TrueAlert Addressable Notification Appliances

Transcription

1 Fire Control ** IS NORMAL ** :0:pm Mon 9-Feb-9 SY S TE M AC SUPERVISORY TROUB LE SILENCED SUPV TROUBLE SILENCE RESET CONTROL DISC ON NEC T POW ER + V ZONE P WR + 0V ZONE P WR - +IDNE T IDC + - IDNE T IDC - SIMPLEX TIME RECORDER CO MONITOR ZAM, CLASS B INSTAL. INSTR. - DATE CODE: + V ZON E PWR + 0V ZON E PWR - +ID NET IDC + - ID NET IDC - SIMPLEXTIMERECORDER CO MO NITO R ZAM, C LA SS B INSTAL. INSTR.- DA TE CO DE : **S YSTEM IS NORMAL** :0:pm Fri 9-Feb-99 SYST EM ALA RM AC S UPERVI SOR Y TRO UBL E SILENCED PO WER SU PV TRO UBL E SYST EM AC K SILENCE RE SET TrueAlert Addressable Notification Appliances UL, ULC Listed; FM, CSFM, and MEA (NYC) Approved* Features Power and communications interface for TrueAlert addressable notification appliances providing: Three,. A, power limited, isolated output Signaling Line Circuits (SLCs) for addressable TrueAlert notification appliance control with up to addressable notification appliances per SLC (up to 9 per controller) Individual supervision of each appliance allows Class B wiring to be branch connected and T tapped Listed to Standard UL Multiple interface options: Remote Unit Interface (RUI) communications from 00/00U/0 fire alarm control panels (requires Revision 9 software or higher) assigns an address point with custom label to each appliance for individual trouble reporting and provides extensive control capabilities using Virtual NAC appliance grouping IDNet communications from a 00 fire alarm control panel provides individual or multiple channel control using a single IDNet address** Wired control from conventional NACs connects with multiple options 00U TrueAlert Power Supplies are available for internal panel mounting (refer to data sheet S00-00) Class B, T tapped wiring advantages: Less wiring distance is required since traditional end-of-line Class B wiring supervision is not needed With less wiring distance required, voltage drops can be reduced, allowing more appliances per wire run Extensive TrueAlert system diagnostics include: internal LED status indicators identify channel and trouble Selectable appliance magnetic test diagnostic mode and appliance LED polling indicator Supports host fire alarm control panel WALKTEST system test with IDNet or RUI communications** TrueAlert two-wire addressable control of audible and visible notification features: Horns sound with selectable high or low output, as Temporal or March Time pattern, or Continuous, controlled separately from visible appliances on the same two-wire circuit Visible appliances operate synchronized at Hz Internal A power supply/battery charger: Charges internal batteries up to. Ah or up to Ah batteries in external cabinet Provides status monitoring of battery, input power, and earth faults ** IDNet addressable communications are protected by US Patent No.,9,0. WALKTEST service testing is protected by US patent No.,,. TrueAlert addressable notification is protected under U.S. Patent Nos.,,;,,9; and,9,. s and TrueAlert Addressable Operation Reference TrueAlert addressable notification appliances Three TrueAlert SLC Channels TrueAlert Addressable Controller RUI Communications 00U/00/0 Fire Alarm Control Panel or IDNet Communications TrueAlert Isolator Module 00 Fire Alarm Control Panel Optional IDNet Channel Repeater or Fiber Optic IDNet Communications IDNet Fiber Optic Transmitter or Wired Control Non-Addressable Fire Alarm Control Panel Reference Diagram Optional internal modules: Class A (Style ), three channel Adapter Module IDNet Communications Repeater, supports either Class A or Class B operation IDNet Communications Fiber Optic Receiver/Repeater, models are available for Class B or Class A operation External accessories: IDNet communication fiber optic transmitters External battery cabinet for Ah batteries Introduction TrueAlert addressable notification appliances are individually addressed and receive power, supervision, and control signals from a TrueAlert Signaling Line Circuit (SLC). For