Merrytek Intelligent Sensor

Designed with energy efficiency in mind, Merrytek intelligent sensors offer power-saving functions to reduce overall costs. NET LED supply these sensors alongside the remote used to control them, which can be programmed and configured to your specifications.

The 0-10V interface can be matched up with the standalone daylight sensor MS01 to implement daylight harvesting, which automatically dims artificial light when enough natural light is detected. Detection range and accuracy are validated via a polar graph.

1. Motion Detection Capabilities

Whether you need a smart motion sensor for your home or commercial building, Merrytek has a model that suits your needs. These high-tech devices can accurately detect even the slightest movement and respond to them in a variety of ways.

This is accomplished by using innovative technology and rigorous quality control. The company’s state-of-the-art facilities are outfitted with sophisticated machinery, and each device undergoes extensive testing before it is released to the public.

With a range of features, the intelligent sensors are able to accommodate different requirements for lighting and more. They can be used to regulate a lighting system in accordance with occupancy or sunlight availability, and can even work with HVAC systems to optimize energy efficiency.

Powered by a ZigBee hub, the smart motion sensors can connect with voice assistants and other products to create an intelligent lighting system. Some of the models also feature a Daylight Harvesting function, which can adjust illumination to meet changing daylight conditions throughout the day. These features are designed to enhance productivity and provide a comfortable working environment.

2. Versatile Applications

Merrytek has incorporated intelligent technology into their microwave motion sensors. This allows users to customize sensor settings outdoor flood lights based on specific requirements. For example, the sensor’s sensitivity level, detection area, and daylight threshold can all be customized depending on the needs of a particular installation.

This versatility makes microwave motion sensors ideal for a wide variety of applications, including security systems and energy management solutions. In addition, they can also be used in smart buildings and home automation systems to control lights, heating, and cooling based on occupancy. This enhances efficiency and improves safety by reducing the number of unnecessary operations.

Moreover, the smart sensor can be used in conjunction with 1-10V dimmable LED drivers or ballasts to allow for hands-free operation of lighting fixtures. For instance, the 1-10V sensor MC054V can be integrated into LED high or low bays and non-corrosive fittings (NCF) to automatically dim or turn on when motion is detected. The device’s 0-10V interface can also match up with Merrytek’s standalone daylight sensor MS01, allowing for daylight harvesting and more precise control of artificial light levels.

3. Energy Efficiency

With the ability to accurately detect motion, Merrytek sensors reduce energy consumption by turning off or dimming lights when no movement is detected. This helps keep a workspace well-lit when it’s needed while saving money by not wasting power.

With a 50-strong R&D team, Merrytek have designed products with long detection ranges to pick up even the slightest of movements. For example, the Lifebeing sensor has a 20m detection radius and can be used with non-corrosive fittings such as bulkheads.

Other features like the daylight harvesting function help cut energy costs further by automatically adjusting the amount of artificial light to match that of the natural sunlight available in the room. This is particularly useful for offices, keeping the workspace at a constant brightness and providing a balanced environment throughout the day.

The 0-10V interface in the sensors can be used with Merrytek’s stand-alone daylight sensor MS01 to implement daylight harvesting, meaning your lighting system will turn off or dim the artificial light according to the availability of natural light. This reduces energy consumption and makes for a more sustainable solution.

4. Smart Algorithms

Merrytek’s smart algorithms allow for customization of sensor settings based on your specific application. They also help differentiate between human movements and other environmental changes so that lights are only turned on when needed.

By combining their international patent low impedance antenna technology with Lifebeing motion detection algorithm, any slight movement or even breathing signals can be collected to achieve true occupancy detecting. This avoids the interference caused by air conditioning, exhaust fan and wireless signals.

Additionally, this technology allows for accurate spatial constant light by using self-developed Fresnel optical lens and illumination detection algorithm. This ensures that artificial lighting and daylight interact naturally to provide a perfect visual experience.

Machine learning algorithms have huge potential for industrial IoT solutions, but the cost of hiring teams of data scientists can be prohibitive for smaller companies that Merrytek Intelligent sensor are working with niche consumer and industrial products. SensiML, a new platform that we’re excited to work with at Prime Light, brings the costs down significantly by automatically generating machine learning inferencing code for complex sensors like motion and vibration pattern recognition.

5. Wireless Communication

Merrytek Intelligent sensor has redefined the concept of smart sensors with its innovative design and unique features like intelligent motion detection capabilities and versatile applications across various industries. By carefully selecting the right model based on your individual requirements, you can unlock its full potential and enjoy the benefits of this high-tech device.

Unlike traditional sensors that depend on light to detect movements, these devices use microwave signals to effectively detect even subtle changes in the environment. This enables them to accurately detect human presence, monitor ambient light levels and control energy consumption automatically.

In addition to lighting systems, these sensors can also be used to monitor and regulate HVAC systems. They can even be paired with other environmental sensors to provide valuable data that enhances decision making and improves operational efficiency.

Integrated with a 1-10V dimming power supply, this model features adjustable settings for time delay, corridor function and daylight threshold to accommodate different applications. Its patented low impedance antenna design effectively resists interference caused by 5G, WiFi, Bluetooth and other wireless signals.