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TSA-1000 Conventional Multi-Zone Fire Alarm and Extinguishing Control Panel Technical Manual & G ELEFIRE ETECTORS PO Box 7036 Petach Tikva 49250 TSA- - - - 1000 1000En En112 112.pdf .pdf 1000 1000 .pdf .pdf Israel Tel: 972 3 970 0400...
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Information supplied by TELEFIRE FIRE AND GAS DETECTORS is believed to be accurate and reliable. However, no responsibility is assumed by TELEFIRE FIRE AND GAS DETECTORS for the use thereof nor for the rights of third parties, which may be effected in any way by the use thereof.
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Figure 29 Display during output programming List of Tables Table 1 Technical Specifications Table 2 TSA-1000 – number of inputs and outputs of the various configurations Table 3 IDC cable selection Table 4 Wiring Characteristics’ influence on System Performance — VI...
TSA-1000C, a communication expansion card). Computer communication and remote panels are also supported through the TSA-1000C The TSA-1000 supervises two-wire IDC lines ("zones") and outputs that can be used to activate sounders, automatic extinguishing devices, evacuation sounders, or other notification equipment. Additionally, the control panel has separate outputs for activating a main sounder, automatic dialer, and "dry"...
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System log can be viewed via a PC or printed for system investigation purposes. The TSA-1000 can be connected to form a network of control panels. – Page 2 of 2 –...
Functions and Options EN 54-2 Options with Requirements The TSA-1000 conforms fully to European standards BS EN 54-2:1998 and BS EN 54-4:1998 and the following optional features: Output to fire alarm devices – EN 54-2 Section 7.8 option with requirements •...
Extinguishing Triggering Device of the correct color as per EN 12094-3. Dependency on More Than One Alarm Signal The TSA-1000 supports Coincidence detection– per EN 54-2 Section 7.12 option with requirements (Provided as a two zones coincidence and as a single/Dual zone AVF- Alarm Verification Function) The "Dependency on more than one alarm signal"...
Maintenance, page 65. Coincidence detection– EN 54-2 Section 7.12 option with requirements is implemented in the TSA-1000 as a two zones coincidence and as a single/Dual zone AVF- Alarm Verification Function). AVF was explained above. "Two Zones Coincidence" is explained below...
3.7.1 Environmental Limits and Protection Level The TSA-1000 environmental limits are specified in EN-54-02:1998 para. 12. The TSA-1000 is specified for -5° C to +40° C, RH max 95% temperature range, and IP30 protection level. Note Routing cables into the ECD and maintaining the protection level, page 38, for information about maintaining the protection level.
The control panel provides protection from unauthorized access of certain functions by various access levels. The TSA-1000 includes electronic and mechanical mechanisms that enact 4 access levels, as per EN 54-02 Annex A: Access level 1 – not limited, immediate access by operator •...
A metal enclosure with a hinged and mechanically lockable door. The door also • serves as the front panel PS40W Power Supply / Charger • TSA-1000 Main Board (1 change polarity output, 5 level activation outputs, 4 inputs, • 3 relays) TSA-1000D Display board •...
Figure 2 Module location Power Supply, Charger and Batteries The TSA-1000 is powered by the PS40_W Power Supply/Charger, which is located at the top left corner of the enclosure/. The PS40_W requires 230VAC, +10%, -15%, 50/60Hz. It is protected by a 5x20 mm, 3.15A glass Fast-Blow fuse, located at the bottom left corner of the PS_40W (F2).
TSA-1000-E4 – an expansion module for 4 inputs • TSA-1000-E8 – an expansion module for 8 inputs • TSA-1000-EM422 – an expansion module to the TSA-1000-E8 that includes 4 • inputs, 2 supervised programmable outputs and 2 programmable relays (prerequisite: TSA-1000E8) TSA-1000-EM083 –...
1000-E8 + TSA-1000E422 Table 2 TSA-1000 – number of inputs and outputs of the various configurations Front Door A front door completes and closes the CP box and enacts access level 4 for some operations, since it needs a tool (screwdriver) for opening. It also serves as a front panel, as it has a display and a keyboard, which includes separate indicating LEDs, programming keys, and a 3-digit 7 segments display.