wired control systems, strobe flashes and horn outputs are synchronized per controller. For RUI and IDNet communications control, all controllers on the same host control panel are synchronized. (Combination speaker/strobe TrueAlert appliances receive audible control from separate audio circuit wiring.) * Model (0 VAC input) has been approved by the California State Fire Marshal (CSFM) pursuant to Section. of the California Health and Safety Code. See CSFM Listing 0-00: for allowable values and/or conditions concerning material presented in this document. It is subject to re-examination, revision, and possible cancellation. Accepted for use City of New York Department of Buildings MEA-9E. Refer to page for specific listings by models. Additional listings may be applicable; contact your local Simplex product supplier for the latest status. Listings and approvals under Simplex Time Recorder Co. are the property of Tyco Safety Products Westminster. S /00

2 Introduction (Continued) TrueAlert addressable operation allows strobes to be wired onto the same two-wire SLC circuit as horns but with separately controlled operation. Typical applications are audible notification appliances activated as on-until-silenced and visible notification appliances activated as on-until-reset. RUI Communications Control When used with the 00 family fire alarm control panels (00/00U/0) with software Revision 9 or higher, the can be connected to an RUI addressable communications channel along with other RUI addressable devices. The host panel can control multiple s (maximum recommended is 0 per RUI connection). Refer to the diagram on page for additional RUI information and for general TrueAlert appliance wiring information. Address points and custom labels are assigned to each TrueAlert appliance allowing troubles to be reported individually. Additionally, individual device types are assigned and audible appliance coding types are selectable for high or low output (~ dba difference) and with operation as Temporal pattern, March Time pattern (0 or 0 bpm), or Continuous. Product Selection Virtual NAC Operation Groups (VNACs) provide control of TrueAlert appliances similar to conventional NAC operation. VNACs require point allocation, can be declared public for use in a Network fire alarm system, and can be manually controlled. (NOTE: The terms Virtual NAC, VNAC, and TrueAlert Zone refer to the same feature and are interchangeable.) For programming convenience, there are default VNAC groups according to device type. Up to custom VNACs can be created per (or per 00U TrueAlert Power Supply) with a combination of appliances assigned and with any appliance able to be in up to three custom VNACs. (NOTE: Appliances assigned to multiple VNACs will remain ON if any of the VNACs are ON.) Custom VNACs have circuit types and point types for flexibility in controlling either the audible or visible or both functions of each appliance depending on the activated VNACs and the appliances assigned. Extended Selective Signaling with 00U. 00U Fire Alarm Control Panels, with software revision.09 or higher, can be programmed for up to custom VNACs for increased selective signaling operation. diagnostics can be implemented from the control panel including: Silent or Active individual appliance magnet test, appliance LED polling indication, or all appliance LEDs on. Standard Models Model Listings Description Input Voltage UL, FM, CSFM, MEA (NYC) with, CA ULC (includes low battery cutout feature) Class B (Style ) SLC TrueAlert channels 0 VAC input Not listed as of document revision date and A power supply 0 VAC input Optional Modules (for on-site installation) Model Description Comments Three channel Class A (Style ) adapter Select if required IDNet Repeater, output is Class A (Style ) or Class B (Style ) Select either an IDNet Repeater or a Fiber Optic Receiver with Class B (Style ) Fiber Optic Receiver as required IDNet Repeater Class A (Style input) Select if required, -/ W x -/ H Red Appliqué for door (0 mm x 0 