Banner Engineering Q20PRQ5 World-Beam® Q20 Receiver, Rectangle Shape, 12000 mm Sensing, Visible Red Sensing Beam, PNP Output
Photoelectric Sensors
466975
MFG #: Q20PRQ5
Banner
81.94000
/ ea
Banner Engineering World-Beam® Receiver, Series: Q20, Rectangle, Opposed Sensing Method, 12000 mm Sensing Range, Visible Red Sensing Beam, 1 ms On/0.6 ms Off Response, PNP Output, 10 to 30 VDC, Pigtail Quick Disconnect, LED Light Source, NEMA 6/IP67, -20 to 60 deg C Operating, Environmental Conditions: 95% at 50 deg C Relative Humidity
- bannerengineering.com(WEB SELLER HOME PAGE URL)
- WEB BROCHURE URL - BRO_66248878203_Broc.pdf(WEB BROCHURE URL)
- WEB COMPLIANCE CERT URL - Banner_Q20PFF100Q7_Compliance_Certificate.pdf(WEB COMPLIANCE CERT URL)
- WEB SPEC SHEET URL - SPE_66248877774_Spec.pdf(WEB SPEC SHEET URL)
- WEB TECH DRAWING URL - DRW_66248878203_Tech.pdf(WEB TECH DRAWING URL)
- WEB WARRANTY URL - WAR_Banner_Warranty.pdf(WEB WARRANTY URL)
- Features
Thermoplastic primary housing material |
4-pin M12 euro style quick disconnect cable connection |
Light/dark operate |
140 us repeatability |
Opposed mode receiver |
Discrete input/output |
100 ms delay at power-up |
One open collector PNP transistor output |
Banner's Q20 family of sensors offers a full complement of sensing modes, with the excellent performance expected of much larger sensors; Their compact plastic housings feature overmolded construction for superior robustness and sealing; Their popular rectangular design is easy to mount into tight spaces; integral threaded mounting holes eliminate the need for separate mounting nuts; The single-turn gain potentiometer on most models and bright LEDs (positioned on top of the housing for 360 ° visibility) provide easy alignment and configuration for reliable sensing; Photoelectric sensors in a compact, rugged, sealed, over-molded plastic housing; Standard 3 MM threaded mounting holes on 25.4 MM spacing; Advanced electronic design for excellent noise immunity and cross-talk avoidance; Exceptional optical performance with easy to align visible red emitters; Rated t |