Leuze DDLS 508 120.4/L 50132928 Optical Data Transmission
The DDLS 508 120.4/L is a precision Optical Data Transmission (Part No. 50132928) device by Leuze, featuring high-speed communication, extended range signal reliability, and compact industrial housing. The Leuze Optical Data Transmission series ensures secure and continuous data flow across automated systems and networked machinery.
| Brand | Leuze |
| Product | Optical Data Transmission |
| Model Number | DDLS 508 120.4/L |
Leuze DDLS 508 120.4/L 50132928 Optical Data Transmission - Technical Specifications
| Specification | Value |
|---|---|
| Thread Size | M12 |
| Light Source | Laser, Infrared |
| Supply Voltage | 18 ... 30 V, DC |
| Digital Switching Inputs | 1 Piece(s) |
| Digital Switching Outputs | 1 Piece(s) |
| Connection Type | Connector |
| No. of Pin | 5 -pin |
| Housing Material | Metal |
| Operating Temperature | -5 ... 50 °C |
| Ambient Temperature, Storage | -35 ... 70 °C |
| Degree of Protection (IP Rating) | IP 65 |
| Working range | 100 ... 120,000 mm |
| Dimension (W x H x L) | 100 mm x 156 mm x 99.5 mm |
| Net weight | 1,255 g |
| Type of display | Bar graph, LED |
The DDLS 508 120.4/L (Part No. 50132928) converts electrical signals into modulated light pulses to transmit data between devices, enabling real-time communication with minimal latency. Its optical design allows precise and error-free signal transfer even in high-interference environments, supporting multiple channels for synchronous operations.
In industrial settings, the DDLS 508 120.4/L (Part No. 50132928) is used for machine-to-machine communication, remote sensor monitoring, and process automation control. Typical applications include automated assembly lines, conveyor systems, and packaging operations, where reliable data transfer is essential for productivity and quality assurance.
Built for demanding factory conditions, the DDLS 508 120.4/L (Part No. 50132928) features rugged housing, protection against vibration and ambient light interference, and stable performance across temperature variations. Its durability guarantees long-term operational reliability, making it suitable for harsh industrial environments.