mm) 9-90 Beige trim -/ wide ( mm), use if required for Semi-Flush Trim Kit 9-90 Red trim semi-flush installations Battery Selection (select battery size per system requirements) Model Description Comments 0-9. Ah Battery, VDC Two batteries are required, Ah Battery, VDC VDC operation 0-9. Ah Battery, VDC Requires external battery cabinet, two 0-9 Ah Battery, VDC batteries are required, VDC operation External Accessories (select per system requirements) Model Description Comments Class B (Style ) operation Mounts in six-gang electrical box, IDNet Fiber Optic Transmitter Class A (Style ) operation refer to page for mounting details -/ W x -/ H x -/ D External battery cabinet for Ah batteries, beige ( mm x mm x 0 mm) S /00

3 IS NORMAL :: am MON NOV 99 PRIORITY AL ARM DISPLAY AL ARM SUPERVISORY TROUBLE ON SILENCED TIME AL ARM SUPV TBL SILENCE RESET TRUEALERT ISOLATOR INST. INSTR. -9 RE V RELAY CONTACTS MODULE AMP, 0 VDC ma MA X VDC S implex Time Recorder Co. ON Gardner, MA TRUEALERT ISOLATO R INST. INSTR. -9 REV RELAY CONTACTS MODULE AMP, 0 VDC ma MAX VDC ADDRES S Simplex Time Recorder Co. ON Gardner, MA 0 IS NORMAL :: am MON NOV 99 PRIORITY DISPLAY SUPERVISORY TROUBLE ON SILENCED TIME SUPV TBL SILENCE RESET TRUEALERT ISOLATOR INST. INSTR. -9 REV RELAY CONTACTS MODULE AMP, 0 VDC ma MAX VDC Simplex Time Rec order Co. ON Gardner, MA TRUEA LERT IS OLATOR INST. INSTR. -9 REV RELAY CONTACTS MODULE AMP, 0 VDC ma MAX VDC Simplex Time Recorder Co. ON Gardner, MA TRUEALERT ISOLATOR INST. INST R. -9 REV RE LAY CONTACTS MODULE AM P, 0 V DC ma MAX VDC Simplex Tim e Recorder Co. ON Gardner, MA TRUEALERT ISOLATOR INST. INSTR. -9 REV RELAY CONTACTS MODULE AMP, 0 VDC ma M AX V DC Simplex Time Recorder Co. ON Ga rd ne r, MA TRUEALERT ISOLATO R I NST. I NSTR. -9 RE V RELAY CONTACTS MODULE AMP, 0 VDC ma MAX VDC ADDRES S Simplex Time Recorder Co. ON Gardner, MA TRUEALERT ISOLATOR INST. INST R. -9 REV RE LAY CONTACTS MODULE AM P, 0 V DC ma MAX VDC Simplex Tim e Recorder Co. ON Gardner, MA 0 - RUI Communications and General TrueAlert Appliance Wiring Reference Detailed wiring reference "T" tap, limited to total distance from branch of 00 ft PORT PORT Isolator Modules (use as required), each takes one address and counts as TrueAlert unit loads. Isolator Modules are automatically assigned to the Isolator default VNAC. Up to can be connected per Class B SLC, and up to per Class A SLC. (Refer to S for product details.) Branch circuit terminations originate within 0 ft ( m) of Branch VNAC 0 PORT PORT Terminal cabinet (as required) Branch VNAC 9 Channel Channel Channel VNAC 0 Branch PORT TrueAlert wiring (twisted pair, to AWG) Optional red appliqué kit TrueAlert Addressable Controller PORT PORT PORT VNAC 9 VNACs: Appliances are automatically assigned to default VNACs according to device type. Up to custom VNACs with selectable circuit types and point types can be created per controller. VNACs can contain TrueAlert appliances on any TrueAlert Channel on any TrueAlert Controller. Each appliance can be in up to custom VNACs in addition to the default VNACs. TrueAlert Addressable Controller VNAC 9 RUI Communications Fire Control RUI Communications Rules Summary:. Recommended limit of 0 s.. Can be wired with other RUI devices.. Wiring distance is up to 00 ft ( m) continuous wiring, and up to 0,000 ft (0 m) when "T" tapped (Class B only).. Wire is twisted, shielded pair, AWG minimum. 00U/00/0 Fire Alarm Control Panel S /00

