Leuze KD S-M12-5A-P1-100 50133861 Cables and Connectors
The Leuze KD S-M12-5A-P1-100 is a reliable Cables and Connectors (Part No. 50133861) solution designed for secure M12 connectivity, efficient signal transmission, and dependable device integration. Manufactured by Leuze, this Cables and Connectors component supports accurate communication between sensors, controllers, and automation equipment, helping maintain smooth operation across industrial systems.
| Brand | Leuze |
| Product | Cables and Connectors |
| Model Number | KD S-M12-5A-P1-100 |
Leuze KD S-M12-5A-P1-100 50133861 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 |
| Width across flats | 13 mm |
| Ambient temperature, operation | -25 ... 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 | 387 g |
The Leuze KD S-M12-5A-P1-100 (Part No. 50133861) provides a dependable connection path for transferring electrical signals and operating power between automation devices. Its M12 interface helps establish consistent communication, allowing connected equipment to exchange information accurately and respond effectively to process requirements.
Industrial users install the KD S-M12-5A-P1-100 in automated assembly stations, packaging machinery, conveyor networks, robotic cells, and inspection systems. By creating secure links between field devices and control units, it supports coordinated machine functions and helps maintain efficient production workflows.
Manufacturing environments often expose connection components to constant movement, vibration, and extended operating periods. The KD S-M12-5A-P1-100 is built to support reliable performance under these conditions, helping reduce communication interruptions while contributing to long-term operational stability in industrial automation applications.