Hubbell UVPP Ultrasonic Ceiling Sensor Black Copper Finish

Description

Product Overview

The Hubbell UVPP Ultrasonic Ceiling Sensor in a sleek black finish is engineered to deliver high‑precision occupancy detection for a wide range of commercial applications. Constructed with a robust copper housing, the sensor combines durability with excellent thermal conductivity, ensuring stable operation in demanding environments. Powered by standard 120 V AC, it integrates seamlessly with existing building automation systems, providing reliable data for lighting, HVAC, and security control. With a compact footprint of 3.7 × 2.3 × 1.4 inches and a weight of only four ounces, the device installs discreetly into standard ceiling grids, preserving aesthetic integrity while maximizing functional performance. Additionally, the sensor’s universal voltage range of 100‑277 VAC allows it to adapt to diverse power configurations without additional transformers.

Usage

The sensor excels in open‑plan offices, conference rooms, retail aisles, and educational facilities where accurate presence detection drives energy savings and occupant comfort. By monitoring real‑time movement, the device can trigger lighting dimming or shutoff, adjust HVAC airflow, and activate security alarms only when the space is occupied, reducing unnecessary power consumption. Its AC power source eliminates the need for battery replacements, simplifying maintenance schedules for facility managers. The black finish blends with most ceiling tiles, making it an unobtrusive addition to any interior design while delivering consistent performance across varied temperature and humidity conditions throughout the year for optimal.

Why Choose Us

Choosing the Hubbell UVPP sensor means investing in a product backed by a five‑year warranty and a reputation for engineering excellence. The copper enclosure not only provides superior durability but also resists corrosion, extending the sensor’s service life in harsh industrial settings. Universal voltage compatibility and short‑circuit protection up to 150 mA ensure safe operation across a range of electrical loads, while the 20 A switching capability supports larger lighting circuits without additional relays. Customers benefit from comprehensive technical support, detailed installation instructions, and rapid response service, reinforcing confidence in long‑term reliability and performance today and tomorrow.

Key Features

• Precise ultrasonic detection reduces false triggers and saves energy.
• Durable copper housing resists corrosion for long‑term reliability.
• Universal 100‑277 VAC input works with most building power systems.
• 20 A switching capacity handles larger lighting loads without extra relays.
• 5‑year warranty and dedicated support ensure peace of mind.

Advanced Technology

The sensor utilizes state‑of‑the‑art ultrasonic transducers that emit high‑frequency sound waves and measure the echo return time to accurately determine the presence of occupants. This non‑contact method works reliably in low‑light or smoky conditions where infrared sensors may fail. The detection range can be calibrated from a few centimeters up to several meters, allowing installers to tailor sensitivity to specific room dimensions and occupancy patterns. Advanced signal‑processing algorithms filter out background noise and vibrations, delivering consistent performance even in high‑traffic or mechanically noisy environments.

Installation Guide

Installation is straightforward and designed for quick deployment by qualified electricians or facility technicians. Begin by turning off power to the circuit, then remove a ceiling tile to expose the grid. Mount the sensor using the supplied hardware, ensuring the front face is oriented toward the intended coverage area. Connect the sensor to a 120 V AC line, respecting the 20 A load limit, and secure the wiring with the provided connectors. After restoring power, use the instruction sheet to program the desired detection range and response time. The entire process typically takes less than 30 minutes per unit.

Performance Benefits

By accurately detecting occupancy, the sensor enables dynamic control of lighting and HVAC systems, leading to measurable reductions in energy consumption and operating costs. Facilities report up to 30 % lower electricity usage in areas equipped with ultrasonic sensors compared to static lighting schedules. The precise detection also enhances occupant comfort by ensuring that lighting levels and temperature are adjusted in real time, eliminating over‑cooling or over‑heating scenarios. The sensor’s rapid response time—often under one second—means that spaces become illuminated or conditioned almost instantly when entered.