4 ** IS NORMAL ** :0:pm Mon 9-Feb-9 SUPERVISORY ** IS NORMAL ** :0:pm Mon 9-Feb-9 SUPERVISORY TROUBLE SILENCED AC SUPV TROUBLE SILENCE RESET TROUBLE SILENCED AC SUPV TROUBLE SILENCE RESET CONTROL CONTROL DI SCONNECT POW ER + V ZONE PWR + 0V ZONE PWR - +IDNET IDC + - IDNET IDC - SIMPLEX TIME RECORDER CO M O NI T O R Z AM, C L AS S B I N ST A L. I N S T R. - DATE CO DE: + V ZONE PWR + 0V ZONE PWR - + IDNET IDC + - IDNET IDC - SI MP L E X T IM E RE C O RD E R C O M O NITO R ZAM, CL ASS B IN ST A L. IN S T R. - DATE CO DE: CAUT I ON BEFOR E SERV ICING CAUT I ON BEFOR E SERV ICING + V 0V +I D NE T - I D NE T ZONE PWR + ZONE PWR - ID C + ID C - SIMPLEX TIME RECORDER CO M O NITO R ZAM, CL ASS B INSTAL. INSTR. - DATE CO DE: + V ZONE PWR + 0V ZONE PWR - +I D NE T ID C + - I D NE T ID C - SIMPLEX TIME RECORDER CO M O NITO R ZAM, CL ASS B INSTAL. INSTR. - DATE CO DE: CAUT I ON DIS CONNECT SE RVICING IDNet Communications Input IDNet Addressable Communications Compatible. For use with the Simplex 00 Fire Alarm Control Panel, up to five s can be controlled on a single IDNet communications channel with each requiring only one point address. Each SLC channel can be individually controlled by using 00 custom control. Each TrueAlert SLC channel can provide horn control selected as Temporal pattern, March Time pattern (0 or 0 bpm), or Continuous. Manual Control. Individual TrueAlert SLC channels can be manually controlled from the 00 for service operations or for manual override. Trouble Communications. The 00 receives troubles to include: device supervision (reported as a channel trouble), power trouble, battery integrity, and earth detect. Optional IDNet Repeater Modules. IDNet communications can be repeated with the optional IDNet Repeater Module or with the optional Fiber Optic Receiver Module. Up to 00 of the IDNet channel points can be repeated once (see illustrations below). Repeated IDNet communications also support the device level earth fault location utility of the host panel. with Wired IDNet Input Control Typical IDNet compatible devices (refer to individual devices for actual wiring requirements, some wiring is not shown) IDNet addressable communications channel, shown Class B (Style ) Typical TrueAlert notification appliances 00 Fire Alarm Control Panel Three TrueAlert channels with optional internal IDNet Repeater Repeated IDNet Channel: up to 00 devices maximum on repeater output, 0 devices total on IDNet Channel IDNet devices and additional (s) 009 IDNet NAC EXTENDER with Fiber Optic IDNet Input Control , Class B (Style ) Output Fiber Optic Transmitter Two fiber cables, 000 ft (9 m) maximum distance TrueAlert output channels (SLCs) 009 IDNet NAC EXTENDER 00 Fire Alarm Control Panel IDNet addressable communications channel; Class B (Style ) or Class A (Style ), Class B shown Four fiber cables, 000 ft (9 m) maximum distance Repeated IDNet Channel: up to 00 devices maximum on repeater output, 0 devices total on IDNet Channel VDC power for fiber optic transmitters , Class A (Style ) Output Fiber Optic Transmitter 009 IDNet NAC EXTENDER 009 IDNet NAC Extenders with optional internal IDNet Fiber Receivers TrueAlert output channels (SLCs) S /00

5 ** IS NORMAL** :0:pm Fri 9-Feb-99 SUPERVISORY SUPV TROUBLE TROUBLE SILENCED SILENCE AC RESET DI SCONNECT BEF ORE DI SCONNECT Wired NAC Input Connection Information Wired Conventional NAC Input Compatible. For applications where an existing (or new) conventional Notification Appliance Circuit (NAC) is available, the can be controlled directly from the NAC(s). (Refer to diagram below.) Flexible Connection Choices. Two NACs, from either the same, or from different host fire alarm control panels, can be connected to control the TrueAlert output channels. Multiple control selections provide flexible operation. (Refer to table below.) NAC input to SLC output control is selectable per the following table: Input NAC NAC NAC Output SLC Control Options A B Controls visibles Controls audibles Controls audibles and visibles on Channel Controls audibles and visibles on Channels and Strobes are operated with synchronized flashes. Horn operation is selectable per TrueAlert Addressable Controller as either: Temporal pattern, March Time pattern at either 0 or 0 bpm (input NACs must be on continuous with Alarm), or Continuous. Door Mounted Reference Label A detailed programming and diagnostic label is located inside the front door that provides a quick reference for both installation and checkout. Service Diagnostic Features Power-up Self-Diagnostics. Upon power-up, the tests each module and performs earth fault diagnostics. Trouble