Summary LIMITATIONS OF DETECTION SYSTEMS ......................4 PRECAUTIONS ............................... 4 GENERAL DESCRIPTION ............................4 Technical characteristics: ..........................5 Dimensions and Fixing MA-1000 ........................6 Dimensions and Fixing MA-2000 ........................7 Dimensions and Fixing MA-8000 ........................8 Removable labels on the front panel ......................9 ELECTRICAL CHARACTERISTICS ........................
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12.3 - USR1 and USR2 outputs ..........................37 12.4 - General alarm output ..........................39 Expansion board AW80L0 Topographic Cod. MA-LIB2-xx (optional for MA-8000) ......... 41 Summary of MA-1000 connections ........................42 Summary of MA-2000 - MA-8000 connections ....................42 E-SIB - Serial Communications Enabling Key (optional) ..................
Peripheral devices (sensors, etc.) that are not fully compatible with the control unit can cause damage to the control unit and malfunction of the system at any time. Therefore, it is essential to use only material guaranteed by Honeywell and compatible with your control unit. If in doubt, please consult Honeywell Technical Service.
3.1 Technical characteristics: • Multi-microprocessor system with 7" TFT display (800 x 480 with backlight), 256-colour touchscreen with keyboard simulation for programming and configuring the system and the following specific functions: Reset Delay, Buzzer Mute, Sound Mute/Reset, Reset, Evacuation. DETECTION LINES: •...
The control unit must be installed on a wall so that the display is clearly visible and easy for the operator to access. For example, a height of approx. 1.5 m allows an optimal view of the display. The control unit is designed to be installed on the wall using 4 self-locking plugs (masonry walls) or self-tapping screws (prefabricated panels, etc.) The diameter of the screws used must be 5 mm max.
4. ELECTRICAL CHARACTERISTICS Operating temperature: - 5° C ÷ + 40° C • Relative humidity: 10 % to 95 % (non-condensing) • Storage temperature: - 10°C÷ + 50°C • 4.1 Earthing system The earthing installation must be carried out in accordance with CEI and ISPELS standards or the standards valid in the country where the panel is installed.
4.5 Operation Power supply and batteries The control unit's main microprocessor periodically checks the status of the main AC power source, the batteries, and the charging circuit. The control unit automatically activates the backup battery in the event of an AC power failure.
4.6 Mains Power Connection The connection to the 230Vac mains supply must be made with a three-core cable (phase - neutral - earth). The earth conductor coming from the mains must be identified on the terminal block CN1 of the AW80PPx power supply board and must be fixed to the cabinet using a cable clamp so that it cannot be accidentally disconnected from the terminal block.
MA-1000 system components 5.1 Spare Parts Codes: 5000.00.026 Spare part MA-1000. Front door 5000.00.006 Spare part AM-MA, Battery Temperature Probe (L340) 5000.00.022 Spare part MA-1000-01, main board + LCD (Region 1) 5000.00.023 Spare part MA-1000-02, main board + LCD (Region 2) 5000.00.024 Spare part MA-1000-03, main board + LCD (Region 3) 5000.00.019...
MA-2000 system components 6.1 Spare Parts Codes: 5000.00.010 Spare part MA-2000-01, main board + LCD (Region 1) 5000.00.011 Spare part MA-2000-02, main board + LCD (Region 2) 5000.00.012 Spare part MA-2000-03, main board + LCD (Region 3) 5000.00.003 Spare part AM-MA-2000 / 6000 / 8000, Basic Board 5000.00.017 Spare part MA 2/8000.
MA-8000 system components 7.1 Spare Parts Codes: 5000.00.013 Spare part MA-8000-01, main board + LCD (Region 1) 5000.00.014 Spare part MA-8000-02, main board + LCD (Region 2) 5000.00.015 Spare part MA-8000-03, main board + LCD (Region 3) 5000.00.003 Spare part AM-MA-2000 / 6000 / 8000, Basic Board 5000.00.017 Spare part MA 2/8000, Front Door 5000.00.005...
