Technology is changing the lighting world. Nowadays, you can enhance your home’s lighting controls through Hytronik lighting sensors. For instance, you can use Hytronik occupancy sensors to detect or recognize motion once someone enters a room. These automated devices are available in different types. Common ones include:

• Passive infrared sensors
• Microwave sensors
• Ultrasonic sensors
• Video image processing sensors

These sensors are mounted on the ceiling. Occupancy sensors leverage the Internet-of-Things-based networks to communicate with the property’s management systems. They rely on automation technology. These sensors are connected to HVAC systems, lighting, as well as ventilation. They provide real-time occupancy analytics. They provide real-time information on desk usage, space utilization, and space efficiency.

Introduction

Hytronik occupancy sensors utilize microwave technology to detect motion and control the lights. The sensors are stable and less vulnerable to heat changes. They get activated when the light level falls below a set threshold.

When movement is detected, the lights will be automatically turned on. After a preset hold time, the lights will be turned off.

Adding lighting controls can go a long way in minimizing your energy costs. Installing occupancy sensors in your home or office can reduce your energy consumption by up to 90 percent. When space isn’t occupied, lighting will be automatically reduced or turned off, hence minimizing energy wastage. Depending on the room where the sensors are installed, you can achieve significant savings.

Although most occupancy sensors are hardwired, you can still find wireless controls that utilize radio frequency to send signals. You can attach these sensors to the wall since no electric wiring is required. Since no wiring is needed, you won’t incur high labor installation costs.

It’s also imperative to note that wireless occupancy sensors offer increased flexibility. You can quickly move them in case the room usage changes. You can install them in your restrooms, conference rooms, as well as, stairwells.

With the rising need for telecommuting, offices, classrooms, parking lots, as well as, warehouses have become excellent candidates for occupancy sensors.

Lighting Controls

There are two types of lighting control strategies: occupancy and vacancy sensors. When it comes to occupancy sensors, the lights are automatically turned off when an object is detected, and once the user-designated period lapses, the lights are switched on.

But with vacancy sensors, the individual entering the building manually turns on the lights. Once they’ve left and no movement is detected, the sensor will automatically switch off the lights. Compared to occupancy sensors, vacancy sensors are more efficient and can yield higher energy savings.

Hytronik Occupancy Sensors From Saving Light Bulb

SLB stocks a wide range of Hytronik occupancy sensors. These sensors leverage microwave control technology to detect movements. As a result, you can automatically control the lights in any space. You can be sure of excellent lighting control with precise lighting calibration. Get in touch for innovative Hytronik occupancy sensors today.

The Bottom-Line

Optimize space utilization with occupancy sensors. Monitor movements within a room with occupancy sensors. Available in different types (i.e. PIR environmental, ultrasonic, microwave, and smart meters sensors.  Also known as presence sensors, occupancy sensors relies on automation technology to detect motion and send appropriate signals to the lighting device. They are usually integrated with your building’s systems, including the HVAC, ventilation, etc. This optimizes security, energy usage, space utilization, etc. The above guide will; help you understand occupancy sensors and how they can help make maximum use of any space.