Cerberus Pyrotronics ID-60I A B Initiating Device Ionization Detector 6155

ID 60 SERIES Initiating Devices Ionization Smoke Detectors MXL and IXL Control Panels AND ARCHITECT SPECIFICATIONS ID 60I ID 60IA ID 60IB Custom Microcomputer Chip Technology Innovative Technology Supports Intricate and Detector Communication Dynamic Supervision Remote Sensitivity Adjustment and Capability LED Pulses Only During Alarm Two Wire Operation SensorLINK FPI 32 Programs and Verifies Address and Tests Detector Electronic Address Programming is Easier More Dependable Listed ULC Listed NYMEA FM CSFM and City of Chicago Approved Pyrotronics ID 60I ID 60IA and ID 60IB intelli ionization smoke detectors provide the market most method of detection address programming and combined with sophisticated control panel Each ID 60 Series ionization detector a microcomputer chip The ID 60 Series chip technology and its sophisticated bi communication capabilities with the control achieves the state of an Initiating Pyrotronics innovative technology also allows all Series intelligent ionization detectors to be pro by using SensorLINK the Model FPI 32 Program The FPI 32 Programmer Tester is a compact menu driven accessory which makes program and testing a detection device faster easier and dependable than previous methods The FPI 32 the need for mechanical addressing mecha such as program jumpers dipswitches or rotary because the FPI 32 assigns the ID 60 Series address into the detector microcomputer chip memory Vibration corrosion and other which deteriorate mechanical addressing are no longer a cause for concern ID 60 Series ionization detectors operate with either IXL MXL or the XL3 control panel ID 60 intelligent ionization detectors are Underwriters Inc and ULC Listed ID 60I ID 60IA and ID 60IB are plug in two wire detectors compatible with either the MXL XL3 IXL ICon control panel Each ID 60 Series ionization consists of self compensating dual ionization custom microcomputer chip technology and stable solid state electronic circuitry outer chamber of the detector self compensating ionization chambers detects the presence of products combustion The inner chamber serves as a reference to the detector sensitivity to gradual changes in NUMBER Catalog Number 6138 conditions Also the detector microcom chip software compensates for ambient temperature As a result temperature and humidity changes a minimal effect on the detector sensitivity within detector specified operating range detector microcomputer chip has the capacity of in memory identification information as well as operating status information such as assigned and trouble threshold values In addition the ID 60 detectors using their microcomputer chip can in either of two protocols One protocol type used when the ID 60 Series detectors communicate with IXL or MXL control panels and other protocol is used XL3 communication the ID 60 Series detectors are linked to an MXL or IXL panel whether the detector operating status is or in trouble depends upon the difference between alarm threshold value stored in the detector memory the detector analog value The detector then com 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 ID 60 Series ionization detector alarm condi is confirmed by the control panel the LED blinks and blinking until the system is reset at the control Also any user defined system alarm function and by event functions are activated when the detector into alarm Each ID 60 Series ionization detector is of operating one I Series remote alarm indicator or 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 the 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 has rechargeable batteries so a 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 ID 60I Series are fully compatible on the same MXL with other ID 60 Series detectors MSI Series stations TRI 60 Series interfaces or the CZM addressable conventional zone modules The ID 60I are fully compatible on the same IXL ICon circuit other ID 60 Series detectors MSI manual stations and interface modules The ID 60I Series are also fully on the same XL3 circuit with all X Series manual stations or interfaces modules ID 60I Series detectors use a low profile surface base Model DB 3S which mounts to a 4 inch square or single gang electrical box Relay Model DB X3RS mounts to a 4 inch square deep box Audible base Model ADBI 60 also mounts to 4 inch square deep electrical box When a 4 inch square 4 inch square deep box is used an optional finish ring these bases is available Model RA ADB DB 3S DB X3RS and ADBI 60 bases use screw terminals for all electrical connections and self contacts for reliability The bases also contain a for an optional concealed locking mechanism to unauthorized removal of the detector head Model ID 60 Series ionization detectors are designed to meet wide range of system design parameters The ID 60I is to be used in areas which have minimal air of up to 300 ft min The ID 60IA is designed for area protection and plenum protection where the air is 0 1200 ft min such as under floor areas in rooms The ID 60IA has a specially designed chamber cover to provide the detector with the operation needed for this type of service ID 60IB is designed specifically for use with Cerberus AD 3I or AD 3XRI air duct detector housings like the ID 60IA contains a specially designed chamber cover The ID 60IB must be used with the or AD 3XRI air duct detector housings in air duct with air velocities of 500 4000 ft min ID 60I ID 60IA and ID 60IB are also available for use high altitude applications 3000 to 8000 feet above sea designated as model numbers ID 60IH ID 60IAH ID 60IBH equipment is approved for operation over the tem range of 0 and 38 Data XL3 INX input module contains four circuits with each capable of supporting up to thirty ID 60 Series ionization detectors The MXL uses ALD loop with each circuit capable of supporting up to sixty Series ionization detectors The IXL uses an ICon and each ICon module is capable of supporting ID 60 Series intelligent ionization detectors ID 60 ionization detectors are applicable to the 30 foot center spacing 900 sq ft as referred to the National Fire Protection Association Standard 72 however is based on ideal conditions namely ceiling no air movement and no physical obstruc between the fire source and the detector This should be used as a guide or a starting point in installation layout Do not mount detectors in close to ventilation or air conditioning outlets joists or beamed ceilings may also affect safe limitations for detectors It is mandatory that judgment be applied regarding detector and spacing Should questions arise regarding placement follow NFPA 72 guidelines detector or group of detectors require a two wire of minimum 18 AWG thermoplastic fixture wire in conduit or minimum 18 AWG limited energy cable without conduit if permitted by local build codes Wiring should conform to local and National Codes and to the control panel wiring specifi T tapping is permitted only for Style 4 Class B and Architect Specifications addressable ionization detector shall incorporate a microprocessor based integrated circuit which provide communication with its compatible control All of the detector