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20

Compact Photoelectric Sensor 

CX-400

 

SERIES Ver.2

CX-444

Adjustable range reflective type

SENSING CHARACTERISTICS (TYPICAL)

Sensing fields

Emitted beam

• 

Setting distance: 100 mm 

3.937 in

Setting distance: 25 mm 

0.984 in

• 

Setting distance: 50 mm 

1.969 in

0

10

0.394

20

0.787

30

1.181

40

1.575

Sensor

10

0.394

5

0.197

0

5

0.197

10

0.394

Left

Right

Center

Operating point ℓ (mm 

in

Setting distance L

 (mm 

in

)

Gray non-glossy paper

Lightness: 5

50 × 50 mm 

1.969 × 1.969 in

Non-glossy paper

White non-

glossy paper

L

0

20

0.787

40

1.575

60

2.362

80

3.150

L

Sensor

10

0.394

5

0.197

0

5

0.197

10

0.394

Left

Right

Center

Operating point ℓ (mm 

in

Setting distance L

 (mm 

in

)

Gray non-glossy paper

Lightness: 5

White non-

glossy paper

50 × 50 mm 

1.969 × 1.969 in

Non-glossy paper

0

50

1.969

100

3.937

L

Sensor

10

0.394

5

0.197

0

5

0.197

10

0.394

Left

Center

Operating point ℓ (mm 

in

Right

Setting distance L

 (mm 

in

)

Gray non-glossy paper

Lightness: 5

50 × 50 mm 

1.969 ×

 

1.969 in

Non-glossy paper

White non-

glossy paper

0

ø9 mm 

ø0.354 in

ø8 mm 

ø0.315 in

ø6.5 mm 

ø0.256 in

ø5.3 mm 

ø0.209 in

20

0.787

80

3.150

100

3.937

50

1.969

Distance 

(mm 

in

)

Correlation between color

(50 × 50 mm 

1.969 × 1.969 in

 construction paper) and sensing range

Correlation between material

(50 × 50 mm 

1.969 × 1.969 in

) and sensing range

These bars indicate 

the sensing range with 

the respective objects 

when the distance 

adjuster is set to a 

sensing range of 100 

mm 

3.937 in

 and 50 

mm 

1.969 in

 long, 

respectively, with white 

non-glossy paper.

These bars indicate the 

sensing range with the 

respective colors when 

the distance adjuster is 

set to a sensing range 

of 100 mm 

3.937 in

 

and 50 mm 

1.969 in

 

long, respectively, with 

white color.

The sensing range also 

varies depending on 

material.

100

3.937

50

1.969

0

…100 mm

3.937 in

50 mm

1.969 in

White

Ye

llow

Orange

Red

Brown

Green

Blue

Gray

Black

Sensing range 

(mm 

in

)

…100 mm

3.937 in

50 mm

1.969 in

0

100

3.937

50

1.969

White non-

glossy paper

Cardboard

Plywood

Black rubber

Gray non-glossy 

paper (Lightness: 5)

Sensing range 

(mm 

in

)

Sensing fields

CX-442

Adjustable range reflective type

• 

Setting distance: 300 mm 

11.811 in

• 

Setting distance: 100 mm 

3.937 in

• 

Setting distance: 200 mm 

7.874 in

Emitted beam

10

0.394

5

0.197

0

5

0.197

10

0.394

0

50

1.969

100

3.937

Gray non-glossy paper

Lightness: 5

Sensor

50 × 50 mm 

1.969 × 1.969 in

Non-glossy paper

Left

Right

Center

Operating point ℓ (mm 

in

White non-

glossy paper

L

Setting distance L

 (mm 

in

)

# ℓ

10

0.394

5

0.197

0

5

0.197

10

0.394

100

3.937

200

7.874

Gray non-glossy paper

Lightness: 5

White non-

glossy paper

50 × 50 mm 

1.969 × 1.969 in

Non-glossy paper

Left

Right

Center

Operating point ℓ (mm 

in

0

L

Sensor

Setting distance L

 (mm 

in

)

# ℓ

400

15.748

10

0.394

100

3.937

200

7.874

300

11.811

5

0.197

0

5

0.197

10

0.394

0

L

Sensor

Gray non-glossy paper

Lightness: 5

50 × 50 mm 

1.969 × 1.969 in

Non-glossy paper

Left

Center

Operating point ℓ (mm 

in

White non-

glossy paper

Right

Setting distance L

 (mm 

in

)

1.181

30

400

15.748

  0

□15 mm 

□0.591 in

□11 mm 

□0.433 in

□9 mm 

□0.354 in

ø8 mm 

ø0.315 in

100

3.937

300

11.811

200

7.874

Distance 

(mm 

in

)

Correlation between color

(50 × 50 mm 

1.969 × 1.969 in

 construction paper) and sensing range

Correlation between material

(50 × 50 mm 

1.969 × 1.969 in

) and sensing range

These bars indicate 

the sensing range with 

the respective objects 

when the distance 

adjuster is set to a 

sensing range of 

300 mm 

11.811 in

200 mm 

7.874 in

 and 

100 mm 

3.937 in

 long, 

respectively, with white 

non-glossy paper.

