Cerberus Pyrotronics ILI-1 1A 1B 1H 1AH 1BH Intelligent Photoelectric Detector 6165

ILI Series Ionization Smoke Detectors for IXL MXL and XL3 Panels AND ARCHITECT SPECIFICATIONS ILI 1A ILI 1B ILI 1H ILI 1AH ILI 1BH On Board Motorola Microprocessor Based Design Technology Provides High Speed Fault System Detector Communications Supervision Protects Critical Detector Highly Resistant to RFI EMI and Humidity Sensitivity Adjustment and Measurement Indicator LED Wire Operation Compatible with SensorLINK model FPI 32 Field Program Verify Detector Addressing Diagnostic Testing of Detectors Software Based Automatic Environmental Comp available only when used with MXL Series systems Optional Fully Programmable Relay Base and Audible Base ULC Listed FM CSFM and NYMEA Approved Pyrotronics ILI 1 ILI 1A ILI 1B ILI 1H ILI 1AH ILI intelligent ionization smoke detectors offer the fire and safety industry the most advanced method of detection and communications available today the ILI Series detectors provide an extremely degree of resistance to RFI EMI and humidity The ILI ionization detector utilizes a state of the art Motorola with EEPROM The micropro provides the power to operate the detector detection error checking and supervision ILI Series intelligent ionization detectors are compat with Cerberus Pyrotronics SensorLINK FPI 32 field The FPI 32 is a compact portable accessory which makes programming and detectors faster easier and more reliable than other The FPI 32 eliminates the need for cumbersome mechanical programming methods and reduces and service costs by electronically program addresses and functionally testing the ILI perfor before the detector is installed ILI Series ionization detectors are also compatible with Pyrotronics IXL MXL and XL3 control panels ILI Series detectors are Underwriters Laboratories Listed ILI 1 ILI 1A ILI 1B ILI 1H ILI 1AH ILI 1B are two wire ionization detectors compatible with Pyrotronics IXL MXL and XL3 control panels ILI Series ionization detectors consist of self compen dual ionization chambers and highly stable solid electronic circuitry outer chamber of the detector self compensating ionization chambers detects the presence of products combustion The inner chamber serves as reference to stabilize the detector sensitivity to gradual in environmental conditions Also the detector chip software compensates for ambient changes As a result temperature and changes have a minimal effect on the detector within the detector specified operating range NUMBER detector microcomputer chip has the capacity of in memory identification information as well as operating status information such as assigned threshold and trouble threshold values In addition ILI Series detectors using their microcomputer chip can in either of two protocols One protocol type used when the ILI Series detectors communicate with the and IXL control panels and the other protocol is used XL3 communication the ILI Series detectors are linked to an MXL or IXL ICon whether the detector operating status is normal or alarm or trouble depends upon the difference between alarm threshold value stored in the detector memory the detector analog value The detector then commu its operating status to the control panel addition the MXL periodically obtains the signal of the analog value When the MXL determines that the analog values indicate excessive dust build up MXL informs the user that the particular detector maintenance the ILI Series ionization detector alarm condition is by the control panel the detector LED blinks continues blinking until the system is reset at the panel Also any user defined system alarm function control by event functions are activated when the goes into alarm Each ILI Series ionization detec is capable of operating one I Series remote alarm or one auxiliary relay or one audible base sensitivity calibration and identification are supervised by the control panel Detector can be changed from the control panel SensorLINK Model FPI 32 Programmer Tester is used to and verify each detector address The user the Program Mode to enter the desired address FPI 32 Programmer Tester then automatically sets and the address as well as tests the detector The FPI 32 rechargeable batteries so each detector address can programmed by the user from the most convenient The user can also separately test the detector for When the user selects the Test Mode a series tests are automatically conducted and the user is whether the detector has passed or failed ILI Series are fully compatible on the same MXL circuit other IL Series detectors MSI Series manual stations Series interfaces or the CZM Series addressable zone modules The ILI Series are fully compat on the same IXL Icon circuit with other IL Series MSI manual stations and TRI 60 interface The ILI Series are also fully compatible on the XL3 circuit with all X Series detectors manual or interface modules ILI Series detectors use a low profile surface mounting Model DB 3S which mounts to a 4 inch octagonal or single gang electrical box Relay base Model DB mounts to a 4 inch square deep electrical box base Model ADBI 60 also mounts to a 4 inch deep electrical box When a 4 inch square or 4 inch deep box is used an optional finish ring for these is available Model RA ADB DB 3S DB X3RS and ADBI 60 bases use screw clamp for all electrical connections and self wiping for reliability The bases also contain a provision an optional concealed locking mechanism to prevent removal of the detector head Model DB LK ILI Series ionization detectors are designed to meet a range of system design parameters The ILI is de to be used in areas which have minimal air velocities up to 300 ft min The ILI 1A is designed for open area and plenum protection where the air velocity is ft min such as under floor areas in computer The ILI 1A has a specially designed internal cham cover to provide the detector with the stable operation for this type of service ILI 1B is designed specifically for use with Cerberus AD 3I air duct detector housing and like the ILI contains a specially designed internal chamber cover ILI 1B must be used with the AD 3I air duct detector in air duct applications with air velocities of 500 ft min If a relay is desired use a DA X3SR module the AD 3I housing ILI 1 ILI 1A and ILI 1B are also available for use in high applications 3000 to 8000 feet above sea level as model numbers ILI 1H ILI 1AH and ILI 1BH equipment is approved for operation over the tempera range of 0oC and 38oC Data XL3 INX input module contains four circuits with each capable of supporting up to thirty ILI Series intelli ionization detectors The MXL uses ALD loop circuits each circuit capable of supporting up to sixty ILI Series detectors The IXL uses an ICon module and ICon module is capable of supporting sixty ILI Series ionization detectors ILI ionization detectors are applicable to the maximum foot center spacing 900 sq ft as referred to in the Fire Protection Association Standard 72 This is based on ideal conditions namely smooth no air movement and no physical obstructions the fire source and the detector This spacing be used as a guide or a starting point in detector layout Do not mount detectors in areas close to or air conditioning outlets Exposed joists or ceilings may also affect safe spacing limitations for It is mandatory that engineering judgment be regarding detector locations and spacing Should arise regarding detector placement follow NFPA guidelines detector or group of detectors require a two wire of 18 AWG thermoplastic fixture wire enclosed in or 18 AWG limited energy shielded cable without if permitted by local building codes Wiring should to local and National Electrical Codes and to the panel wiring specifications is permitted only for Style 4 Class B wiring addressable ionization detectors shall insert into the Model DB 3S base or the ADBI 60 audible base or r