• and clarification area and the private LEDs in the zones and turning them ON (UL version only) 10.4 Supervisory State The TSA-1000 has a supervisory function that conforms to UL and EN standards. – Page 34 of 34 –...
CP 10 Requirement CP 10 CP-10 allows up to 20 smoke detectors or up to 40 heat detectors per zone. The TSA-1000 was tested and certified to CP-10 based on these limitations. 11.1.2 Calculating Current Requirement and Battery Capacity For every control panel calculate the total current consumption of all devices such as sounder, beacons, extinguishing cylinders, automatic dialer etc.
11.2 Mounting 11.2.1 Environmental Limits The TSA-1000 is a class A (-5° C to +40° C, RH max 95%) temperature range device. Its environmental protective level is IP30. Note See "installation instructions" for information about maintaining the protection level...
Avoid locating the control panel in direct sunlight Mount the TSA-1000 to a solid wall so it will have comfortable access to connecting the cables from the input and output devices and maintenance personnel for ongoing operations and in a location where it is possible to supervise and clearly see the display and indicators.
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11.3.2 Wiring Information The TSA-1000 is supplied in working condition, fully assembled, and with all internal modules pre-wired. Wiring instructions are only for connecting the system to AC input, zones, programmable output and general output.
The wiring cables and input and system output shall be separate from mains AC input – see Figure 9. Figure 9 Routing High- and Low Voltage cables in the TSA-1000 Chassis 11.3.5 24Vdc Powered Devices To ensure operation of alarm or initiating device that requires relatively high current from a 24 Vdc source, use appropriate cables.
Ensure that you set the date and time after powering on (see section 15.7 on page 66). The clock/calendar circuit includes a power backup for about five hours without power sources – verify and set the time and date if the TSA-1000 was powered off more than 5 hours.
12.4 Emergency Hold and Emergency Abort The TSA-1000 supports emergency hold and emergency abort as per EN-12094-1. Pressing an emergency hold switch will start one of the following sequences: The extinguishing signal shall not be activated as long as the emergency hold •...
Press Menu to enter the main menu. Press the ▲ or ▼ keys until the display shows PG (programming mode). Press Enter to enter programming mode. The display will flash PAS (password) and the TSA-1000 will wait for the password (default 2222). Key-in the password and then perform RESET.
TSA-1000. Additional containers may be activated with a delay of at least 20 seconds between activations It is possible to connect a single GCA-activated container to the TSA-1000 – this will • be connected only to output 1 (see Figure 19) It is possible to connect one GreenEX aerosol releasing device to each •...
TSA-1000 verify that jumpers JP5 and JP6 are shorted. When connecting a TLA-3K module to programmable all other outputs in a TSA-1000 ensure that jumpers JP1 and JP2 are shorted and jumpers JP4 and JP5 are shorted. See Figure 20 above.
13.8 A Typical Application – Extinguishing and Electricity Disconnect The following example shows a TSA-1000 that is configured to activate extinguishing by cross-zone of zones 2 and 3, or activation of a manual extinguishing call point on zone 4; activating an extinguishing release sign on output 2; activating an evacuation horn on output 3;...
(0 – not configured, E – English, S – Secondary language). 14.10 Network Programming TSA-1000 control panel networking is in main/sub configuration. All panels require the optional TSA-1000C communication network. Physical connection is via a two-wire RS-485 cable. A single Master Panel (panel No. 1) supervises up to 12 Sub Panels (panel addresses 5 to 16).
The TSA-1000 will indicate the zone with detector and maintenance fault by indicating the number of the zone in the left and middle digits in the digital display and by alternating the top and bottom lines in the right digit.
Revision 1.12 Routine Testing The TSA-1000 shall be tested weekly as specified in the next paragraph. The system should be fully tested at least twice a year, or as required by national and/or local fire codes. All devices, system wiring and component functions should be tested and maintained.
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Resolving the fault will automatically restore the system to normal operating conditions. Silencing Buzzer Off" To silence the internal buzzer press the " key. Please refer to the TSA-1000 Technical Manual for further details. Zone Description Zone Description Service Representative Name:___________Address:________________________________...
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