Technical Information & Details for LÜTZE LOCC-Box-Net-SC 7-6418
- Function Type: 1-channel 1-pin switching
- Nominal Voltage: DC 12/24 V
- Operation Voltage Range: DC 10 – 30 V
- Adjustable Current Range: DC 1 A – 5 A (in 1 A steps)
- Output Current: max. DC 5 A
- Trip Characteristics: fast, medium, slow 1 (adjustable)
- Input Type: screwless contact slide
- Connection Type: Spring terminal 0.25 mm² – 2.5 mm²
- Status Indication: Green LED (Operation), Red LED (Fault)
- Communication: LOCC-Box-Net interface (1-Wire Bus)
- Switching Element: MosFet
- Voltage Drop: < 85 mV (at 5 A)
- Operating Temperature: -25 °C to +50 °C
- Mounting: Snap-on DIN rail TS35
- Protection Class: IP20
- Dimensions (W x H x D): 8.1 mm x 114.5 mm x 116.0 mm
- Weight: 0.120 kg/unit
- Certifications: cULus (E135145), EN 60950-1, EN 61131
- Manufacturer Warranty: 2 years
Information about the LÜTZE LOCC-Box-Net-SC 7-6418
The LÜTZE LOCC-Box-Net-SC 7-6418 represents a state-of-the-art solution for electronic load monitoring, specifically engineered for DC 12/24 V industrial power systems. This module stands out for its exceptional adaptability, featuring an adjustable current range from 1 A to 5 A and multiple tripping characteristics—fast, medium, and slow—to suit various application requirements. Its integrated communication capability via a 1-wire bus enables sophisticated data exchange and remote monitoring, ensuring that any faults in the load circuit are identified and communicated instantly for rapid troubleshooting.
Designed for maximum efficiency, the device features an ultra-slim 8.1 mm profile, significantly reducing the footprint on the DIN rail. The use of high-performance MosFet switching technology ensures a very low voltage drop of less than 85 mV, maintaining power integrity for connected loads. With a focus on long-term reliability, the unit offers a high MTBF of 690,000 hours and robust protection features, including reverse polarity protection and a specialized screwless input slide for secure, vibration-resistant connections.