MLV12-54-LAS76B/110124 Pepperl + Fuchs, MLV12-54-LAS76B/110124 Datasheet - Page 7

• Manufacturer Part Number: MLV12-54-LAS76B/110124
• Description: SENSOR, PHOTOELECTRIC, DURA-VUE, POLARIZED RETRO, SENSING DIS 15M
• Manufacturer: Pepperl + Fuchs
• Type: Retroreflectiver

Specifications of MLV12-54-LAS76B/110124

• Brand/series: MLV12
• Current, Switching: 100 mA
• Function: Proximity
• Ip Rating: IP67
• Mounting Type: Dovetail Clamp
• Output: NPN/PNP-NO/NC
• Primary Type: Photoelectric
• Range, Measurement: 15 m
• Sensing Mode: Retro-Reflective
• Technology: Photoelectric
• Termination: Quick Disconnect
• Voltage, Supply: 30 VDC
• Dimensions: 41.5 mm L × 15 mm W × 49 mm H
• Input Voltage: 10-30 VDC
• Housing Material: Nickel-Plated Diecast Zinc Frame and Glass-Fiber Reinforced Polycarbonate
• Operating Temperature: –40°F to +140°F (Laser Version +14°F to +122°F)
• Sealing: IP67

MLV12 Series Sensitivity Adjustment
Dura-Vue MLV12 photoelectric sensors are available with
two different configurations for sensitivity adjustment. The
first type is for the MLV12-8-HW background evaluation,
MLV12-8-H background suppression, and the MLV12-54
polarized retro-reflective models. The second is for the
MLV12-54-G clear object sensing models and the M12/
MV12 thru-beam models.
/76b/128
/76b/128
/82b/128
/82b/128
(MLV12-8 and MLV12-54)
V15 Type
DC
Wiring Diagrams (cont.)
/128
/128
Configuration 1
Photoelectric Sensors
Light On/Dark On
PNP Output
Light On/Dark On
NPN Output
Light On/Dark On
PNP Output
*Control Input: Transmitter deactivated when connected to (–)
**Remote Teach (for MLV12-54-G and M12/MV12 models only)
Light On/Dark On
NPN Output
*Control Input: Transmitter deactivated when connected to (–)
**Remote Teach (for MLV12-54-G and M12/MV12 models only)
Light On/Dark On
PNP Output
Weak Signal Output: Output is on for adequate excess gain
Light On/Dark On
NPN Output
Weak Signal Output: Output is on for adequate excess gain
Note: Wiring diagrams show quick
Quick Disconnect
disconnect pin numbers.
1 Brown
4 Black
3 Blue
1 Brown
4 Black
3 Blue
1 Brown
2 White
5 Gray
4 Black
3 Blue
1 Brown
4 Black
2 White
5 Gray
3 Blue
1 Brown
5 Gray
4 Black
2 White
3 Blue
1 Brown
4 Black
5 Gray
2 White
3 Blue
Signal
Signal
Weak
Load
Weak
Control Input*
Remote Teach**
Control Input*
Remote Teach**
Remote Teach
Remote Teach
Load
Load
Load
Load
Load
(+)
( – )
(+)
( – )
(+)
( – )
(+)
( – )
(+)
( – )
(+)
( – )
Load
Load
Load
Black
Black
Black
Gray
Male Receptacle End View
4
1
4
1
4
1
4
1
4
1
4
1
5
5
5
5
5
5
Black
Black
(MLV12-54-G and M12/MV12)
Blue
3
3
3
3
3
3
2
2
2
2
2
2
Brown
Brown
Brown
Brown
Brown
Brown
Black
Blue
Blue
White
White
White
Blue
Blue
Gray
Blue
Gray
White
Gray
Remote Teach
Configuration 2
Remote Teach**
Control Input*
Remote Teach**
Control Input*
Remote Teach
Signal
Weak
Signal
Load
Load
Load
Weak
( – )
(+)
( – )
(+)
( – )
(+)
( – )
(+)
( – )
(+)
( – )
(+)
/76b/110
/76b/110
/32/82b
/32/82g
/47
/49
Light On/Dark On
PNP Output
*Control Input: Transmitter deactivated when connected to (–)
Light On/Dark On
NPN Output
*Control Input: Transmitter deactivated when connected to (–)
Light On/Dark On
PNP Outputs
Light On/Dark On
NPN and PNP Outputs
Light On/Dark On
PNP Output
Weak Signal Output: Output is on for adequate excess gain
Transmitter
Control Input #1: Transmitters deactivated when connected to (–)
Control Input #2: 1 of 2 transmitters deactivated when
The adjustments for the MLV12-8 and MLV12-54 models
include two potentiometers. The one closest to the lens
allows selection of light on or dark on operating mode.
This potentiometer can be turned in either direction. The
other potentiometer is the sensitivity adjustment and can
be turned toward the larger end of the marked swirl to
increase sensing range or toward the shorter end of the
swirl to decrease sensing range.
The adjustments for the MLV12-54-G and M12/MV12
models also include two potentiometers. Both can be
turned in either direction (clockwise or counter-clockwise).
The one closest to the lens again allows selection of light
on or dark on operating mode. The other potentiometer
has 5 settings: N, T, I, II, and III.
1 Brown
5 Gray
4 Black
3 Blue
1 Brown
4 Black
5 Gray
3 Blue
1 Brown
4 Black
2 White
3 Blue
1 Brown
2 White
4 Black
3 Blue
1 Brown
4 Black
2 White
3 Blue
1 Brown
4 Black
2 White
3 Blue
connected to (+) for reduced sensing range
(thru-beam models)
Weak
Signal
Control Input*
Control Input*
Load
Load
Load
D.O.
Control Input #1
Control Input #2
Load
Load
Load
Load
L.O.
(+)
( – )
(+)
( – )
(+)
( – )
(+)
( – )
(+)
( – )
(+)
( – )
Load
Black
4
1
4
1
4
1
4
1
4
1
4
1
Black
Black
Black
Black
Black
5
5
5
5
5
5
3
3
2
3
2
3
2
3
2
3
2
2
Brown
Brown
Brown
Brown
Brown
Brown
Blue
Blue
Blue
Blue
Blue
White
Gray
Gray
White
White
White
Blue
Load
Load
Load
Control Input*
Control Input*
Load
Load
L.O.
Input #1
Input #2
Control
Control
Signal
Weak
Load
D.O.
( – )
(+)
( – )
(+)
( – )
(+)
( – )
(+)
( – )
(+)
( – )
(+)
509