Banner Engineering D12DAB6FP D12DAB6 AC Coupled Fiber Optic Sensor, Rectangle Shape, Visible Red Sensing Beam
Fiber Optic Block Style Sensors
PDW~7422328
MFG #: D12DAB6FP
Banner®
268.00000
/ ea
- Amperage Rating: 60 mA
- Catalog Number: D12DAB6FP
- Connection Type: Pigtail Quick-Disconnect
- Country of Origin: CN
- Enclosure Type: NEMA 2/IP66
- Environmental Conditions: 90% at 50 deg C
- Gross Weight Per Pack: 0.2200 lb
- Light Source: LED
- Mounting Type: DIN Rail
- Operating Temperature: -40 to 70 °C
- Series: D12DAB6
- Size: 64 mm L x 12 mm W x 35.5 mm H
- Type: AC Coupled
- UNSPSC: 41112103
- UPC 11: 66248838382
- Voltage Rating: 10 to 30 VDC
- Stock Status: NONSTOCK
- Brand: BANNER®
- Manufacturer: Banner Engineering Corp.
- Output Type: Bi-Polar NPN/PNP
- Response Time: 0.05 ms
- Sensing Beam: Red Laser
- Shape: Rectangular
Banner Engineering Fiber Optic Sensor, AC Coupled, Series: D12DAB6, Rectangle, Visible Red Sensing Beam, 0.05 ms Response, Bi-Polar NPN/PNP Output, 10 to 30 VDC, 60 mA, Pigtail Quick Disconnect, LED Light Source, 64 mm L x 12 mm W x 35.5 mm H, NEMA 2/IP66, -40 to 70 deg C Operating, DIN Rail Mount, Environmental Conditions: 90% at 50 deg C
- Features
| 35 mm DIN rail AC-coupled fiber optic sensors |
| Less than 10 uA at 30 VDC off-state leakage current |
| 0.5 ms on response time |
| 680 nm visible red LED sensing beam |
| Acrylic lens cover, 90 deg at 50 deg C (non-condensing) relative humidity |
| 6 in pigtail with 4-pin pico-style quick disconnect connection |
| 0.15 ms repeatability |
| Less than 1 V at 10 mA DC and less than 1.5 V at 150 mA DC on-state saturation voltage |
| 150 mA maximum (continuous) load |
| Light/dark operate, bipolar (NPN and PNP) control output |
| Black ABS (Cycolac KJB) housing |
| False pulse protection circuit causes a 0.1 sec delay on power-up |
| Plastic fiber |
| 15-turn slotted brass screw, clutched at both ends of adjustment |
| Three top-mounted LED indicators, green LED lights for DC power On, yellow LED lights for output conducting, red LED lights whenever the agc system is locked onto the signal |
| Protected against reverse polarity and inductive load transients |