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LoRa Street Light Controllers

LoRa street light controllers for long-range outdoor lighting networks, supporting remote switching, dimming, metering, OTA upgrade options, and gateway-based cloud access.

LoRaGateway meshNEMAZhaga1-10VPWMOTAIP65

Description

LoRa street light controllers for long-range outdoor lighting networks, supporting remote switching, dimming, metering, OTA upgrade options, and gateway-based cloud access.

  • Connectivity and interfaces: LoRa, Gateway mesh, NEMA, Zhaga, 1-10V, PWM, OTA, IP65
  • Controller family covered: LoRa single-lamp controller and LoRa Zhaga solar controller configurations
  • Network: LoRa gateway architecture for long-range outdoor lighting telemetry
  • Control: Remote switching, 1-10V/PWM dimming, schedules, and group commands
  • Monitoring: Multi-parameter metering, controller status, fault alarms, and OTA upgrade options
  • Solar compatibility: TTL and RS485 solar controller communication options for charge, discharge, and operating status data

Specifications

Review the main configuration points for LoRa Street Light Controllers, including control method, network, monitoring, interfaces, and deployment fit.

Controller family covered
LoRa single-lamp controller and LoRa Zhaga solar controller configurations
Network
LoRa gateway architecture for long-range outdoor lighting telemetry
Control
Remote switching, 1-10V/PWM dimming, schedules, and group commands
Monitoring
Multi-parameter metering, controller status, fault alarms, and OTA upgrade options
Solar compatibility
TTL and RS485 solar controller communication options for charge, discharge, and operating status data

Application scenarios

Product buyer FAQ

What is LoRa Street Light Controllers used for?

LoRa street light controllers for long-range outdoor lighting networks, supporting remote switching, dimming, metering, OTA upgrade options, and gateway-based cloud access.

Which specifications should I check before ordering?

Check the listed supply voltage, interfaces, communication network and regional configuration against your project requirements. Ask NetJoin to confirm any unspecified options or differences between document revisions.

Next steps

Share quantity, interface, communication method, location, and platform requirements so the engineering team can confirm fit.