EZ-Connect UltraLink Wireless Receiver and Fixture Controller | LinmoreLED ULTRA-BK-EZ10

Bring your commercial lighting layouts into the modern era of smart automation with the EZ-Connect™ UltraLink Wireless Receiver and Fixture Controller. Finished in a rugged, matte black engineering polymer (Product Code: ULTRA-BK-EZ10), this advanced control module is designed specifically for fixtures that do not require standalone on-board motion sensors but need to participate in a larger smart grid. Operating on high-performance Bluetooth Networked Lighting Control (NLC) Mesh technology, this device acts as a local wireless nodule, receiving coordinated commands from neighboring sensors, wall switches, and centralized gateways. It dynamically automates your fixtures based on shared occupancy data, scheduled events, manual overrides, or daylight harvesting parameters across the entire facility mesh networks.

The ULTRA-BK-EZ10 is built to perform in the most demanding commercial and industrial environments, featuring a compact black polycarbonate housing with full IP65 dust and water ingress protection. It operates seamlessly in both wet and cold locations across a wide temperature range of -4°F to +140°F. Equipped with a high-performance integrated antenna, it achieves a powerful line-of-sight Bluetooth range of up to 200 feet (60 meters), allowing for reliable, long-distance interconnectivity across expansive warehouse floors or outdoor parking structures. For swift field maintenance and commissioning resets, the controller features a smart magnetic reset switch on its top surface, letting technicians cycle the device profile instantly by holding a magnet in place for five seconds without physically opening up the unit.

Smart Network Integration & Tool-Less Twist-Lock Setup:

Designed around the EZ10 Twist-Lock connection interface, the ULTRA-BK-EZ10 connects directly to any compatible commercial fixture in seconds. Field installation requires no tools, splicing, or complex wiring diagrams; technicians align the pin layout with the fixture's exterior receptacle, push in, and rotate clockwise to lock in a secure, weatherproof low-voltage 12-24V DC control loop. Once attached, the fixture can be added to zones, calibrated for custom dimming thresholds, or programmed with multi-stage time delays using the dedicated UltraLink iOS app or centralized web portal. Upgrading your infrastructure with the optional UltraLink Dashboard opens up advanced enterprise-level analytics, including real-time energy monitoring, utility reports, and Automated Demand Response (ADR) balancing.

Key Applications:

• Vast Area Lighting & Parking Lot Perimeters: Links isolated pole-mounted fixtures into a unified network, coordinating scheduled group dimming or dusk-to-dawn switching profiles smoothly.

• Commercial Office & Retail Core Zones: Controls rows of recessed downlights or linear fixtures, allowing them to follow commands from centralized wireless wall controllers or remote daylight sensors.

• Industrial Warehouse Ambient Grids: Manages high-bay luminaires located above open driving aisles or loading bays, reacting automatically to automated schedule timelines or remote sensor triggers.

• Multi-Site Facilities & Corporate Campuses: Collects operational lighting data and tracks energy performance metrics across multiple structures from a single, cloud-mapped desktop hub.

Technical Specification Table

*Note: Actual wireless mesh range is highly dependent on localized structural conditions, fixture density, and surrounding spatial obstructions. Field walk-testing is recommended to verify network path layout accuracy during early staging.

Advanced Smart Network Architecture Capabilities

• Coordinated Group Automation: Receives broadcast commands from external motion sensors or wall transmitters, letting multiple fixtures illuminate simultaneously when activity is detected nearby.

• Enterprise Energy Auditing: Accessible via the optional UltraLink Dashboard to deliver precise, granular verification of wattage use and system savings across your facility footprint.

• Automated Demand Response (ADR): Allows facilities to interface directly with utility provider curtailment signals, automatically lowering power output to reduce costs during peak electrical grid events.

• Dynamic Time & Rule Scheduling: Programs automated dimming steps, night-shift overrides, or daylight harvesting curves directly into the node's memory via the iOS app.