Wi-Sun IoT NEMA Smart Streetlight Controller from China Suppliers & Factory for C-Lux Gen2 Smart City Solutions
C-LUX Wi-SUN NEMA Street Light Controller features ANSI C136.41 standard plug-and-play NEMA interface, leveraging self-healing Wi-SUN mesh (Wireless Smart Utility Network & IEEE 802.15.4g MESH) technology for stable long-distance communication, ideal for smart city, municipal and industrial park lighting. It supports remote control, stepless dimming, real-time fault alerts, strategy control etc and IP65 protection. And it collects real-time current, voltage, and power data, with instant fault alerts cutting O&M costs by 30%+ and enabling energy savings. A reliable Wi-SUN NEMA smart street light controller ensures robust and reliable communication, making it an ideal choice for smart street light projects in urban environments.
Compatible with global voltage ranges and various LED lamps, it supports OTA firmware upgrades and AES128 encryption to ensure secure data transmission. This Wi-SUN NEMA light controller seamlessly integrates with smart lighting central management system platforms, creating a scalable, interoperable IoT lighting system—your trusted solution for smart lighting upgrades.
C-Lux Wi-SUN protocol technology in street light system application offers an excellent wireless solution for smart street light control, ideal for smart city lighting management and Wi-SUN street light controllers. As an open IPv6-based mesh technology, it supports large-scale energy-efficient street lighting and smart city infrastructure.
Its self-forming, self-healing mesh architecture ensures stable connectivity for scattered controllers, avoiding single points of failure, reducing gateway deployment and related costs for city-wide smart street light control. With superior anti-interference, AES encryption, ultra-low power consumption, it enables real-time remote control, fault alerts and OTA upgrades for smart street light management platforms. Highly scalable for expanding systems, it achieves up to 80% energy savings via adaptive dimming, meeting sustainable smart city goals.
C-Lux smart street light controller supports 0-10V, PMM, DALI-2 and D4i dimming protocols, providing accurate and flicker-free brightness adjustment for LED street lighting. It enables adaptive dimming according to ambient light and traffic conditions, maximizing energy savings and extending luminaire lifetime. Featuring high compatibility and stable connectivity, it supports remote control, real-time monitoring and centralized management for smart city lighting systems. This versatile dimming solution enhances operational efficiency, lowers maintenance costs, and delivers reliable performance for modern smart street lighting projects.
NEMA ANSI C136.41 outlet of C-Lux smart street light controller standardizes 5/7-pin twist-lock structure for smart street lighting, integrating 3 power contacts (backward compatible with ANSI C136.10) and 2–4 dimming/signal pins with 0-10V/DALI dimming, plug-and-play installation, remote control, power metering, fault diagnostics, and IoT compatibility (LoRaWAN/NB-IoT). It brings energy savings (50–70%), reduces maintenance, broad interoperability, utility-grade reliability, and seamless smart city integration. This robust NEMA socket structure future-proofs LED luminaires, boosting efficiency and scalability for urban smart lighting networks.
C-Lux industrial-grade smart street light controller is engineered with robust industrial design standards and high-quality industrial materials, delivering excellent weather resistance (IP65), wide temperature tolerance from -25℃ to 65℃, surge protection (6kV/8KV/10KV) and strong anti-interference for harsh outdoor environments. Developed with professional embedded hardware and software programming integration with street light management systems, it ensures stable real-time control, secure data transmission and reliable long-term operation. Supporting multiple communication protocols and remote management, this solution enhances system stability, lowers maintenance costs and prolongs service life, making it a high-performance choice for smart city street lighting infrastructure.
GPS positioning of street light controller offers accurate real-time positioning for smart street light controllers, enabling precise device location, quick fault finding, efficient maintenance, and visual asset management on the smart street lighting central management system platform.
Tilt sensor of street light controller detects abnormal pole inclination, vehicle collision or unauthorized movement, sends real-time safety alarms and precise location alerts to ensure street light system security.
Remote and automatic on-off control for Wi-SUN NEMA street lights. Supports manual operation, scheduled timing, and light-sensitive control to save energy and simplify lighting management.
C-Lux smart street light controller supports stepless 0-100% dimming for smart street lights through Wi-SUN NEMA controllers. Supports remote scheduling, real-time adjustment, and automatic brightness control to maximize energy savings and prolong LED service life.
C-Lux smart street light controller supports programmable timing control for on/off and dimming. Customize schedules by time, date, holiday or season for automatic, energy-saving smart street light operation.
C-Lux street light controller supports individual or group control combining strategy control with street light CMS system. Remotely manage single street lights or grouped lighting zones with unified dimming and switching for smart city lighting control.
C-Lux smart street light controller features high-precision electrical parameters monitoring for intelligent lighting management. It real-time collects and analyzes key data such as input voltage, working current, power factor, active power and cumulative energy usage. All electrical data is remotely synced to the cloud platform for centralized viewing and analysis.
Real-time warning and fault detection for C-Lux smart street light controller, including lamp failure, power abnormality, communication loss, and driver error. The system provides instant alerts, remote notifications, and precise fault location to ensure quick troubleshooting and stable lighting operation.
C-Lux street light controller supports secure Firmware OTA updates for Wi-SUN NEMA street light controllers. Remotely upgrade devices in batches or individually to optimize performance and extend system lifecycle.
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Wi-Sun IoT NEMA Smart Controller of Streetlight for C-Lux Gen2 Smart Street Light Management System |
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| Lamp Type | LED, CF, HID with 0-10V/PWM control gear |
| Load Power | Depending on the lamp control gear |
| Additional Controlled Devices | Yes, independent controlled via 0-10V/PWM relay |
| Dimming Range | 1% – 100% |
| Control Interface | 0-10V/PWM (IEC 62386) |
| Power Supply | AC 100–270V |
| External Interface | Infrared |
| Network Interface | Wi-SUN |
| Frequencies | 865~880 MHz / Europe | 902~928 MHz / North America | 902~907 MHz / 915~928 MHz / Brazil | 915–928 MHz / Australia | 921.5~928 MHz / New Zealand Approvals: ETSI EN 300 220-1, FCC 15.247, Industry Canada RSS-210, ANATEL, AS 4268/ACMA, NZS 4268/GURL |
| RF Communication Network | Data Rate: >300 kbps mesh networking; Automatic data routing with self-configuration, auto-healing & redundant uplinks; Spreading Technique: FHSS (Frequency Hopping), GFSK; Transmit Power: up to 1W; Emission Designator: 250KF1D; Receiver Sensitivity: -98 dBm for 10% PER |
| Internet Protocol | IPv6 | IEEE 802.15.4g (Wi-SUN Certified) |
| Inter-node Mesh Communication | Optionally available, with motion sensor or GIS add-on. Automatic and precise self-location and commissioning of the smart device. Standalone GPS, acquisition Sensitivity -130 dBm |
| Average Power | 0.7W — contact module 1 – NEMA (ANSI C136.41) average consumption |
| Maximum Power | 2W/V — contact module 1 – NEMA (ANSI C136.41) |
| Precision Real Time Clock | Battery operated |
| Real-time Lamp Operation | Yes |
| Digital Input | No |
| IP Level | IP66 Weatherproof |
| Size | 80 × 120 mm |
| Operating Temperature | -25°C to +65°C |
| Compliant Standards | Radio Equipment Directive (RED), 2014/53/EU | RoHS Directive, 2011/65/EU |