Leuze LE328.W/4P-M12 Photoelectric Sensor
The Leuze LE328.W/4P-M12 Photoelectric Sensor (Part No: 50122704 ) offers a 0 ... 5.5 m
operating range, Transistor, PNP output, M12 Connector 4-pin . Manufactured by Leuze under the Leuze Photoelectric Sensor category, this model belongs to the LS Series.
| Brand | Leuze |
| Product Type | Photoelectric Sensor |
| Product | LE328.W/4P-M12 |
Leuze LE328.W/4P-M12 Photoelectric Sensor – Technical Specifications
| Specification | Value |
|---|---|
| Series | LS 328 Series |
| Operating principle | Throughbeam principle |
| Device type | Receiver |
| Operating range | 0 ... 5.5 m |
| Power Supply | 10 ... 30 V, DC, Incl. residual ripple |
| Open-circuit current | 0 ... 15 mA |
| Number of digital switching outputs | 2 Piece(s) |
| Switching Output | Transistor, PNP |
| Switching Principle | Light switching/Dark switching |
| Switching frequency | 500 Hz |
| Response time | 1 ms |
| Readiness delay | 300 ms |
| Connection Function | Signal OUT Voltage supply |
| Type of Connection | M12 Connector |
| Number of conductors or Pins | 4-pin |
| Dimension (W x H x L) | 18 mm x 46 mm |
| Housing material | Plastic: Stainless steel |
| Lens cover material | Plastic |
| Housing color | Black, Silver |
| Type of display | LED |
| Ambient temperature | operation -40 ... 60 °C storage -40 ... 70 °C |
| Degree of protection | IP 67 |
| Net weight | 20 g |
Please speak to our Technical Engineer for Leuze Connector Type Through Beam Receiver Sensor LE328.W/4P-M12 part no: 50122704 at attractive prices. Technical Specs Summary of LE328.W/4P-M12, are 328 series, Throughbeam principle
, Receiver device, 10 ... 30 V, DC, Incl. residual ripple power supply, 0 ... 15 mA current, 2 Piece(s) digital switching output, Transistor, PNP output, Light switching/Dark switching, 500 Hz frequency, M12 Connector, 4-pin, 18 mm x 46 mm dimensions, Black, Silver housing color, LED
display, IP 67 degree of protection. Match Your Needs with a Quote for your requirement of Leuze Connector Type Through Beam Receiver Sensor.
