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The operational characteristics of LED lighting and the related drivers can cause significant in-rush currents at start-up, resulting in nuisance tripping of the circuits during switching. Morgan Hope have designed the ICP-3 to interface with the distribution board lighting circuits, including but not limited to ranges of various types of Circuit Breakers or Fused Systems. The purpose of the ICP Range is to suppress the in-rush current from the LED circuits and drivers. In-rush current is a momentary surge of power which is rarely simultaneous when switching multiples of LedLite Luminaires, enabling a single ICP-3 unit to manage up to 20 fittings per circuit. The ICP protects against circuit tripping and damage to circuit breakers.
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IntegraCell is a patented daylight sensor developed to automatically switch lights on at dusk and off at dawn, providing continuous illumination through the night. Unlike standard photocells requiring the sensor head to be fitted into the body of the luminaire, the unique design of the IntegraCell, incorporating 2 photodiodes, is programmed to distinguish between daylight and LED light, enabling it to be concealed within the luminaire but still operating on daylight switching only.
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The MCD-PIR Movement Controlled Dimmable Lighting System is designed to operate LED or fluorescent analogue 1V to 10V dimming Ballasts or Drivers, maintaining full output during occupancy, then dimming in two stages with 50% output after 5 minutes of non-detection and an additional 40% after a further 2.5 minutes of non-detection, to remain at a constant 10% output. Any time during the time-out movement is detected, the luminaire will switch to 100% output. The MCD-PIR does not have daylight facility and whilst suitable for most areas requiring occupancy control it is especially useful in areas such as Data Centres, where moving equipment could cause nuisance switching with Microwave detection.
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The MicroDim “Dimmable” Microwave Occupancy System is designed to operate with both LED and Fluorescent with 0V to 10V analogue dimming LED Drivers and dimming High Frequency Ballast, which functions on the basis of full output when movement is detected and will dim in a single stage to minimum output of the Driver/Ballast rating at approximately 10%, when the area is unoccupied. It can supplied for remote surface mount fixing or located within the housing of the luminaire and will detect through the diffuser and as such will operate on occupancy but still retain the sealed integrity of the luminaire.
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MicroTect is an occupancy detector system utilising Microwave technology to provide rapid response detection, with high sensitivity, where PIR technology would be restricted. It is designed to react to the slightest movement within its detection zone, even when concealed within luminaires. The MicroTect “IM” is primarily designed for location into luminaires whereas the MicroTect “SM”is primarily designed to be situated outside luminaires
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MiniTect is a miniature PIR Detector with remote sensor head that is connected by a linking cable to the main switch box and is designed primarily for fitting integrally into LED or Fluorescent based luminaires. MiniTect is an automatic sensor switch device using infrared detection and IC & SMB technology, to detect presence of movement and light conditions within its detection range. The main switch box consists of a series of Dip Switches to adjust “Time Out” from 5 seconds to 8 minutes – daylight option to hold off operation unless below 10 lux – sensitivity switch to improve detection range – detection range of approximately 5m radii – switching load of 200W.
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