BI1.5-EG08-AP6X-V1131 Turck Inductive Proximity Sensor

Sensors that are used and innovative and reliable automation solutions for various industrial enterprises and manufacturing processes offered by the German company TURCK help their clients to address the challenges standing in front of them and increase operational efficiency. The company has been present at the market since 1965 and has headquarters in Mülheim an der Ruhr, Germany.10 To 30 VDC Supply Voltage, 150 mA (Max.) Current Consumption, Inductive SensorsTURCK is a worldwide leader in the fast growing field of proximity sensors. Their high quality product line is the broadest in the industry offering solutions to millions of automation and process control applications.Inductive sensors are designed for wear-free and non-contact detection of metal objects. They operate with high frequency electro-magnetic AC fields which interact with the target. With inductive sensors, this field is generated by an LC-resonance circuit with a ferrite coil. Uprox® inductive sensors operate on a new detection principle. In addition, due to their ferrite-less 3-coil construction, they incorporate features which provide them with significant advantages for a wide range of applications compared to conventional sensors.Solve space problems with picoprox® miniature inductive proximity sensors. Perfect for positioning control, small parts placement, robotic grippers, counting, inspecting, and other applications where space is a problem. Self contained DC units switch 100 mA loads with tiny 4 mm, 5 mm, 6.5 mm and 8 mm diameter housings with built-in LEDs.Features

Choice of Barrel with Potted-In Cable, M8 ( picofast®), M12 ( eurofast®), Quick Disconnect or Terminal Chamber

Short-Circuit and Overload Protected

Reverse Polarity and Wire Break Protection

LED Indicator: Output Energized (Additional Power on LED, Terminal Chamber Versions)

Normally Open OutputSpecifications

Environment Rating: NEMA 1, 3, 4, 6, 13, IP 67

Operating Temperature: -13° to +158°F

Voltage Drop: 1.8 VDC at Max. Load Current