EZ-Connect UltraLink Wireless Fixture Controller with PIR and Daylight Sensors | LinmoreLED ULTRAPIR-BK-EZ10

Achieve high-level facility automation, precision occupancy tracking, and network scaling from a single access point with the EZ-Connect™ UltraLink Wireless Fixture Controller with PIR and Daylight Sensors. Finished in a rugged, matte black engineering polymer (Product Code: ULTRAPIR-BK-EZ10), this advanced component combines dual-technology sensors—Passive Infrared (PIR) motion detection and photo-sensing daylight harvesting cells—with a localized Bluetooth Networked Lighting Control (NLC) Mesh node. Designed specifically for high-ceiling industrial facilities, transit terminals, and outdoor parking layouts, this plug-and-play system eliminates the need to choose between standalone proximity sensors and central network receivers by housing both inside a single high-efficiency core. It intercepts and coordinates shared occupancy commands, clock schedules, and daylight levels across your facility’s smart building grid. The ULTRAPIR-BK-EZ10 is heavily protected against punishing architectural environments, utilizing a high-impact black polycarbonate enclosure rated for full IP65 dust and water ingress protection. Optimized for high-clearance structures, it handles mounting heights up to 40 feet (12 meters), projecting a wide 360° conical coverage pattern that spans up to a 50-foot (15-meter) sensing radius. The internal processor measures thermal radiation shifts from moving people, vehicles, or equipment, triggering an integrated LED motion indicator for swift diagnostic walk-testing. For localized maintenance or network reassignments, the controller features a smart magnetic reset contact on its top surface, enabling field crews to clear settings instantly by holding a magnet in place for five seconds. Seamless Network Scaling & Tool-Less Twist-Lock Setup: Built around the standard EZ10 Twist-Lock connector base, the ULTRAPIR-BK-EZ10 deploys in seconds. Installation requires no specialized trade tools, wire nuts, or complex internal splicing; field technicians align the contact block with the fixture's exterior port, press it flush, and rotate it clockwise to secure a weatherproof low-voltage 12-24V DC operating loop. Equipped with an integrated high-gain wireless antenna, it supports a stable line-of-sight Bluetooth range of up to 200 feet (60 meters) to bridge communication across neighboring fixtures. Zone groupings, customized dimming curves, and daylight harvesting lux limits are managed via the UltraLink iOS app or browser-based web portal, while unlocking the optional cloud-mapped UltraLink Dashboard opens up enterprise tools like granular energy monitoring and automated demand response tracking. Key Applications: High-Bay Warehouses & Commercial Logistics Hubs: Automates light levels smoothly across expansive aisle pathways, turning fixtures to full output upon occupancy and dimming vacant bays to low-energy standby levels. Sprawling Commercial Parking Lots & Garage Structures: Maximizes motorist and pedestrian safety by linking separate light poles into a synchronized wireless network that reacts to motion. Unconditioned Manufacturing Floors & Cold Storage: Operates dependably across extreme temperature shifts from -4°F up to +140°F, maintaining consistent detection metrics. Modern Office Ecosystems & Commercial Common Areas: Executes code-compliant daylight harvesting profiles by continuously balancing natural sunlight with analog fixture dimming. Technical Specification Table Technical Specification Product Details (EZ10 Bluetooth PIR Sensor Controller Profile) Item Number / Part Code ULTRAPIR-BK-EZ10 Product Name EZ-Connect™ UltraLink Wireless Fixture Controller with PIR and Daylight Sensors Control System Category Integrated Multi-Sensor Bluetooth Networked Lighting Control (NLC) Node Wireless Core Technology Bluetooth Mesh Networked Communication (Unified Node Framework) Sensing Technology Passive Infrared (PIR) Thermal Detection & Photoelectric Cell Connection Method EZ10 Interface Suffix (EZ-Connect™ Twist-Lock Architecture) Mechanical Installation Tool-less Manual Insertion & Friction Rotation Alignment Input Driver Voltage 12-24V DC Low-Voltage Power Path Active Current Consumption >50mA Control Signal Output 0-10V Analog Automation Loop, 25mA Maximum Mounting Height Up to 40 Feet (12 Meters) Ceiling Placement Clearance Maximum Sensing Range Up to 50-Foot (15-Meter) Radius Coverage Footprint Sensing Coverage Pattern 360° Conical Area (Requires Direct Line of Sight) Maximum Bluetooth Range Up to 200 Feet (60 Meters) Clear Line of Sight* Wireless Antenna Style Internal High-Gain Integrated Antenna Local Service Tool Magnetic Sensor Reset Contact Area (5-Second Activation) Housing Construction Material High-Impact, UV-Stable Black Polycarbonate Environmental Safeguards Wet and Cold Location Rated; Ingress Protection IP65 Ambient Thermal Range -20°C to +60°C (-4°F to +140°F) Commissioning Software UltraLink iOS Mobile App & Multi-Browser Cloud Web Portal Network Security Protocol Conforms fully with DLC NLC5 Cybersecurity Standards Bluetooth Registry ID Bluetooth Declaration ID: D062134 Compliance Certifications UL Listed, FCC Certified, DLC NLC Qualified, RoHS Compliant Commercial Warranty 5-Year Comprehensive Enterprise Warranty *Note: Maximum wireless mesh 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. Advanced Smart Network Architecture Capabilities Integrated Dual-Purpose Core: Combines standalone occupancy tracking, ambient light measurement, and high-speed Bluetooth network communication within a single twist-lock housing. Coordinated Mesh Grouping: Transmits real-time occupancy data over the local network, allowing groups of neighboring fixtures to illuminate simultaneously when motion is triggered. Granular Enterprise Power Auditing: Connects to the optional UltraLink Dashboard to deliver precise tracking of active wattage consumption, runtime logs, and verifiable utility cost savings. Automated Demand Response (ADR): Allows facilities to interface directly with regional utility load-shedding systems, automatically trimming output power thresholds during peak electrical consumption windows.