These bars indicate the 

sensing range with the 

respective colors when 

the distance adjuster is 

set to a sensing range 

of 300 mm 

11.811 in

200 mm 

7.874 in

 and 

100 mm 

3.937 in

 long, 

respectively, with white 

color.

The sensing range also 

varies depending on 

material.

White

Ye

llow

Orange

Red

Brown

Green

Blue

Gray

Black

100

3.937

400

15.748

300

11.811

200

7.874

0

Sensing range 

(mm 

in

)

100 mm

3.937 in

200 mm

7.874 in

300 mm

11.811 in

0

100

3.937

400

15.748

300

11.811

White non-

glossy paper

Cardboard

Plywood

Black rubber

Gray non-glossy 

paper (Lightness: 5)

200

7.874

100 mm

3.937 in

200 mm

7.874 in

300 mm

11.811 in

Sensing range 

(mm 

in

)

Summary of Contents for CX-400 Series

Page 1: ...2022 6 Amplifier Built in Compact Photoelectric Sensor CX 400SERIES Ver 2 The contents of this catalog are as of October 2017 For the latest information please visit our company website...

Page 2: ...ant polycarbonate was used for the front and display covers Safe even for installing near food processing machinery that disperses ethanol based detergents The protection mechanism also conforms to IP...

Page 3: ...tected at a setting distance of 20 mm 0 787 in 30 higher sensing capability Retroreflective type with polarizing filters Built in polarizing filters ensure stable sensing even on a specular object CX...

Page 4: ...s Acrylic board Styrol Floppy case Food wrapping film Cigarette case film Vinyl sack PET bottle 500m Strong on dust and dirt Because the light source is an infrared light it is strong on dust and dirt...

Page 5: ...he sensing range enables you to make optimal volume adjustment easily OPERABILITY Can be used for sensing minute differences Equipped with a 5 turn adjuster so that even challenging range settings can...

Page 6: ...round suppression function The sensor judges that an object is present when light is received at position A of the light receiving element 2 segment element This is useful if the object and background...

Page 7: ...able either Detection ON or Detection OFF Red LED CX 443 CX 443 P 15 to 100 mm 0 591 to 3 937 in CX 444 CX 444 P 20 to 300 mm 0 787 to 11 811 in CX 442 CX 442 P NOTE Mounting bracket is not supplied w...

Page 8: ...ing bracket is not supplied with the sensor Please select from the range of optional sensor mounting brackets Notes 1 The model No with E shown on the label affixed to the thru beam type sensor is the...

Page 9: ...iled type is not available for CX 44 Excluding basic type e g M8 connector type of CX 411 P is CX 411 P Z M12 pigtailed type of CX 411 P is CX 411 P J Mating cable 2 cables are required for the thru b...

Page 10: ...91 1 m 3 281 ft Note 2 30 mm 1 181 in CX 493 1 5 m 4 921 ft Note 2 CX 481 CX 483 0 1 to 0 3 m 0 328 to 0 984 ft Note 2 CX 482 0 1 to 0 6 m 0 328 to 1 969 ft Note 2 RF 220 CX 491 1 5 m 4 921 ft Note 2...

Page 11: ...to 0 1 m 0 328 ft CX 482 0 4 m 1 312 ft or more 3 Set the distance between the sensor and the reflective tape to 0 2 m 0 656 ft or more Reflector mounting bracket MS RF23 Reflective tape Sensor mount...

Page 12: ...unction Twounitsofsensors canbemounted closetogetherwith interferenceprevention filters Sensingrange 5m16 404ft Incorporated Two units of sensors can be mounted close together Environmental resistance...

Page 13: ...Storage 30 to 70 C 22 to 158 F Ambient humidity 35 to 85 RH Storage 35 to 85 RH Ambient illuminance Incandescent light 3 000 x or less at the light receiving face Voltage withstandability 1 000 V AC...

