EZ-Connect UltraLink Wireless Receiver and Fixture Controller with Long-Range Antenna | LinmoreLED ULTRAHGA-CL-EZ10

Scale up your smart building infrastructure across massive environments with the EZ-Connect™ UltraLink Wireless Receiver and Fixture Controller with Long-Range Antenna. Finished in a durable, sleek translucent housing (Product Code: ULTRAHGA-CL-EZ10), this high-performance Networked Lighting Control (NLC) node is engineered specifically for fixtures that do not require an on-board motion sensor but must communicate across broad distances. Equipped with an integrated high-gain, long-range antenna, it significantly boosts mesh network stability and extends communication paths. It captures and processes commands triggered by remote occupancy sensors, daylight harvesting cells, wireless wall switches, or automated cloud schedules over a robust Bluetooth mesh network. The ULTRAHGA-CL-EZ10 is heavily protected against punishing outdoor element exposures, featuring a clear polycarbonate shell engineered for full IP65 dust and moisture resistance. Optimized to thrive in severe industrial climates, it operates reliably across an expanded temperature range of -22°F to +158°F. Its advanced transceiver architecture achieves an extraordinary line-of-sight Bluetooth range of up to 1,200 feet (366 meters), making it an ideal choice for connecting sprawling parking lot light poles, massive shipping docks, or separate corporate campus facilities into a unified wireless network. Additionally, field technicians can execute a clean network profile overwrite instantly using the built-in magnetic reset panel—simply touch a magnet to the top of the housing for five seconds to clear settings without removing the device. High-Output Control Loops & Instant Twist-Lock Setup: Utilizing the standard EZ10 Twist-Lock plug-and-play interface, the ULTRAHGA-CL-EZ10 deploys in seconds. Installation requires zero tools or wiring; contractors simply align the pin configuration, insert the node into the fixture's external port, and twist it locked to establish a reliable low-voltage 12-24V DC operating loop. Beyond standard analog dimming, this specialized controller features an independent dual-channel output design: a boosted 0-10V control channel (30mA) handles smooth dimming profiles, while an integrated 10-22V DC relay control channel (30mA) manages secondary electronic load switches directly. System setup, zone grouping, and scheduling parameters are easily managed on-site via the UltraLink iOS app or central web portal, while integrating the optional UltraLink Dashboard opens up advanced commercial tools like real-time power monitoring and automated demand response tracking. Key Applications: Sprawling Commercial Parking Lots & Main Thoroughfares: Bridges long gaps between isolated light poles without expensive trenching, ensuring structural communication across a 1,200-foot path. Massive Industrial Logistics Yards & Ship Docks: Maintains a resilient wireless mesh framework around bulky metal freight container piles and tall racking barriers. Aviation Hangars & High-Clearance Distribution Centers: Automates massive high-bay luminaire zones from a single centralized gateway position, bypassing overhead line-of-sight blocks. Multi-Building Corporate & Educational Campuses: Groups distinct exterior pathway fixtures together, executing synchronized night-shift dimming schedules or facility-wide security lockdowns. Technical Specification Table Technical Specification Product Details (EZ10 Long-Range Bluetooth Node Profile) Item Number / Part Code ULTRAHGA-CL-EZ10 Product Name EZ-Connect™ UltraLink Wireless Receiver and Fixture Controller with Long-Range Antenna Control System Category Long-Range Networked Lighting Control (NLC) Bluetooth Mesh Node Wireless Core Technology Bluetooth Mesh Networked Communication with High-Gain Signal Path Connection Method EZ10 Suffix Base (EZ-Connect™ Twist-Lock Architecture) Mechanical Installation Tool-less Manual Insertion & Friction Rotation Sealing Input Driver Voltage 12-24V DC Low-Voltage Power Path Active Current Consumption >100mA (Optimized for long-range transmission boost) Dimming Control Output Single Channel: 0-10V Analog Loop, 30mA Load Output Control Auxiliary Relay Signal Path: 10-22V DC, 30mA Maximum Bluetooth Range Up to 1,200 Feet (366 Meters) Clear Line of Sight* Wireless Antenna Style Internal High-Gain Integrated Long-Range Antenna Local Service Tool Magnetic Sensor Reset Contact Area (5-Second Activation) Housing Construction Material High-Impact, UV-Stable Clear Polycarbonate Shield Environmental Safeguards Wet and Cold Location Rated; Ingress Protection IP65 Ambient Thermal Range -30°C to +70°C (-22°F to +158°F) Commissioning Software UltraLink iOS Mobile App & Multi-Browser Cloud Web Portal Network Security Protocol Conforms fully with DLC NLC5 Cybersecurity Standards Compliance Certifications UL Listed, FCC Certified, DLC NLC Qualified, RoHS Compliant Commercial Warranty 5-Year Comprehensive Enterprise Warranty *Note: Maximum wireless communication distance is recorded under ideal line-of-sight conditions. Actual field range varies based on structural layouts, building materials, and local signal interference. Conducting an on-site radio frequency (RF) walk-test is highly recommended during system deployment layout design. Advanced Smart Network Architecture Capabilities Dual-Channel Automation Layout: Employs an analog 0-10V dimming loop alongside an independent low-voltage relay driver to manage complex ballast configurations or external power relays safely. Extended Mesh Grid Optimization: The long-range antenna acts as a high-powered repeater node, strengthening the overall network path and bridging gaps over large outdoor areas. Granular Enterprise Power Auditing: Connects to the optional UltraLink Dashboard to deliver precise, code-compliant tracking of operational fixture wattages, utility runtime metrics, and carbon footprint reduction data. Automated Demand Response (ADR): Allows facilities to participate in local utility load-shedding programs, automatically lowering power thresholds during peak electrical consumption windows to lock in lower operational rates.