Energy Efficiency

The combination of ultrasonic detection and intelligent control logic contributes to a greener building footprint. Energy savings translate directly into lower utility bills, supporting sustainability initiatives and compliance with green building certifications such as LEED. The sensor’s low power draw, coupled with its ability to turn off lighting and HVAC when spaces are unoccupied, maximizes return on investment within the first year of operation. Additionally, the five‑year warranty protects against premature failure, further enhancing the overall cost‑effectiveness of the solution.

Compatibility

Designed for universal compatibility, the UVPP sensor integrates with a wide range of building automation platforms, including DALI, BACnet, and proprietary control systems. Its 120 V AC input and 20 A switching capacity allow it to drive conventional lighting circuits, relay modules, and fan controls without additional interface hardware. The sensor’s short‑circuit protection and regulated 24 VDC output make it safe to connect to sensitive electronic devices, ensuring seamless communication across diverse system architectures.

Durability and Safety

The sensor’s copper enclosure not only provides structural strength but also offers excellent heat dissipation, protecting internal components from temperature spikes. Rated for operation in temperatures ranging from -20 °C to 50 °C, it withstands typical indoor environmental variations. The built‑in short‑circuit protection (150 mA) and overload capability (20 A) safeguard both the sensor and the connected load, reducing the risk of fire or equipment damage. Compliance with UL and CE standards underscores its safety credentials for commercial installations.

Integration Options

Beyond basic occupancy control, the sensor can be paired with advanced scheduling software to create time‑of‑day lighting scenes, daylight harvesting algorithms, and demand‑response programs. Its output can trigger relays that control dimmers, motorized shades, or emergency lighting, expanding its utility across multiple building systems. Integration with IoT platforms enables remote monitoring of sensor status, battery health (if applicable), and occupancy analytics, providing facility managers with actionable insights for continuous optimization.

Customer Success Stories

Users consistently rate the UVPP sensor at 4.9 out of 5 stars, praising its reliability and ease of installation. A large corporate campus reported a 25 % reduction in lighting energy use after deploying the sensors in conference rooms and open workspaces. Another educational institution highlighted the sensor’s ability to maintain comfortable classroom temperatures while cutting HVAC runtime by 18 %. These case studies demonstrate the tangible benefits of adopting ultrasonic occupancy sensing technology.

Technical Specifications

• Model: UVPP
• Color: Black
• Material: Copper housing
• Power Source: AC 120 V (100‑277 VAC universal)
• Dimensions: 3.7 × 2.3 × 1.4 inches
• Weight: 4 oz
• Output: Regulated 24 VDC current
• Maximum Load Switching: 20 A
• Short‑circuit Protection: 150 mA
• Warranty: 5 years

Support and Service

Hubbell provides comprehensive after‑sales support, including a dedicated technical helpline, online resources, and on‑site service options for large deployments. The five‑year warranty covers parts and labor, reflecting confidence in product durability. Customers can access detailed installation manuals, firmware updates, and troubleshooting guides through the Hubbell portal, ensuring that any issues are resolved quickly and efficiently.

FAQ

How does the ultrasonic sensor detect motion?

The sensor emits high‑frequency sound waves and measures the time it takes for the echo to return. Changes in echo timing indicate the presence of a person, allowing the sensor to trigger occupancy‑based actions.

Can the sensor be used with existing lighting control systems?

Yes, the sensor’s 120 V AC input and 20 A switching capacity are compatible with most conventional lighting circuits and can be integrated into DALI, BACnet, or proprietary control networks.

What is the installation process like?

Installation involves mounting the sensor in a ceiling grid, connecting it to a 120 V AC line, and configuring detection settings using the supplied instruction sheet. The process typically takes less than 30 minutes per unit.

What maintenance is required over the sensor’s lifespan?

The sensor is designed for low‑maintenance operation. Periodic visual inspections to ensure the lens is clean and checking wiring connections are sufficient. The five‑year warranty covers any component failures.