7.3 LOOP card expansion • INSTALLATION Guide Card: A -Unscrew the two 3x6TC screws B -Removing the fixing bar FO-0893 C -Install the two side pieces FO-0868 with the back piece FO-0869 D -Tighten the 4 Dist. 3x20MF E -Reposition of Traverse FO-0893 F -Tighten the two 3x6TC screws Installation Manual M-170.1-MA-EN Rev.
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• INSTALLATION Card: A -Insert the card into the guide B -Driving C -Screw spacer 3x20MF -Board lock • DISINSTALLATION Card: C -Unscrew spacer 3x20MF -Board lock B -Remove the board from the guide A -Pull the board out of the guide Installation Manual M-170.1-MA-EN Rev.
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• Electrical connection via Flat cables code CVCV-0402 (supplied with the board) Installation Manual M-170.1-MA-EN Rev. A MORLEY...
9.1 AW80FRx CPU board RTC battery MA-1000 MA-2000 MA-8000 Place the button cell (model CR 1632 3V inside the package) on the AW80FRx board as shown. This battery is used as a buffer battery for the RTC (real time clock) circuit. The date and time must then be programmed (see programming manual).
9.3 Setting Jumper Ground Dispersion Detection MA-1000 • AW80FR1 CPU board JDSPEB Removing the jumper causes the control unit to ignore a ground fault COM 2 RS485/232 (isolated) JDSPEC Removing the jumper causes the control unit to ignore a ground fault COM 1 RS485 (isolated) •...
10. AW80US1 Topographic BASIC BOARD MA-1000 10.1 AW80US1 BASE board MA-1000 terminal blocks CNB Batteries Name Description Battery 1 Positive Battery 1 Negative MFR700 Series Resettable Fuse Protection Battery 2 Positive Battery 2 Negative CNTH Temperature probe Name Description Temperature probe Batteries Installation Manual M-170.1-MA-EN Rev.
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CNU Utilities Description Features Notes - GND USER Resettable fuse 24V USER MAX 1A General fault relay 'NO - NC' Contact Max With JGST jumper for NA-NC 30V 2A selection General fault relay 'Common Siren >Negative in non-alarm Reverse polarity EOL Diode = 1N4007 1 A output resettable fuse...
11. AW80US0 Topographic BASIC BOARD MA-2000 MA-8000 11.1 AW80US0 BASE Board MA-2000 MA-8000 terminal blocks CNB Batteries Name Description Battery 1 Positive Battery 1 Negative MFR700 Series Resettable Fuse Protection Battery 2 Positive Battery 2 Negative CNTH Temperature probe Name Description Temperature probe Batteries Installation Manual...
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CNU Utilities Description Features Notes General fault relay 'NO - NC' Contact Max With JGST jumper for NA-NC 30V 2A selection General fault relay 'Common Siren >Negative in non-alarm Reverse polarity EOL Diode = 1N4007 1 A output resettable fuse Siren >Positive in non-alarm With JUSR2 jumper for NO-NC...
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CNS Serial Lines Description 1 Description 2 Notes RX 3 GNDIS 3 RS 485 GNDIS 3 RS 232 COM 3 Selectable via SW4 TX 3 RX 2 GNDIS 2 RS 485 GNDIS 2 RS 232 COM 2 Selectable via SW5 TX 2 COM 1 for MA-LCD7 GNDIS 1...
12. Relay outputs > connection examples Instructions for setting relay outputs as voltage-free contacts or as supervised (LC) NOTES: To configure the activation of these outputs, refer to 'MA-x000 Programming Manual'. 12.1 - General fault output The general fault relay is normally energised. It is de-energised in a fault condition. This output is available with voltage-free contact.
12.2 - Supervised Sounder Output Sounder output connections. 1A resettable fuse Polarized devices (electronic sirens, etc.) N.B.: Connect end-of-line diode 1N4007 only to the last device in the line. WARNING: The polarities shown are in CONDITION, at rest, they are reversed. ALARM 12.3 - USR1 and USR2 outputs The USR1 and USR2 outputs are available with voltage-free contact or supervised output.
