background image

A-47

(A) 

Photo

electric 

sensor

(B) 

Fiber

optic

sensor

(C) 

Door/Area

sensor 

(D) 

Proximity

sensor 

(E) 

Pressure

sensor 

(F) 

Rotary

encoder 

(G) 

Connector/

Socket 

(H)

Temp.

controller

(I)

SSR/

Power

controller

(J) 

Counter 

(K) 

Timer 

(L) 

Panel

meter 

(M)

Tacho/

Speed/ Pulse

meter 

(N)

Display

unit

(O)

Sensor

controller 

(P)

Switching

mode power

supply 

(Q)

Stepper

motor&

Driver&Controller

(R)

Graphic/

Logic

panel

(S)

Field

network

device

(T) 

Software

(U) 

Other

Amplifier Built-in type with Universal voltage 

Photoelectric sensor circuit

Connection

 Diffuse reflective type

●  BEN300-DFR  ●  BEN300-DDT

● DC voltage(NPN/PNP synchronous output) 

● Free power(Relay contact output)

Sensing area characteristic

Measuring method

Data

Sensing area(mm)

Standard sensing target: 

Non-glossy white paper  

100×100mm

Diffuse reflective

1

L

1

1

800

600

400

200

0

10          5           0          -5         -10

Left

Right

Center

Sensing distance L(mm)

Operation level 

Stable operation level  

 Operation mode

Operation mode

Light ON

Receiver operation

Received light

Interrupted light

Operation indicator

(red LED)

ON

OFF

Transistor output

ON

OFF

Operation mode

Dark ON

Receiver operation

Received light

Interrupted light

Operation indicator

(red LED)

ON

OFF

Transistor output

ON

OFF

※ 

In case of product with the output protection device, if terminals of control output are short circuited or overcurrent 

condition exists, the control output turns OFF due to protection circuit.

 Control output diagram

Photoelectric sensor circuit

Connection

(Brown)+V

(Blue)0V

(White) 

PNP output

(Black)

NPN output

Max. 200mA

Max. 200mA

Load

Load

Overcurrent

protection

Overcurrent

protection

Main circuit

12-24VDC

±10%

+

-

24-240VAC±10%

24-240VDC±10%

Power

Relay

Free power 

circuit

(Gray)Tb 
(Black)Ta
(White)Tc

Contact output(1c)

(Blue)

(Brown)

Main circuit

+

-

 Operation timing diagram

The waveforms of “Operation indicator” and “Transistor output” are for Light ON operation. 

    They are opposite operation for Dark ON operation.

Unstable operation area

Stable light OFF area

Transistor output

(Relay)

Light ON

operation

ON

OFF

ON

OFF

ON

OFF

Stable light ON area

Stability Indicator

(green LED)

Operation level

Operation indicator

(red LED)

High

Incident

light

level

Low

Summary of Contents for BEN Series

Page 1: ...s Malfunction 1 5mm amplitude or 300m s2 at frequency of 10 to 55Hz for 1 min in each of X Y Z directions for 10 minutes Shock Mechanical 500m s approx 50G in each of X Y Z directions for 3 times Malfunction 100m s approx 10G in each of X Y Z directions for 3 times Environ ment Ambient illumination Sunlight Max 11 000 Incandescent lamp Max 3 000 Receiver illumination Ambient temperature 20 to 65 s...

Page 2: ...ce 240V the square wave noise pulse width 1 by the noise simulator Dielectric strength 1000VAC 50 60Hz for 1minute Vibration 1 5mm amplitude or 300m s2 at frequency of 10 to 55Hz for 1 min in each of X Y Z directions for 2 hours Shock 500m s approx 50G in each of X Y Z directions for 3 times Environ ment Ambient illumination Sunlight Max 11 000 Incandescent lamp Max 3 000 Receiver illumination Amb...

Page 3: ...ector MS 2 50 30 0 30 50 Operation angle θ 5 3 1 0 Sensing distance L m Operation level Stable operation level Left Right Center Parallel shifting characteristic Measuring method Data Sensing area mm ℓ1 L Reflector MS 2 ℓ1 ℓ1 4 3 2 1 0 50 50 0 30 50 Sensing distance L m Operation level Stable operation level Left Right Center Retroreflective type Built in polarizing filter Sensor angle characteris...

Page 4: ...t Interrupted light Operation indicator red LED ON OFF Transistor output ON OFF Operation mode Dark ON Receiver operation Received light Interrupted light Operation indicator red LED ON OFF Transistor output ON OFF In case of product with the output protection device if terminals of control output are short circuited or overcurrent condition exists the control output turns OFF due to protection ci...

Page 5: ...C 10 24 240VAC 10 24 240VDC 10 Brown Blue White Black Gray Brown Tc Ta Tb Blue Emitter Receiver Sensing target 12 24VDC 10 12 24VDC 10 Brown Blue White Black PNP NPN Brown Blue Sensing target Reflector MS 2 24 240VAC 10 24 240VDC 10 Blue White Black Gray Brown Tc Ta Tb Sensing target Reflector MS 2 12 24VDC 10 Blue White Black PNP NPN Brown Sensing target 24 240VAC 10 24 240VDC 10 Blue White Black...

Page 6: ... be different by size surface and gloss of target 1 Supply the power to the photoelectric sensor after setting the photoelectric sensor and the reflector MS 2 in face to face 2 Set the photoelectric sensor in the position which indicator turns on as adjusting the reflector or the sensor right and left up and down 3 Fix both units tightly after checking that the unit detects the target If using mor...

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