Motorline professional MFE User manual

MFE
A
A
B
A
EN
• Power supply 36Vdc/24Vac
• Consumption 50mA
• Distance 12 meters
• Working Temperature -25°C ~ +65°C
• Relay Capacity “Volt-free contacts”
• Protection grade IP54
• Polarization filter This feature prevents reflections caused by reflective objects.
Red Orange Green Signal strength
No signal
Low
Medium
High
TECHNICAL CHARACTERISTICS
LEDs
FIXING THE PHOTOCELL01.
OPERATION/PROGRAMMING MANUAL
60mm
115mm
53mm 38mm
96mm
OPEN THE PHOTOCELL
01 • Place the photocell base in the desired location so that the power cable passes through the hole
in the base.
02 • Mark the location of the 3 fixing holes and drill the holes.
03 • Secure the photocell with suitable bushings and screws.
04 • Connect the wires to the circuit board (wiring diagram image).
05 • Turn on the photocell without placing the photocell cover.
INSTALLING THE PHOTOCELL
Recommended
height:
mm
Junction
box
A-Hole for
screws
B-Hole for
cables
01 • Press the chrome part in the
areas indicated in the image. 02 • Slide the chrome part. 03 • Open the photocell by separating the pieces from the
bottom part.
Max. Distance  meters
LEDs

MFE
A
A
B
A
EN
• Power supply 36Vdc/24Vac
• Consumption 50mA
• Distance 12 meters
• Working Temperature -25°C ~ +65°C
• Relay Capacity “Volt-free contacts”
• Protection grade IP54
• Polarization filter This feature prevents reflections caused by reflective objects.
Red Orange Green Signal strength
No signal
Low
Medium
High
TECHNICAL CHARACTERISTICS
LEDs
FIXING THE PHOTOCELL01.
OPERATION/PROGRAMMING MANUAL
60mm
115mm
53mm 38mm
96mm
OPEN THE PHOTOCELL
01 • Place the photocell base in the desired location so that the power cable passes through the hole
in the base.
02 • Mark the location of the 3 fixing holes and drill the holes.
03 • Secure the photocell with suitable bushings and screws.
04 • Connect the wires to the circuit board (wiring diagram image).
05 • Turn on the photocell without placing the photocell cover.
INSTALLING THE PHOTOCELL
Recommended
height:
mm
Junction
box
A-Hole for
screws
B-Hole for
cables
01 • Press the chrome part in the
areas indicated in the image. 02 • Slide the chrome part. 03 • Open the photocell by separating the pieces from the
bottom part.
Max. Distance  meters
LEDs

+-COM NONC
1 2 3 4 5
36Vdc/24Vac
NC
COM
NO
EN
WIRING DIAGRAM
PHOTOCELL TUNING03.
C
C
LEDs
C
01 • If there is no signal, or if the signal is low, use the tuning screws to adjust the direction of the light
to increase the signal.
C-Tunning
screws
MIRROR PLACEMENT02.
01 • Place the mirror in front of the photocell, with the help of the light from the photocell.
02 • Make use of the indicator lights to set the best location for fixing the mirror.
03 • Mark the location of the fixing hole and drill.
04 • Secure the mirror with the appropriate bushing and screw.
The MFE is designed to protect any light disturbance. However, too much light
can cause unstable conditions with the sensor, such as; strong sunlight directed
or reflected exactly in the sensor's field of view. It is recommended to avoid such
installation.
The existence of ice, snow, fog or smoke can interfere with the operation of the
photocell.
Photocell Light

+-COM NONC
1 2 3 4 5
36Vdc/24Vac
NC
COM
NO
EN
WIRING DIAGRAM
PHOTOCELL TUNING03.
C
C
LEDs
C
01 • If there is no signal, or if the signal is low, use the tuning screws to adjust the direction of the light
to increase the signal.
C-Tunning
screws
MIRROR PLACEMENT02.
01 • Place the mirror in front of the photocell, with the help of the light from the photocell.
02 • Make use of the indicator lights to set the best location for fixing the mirror.
03 • Mark the location of the fixing hole and drill.
04 • Secure the mirror with the appropriate bushing and screw.
The MFE is designed to protect any light disturbance. However, too much light
can cause unstable conditions with the sensor, such as; strong sunlight directed
or reflected exactly in the sensor's field of view. It is recommended to avoid such
installation.
The existence of ice, snow, fog or smoke can interfere with the operation of the
photocell.
Photocell Light