conditions are communicated to the host control panel and are also displayed on internal LEDs. System troubles via RUI or IDNet communications are reported with detailed information concerning which is involved and the nature of the trouble. Messages include power and battery status, earth fault, channel troubles, address problems, and other information. System Troubles via Wired Control. When controlled with conventional NAC inputs, common troubles are signaled by providing an open circuit that disconnects the NAC wiring from its end-of-line resistor but still allows a reversed polarity alarm to be received. LED Status Indicators are provided for the following: Five yellow status LEDs provide separate indications listed in priority of urgency. As a trouble is eliminated, any remaining trouble(s) will then be indicated until the is returned to normal operation Three separate yellow LEDs indicate which of the three TrueAlert channels are involved for channel specific troubles AC power status is indicated by a green LED that is on when AC is normal. During low AC (brownout) conditions or with no AC, the LED is off. Additional power and battery status is indicated by the general status LEDs with Wired Control NAC control for visible notification (on-until-silenced) or control both audibles and visibles on Channel Input NACs Three TrueAlert channels NAC Control for audible notification (on-until-reset) or control both audibles and visibles on Channels and F I R E TrueAlert Addressable Controller NAC control wiring can be populated with conventional notification appliances s controlled by two NAC inputs Fire Alarm Control Panel with Conventional NACs Additional NAC Control Up to four s can be connected to one conventional NAC S /00

6 090-90/90 IDNet Fiber Optic Transmitter Mounting Information Surface mount box: Simplex model 9-9 (ordered separately) Flush mount masonry box: use -gang box, RACO # 90, -/" deep ( mm), or RACO # 9, -/" (9 mm) deep, or equal (supplied by others) Flush mount ganged boxes: use -gang box, -/" ( mm) minimum depth; six, RACO # 00 or equal, (supplied by others) IDNet fiber optic transmitter: , Shown, Class A (Style ) output , Not shown, Class B (Style ) output INSTALLATION NOTE: Fiber optic cable bend radius should be " ( mm) minimum, or per Manufacturer's specification. Six gang blank cover plate (Mulberry Metal Products 9 or equal), by others Mounting and Module Placement Reference -/" ( mm) Cabinet depth -/" (0 mm) 0-9/" ( mm) Door, /" ( mm) thick Optional Class A adapter module System Module IDNet repeater or Fiber optic receiver Exposed cabinet dimension for semi-flush mount " (. mm), -/" ( mm) with semi-flush trim -/" ( mm) Knockouts for screw or nail mounting holes " (0 mm) Battery location, no conduit entry or wiring in this area (. Ah battery outline shown) Non-power limited wiring area (AC input) Optional Semi-Flush Trim Kit -/" wide (0 mm), /" (9. mm) thick Wall surface reference for semi-flush mount NOTE: Recommended conduit entrance varies with module selection. Refer to general installation instructions -, specific module installation instructions, and to field wiring diagrams - before locating conduit entrance. S /00

7 Specifications Input Voltage 0 VAC Input (009-90/90CA) 0- VAC, 0 Hz 0 VAC Input (009-90). A, selectable for 0/0 VAC, +0% - % per selection, 0/0 Hz Wired Control from NAC Input Requirements per Circuit Output Ratings TrueAlert Channel Output (SLC) SLC Loading Auxiliary Output TrueAlert SLC Wiring TrueAlert Strobe Wiring Distance Wiring Connections Optional Modules IDNet Repeater Module ( ) Conventional reverse polarity operation VDC from Host NAC in alarm (rated. ma maximum. to 9. VDC) Maximum operating voltage is to VDC, filtered. A VDC nominal Up to synchronized strobes per SLC Up to total addressable appliances 00 VDC nominal Twisted pair, to AWG Maximum wiring distance between TrueAlert strobes is 0 Terminal blocks for to AWG Total current must not exceed A Input Power 0 VDC, system supplied IDNet Input, One Address