• Input Voltage (Working Range): DC 10 – 26.4 V
• Nominal Current: max. 50 mA
• Input Interface: LOCCbus (LIN-based), 1-wire physical layer
• Output Interfaces: USB 2.0 Full-Speed, RS232, CANopen
• Transmission Rate (Internal): 9600 Baud
• Transmission Rate (External): USB: 12 Mbit/s, RS232: 600-11500 bit/s, CANopen: 10-1000 kbit/s
• Bus Length: max. 40 m
• Capacity: 40 to max. 254 participants
• Status Indicators: Dual LED (Green/Red) for USB, RS232, Firmware, and CANopen
• Isolation Voltage: 1.0 kV
• Operating Temperature: −20 °C to +60 °C
• Connection Type: Spring terminal (0.14 mm² – 2.5 mm²)
• Housing Material: PA 6.6 (UL 94 V-0, NFF I2, F2)
• Mounting: DIN rail TS35 (EN 60715)
• Dimensions (W x H x D): 6.2 mm x 90.0 mm x 115.0 mm
• Protection Class: IP20
• Weight: 0.060 kg
• Manufacturer Warranty: 2 Years

Information about the LÜTZE LOCC-Box-GW 7-6459

The LÜTZE LOCC-Box-GW 7-6459 is a sophisticated communication gateway designed specifically for the LOCC-Box load monitoring system, offering a seamless bridge between field-level protection and higher-level industrial networks. Its most striking physical characteristic is the ultra-slim 6.2 mm housing, which allows for extreme space savings on the DIN rail without compromising technical performance. By utilizing a 1-wire physical layer for internal communication, this gateway efficiently manages up to 254 participants over a bus length of 40 meters, ensuring that even complex modular setups remain fully transparent and controllable via standard industrial protocols.

A key strength of this gateway is its versatile multi-protocol output, supporting USB 2.0, RS232, and CANopen simultaneously to provide maximum flexibility for diagnostic and integration purposes. The unit is built for durability and safety, featuring 1.0 kV isolation voltage and a robust PA 6.6 housing that meets UL 94 V-0 and NFF fire safety standards. With its integrated dual-color LED status monitoring and vibration-resistant spring terminal connections, the LOCC-Box-GW ensures reliable data transmission and simplified troubleshooting in demanding industrial environments, making it an essential component for modern, intelligent power distribution and monitoring architectures.