OMNIIRL

Series:	Omni™
Part Status:	Obsolete
Sensor Type:	Passive Infrared
Voltage - Supply:	24V
Coverage:	1500 Square Feet
Output Type:	Logic
Mounting Type:	Ceiling
Color:	White, Off
Operating Temperature:	0°C ~ 40°C
Manual Override:	No

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Proximity/Occupancy Sensors - Finished Units

OMNIIRL technology is a revolutionary way of sensing for various applications. It is used for gathering information or controlling machinery based on the data it produces. This type of sensing technology has been developed in order to help simplify and automate many processes. It relies on infrared (IR) light to detect presence and proximity, and can be used for a variety of applications.The OMNIIRL technology is based on a filter-and-compare procedure that can be used to detect nearby objects and their associated details. The filter consists of a specific type of IR filter, which is designed to block out any IR light which would otherwise cause confusion while sensing. The filter allows only the proper range of wavelengths specific to the OMNIIRL application in question to pass through. The filtered light which passes through is then compared to the internally stored reference pattern for the application. Depending upon the application, a match or a mismatch of the reflected light to the reference pattern will result in a corresponding signal sent to the device.OMNIIRL applications can be used in a wide range of industrial and consumer products. These applications range from door entry systems to automated automated conveyor belts and food delivery systems. It can also be used for contactless identification of various objects such as RFID readers and paper money. The OMNIIRL technology is also used for distance and presence sensing in robotics and navigation systems.OMNIIRL has several advantages over other forms of sensing. It requires no physical contact for the objects being detected, making it suitable for harsh or hazardous environments. It also does not have to adapt to the changing environment as with other forms of sensing, such as an ultrasonic sensor. Furthermore, it allows objects to be sensed through a variety of materials, including glass and paper.The key components in OMNIIRL-based applications are the filter, the controller, and the sensor. The filter is typically a single-channel or multi-channel-selective filter, and it is designed to absorb certain wavelengths while allowing other wavelengths to pass. The filter is typically matched to a specific range of wavelengths for the application being used. The controller processes the filtered light that passes through the filter and then compares it to the stored reference pattern associated with the application.The sensor used in OMNIIRL technology is typically an air-gap type of sensor. This type of sensor utilizes a thin sheet of material, which when exposed to a certain wavelength of light passing through the filter, will generate a weak electrical signal which can be used by the controller to detect the presence and distance (or intensity) of the object that is being sensed. The air-gap type of sensor is ideal for applications where multiple objects can be sensed, as it can measure the relative strength of the signals produced from each object.Lastly, OMNIIRL technology can also be used in a variety of safety applications. This includes using the technology to detect and avoid obstacles that may present a risk in safety-critical environments. Such applications can be used in industrial processes where workers may be exposed to hazardous conditions or in medical applications involving critical patient care.Overall, OMNIIRL technology is a versatile and powerful sensing technology which can be used for a wide variety of applications. It is compatible with various materials, requires no physical contact, and has a flexible working principle. It is being used increasingly in industrial and consumer products as well as safety applications, and will continue to be a prevalent technology into the future.

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