circuit 1Sensing circuit 2

Load

Output of tip sense

Limit outputOutput position to be consulted

■ UTS -10 - 2F

Load

Brown

Black

Pink

Orange

Purple

Blue

14.6

24

42 28

18

324 - M6 Thread depth 6.5

10

87.5

Stroke

φ13 Carbide contact

54

55.5

M5 Air blow line entry

LED

Cable slot


High-precision Tool Sensor

● Ultrahigh repeatable precisionBenefits of unique magnetic circuit and application of Hall IC realized the accuracy of 0.2μm（3σ）in repeatability of operating position. Perfect for evolutionary NC processing machines.

● Trouble free with non-contact structureContactless circuit structure assures operations free from any troubles caused by contact degradation. The installation is easy because the output can be relayed directly into e.g., sequencers without amplification along the path.

● Smooth and reliableBall slide system ensures smooth movement. Capable of low-profile mode, suited to small drills, etc, as well.

DC 24Ｖ ±10％

10 mm

0.2μm（3σ, 20℃）

Vertical and horizontal directions

1.8 N（Referential value）

0～＋50℃（with no condensation）

Model

Supply voltage

Stroke


Application direction

Measuring force

Output form

Consumption current


Output capacity（DC24V）

Operational time lag

Precautions● Do not push the actuator over the stroke due to risk of damage.● Extremely strong magnetic field（more than 1,000 Gauss）might cause malfunction of the sensor.

Open collector with a pull-up

20mA max.

15 mA

5μ sec max.

12 mA

8μ sec max.

50mA max.

Open collector floating

UTS -10 - 2T UTS -10 - 2F

Specifications

Dimensions（mm）

Features

Connection examples（circuit diagrams）

29

Red

Brown

Black

Blue

DC 5～24V

Sensing circuit

Load

φ3.5

8.5

4.2

3.2

10

17.4LED

24.5

32 ±

0.1

11

0.4 ± 0.1

PT

OP

φ3.5

44

12

20 24 29

Ruby contact

M3 Mounting pitch

● Unprecedented ultra-low operation powerWith the measuring force as only 0.01N（1g-f）, capable of measuring ultra-fine drills and probes without inclination.

● Repeatability of micron accuracyThe repeatable precision marks 2μm. Suitable also for diamond core tools because ruby is used for the actuator part as standard component.

● Trouble free with non-contact structureContactless circuit structure assures operations free from any troubles caused by contact degradation. The installation is easy because the output can be relayed directly into e.g., sequencers without amplification alog the path.

Features

Tool Sensor for Extra-Fine DrillsContactless Touch Switch

BTS-2-1T

DC 5～24V

2mm

2μm

Vertical

0.01N（1g・f）

NPN Open collector output×1

10mA max.

0～＋50℃（with no condensation）

Model

Power supply

Stroke


Application direction

Measuring force

Output form

Consumption current


Precautions● Do not push the actuator over the stroke due to risk of damage.● Do not push the actuator to other directions than the stroke due to risk of damage.● Extremely strong magnetic field（more than 1,000 Gauss）might cause malfunction of the sensor.

Dimensions（mm）

Specifications Connection example（circuit diagram）

Printed using Soybean oil based ink. Printed on 100% recycled paper.

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.＊The catalogue prices do not include consumption tax.

２００８．１０

ASA Electronics Industry Co., Ltd.

Date post:	12-Aug-2020
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