Maximum distance from IDNet source is 00 ft ( m) Repeated IDNet output for up to 00 devices (total IDNet devices not to exceed 0 per channel) IDNet Output Specifications Maximum distance to farthest device is 00 ft ( m) Total distance including T -taps is 0,000 ft (0 m) Class A (Style ) loop maximum distance is 00 ft ( m), no T taps Fiber Optic Receiver Modules Class B (Style ), VDC, system supplied Input Current Class A (Style ), 0 VDC, system supplied (NOTE: Fiber optic input is Style, repeated IDNet output is Style ) IDNet Output Specifications Same as those for Repeater Module (see above) Fiber Optic Transmission Distance 000 ft (9 m) maximum General (LED status indicators are listed on page ; dimensions and mounting details are on page ) Operating Temperature to 0 F (0 to 9 C) Operating Humidity Range 0% to 90% RH from to 0 F (0 to 0 C) Fiber Optic Transmitter Specifications Input Voltage Input Current Fiber Optic Connections and Cable Requirements (Type ST Connectors).9- VDC from compatible listed fire alarm supply Class B (Style ), 0 VDC Class A (Style ), VDC Class B (Style ) input, two fiber cables required Class A (Style ) input, four fiber cables required Module Size (with mounting bracket) -/ W x -/ H x -/ D ( mm x 9 mm x 9 mm) Green LED Flashing = transmit On-board Status Indicators Red LED Flashing = receive Separate Red LED = Class A (Style ) receive Communications Simplex IDNet format Fiber Optic Transmission Distance 000 ft (9 m) maximum Wiring Connections Terminal blocks for to AWG Operating Humidity 0% to 90% RH from to 0 F (0 to 0 C) Operating Temperature to 0 F (0 to 9 C) S /00

8 Current Chart Panel Module Selection (shaded model numbers are optional modules) Model CA 0 VAC input VAC input Description Supervisory Current Actual Supervisory Alarm Current Actual Alarm Basic Panel ma ma 9 ma 9 ma Class A Adapter ma + ma * IDNet Repeater 0 ma 0 ma * Fiber Optic Receiver, Class B ma + ma 009-9* Fiber Optic Receiver, Class A 0 ma 0 ma + IDNet Devices, 0. ma each, maximum of 00 (see Procedure Note ) total devices x 0. ma each + total devices x 0. ma each (A) + TrueAlert Appliances/Devices, Supervisory Current, 0. ma per unit load, add devices from all SLCs (see Procedure Note ) total loads x 0. ma each + Auxiliary Power Output, calculate per total device requirements (see Procedure Note ) 00 ma maximum + 00 ma maximum (A) + Total Supervisory Current = (A) Total Panel Alarm Current = (B) * Only one of these three modules can be chosen for a single. NOTE: IDNet Fiber Optic Transmitter current is supplied from the host fire alarm control panel. TrueAlert Channel Notification Appliance Current Loads Channel Number NAC Alarm Current TrueAlert Channel (SLC). A maximum per channel (see Procedure Note ) Channel Channel + Channel + Total TrueAlert Channel Loads Alarm Current = (C) Total Panel Alarm Current (enter B from above) = (B) + Total Alarm Current = (D) Procedure:. Calculate total panel supervisory current (A).. Calculate total panel alarm current (B) [convert ma to A, example: 0 ma = 0. A]. Copy (B) into block (B).. Calculate total NAC loads alarm current from notification appliance ratings (C).. Add (C) + (B) to determine total alarm current (D).. Total of IDNet Device Current (A) + Auxiliary Power Output Current (A) + SLC Loads Alarm Current (C) is A maximum.. Refer to Simplex battery selection document for recommended battery size for specific standby requirements (i.e., hours supervisory, minutes of alarm). Internal cabinet space is provided for batteries up to. Ah.. Most TrueAlert appliances/devices are one unit load. Refer to Field Wiring Diagram -. Tyco, Simplex, the Simplex logo, IDNet, WALKTEST, and TrueAlert are trademarks of Tyco International Services AG or its affiliates in the U.S. and/or other countries. Tyco Safety Products Westminster Westminster, MA USA S / Tyco Safety Products Westminster. All rights reserved. All specifications and other information shown were current as of document revision date and are subject to change without notice.