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Notifier MCP1A-R470FG-01 Conventional Flush Call Point with 470 Ohm Resistor
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Notifier MCP1A-R470SG-01 Conventional Surface Call Point with 470 Ohm Resistor
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Product Benefits; CPD approved to EN54-2&4 Simple to install Robust fire resistant ABS moulded enclosure Battery space for up to 72 hour stand-by 2, 4 or 8 zone versions available; Zones configurable for delay, coincidence, short-circuit alarm, capacitor or resistive end of line. Fire and fault outputs - volt-free relay or monitored Auxiliary power output for ancillary equipment 2 configurable inputs for ancillary equipment (e.g. class change, alert, etc.) Space for two option modules Optional 8-way relay module, common or zonal switching Optional 1.5A 4-way sounder module, common or zonal switching
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CPD approved to EN54-2&4 Simple to install Robust fire resistant ABS moulded enclosure Battery space for up to 72 hour stand-by 2, 4 or 8 zone versions available Zones configurable for delay, coincidence, short-circuit alarm, capacitor or resistive end of line. Fire and fault outputs - volt-free relay or monitored Auxiliary power output for ancillary equipment 2 configurable inputs for ancillary equipment (e.g. class change, alert, etc.) Space for two option modules Optional 8-way relay module, common or zonal switching Optional 1.5A 4-way sounder module, common or zonal switching
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CPD approved to EN54-2&4 Simple to install Robust fire resistant ABS moulded enclosure Battery space for up to 72 hour stand-by 2, 4 or 8 zone versions available Advanced Features Zones configurable for delay, coincidence, short-circuit alarm, capacitor or resistive end of line. Fire and fault outputs - volt-free relay or monitored Auxiliary power output for ancillary equipment 2 configurable inputs for ancillary equipment (e.g. class change, alert, etc.) Space for two option modules Optional 8-way relay module, common or zonal switching Optional 1.5A 4-way sounder module, common or zonal switching
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Key Features:; Compatible with the Notifier Range of Analogue Addressable Fire Alarm Control Panels. Including the Notifier ID3000, Notifier ID2000, Notifier ID50 and Notifier ID60 Panels. Part of the New Notifier Opal Range of Analogue Addressable Detectors. Colour : Ivory (To Match Colour of Previous Notifier Detectors and Bases) New Replacement for the Notifier SDX-751EM Detector Backwards Compatible with Existing Notifier Systems LPCB Approved Tri Colour LEDs
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Key Features:; Built in short circuit isolation New advanced Opal protocol allows mapping of the loop for precise fault location using isolators Tri colour LED offering red, green and amber colours Rotary decade address switches Pure white colour to complement modern buildings 100% mechanical and electrical backwards compatibility Base designed to ease installation and wiring
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Key Features:; Built in short circuit isolation New advanced Opal protocol allows mapping of the loop for precise fault location using isolators Tri colour LED offering red, green and amber colours Rotary decade address switches Pure white colour to complement modern buildings 100% mechanical and electrical backwards compatibility Base designed to ease installation and wiring
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Key Features:; Built in short circuit isolation New advanced Opal protocol allows mapping of the loop for precise fault location using isolators Tri colour LED offering red, green and amber colours Rotary decade address switches Pure white colour to complement modern buildings 100% mechanical and electrical backwards compatibility Base designed to ease installation and wiring
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5 – 100m operating range, designed for the protection of buildings such as shopping centres, heritage buildings, warehouses and other structures with large open spaces Easy set-up and calibration with visual aids for both coarse and fine adjustment Loop powered with built in isolation for system mapping Utilizes the advanced Opal digital protocol whilst remaining backward compatible with existing Notifier system The NFXI-BEAM-T Beam Detector features a unique remote test capability that fully tests both the optics and the electronics of the device. This means there’s no need to hire a platform to give high level access to the device in testing. Two automatically variable sensitivity modes compensate for short term environmental changes Automatic drift compensation compensates for long term sensitivity changes caused by environmental factors Four fixed sensitivity level