Page 14: ...nits of sensors can be mounted close together Environmental resistance Protection IP67 IEC Ambient temperature 25 to 55 C 13 to 131 F No dew condensation or icing allowed Storage 30 to 70 C 22 to 158...

Page 15: ...table range reflective type When using the CX 44 be sure to wire the sensing mode selection input pink 2 Unstable operation may occur PNP output type I O circuit diagram Tr ZD ZD 100 mA max User s cir...

Page 16: ...des Vertical direction 2 6 562 4 13 123 Emitter L Horizontal direction Slitonbothsides Horizontal direction Receiver 0 0 CX 412 Thru beam type Parallel deviation Parallel deviation with round slit mas...

Page 17: ...8 26 247 0 Left Center Operating point mm in Setting distance L m ft Right Sensor L 2 6 562 4 13 123 6 19 685 8 26 247 0 Sensor angular deviation L Sensor Reflector RF 230 Sensor angular deviation 40...

Page 18: ...range shortens as shown in the left graph 0 079 0 039 0 039 0 079 2 1 0 1 2 0 100 3 937 200 7 874 N6 White Setting distance L mm in Left Right Center Operating point mm in 200 200 mm 7 874 7 874 in N...

Page 19: ...k Red Blue Gray Sensing range L mm in 50 mm 1 969 in 25 mm 0 984 in 20 0 787 40 1 575 60 2 362 30 1 181 50 1 969 80 3 150 0 6 2 mm 0 244 in 5 9 mm 0 232 in 5 3 mm 0 209 in 6 5 mm 0 256 in Distance L m...

Page 20: ...ard Plywood Black rubber Gray non glossy paper Lightness 5 Sensing range L mm in Sensing fields CX 442 Adjustable range reflective type Setting distance 300 mm 11 811 in Setting distance 100 mm 3 937...

Page 21: ...rk ON as per your requirement with the operation mode switch PRECAUTIONS FOR PROPER USE All models Mounting The tightening torque should be 0 5 N m or less Others Do not use during the initial transie...

Page 22: ...ng the stable sensing condition by turning the sensing object etc When sensing pipe shaped transparent sensing object set it in a standing not lying position as shown in Figure A The sensor may fail t...

Page 23: ...the object may not be detected due to a change in angle wrinkles on the object surface etc When a specular body is present below the sensor use the sensor by tilting it slightly upwards to avoid wrong...

Page 24: ...adjuster clockwise further until the sensor goes into the detecting state again Once it has entered turn the distance adjuster backward until the sensor returns to the non detecting condition This pos...

Page 25: ...0 610 3 7 0 146 cable Beam axis 11 2 0 441 2 M3 0 5 0 020 thru hole threads 300 11 811 44 1 732 3 95 0 156 7 85 0 309 11 8 0 465 Operation indicator Orange Stability indicator Green Sensitivity adjus...

Page 26: ...6 0 181 mounting holes 50 3 1 980 40 1 575 5 0 197 8 3 0 327 3 3 0 130 10 0 394 59 3 2 335 49 3 1 941 30 1 181 35 3 1 390 42 3 1 665 34 3 1 350 25 0 984 2 3 6 0 142 mounting holes 4 0 157 8 0 315 8 3...

Page 27: ...76 23 0 906 10 0 394 8 3 4 0 134 holes R12R0 472 14 0 551 7 0 276 14 0 551 36 1 417 55 2 165 22 0 866 25 0 984 15 5 0 610 R0 472 Beam axis 15 8 0 622 8 2 0 323 t 2 t 0 079 3 6 0 142 4 0 157 14 0 551 4...

Page 28: ...or mounting bracket Optional t 1 2 t 0 047 20 5 0 807 3 5 0 138 3 4 0 134 3 4 0 134 10 R25 R0 984 5 0 197 3 4 0 134 10 5 0 197 15 0 591 14 0 551 8 0 315 3 4 0 134 6 0 236 8 5 0 335 6 0 236 30 1 181 35...

Page 29: ...le threads 25 0 984 4 5 0 177 25 0 984 10 0 394 28 3 1 114 8 3 0 327 34 3 1 350 8 0 315 4 0 157 21 0 827 35 3 1 390 44 3 1 744 6 0 236 27 1 063 t 1 6 t 0 063 19 3 0 760 DIMENSIONS Unit mm in Material...

Page 30: ...e have obtained some intellectual properties such as patent rights with respect to such applications or that the described applications may not infringe any intellectual property rights such as patent...

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