Leave Your Message
LoRaWan Nema Street Light Controller from China Suppliers - C-Lux Gen2 Smart Streetlight Management Factory
Hot Products

LoRaWan Nema Street Light Controller from China Suppliers - C-Lux Gen2 Smart Streetlight Management Factory

,

● Description:

,

The C-LUX IoT Nema smart streetlight controller is engineered for efficient lighting energy management in outdoor streetlights and landscape lighting, particularly within smart cities in China. Utilizing an advanced LoRaWan open standard network, this device seamlessly integrates with a LoRaWan outdoor gateway, allowing direct connections through 2G, 3G, 4G, or the internet. Its capabilities include remote ON/OFF control and dimming features for dimmable LED Dali-2, D4i, PWM, and 0-10V drive power, facilitating intelligent management of lighting fixtures. With functions such as intensity adjustment, soft start lighting, timing control, and scene setting, it promotes safety, energy savings, and high efficiency, making it a crucial element in smart city lighting controls.

,

This controller is compatible with C-Lux LED streetlight products and is ideal for municipal road lighting, garden landscape lighting, and outdoor public area illumination.

,

● Features and Benefits:

,

► Leverages LoRaWan Network for enhanced connectivity.

,

► Compatible with LoRaWan gateways for efficient operation.

,

► Nemasocket (C136.4design for easy plug-and-play installation.

,

► Achieves up to 60% energy savings while reducing CO2 emissions and minimizing light pollution.

,

► Cuts maintenance costs by up to 50%.

,

► Offers an open API, making it Smart City Ready.

,

► Specifically designed and optimized for LPWAN networks.

,

► Suitable for outdoor use with waterproof, snow-proof, and lightning protection features.

,

► Designed for a lifetime of over 10 years.

,

As a leading China supplier and factory of smart streetlight controllers, C-LUX is committed to advancing sustainable urban lighting solutions.

,

    🌐 Overview

    C-Lux Next-Generation NEMA LoRaWAN Street Light Controller is a cutting-edge solution that promises to revolutionize how we manage and control urban street lighting through the connectivity of the LoRaWAN protocol. The LoRaWAN technology of long-range, low-power wireless communication enables seamless connectivity and communication between devices. It makes streetlights equipped with the NEMA LoRaWAN controller, which can be remotely monitored and controlled for precise lighting levels and schedule adjustments. With the ability to support 0-10V / PWM dimmable lighting fixtures, this smart streetlight controller offers unparalleled flexibility and customization options, making it an ideal choice for smart city initiatives and sustainable urban lighting development projects.

    Feature and Benefit
    LoRaWAN Street Light Controller
    🛰️ LoRaWAN Connectivity

    The preferred communication solution with LoRaWAN protocol for smart street light control systems with low-power wide-area network (LPWAN) technology supports 5km communication in urban areas and up to 15km in rural regions, enabling seamless connectivity for scattered LoRaWAN street light controllers without extensive gateway deployment. It significantly reduces installation costs and simplifies network setup for city-wide smart street light control needs.

    Ultra-low power consumption extends controller life to 10+ years, cutting maintenance costs. LoRaWAN supports real-time remote monitoring via smart street light management platforms, high scalability for expanding systems, and AES-128 encryption for secure data. It also achieves up to 70% energy savings, aligning with sustainable smart city goals.

    Dimming Protocol for Street Light Controller
    💡 Multi-Protocol Dimming

    C-Lux smart street light controller supports 0-10V, PWM, 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.

    NEMA ANSI C136.41 Standard Interface
    🔌 NEMA ANSI C136.41

    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.

    Industrial Grade Hardware
    🏭 Industrial-Grade Hardware

    C-Lux industrial-grade smart street light controller is engineered with robust industrial design standards and high-quality 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. Supporting multiple communication protocols and remote management, this solution enhances system stability, lowers maintenance costs and prolongs service life.

    🔧 Function and Benefit
    GPS Positioning for Street Light Controller
    📍 GPS Positioning

    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 for Street Light Controller
    📐 Tilt Sensor

    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.

    On/Off Light Schedule
    🔆 On/Off Control

    Remote and automatic on/off control for LoRaWAN NEMA street lights. Supports manual operation, scheduled timing, and light-sensitive control to save energy and simplify lighting management.

    Dimming for Dynamic Lighting
    🎚️ Dynamic Dimming

    C-Lux smart street light controller supports stepless 0–100% dimming for smart street lights. Supports remote scheduling, real-time adjustment, and automatic brightness control to maximize energy savings and prolong LED service life.

    Timing Schedule
    Timing Schedule

    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.

    Individual or Group Control
    🗂️ Individual / Group Control

    C-Lux street light controller supports individual or group control combining or 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.

