IR12.P10S-N40.PO1Z.7BCV: 11148573 - Baumer 10 mm PNP NO Switch
Technical Specifications of Baumer 10 mm PNP NO Switch IR12.P10S-N40.PO1Z.7BCV 11148573:
Spec | Value |
---|---|
Nominal sensing distance Sn | 10 mm |
Mounting type | Non-flush |
Output circuit | PNP make function (NO) |
Connection types | Cable, L=2 m |
Baumer 10 mm PNP NO Switch IR12.P10S-N40.PO1Z.7BCV, 11148573 Technical Specifications:
Specification | Value |
---|---|
Mounting type | Non-flush |
Nominal sensing distance Sn | 10 mm |
Hysteresis | 3 … 20 % of Sr |
Output indicator | LED red |
Switching frequency | 1.5 kHz |
Voltage supply range +Vs | 6 … 36 VDC |
Current consumption max. (no load) | 10 mA |
Output circuit | PNP make function (NO) |
Voltage drop Vd | <2 VDC |
Output current | 100 mA |
Design | Cylindrical threaded |
Material (sensing face) | PBT |
Housing material | Brass nickel plated |
Dimension | 12 mm |
Housing length | 40 mm |
Connection types | Cable, L=2 m |
Tightening torque max. | 15 Nm (A: 10 Nm) |
Operating temperature | -25 … +75 °C |
Protection class | IP 67 |
Reach Us by Email for Baumer 10 mm PNP NO Switch IR12.P10S-N40.PO1Z.7BCV part no: 11148573 at Discounted Rates. Key Technical Features of IR12.P10S-N40.PO1Z.7BCV, 11148573 are Non-flush Mounting type. The sensor features a nominal sensing distance of 10 mm and a high switching frequency of 1.5 kHz, ensuring rapid response times. It operates within a voltage supply range of 6 … 36 VDC, with a low current consumption of just 10 mA. The output circuit is a PNP make function (NO), capable of handling up to 100 mA of output current. The sensor's design includes a robust Cylindrical threaded housing made from high-grade Brass nickel plated, providing durability in demanding environments. With a compact dimension of 12 mm, it fits seamlessly into tight spaces. The sensor is equipped with a reliable Cable, L=2 m. Navigate Your Needs with a Quote for your requirement of Baumer 10 mm PNP NO Switch. Our pricing and support are unrivaled, especially when compared to other Competitors.