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Polarized devices (electronic sirens, etc.) > End of line: RESISTOR NON-polarized devices (Badenie, Relay, etc.) > End of line: RESISTOR N.B.: Connect the 47Kohm 1/4W end-of-line resistor to the last device in the line only. WARNING: The polarities shown are in CONDITION, at rest they are reversed.
12.4 - General alarm output The general alarm output is available with voltage-free contact or supervised output. Contact rating: max. 30 Vac/dc 2A, Non-inductive loads Default: Supervised Polarised devices (electronic sirens, etc.) > End of line: RESISTOR NON-polarised devices (relay, etc.) > End of line: RESISTOR N.B.
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Polarised devices (electronic sirens, etc.) > End of line: DIODE N.B.: Connect end-of-line diode 1N4007 only to the last device in the line. WARNING: The polarities shown are in CONDITION, at rest they are reversed. ALARM Installation Manual M-170.1-MA-EN Rev. A MORLEY...
Expansion board AW80L0 Topographic Cod. MA-LIB2-xx (optional for MA-8000) CNL Sensor Lines Loop 3 A Loop 3 A LOOP 3 Loop 3 B Loop 3 B Loop 4 A Loop 4 A LOOP 4 Loop 4 B Loop 4 B SW1 Dip switch FUNCTION POSITION...
16. E-SIB - Serial Communications Enabling Key (optional) Depending on the model, the E-SIB-X key enables different protocols and networking communication (MA-2000 and MA-8000 only). MA-1000 MA-2000 MA-8000 Installation Manual M-170.1-MA-EN Rev. A MORLEY...
17. Communication Loop with Detectors and Modules The control unit communicates with intelligent, addressable detection and control devices via a 2-wire line. The line can be connected in such a way as to comply with the specifications for signal circuit lines, which can be of the open and closed type (STYLE 4 open line and STYLE 6 closed line).
It may be necessary to bypass some insulators to reduce line resistance. 17.3 Number of devices installed for the line The maximum number of devices that can be installed for each of the four detection lines is as follows: •...
17.8 Screen termination Good quality fire protection cable incorporating drain wires or screens must be used. The drain wires or screens must be earthed inside the enclosure. Cable screen or drain wire and earthing points. Ensure that drain wires or screens are properly grounded inside the enclosure;...
17.9 Example of a closed Loop (6 Loop style) The total length of the loop (from the output and input of the Panel Loop) must NOT exceed 3,000 metres. The use of the POL-200-TS* loop test and diagnostic device is recommended to check the correct installation of lines.
17.10 Test procedure for detection Loop Before feeding the control unit lines, check the following values: NOTE: A DIGITAL MULTIMETER IS REQUIRED Line resistance The DC resistance of the negative loop wire MUST NOT exceed 20 Ohms. The measurement must be carried out by disconnecting channels 'A' and 'B' of the Loop Card. The multimeter test leads must be connected to the negative wire terminals.
17.10.1 Loop insulation Place the test leads of the tester between (+) and (-) line, with sensors or modules installed, and check as follows: Test 1: Connect: Tester [+] / Line [+] and Tester [ ] / Line [ Control: Resistance: 1 - 1.3 Mohm Test 2: Connect: Tester [+] / Line [ ] and Tester [...
18. SYSTEM TESTING AND COMMISSIONING The installation of the control unit must be carried out after carefully reading the instructions in the installation manual and programming manual. Once the mechanical installation of the control unit is complete, perform the following steps: •...
19. PERIODIC SYSTEM MAINTENANCE - Check that the green 'PRESENT VOLTAGE' is lit. - Check that all other LEDs in the control centre are off. - Press the 'TEST' function key and enter the level 2 password to access the menu. ...
20. LABELS IN DIFFERENT LANGUAGES In this chapter labels in different languages are shown for the control panel of the MA-x000, which can be printed 1:1. • Print the labels in their original size, pay attention to the printer settings. •...
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