Leuze KD S -M12-5W-P1-100-X10 50133864 Cables and Connectors
The Leuze KD S-M12-5W-P1-100-X10 is a durable Cables and Connectors (Part No. 50133864) solution featuring angled M12 connectivity, dependable electrical transmission, and efficient cable routing. Manufactured by Leuze, this Cables and Connectors component supports stable communication between industrial devices while helping simplify installation in compact automation systems.
| Brand | Leuze |
| Product | Cables and Connectors |
| Model Number | KD S -M12-5W-P1-100-X10 |
Leuze KD S -M12-5W-P1-100-X10 50133864 Cables and Connectors - Technical Specifications
| Specification | Value |
|---|---|
| Application | Oil and lubricant resistant |
| Operating voltage | Max. 125 V AC/DC |
| Type of connection | Connector |
| Thread size | M12 |
| Type | Female |
| No. of pins | 5 -pin |
| Encoding | A-coded |
| Ambient temperature, operation | -25 ... 80 °C |
| Ambient temperature, storage | -40 ... 80 °C |
| Degree of protection | IP 65, IP 67 |
| Number of conductors | 5 Piece(s) |
| Sheathing color | Black |
| Shielded | Yes |
| Cable length | 10,000 mm |
| Sheathing material | PUR |
| Wire insulation | PUR |
| Net weight | 250 g |
The Leuze KD S-M12-5W-P1-100-X10 (Part No. 50133864) is used to establish an electrical connection between sensors, controllers, and automation equipment. Its angled M12 design enables efficient signal and power transfer while allowing cables to be routed neatly in installations where mounting space is limited. This helps maintain accurate communication throughout the control network.
Manufacturers use the KD S-M12-5W-P1-100-X10 in automated assembly lines, packaging equipment, conveyor systems, robotic handling stations, and machine monitoring applications. It supports communication between field devices and control units, helping production systems operate with improved coordination and process consistency.
Designed for industrial environments, the KD S-M12-5W-P1-100-X10 performs reliably in applications exposed to vibration, continuous equipment movement, and long operating schedules. Its robust construction helps maintain stable connections, reduce unexpected communication issues, and support dependable machine performance over extended periods of operation.