Banner Engineering Q20ELQ5 Q20 Photoelectric Sensor, Rectangle Shape, 20000 mm Sensing, Infrared Sensing Beam, Discrete Output
Photoelectric Emitters
1329272
MFG #: Q20ELQ5
Banner®
66.55000
/ ea
- Catalog Number: Q20ELQ5
- Connection Type: M12 Pigtail Quick Disconnect
- Country of Origin: CN/MX
- Enclosure Type: NEMA 6/IP67
- Environmental Conditions: 95% at 50 deg C Maximum Relative Humidity
- Gross Weight Per Pack: 0.0500 lb
- Light Source: LED
- Operating Temperature: -20 to 60 °C
- Output Type: Discrete
- Sensing Beam: Infrared
- Sensing Method: Opposed
- Sensing Range: 20000 mm
- Series: Q20
- Shape: Rectangular
- Standards: CE Marked, cRUus listed, UL Approval
- UPC 11: 66248878206
- Voltage Rating: 10 to 30 VDC
- Stock Status: NONSTOCK
- Brand: Banner®
- Manufacturer: Banner Engineering Corp.
Banner Engineering Photoelectric Sensor, Series: Q20, Rectangle, Opposed Sensing Method, 20000 mm Sensing Range, Infrared Sensing Beam, Discrete Output, 10 to 30 VDC, M12 Pigtail Quick Disconnect, LED Light Source, NEMA 6/IP67, -20 to 60 deg C Operating, Environmental Conditions: 95% at 50 deg C Maximum Relative Humidity
- Features
Photoelectric sensors in a compact, rugged, sealed, over-molded plastic housing |
Standard 3 mm threaded mounting holes on 25.4 mm (1 in) spacing |
Advanced electronic design for excellent noise immunity and crosstalk avoidance |
Threaded metal M8 connector on pico-style quick disconnect cable connection models |
Complete offering of mounting brackets and apertures available |
Crosstalk prevention filters available for visible red opposed mode pairs |
Exceptional optical performance with easy to align visible red emitters |
Background suppression models provide reliable detection up to 150 mm while ignoring objects in the background |
Background suppression models provide stable detection in the presence of fluorescent lights |
4 number of pins and thermoplastic primary housing material |
140 us repeatability |
100 ms delay at power-up |
M12 quick disconnect cable connection |
Emitter opposed mode |