LED High Bay Lights With High Bay Sensors

Multifunction motion sensor high bay lights can save you a lot of money by turning on only when needed. These sensors have the ability to control 0-10 VDC LED drivers and dimming ballasts.

As the plane descended, AOA sensor readings stayed frozen at comfortable values. The FAC rejected AOA sensor No. 3, which should have triggered Intelligent power supply flight envelope protections and caused the airplane to trigger an aural stall warning.

ENERGY EFFICIENCY

The motion sensors built into LED High Bay lights save energy and money by automatically turning the light on when someone enters the sensing range and turns it off once nobody is there. This eliminates the need for people to manually turn the lights on and off, saving on electricity costs and helping businesses meet environmental mandates and sustainability goals.

There are a few different types of High Bay Sensors available, depending on the needs of your business. For example, a PIR (Passive Infrared) Sensor detects movement in the air and uses this to activate the LED light. This type of sensor is ideal for lower ceiling facilities like e-commerce warehouses. However, for higher ceilings where there is a lot of material handling equipment and vehicle traffic a microwave sensor is required.

A microwave sensor is more accurate than a PIR sensor and can be used in a wider range of applications. Hytronik also offers dual sense High Bay Sensors that incorporate both a PIR sensor and a microwave sensor to provide the best possible solution for your application.

Many of our High Bay Sensors have a daylight harvesting feature that monitors the amount of natural light in the area and adjusts the LED brightness accordingly. This allows you to save even more energy by only illuminating the areas that require it. Additionally, many of our High Bay Sensors have a remote programming option. This removes the need to close off the area and use a scissor lift to access the sensor, allowing you to change its settings from anywhere in your facility.

EASY INSTALLATION

Adding motion sensors to fixtures that are being used as a high bay fixture can help save money by reducing the amount of time that the lights are ON when they don’t need to be. This allows the lights to only be ON when they are needed and will extend their life. While there are certain wiring tasks that should be left to a professional, adding a sensor to a light fixture is a relatively simple task.

Cooper’s OEF High Bay Passive Infrared (PIR) occupancy sensor installs directly to a lighting fixture or to an electrical junction box. It is self-contained and includes both the sensor and the switching contact. It can be configured to control 0-10 VDC LED drivers and dimming ballasts, or non-dimming fluorescent ballasts. The OEF also has a user-adjustable daylight threshold to reduce the amount of energy used in daylight control mode. It comes standard with a High Bay lens and aisle mask, but can be switched to either a Low Bay or Aisle lens by changing the lens trim ring.

The OEF mounts in a 1/2″ knock out hole at the end of a luminaire or on the edge of an electrical box. The sensor is easy to wire using the provided wiring guide. First, strip your wires and fish them through to the location where the Sensor will be mounted. Once the wires are connected to the Sensor, connect it to the fixture and its switch leg.

VERSATILE APPLICATIONS

Whether used in warehouses, manufacturing or other industrial high ceiling areas, a High Bay Sensor can make your lighting operate only when it is needed. This can save energy and reduce your wattage consumption. It also makes for safer and more comfortable environments for workers and customers.

This fixture mount passive infrared (PIR) occupancy sensor installs inside an indoor fixture to provide multi-level control based on motion and daylight contribution. It can be mounted with a 360 general area or aisle High Bay Sensor way lens or masked to only cover a specific area for the application. This sensor also includes a built-in light level sensor to prevent lighting from turning on when sufficient ambient light is present and can be adjusted with rotary trimpots.

Helvar is introducing a variety of new ceiling mount sensors for high bay applications to its award-winning intelligent wireless controls system ActiveAhead. These sensors will be available as standalone products or integrated with many of Helvar’s Albeo high bay LED luminaires. These sensors will be inserted into a 60x22mm rectangular Zhaga Book 20 knockout in the luminaire body and work with wired DALI-2 and Helvar’s intelligent wireless ActiveAhead solution.

These smart sensors are ideal for industrial spaces because they combine a PIR motion sensor and photocell into one unit. This helps to minimize wiring and simplify installation and maintenance. The sensor connects to the WaveLinx Wired local bus and returns occupancy and a light level measurement value to the system for daylight harvesting.

LOW MAINTENANCE

High Bay Sensors are a “set it and forget it” way to manage lighting control without constantly having to remember to turn lights ON or OFF. They are also a great energy savings solution and keep light levels in your facility at a level that is most comfortable for the occupants.

The HBS 300 offers a 360 degree occupancy based lighting control in warehouses and other indoor high and low bay open areas with aisle coverage that can be masked by an optional aisle mask (included). The sensor mounts in a 1/2″ knock out hole on the end of a luminaire or junction box.

It uses passive infrared (PIR) to detect motion within its field of view and automatically switches on the lights to the set dimming level. When no motion is detected after the scheduled time delay, the lights are switched OFF. The sensor can be remotely adjusted for length of time delays, light level sensitivity and other settings using BubblyNet. It can be used in damp or wet locations and is UL Listed for use in industrial, commercial and institutional applications.