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Q12AB6FF30

10V~30V Q12 Series Background Suppression 3-Pin -20°C~55°C


  • Manufacturer: Banner Engineering Corporation
  • Nocochips NO: 124-Q12AB6FF30
  • Package: -
  • Datasheet: PDF
  • Stock: 566
  • Description: 10V~30V Q12 Series Background Suppression 3-Pin -20°C~55°C (Kg)

Details

Tags

Parameters
Mount Flanges
Number of Pins 3
Housing Material Thermoplastic
Operating Temperature -20°C~55°C
Published 2009
Series Q12
Part Status Active
Moisture Sensitivity Level (MSL) 1 (Unlimited)
Voltage - Supply 10V~30V
Ingress Protection IEC IP67
Output Configuration NPN/PNP - Light-ON
Cable Length 78.74 2m
Output Current 50mA
Response Time 700μs
Sensing Distance 1.181 (30mm)
Sensing Method Background Suppression
Max Supply Voltage (DC) 30V
Connection Method Cable
Light Source LED
Min Supply Voltage (DC) 10V
REACH SVHC No SVHC
RoHS Status ROHS3 Compliant
Ratings IP67

Q12AB6FF30 Overview


It is recommended that the photoelectric sensor is set at -20°C~55°C to ensure reliable performance. In order for these electronic components to function, the voltage should be set to 10V~30V within the circuit or system. Photoelectric sensors are considered to have an optimal response time of 700μs. Connecting the 3 pins is necessary for the photoelectric sensor to work properly. Whenever a photoelectric sensor is operating, the output current should be zero. Photoelectric sensors can be damaged by voltages up to 30V in DC circuits. Photoelectric sensors have the capability of operating at very low voltages, such as 10V.

Q12AB6FF30 Features


Sensing Distance: 1.181 (30mm)
3 pins
Response Time: 700μs
Operating Temperature: -20°C~55°C
Q12 Series
Maximal Supply Voltage (DC): 30V
Minimal Supply Voltage (DC): 10V

Q12AB6FF30 Applications


There are a lot of Banner Engineering Corporation Q12AB6FF30 Photoelectric Sensors applications.

  • Automotive industry
  • Automatic doors
  • Checking objects on production lines or conveyors
  • Measuring distance
  • Mechanical engineering
  • Contrast sensors
  • Zone scanners
  • Monitoring bigger areas for objects with light grids
  • Material handling
  • Counting small objects

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