Siemens ADBI-60A Audible Base, Installation Instructions

Installation Instructions Base ADBI 60A Model ADBI 60A Audible Base consists of a standard Series 3 base with an audible device All field wiring terminates at two four terminal blocks located on the back of the unit The ADBI 60A is used System XL3 System IXL ICON 1 System MXL or System MXL IQ Refer to Table 1 for compatible detector model numbers and the Installation Instructions The ADBI 60A operates as described below to Figures 1 2 3 4 5 6 and 7 different configurations can provide audible signal circuit power to the at terminals 1 through 4 as shown in Figures 1 2 3 4 5 6 and 7 the supervisory state no alarms the polarity of the power to all is in a reversed off normal state resulting in zero current flow to base alarm reported to System XL3 or System MXL MXL IQ activates the or TRI B6R module and triggers the AA 30U AE 30U modules See 2 and 3 The power to all ADBI 60As reverses polarity for normal but no audibles sound The System XL3 or MXL MXL IQ may then command the ADBI 60A under programmed control to sound via circuitry in the addressable detector plugged into each ADBI 60A For IXL the CE S is programmed to follow the system alarm relay See 6 and 7 Only those ADBI 60As connected to a detector in alarm will The ADBI 60A is UL 268 listed and meets the UL audibility sound requirement of 85 decibels at 10 feet The ADBI 60A is used for primary building evacuation NFPA 72 that the source of audible power be capable of operat all primary evacuation audibles at the same time Industry Inc Technologies Division Park NJ 315 099358 2 Building Technologies Ltd Safety Security Products Kenview Boulevard Ontario 5E4 Canada 1 Diagram for ADBI 60A Audibles by System XL3 RATINGS AND CONSTRAINTS Rating 25 5 VDC Supervisory 0A 37mA at 25 VDC The maximum number of ADBI 60As per an AA 30U AE 30U SPX 1 SMB 1 2 IXL ICON 1 or CSM 4 Bell power loop is 40 no other devices connected and with the maximum loop current The number of ADBI 60As cannot exceed the maximum current to the loop See the System XL3 Manual P N 315 the IXL Manual P N 315 092371 the MXL Manual 315 092036 or the MXL IQ Manual P N 315 093624 for compatibility details of INX ALD and audible circuit wiring Maximum line resistance permitted both wires not including the end line resistor is 3 ohms A minimum of 14 AWG wire must be used T tapping of the audible circuit Figures 1 2 3 4 and 5 is not the ADBI 60A is powered by System XL3 Figure 1 the total System available for indicating appliances is 5A If more than 5A is the configuration in Figure 2 or Figure 3 must be used for power an external power source is used on the SPX 1 tie the negative side the external power supply to the negative of the PSX 24 VDC power that is from terminal 1 or 2 of P9 or P10 on the PSX to terminal of the SPX 1 The 24 VDC external power source should not be powering any devices that could generate noise on the line such as Alarm system or devices which are not part of the fire system If there is any ground detection with the 24 VDC power disconnect it Use the AA 30U for either Style Z Class A or Style Y Class B the AE 30U for Class B wiring only Figures 2 and 3 The ADBI 60A is powered by System MXL MXL IQ Figures 4 and 5 System power for indicating appliances is 5A If more than 5A is use the configuration in Figure 2 or Figure 3 for auxiliary See Note above Connect terminal 6 of the PS 35 Figures 2 and 3 to the minus DC of the System XL3 or MXL MXL IQ main power supply for proper fault supervision The ADBI 60A is powered by System IXL Figure 6 the System power indicating appliances is 3A If more than 3A is required use the in Figure 7 additional information on the modules used in an individual refer to the Installation Instructions for that particular or contact your authorized Siemens Industry Inc Diagram for ADBI 60A Audibles Powered Auxiliary Power Supply with Battery Backup 2 Diagram for ADBI 60A Audibles Powered Auxiliary Power Supply No Battery Backup 3 4 Diagram for ADBI 60A Audibles by System MXL MXL IQ Main Board 10 3 3 5 7 9 13 15 2 5 6 10 13 14 11 6 4 6 8 10 14 16 4 7 8 12 15 16 CURRENT AMPS AMPS AMPS AMPS 2 3 4 2 3 4 AMPS to the following Installation as needed 315 090854 315 092471 315 095306 315 090910 315 091262 315 094275 5 Diagram for ADBI 60A Audibles by System MXL MXL IQ CSM 4 Module MAIN BOARD OHMS 6 Diagram for ADBI 60A Audibles by IXL System 1 2W NEXT ADBI 60A OR DB X3RS Set the CE S address to 201 to the System alarm relay Only detectors attached to the can be used with the The ADBI 60A turns on when associated detector goes alarm The UL listed power supply battery backup is rated 24 VDC It must supply current to handle at 10 of the ADBI 60As to it LISTED NEXT 7 Diagram for ADBI 60A Audibles by a Remote Power Supply System IXL PLACEMENT 1 lists the detectors that can be used with the ADB 3 and ADBI 60 Bases along with the appropriate Installation Instructions 1 INSTRUCTIONS BASE for MXL MXL IQ and IXL ICON 1 w DB ADPT 315 095921 6 w DB ADPT 315 095921 6 Base for XL3 315 090287 2 315 090287 2 315 090287 2 315 090287 2 315 090288 2 315 092594 6 315 095028 3 315 092594 6 315 093336 1 315 083534D 315 086587B 315 085388F 315 086588B 315 084125C 315 092594 6 315 092594 6 though no specific spacings are allocated to the detectors used with bases use 30 foot center spacing 900 sq ft as referred to in NFPA 72 National Fire Alarm Code Chapter 5 and CAN ULC S524 as a or starting point if practical in a detector installation layout This spacing is on ideal conditions ceiling no air movement and no physical all installations except in special circumstances like computer room locate the detector on the ceiling a minimum of 6 inches from a wall or on a wall between 4 and 6 inches from the ceiling questions arise regarding detector placement it is extremely important that drawings provided or approved by Siemens Industry Inc or by its distributors be followed The detector placements shown on these were chosen after a careful evaluation of all facets of protecting the Environmental factors such as air current temperature humidity air and the nature of the fire load are carefully considered Special is given to room or area configuration and the type of ceiling or flat smooth or beamed Siemens Industry Inc s extensive experi in the design of fire detection systems assures optimum detector place and is reflected in these drawings Follow sound engineering judgment by qualified personnel WIRING base model ADBI 60A should be interconnected as shown in the Diagrams above and wired to the specific system modules control panels following the appropriate instructi