Products
N7Node NEMA
Smart, Efficient, and Reliable Infrastructure Control
The N7Node-NEMA is a high-performance smart grid controller engineered for large-scale outdoor lighting infrastructure. Designed for maximum durability and precision, it provides a robust solution for cities and industrial facilities looking to transition to intelligent, data-driven lighting management.
Core Specifications & Features
- Smart & Efficient Lighting: Optimizes power levels by detecting ambient light with an internal sensor and provides real-time tracking of energy consumption and fault detection.
- Autonomous Operation: Users can define custom scenarios that allow the controller to operate fully autonomously, reacting to environmental conditions without manual intervention.
- NEMA Standard Design: Built in accordance with ANSI C136.41 standards, the device features a plug-and-play architecture for rapid, hassle-free installation.
- Optional 10kV Surge Protection: Can be equipped with a built-in 10kV surge protection device (SPD) to safeguard the controller and luminaire against severe lightning strikes and grid voltage spikes.
- Long-Range Connectivity: Equipped with a LoRaWAN communication module, the N7Node ensures reliable data transmission over expansive areas and long distances.
- Universal System Integration: Offers comprehensive compatibility with ON/OFF, 0-10V, 1-10V, PWM, DALI, DALI2, and D4i power sources.
- Conflict-Free Deployment: Each unit is assigned a singular “UNIQUE ID,” eliminating device conflicts in the field and streamlining large-scale setup.
- Optional Tilt Detection: Can be equipped with an integrated 3D accelerometer to instantly alert the CMS if a pole is knocked down or dangerously tilted, ensuring rapid emergency response.
Why Choose N7Node-NEMA?
The N7Node-NEMA is the ideal choice for projects requiring industrial-grade reliability. By combining autonomous scenario management with broad technical compatibility, it ensures that your lighting network is not only energy-efficient but also future-proofed against evolving smart city requirements.
