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DRAGINO LoRaWAN 4 Channel Low Voltage Control Cable
DRAGINO LoRaWAN 4 Channel Low Voltage Control Cable is a wireless monitoring device designed to measure current from up to four independent channels and transmit real-time data over a LoRaWAN network. Ideal for industrial equipment, energy monitoring, facility management, and preventive maintenance, it provides accurate current measurements while consuming minimal power. With long-range wireless communication, easy installation using current transformers, Bluetooth configuration, and remote firmware updates, the LC04 delivers reliable, efficient, and scalable IoT monitoring solutions.
DRAGINO LC04 LoRaWAN 4 Channel Low Voltage Control Cable
The Dragino LC04 is an industrial-grade LoRaWAN current monitoring device designed to measure electrical current from up to four independent circuits simultaneously. Using external current transformers (CTs), it safely monitors current without interrupting existing wiring, making it an efficient solution for remote electrical monitoring and equipment management.
The sensor periodically collects current measurements and securely transmits the data through a LoRaWAN network to cloud platforms or local monitoring systems. Users can configure device parameters locally via Bluetooth or remotely through LoRaWAN downlink commands. OTA firmware upgrades further simplify long-term maintenance, making the LC04 suitable for continuous industrial IoT deployments.
Why Choose the LC04?
- Monitors up to four independent current channels
- Uses non-invasive current transformer sensing
- Long-range LoRaWAN wireless communication
- Bluetooth configuration for quick setup
- Supports remote configuration and OTA firmware upgrades
- Ultra-low power design for extended operating life
- Simple installation without modifying existing electrical wiring
- Compatible with standard LoRaWAN gateways and cloud platforms
- Industrial-grade reliability for continuous monitoring
Benefits
- Monitor multiple electrical circuits with a single device
- Detect abnormal current consumption early
- Improve preventive maintenance planning
- Reduce manual inspection requirements
- Minimize installation costs with wireless connectivity
- Increase operational visibility of electrical equipment
- Support energy optimization initiatives
- Enable scalable industrial IoT monitoring systems