Banner Engineering QS18VP6AF300Q QS18 Proximity Photoelectric Sensor, Rectangle, 300 mm Sensing, Visible Red LED Sensing Beam
Photoelectric Proximity Sensors
521752
MFG #: QS18VP6AF300Q
BANNER®
127.42000
/ ea
- Amperage Rating: 27m A
- Application: For Detection Of Objects When The Background Condition Is Not Fixed
- Catalog Number: QS18VP6AF300Q
- Connection: 150 MM Pigtail With 4-Pin Pico-Style Quick Disconnect
- Country of Origin: UKN
- Enclosure: IEC IP67, NEMA 6, UL Type 1, ABS
- Environmental Conditions: Relative Humidity: 95 PCT At 50 ° C (Non-Condensing)
- Gross Weight Per Pack: 1 lb
- Leakage Current: Off-State Output: Less Than 10 MICAMP At 30 VDC
- Lens: Acrylic
- Operating Temperature: -20 To 55
- Output: PNP
- Size: 34-1/2 MM Height X 21 MM Width X 15 MM Depth
- Sub Brand: World-Beam
- Type: QS18AF Series Long-Range Sensor With Background Suppression
- UNSPSC: 39121528
- UPC 11: 66248811451
- UPC 12: 66248811451
- Voltage Rating: 10 - 30 V
- Stock Status: NORMALLY STOCKED
- Brand: BANNER®
- Manufacturer: Banner Engineering Corp.
- Response Time: 2.8 MS On/Off
- Sensing Beam: 640 NMTR Visible Red LED
- Sensing Range: 30 - 300
Banner Engineering Photoelectric Sensor, Proximity, Series: QS18, Rectangle, Adjustable Background Suppression Sensing Method, 300 mm Sensing Range, Visible Red LED Sensing Beam, 2.5 ms Response, PNP Output, 10 to 30 VDC, M8, LED Light Source, NEMA 6/IP67, -20 to 55 deg C Operating, Environmental Conditions: 95% at 50 deg C Maximum Relative Humidity
- bannerengineering.com(Seller Home Page URL)
- Compliance Cert URL - Banner_QS186E_Compliance_Certificate.pdf(Compliance Cert URL)
- Spec Sheet URL - SPE_66248810659_Spec.pdf(Spec Sheet URL)
- Tech Drawing URL - DRW_66248810659_Tech.pdf(Tech Drawing URL)
- Warranty URL - WAR_Banner_Warranty.pdf(Warranty URL)
- Applications
- Features
For Detection Of Objects When The Background Condition Is Not Fixed |
Exceptional optical performance; Simple multi-turn screw adjustment of cutoff distance; Enhanced immunity to fluorescent lights; Crosstalk immunity algorithm allows two sensors to be used in close proximity |