Leuze KD U-M8-4W-V1-050-DP 50130878 Cables and Connectors
The Leuze KD U-M8-4W-V1-050-DP is a high-quality Cables and Connectors (Part No. 50130878) solution designed for secure M8 connectivity, dependable signal communication, and efficient equipment integration. Manufactured by Leuze, this Cables and Connectors component supports accurate data transfer between sensors, controllers, and automation devices, helping industrial systems operate with improved consistency and connection stability.
| Brand | Leuze |
| Product | Cables and Connectors |
| Model Number | KD U-M8-4W-V1-050-DP |
Leuze KD U-M8-4W-V1-050-DP 50130878 Cables and Connectors - Technical Specifications
| Specification | Value |
|---|---|
| Application | Chemical resistant |
| Operating voltage | 24 V DC Âą25% |
| Type of connection | Connector |
| Thread size | M8 |
| Type | Female |
| No. of pins | 4 -pin |
| Width across flats | 9 mm |
| Ambient temperature, operation | -5 ... 80 °C |
| Degree of protection | IP 65, IP 67 |
| Number of conductors | 4 Piece(s) |
| Sheathing color | Black |
| Shielded | No |
| Cable length | 5,000 mm |
| Sheathing material | PVC |
| Wire insulation | PVC |
| Net weight | 167 g |
The Leuze KD U-M8-4W-V1-050-DP (Part No. 50130878) serves as a connection interface for transmitting electrical signals and operating power between automation components. Through its M8 connection design, it establishes a stable communication path that enables sensors and control equipment to exchange information accurately, supporting efficient machine operation and process control.
In industrial environments, the KD U-M8-4W-V1-050-DP is commonly used in sensor networks, packaging equipment, conveyor systems, automated assembly stations, and material handling applications. It helps connect field devices to control systems, ensuring reliable communication for object detection, machine monitoring, and automated production processes.
Designed for continuous industrial use, the KD U-M8-4W-V1-050-DP performs reliably in environments exposed to vibration, repetitive machine movement, and demanding operating schedules. Its robust construction helps maintain signal integrity and connection security, reducing downtime while supporting long-term automation system performance.