At Communicate, we are not tied down or contracted to use any one particular manufacturer of fire alarm devices, so specialise in a wide variety of manufacturers and models. Below are some examples of some of our tried and tested favourites, in terms of performance and design. But should you not find what you are looking for, then feel free to contact one of our friendly surveyors who would be more than happy to meet with you to discuss your projects requirements.
Using a simple but effective technique, the EV-P Optical Detector incorporates a chamber housing an Infra-Red (IR) LED light and a photodiode light detector set at an obtuse angle preventing it from seeing the light. When smoke enters the chamber the light bounces off the smoke particles and strikes the photodiode, causing it to generate an alarm condition when a set threshold value is met. The EV-P Optical Detector is, therefore, more sensitive to larger smoke particles which tend to be caused by smouldering fires rather than fast flaming fires.
The EV-PH is a combined Optical Smoke and Heat Detector in one unit. This advanced Multi-Sensor can combine the benefits of both optical and heat sensing technologies making it less prone to false alarms than individual sensing devices. An innovative Nittan designed algorithm reads both signals simultaneously and generates alarm signals from either (or both) sensor(s).
Benefiting from the same sophisticated detection technology as the EV-P, the EV-PS Optical Detector comes with a sounder fully integrated within the sensor itself as opposed to a separate sounder base. The EV-PS sensor drives and controls the EV-PSBCN base, with the entire platform only taking one address for maximum system efficiency. This clever design makes for quick and simple installation, saving both time and money, whilst remaining extremely competitively priced. It also makes for a more aesthetically pleasing appearance, with a lower profile for an unobtrusive appearance.
Unlike smoke detectors that detect the presence of smoke particles, heat detectors only react to changes in temperature. The EV-H-A1R is a Thermistor based Heat Detector, which uses electronic components that change their resistance when heated; this change is detected by circuitry within the detector.
Evolution Manual Call Points are available in a choice of STI ‘ReSet’ IP24 (EV-MCP RS RESET Surface Mounting Manual Call Point) or IP67 housing (EV-MCPWP RESET Waterproof Manual Call Point). They are DIL Switch Addressed and, in the case of the EV-MCP RS RESET, come with both Backbox & RF Wall Plate as standard.
Evolution Manual Call Points are available in a choice of STI ‘ReSet’ IP24 (EV-MCP RS RESET Surface Mounting Manual Call Point) or IP67 housing (EV-MCPWP RESET Waterproof Manual Call Point). They are DIL Switch Addressed and, in the case of the EV-MCP RS RESET, come with both Backbox & RF Wall Plate as standard.
The EV-AV2 provides a simple and highly flexible solution to meeting the DDA requirements by providing both sound and flashing light to alert occupants to a fire. Available as both integral base or low profile wall-mounting version The Base version has a fully integrated detector base.
EV-FireBeam+ provides a reliable, cost-effective solution for protecting large areas. Building movement and accessibility have, in the past, made beam detection unreliable, difficult and time-consuming to commission as well as hard to maintain, but FireBeam overcomes these issues through its advanced motorised technology. The beam aligns itself to the centre of the reflector when commissioning and will automatically re-align itself when building movement occurs. Accessory kits allow ranges of 5 -100m.
IP65 rated as standard, the EV-HIOP-SB-SCI is an extremely cost-effective wall mounted Sounder / Beacon (VAD) and is available in Versions with and without Short Circuit Isolator. It comes with 32 alarm tones (3 Approved) to choose from and individually controlled alarm and alert tones, allowing customers to choose a combination that works for any installation. It is EEPROM Addressed (Programmer) and features an FSK signalling protocol for robust, reliable communications.
Nittan’s extensive range of Evolution Analogue Modules – which have a new uniform, sleek design for aesthetic appeal – is designed for the monitoring and controlling of many types of third party equipment. The Modules are all EEPROM Addressed (Programmer), using the EV module address lead.
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