    Electrical Parameters Monitoring
    📊 Electrical Monitoring

    C-Lux smart street light controller features high-precision electrical parameters monitoring. 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
    🚨 Fault Detection & Alerts

    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.

    Firmware OTA Update
    🔄 Firmware OTA Updates

    C-Lux street light controller supports secure Firmware OTA updates for LoRaWAN NEMA street light controllers. Remotely upgrade devices in batches or individually to optimize performance and extend system lifecycle.

    ▶️ How Do C-Lux Smart Street Light Systems Work
    📋 Technical Datasheet
    LoRaWAN NEMA Smart Streetlight Controller
    for C-Lux Gen2 Smart Street Light Management System
    Lamp Type LED, CF, HID with DALI 2 / DiiA / Osram DEXAL / Philips SR control gear / C-LUX
    Load Power Depending on the lamp control gear
    MCU ARM-Cortex-M3
    Dimming Range 1% – 100%
    Control Interface Analog 1-10V / 0-10V / DALI Logarithmic / PWM
    Power Supply AC 100–277V
    External Interface Infrared
    Network Interface LoRaWAN
    Frequencies CN470MHz / US915MHz / EU868MHz
    Internet Protocol IPv4 / IPv6
    Inter-Node Communication Optionally available, with motion sensor or GIS add-on
    Average Power 0.5W
    Maximum Power 2W
    Precision Real Time Clock Battery operated
    Real-time Lamp Operation Yes
    Digital Input 1x dry contact (for PIR sensor, photocell sensor, open door sensor etc.)
    Add-on Customizable Tilt sensor, GIS add-on
    IP Level IP66 (IEC 60529)
    Mounting 5-pin NEMA socket (ANSI C136.41) Plug and play
    Size 80 × 100mm
    Operating Temperature -25°C to +65°C
    Compliant Standards • RED Directive: LVD Directive & protection of health (EN IEC 62368-1, EN IEC 62479), EMC Directive (ETSI EN 301 489-1, ETSI EN 301 489-52), Efficient use of radio spectrum (ETSI EN 301 908-1, ETSI EN 301 908-13, ETSI EN 303 413)
    • RoHS Directive
    • Environmental Testing: EN 60068-2-1, EN 60068-2-2
    • Certifications: CE
    ZHAGA Controller
    Frequently Asked Questions
    Q What is the communication range of the C-Lux LoRaWAN NEMA Street Light Controller?
    The C-Lux LoRaWAN street light controller supports a communication range of up to 5km in urban areas and up to 15km in rural or open environments. This long-range capability significantly reduces the number of gateways required for city-wide deployments, lowering installation costs and simplifying network infrastructure.
    Q What dimming protocols does the C-Lux smart street light controller support?
    The C-Lux smart street light controller supports multiple industry-standard dimming protocols including 0-10V, PWM, DALI-2, and D4i. These protocols enable precise, flicker-free brightness control from 1% to 100%, allowing adaptive dimming based on ambient light levels and traffic conditions for maximum energy efficiency.
    Q Is the C-Lux LoRaWAN controller compatible with existing streetlight infrastructure?
    Yes. The C-Lux controller uses a standard 5-pin NEMA socket (ANSI C136.41) with a plug-and-play twist-lock design, making it backward compatible with ANSI C136.10 fixtures. It supports a wide input voltage range of AC 100–277V and is compatible with LED, CF, and HID lamp types using DALI-2, DiiA, Osram DEXAL, Philips SR, or C-LUX control gear.
    Q What are the operating temperature and weatherproofing ratings of the controller?
    The C-Lux LoRaWAN street light controller is rated IP66 (IEC 60529) for weatherproofing and operates reliably across a wide temperature range of -25°C to +65°C. It also features surge protection up to 10kV, making it highly suitable for harsh outdoor environments in any climate.
    Q Can the C-Lux controller be remotely monitored and updated?
    Yes. The C-Lux smart street light controller supports remote monitoring via the C-Lux Gen2 cloud-based central management system (CMS), providing real-time data on electrical parameters, device status, and fault alerts. It also supports secure Firmware OTA (Over-the-Air) updates, allowing batch or individual device upgrades without on-site visits, reducing maintenance costs and extending system lifecycle.
    Q How much energy can cities save by deploying the C-Lux LoRaWAN street light controller?
    Cities can achieve energy savings of up to 70% by deploying the C-Lux LoRaWAN smart street light controller. Key savings come from adaptive dimming schedules, motion-triggered lighting, real-time energy monitoring, and automated on/off control. The ultra-low average power consumption of 0.5W for the controller itself further contributes to reduced operating costs over its 10+ year lifespan.

    Leave Your Message