Kidde Edwards Data Sheet K85001-0616 - EC5000R Reflective Beam Detector

Reflective Beam Detector EC5000R comprises a transmitter and receiver in a single en The transmitter emits an invisible infrared light beam that reflected via a reflector mounted directly opposite and within a line of sight The reflected infrared light is detected by the and analyzed Smoke in the beam path will reduce the re infrared light proportionally to the density of the smoke The analyzes this attenuation and initiates an alarm condition a predetermined level of obscuration is reached EC5000R System features advanced innovations such as which indicates the optimal location of the reflec by means of an integrated laser Once installed the system steers and maintains the beam to the optimum posi for reliable performance Features Range of 26.25 to 330 ft 8 m to 100 m Ground level controller with LCD display for easy system main and testing Up to two detector heads reporting to one controller Laser assisted prism mounting speeds installation Automatic beam alignment increases reliability Contamination compensation reduces nuisance alarms Building shift compensation maintains system integrity Separate alarm and trouble contacts for easy configuration Built in electronic UL ULC obscuration accepted fire test Password protected settings for added security Programmable fire thresholds for application flexibility 1 of 4 D A T A S H E E T K85001 0616 to be used for installation purposes Issue 1 Catalog u Conventional Initiating DevicesTechnology that saves livesfirealarmresources com beam smoke detectors are ideal for large open areas as warehouses hotel atrium industrial plants and school infrared signal is projected out of the transmitter optics to the placed at the opposite end of the detection zone The is reflected back to the receiver where it is analyzed for fire trouble The maximum lateral distance either side of the beam found to be typically 30 feet 9.1 m for satisfactory detec under flat ceilings providing a total area coverage of 19,800 feet 60 feet x 330 feet or 1844 square metres 18.3 x m stratification may be overcome by mounting multiple beam at different heights one of which will project an infrared below the heat layer and into the smoke layer time will be longer in a building with a peaked roof if a occurs at the fringes of the protected area If in doubt conduct smoke tests ideal location and spacing of the detector is critical in a prop installed and operating fire alarm system It is recommended the detectors be located and spaced in accordance with 72 recommended installation height is approximately 19 to 24 483 to 610 mm below the ceiling However in all instal the National Fire Standards for that country state must be of the reflecting properties of the beam all objects must kept a minimum of 19 inches 483 mm away from the centre the beam path down the entire beam length If highly reflective are close to the beam then greater clearances should be Spacing Detector to 24 inches to 610 mm Positioning the reflector s on a secure surface directly opposite the Ensure that there is a clear line of sight between the and the reflector s and that no moving objects such as or mechanical equipment interfere with the beam path All should be kept away from the center of the detector beam the entire length of the beam path Reflectors should not be on glass or reflective surfaces detectors come standard with a single which should be mounted between 27 160 feet 8 and 50 m from the detector detector reflector distances of to 330 ft 8 to 100 m order Long Range Reflector Kit This three additional reflectors for as shown at right the Ordering Table for available brackets and options 102 mm mm mm reflec 204 mm mm mm mm mm mm mm mm mm of four reflectors Detectors ft 18.3 m max positioning shown here is recommended for protected with flat ceilings Spacing may vary for areas with high or ceilings In such cases verify operation with smoke tests in to 30 ft Ft max in to 30 ft mm to 9.14 m m mm to 9.14 m some cases potential smoke layering may be overcome by multiple beam detectors at different heights 2 of 4 D A T A S H E E T K85001 0616 to be used for installation purposes Issue 1 Wiring field wiring interface is accessed through the back plate of the head The 8 pin connector is the interface to the field and numbered left to right This diagram is an example for a single beam unit installed as the only device on a zone The operation for Fire and Trouble should always be verified are shown in quiescent standby condition Alarm and of Line resistor values are determined by the fire alarm control and market standard practices Wiring in 202 mm in mm in 134 mm in 134 mm A B A B COM N C COM N C COM N C COM N C Specification projected beam type smoke detector shall be listed to UL listed and shall consist of up to two integrated transmitters detector heads and single low level remote control unit detector shall operate between a range of 26.25 ft to 330 ft to 100m The temperature range of the system shall be 4 131 20 to 55 The beam detector heads shall include integral built in laser pointer to assist prism mounting The detector shall feature automatic gain control which will com for gradual signal deterioration from dirt accumulation on lenses The beams detector heads shall include AutoOptimise motorized head feature to ensure unit is always maximum signal available and shall automatically com for building shift The unit shall include a low level remote and control unit with LCD read out for set up reporting testing of up to two separate detector heads The system be capable of programming alarm thresholds of 10 to 60 1 increments The system shall be capable of programming to fault and delay to alarm from 2 seconds to 30 seconds in second increments Test and acceptance of the system shall be out by using the UL approved internal electronic obscura fire test The projected beam type smoke detector shall be 4 wire 24 VDC device to be used with a Nationally Recognized Laboratory Listed separately supplied 4 wire control The Reflective beam type smoke detector shall be a Fire Enterprises Fireray 5000 Specifications Input Current to 36 VDC Current Mode 5 mA to 8.5 mA 24 VDC on number of detector heads used Current Mode 37 mA 24 VDC mA to 8.5 mA 24 VDC on number of detector heads used A at 30 VDC Resistive Seconds maximum Seconds 60 35 Default to 131 20 to 55 Listed Installations to 100 0 to 37.8 to 93 RH non condensing ft to 330 ft 8 m to 100 m detectors and controllers 24 to 14 AWG pair shielded Current Contacts Time Up Time Wavelength 850 nm Threshold Humidity Rating Retardant ABS Grey Black 7 1 2 Head M 20 Controller 3.24 lbs 1.47 kg 5.28 H x 5.16 L x 5.28 W H x 131mm L x 134mm W 3.43 H x 9.06 L x 7.95 W H x 230mm L x 202mm W 0.37 H x 4.13 L x 3.94 W H x 105mm L x 100mm W Listings ULC S529 File no S3417