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Matrix Series
Installation Manual
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Pyronix Matrix Series, Matrix 832, Matrix 424 Installation Manual

Matrix Installation Guide
This Guide Supports the Following Panels:
MATRIX 832
MATRIX 832+
MATRIX 424
RINS428-5
Pyronix Association of Security Specialists
Installer Support
The Pyronix Association of Security specialists has been developed with the focus on what you the installer
would like to see from one of the leading manufactures of security equipment.
The philosophy behind the association is that you will receive tangible benefits, which are applicable to both
the work and home environment.
The Association Awards Catalogue
By collecting the tokens which are printed on the packaging you can redeem against gift vouchers for Argos,
Marks & Spencer and Whitbread Leisure.
Product Consultation
Product training and consultation evenings are provided up and down the country.
To join PASS please contact our marketing department:
marketing@pyronix.com
Tel: +44 (0)1709 700100
technical.support@pyronix.com
As a new member of PASS you will be issued with a free technical support telephone number.
Matrix 832 / 832+ / 424
Contents
SECTION 1: TECHNICAL SPECIFICATIONS & SYSTEM OVERVIEW ..............................1
1.1 Technical Specifications........................................................................................................1
1.1.1 Main Control Panel............................................................................................................................1
1.1.2 Additional Expanders ........................................................................................................................3
1.2 Battery Capacity Calculations...............................................................................................4
1.2.1 UK Requirements..............................................................................................................................4
1.2.2 Norwegian & Danish Requirements..................................................................................................4
1.2.3 Swedish Requirements .....................................................................................................................4
1.3 System Overview....................................................................................................................5
SECTION 2: SAFETY & APPROVALS ................................................................................9
SECTION 3: MOUNTING PROCEDURE............................................................................14
3.1 Mounting Procedure for Matrix – Plastic & Metal Case .................................................... 14
3.2 Panel Layout – Plastic Case ................................................................................................14
3.3 Panel Layout – Metal Case ..................................................................................................15
3.4 Battery Installation Procedure ............................................................................................15
SECTION 4: CABLING RULES FOR THE MATRIX BUS..................................................16
4.1 System Examples .................................................................................................................17
SECTION 5: OPERATING MODES....................................................................................19
5.1 Disarmed Mode.....................................................................................................................19
5.2 Armed Mode..........................................................................................................................19
5.3 Arm Mode .............................................................................................................................. 19
5.4 Entry / Exit Mode ..................................................................................................................19
5.5 Alarm Mode ........................................................................................................................... 19
5.6 Anti-Code Reset....................................................................................................................19
5.7 First to Alarm Mode..............................................................................................................20
5.8 Engineer Mode......................................................................................................................20
5.9 User Mode .............................................................................................................................20
SECTION 6: KEYPAD/READER SYMBOLS & INDICATIONS..........................................21
6.1 The ICON Keypad .................................................................................................................21
6.2 The LCD Keypad...................................................................................................................22
6.3 The Proximity Reader...........................................................................................................22
SECTION 7: PROGRAMMING THE SYSTEM ...................................................................23
7.1 Addressing the LCD & ICON Keypads ...............................................................................23
7.2 Addressing the Proximity Reader....................................................................................... 24
7.2.1 Connection of MX PROX to a PC ...................................................................................................24
7.3 Finding Bus Devices ............................................................................................................25
7.4 Factory Default Settings of Matrix System ........................................................................25
7.4.1 Engineer Code ................................................................................................................................25
7.4.2 Global System Options ...................................................................................................................25
7.4.3 Zone Types, Zone Attributes & Zone Settings................................................................................26
7.4.4 User Codes, User Code Attributes & Proximity Card Allocation.....................................................27
7.4.5 Keypads & Proximity Readers Partition Allocation .........................................................................27
7.4.6 System & Tamper Faults Partition Allocation..................................................................................27
7.4.7 Partition Options..............................................................................................................................27
7.4.8 Arm Options ....................................................................................................................................27
7.4.9 System Timers ................................................................................................................................28
7.4.10 Programmable Outputs.................................................................................................................28
7.4.11 Digital Communicator....................................................................................................................29
7.4.12 Communication Formats...............................................................................................................29
7.4.13 Events Reporting...........................................................................................................................29
7.4.14 DD243 Option Defaults .................................................................................................................30
7.4.15 Confirmation Timer Defaults .........................................................................................................30
7.4.16 Zone Mapping Defaults.................................................................................................................31
RINS428-5 Page i
Matrix 832 / 832+ / 424
7.5 Entering / Exiting Engineer Mode .......................................................................................32
7.5.1 Entering Engineer Mode................................................................................................................. 32
7.5.2 Exiting Engineer Mode ................................................................................................................... 32
7.5.3 Changing Engineer Code............................................................................................................... 32
7.6 Global System Options ........................................................................................................33
7.6.1 System Options 1 ........................................................................................................................... 39
7.6.2 System Options 2 ........................................................................................................................... 39
7.6.3 System Options 3 ........................................................................................................................... 39
7.7 Zone Types, Configuration, Attributes & Partition Allocation..........................................40
7.7.1 Zone Types..................................................................................................................................... 44
7.7.2 Zone Configuration......................................................................................................................... 44
7.7.3 Zone Names Programming from LCD Keypad .............................................................................. 47
7.7.4 Key Map Tables.............................................................................................................................. 48
7.8 User Codes & User Attributes .............................................................................................49
7.8.1 Programming User Codes.............................................................................................................. 52
7.8.2 User Code Partition Allocation ....................................................................................................... 52
7.8.3 User Code Attributes Allocation ..................................................................................................... 52
7.8.4 Temporary Code............................................................................................................................. 52
7.8.5 Assigning / Clearing Proximity Card to / from User Code .............................................................. 52
7.9 Keypads & Proximity Readers Partition Allocation...........................................................53
7.9.1 Icon Keypad Programming............................................................................................................. 55
7.9.2 LCD Keypad Programming ............................................................................................................ 55
7.9.3 Proximity Reader Programming ..................................................................................................... 58
7.9.4 Changing Default Language on LCD Keypad................................................................................ 58
7.10 System Faults & Tamper Alarms Warning Allocation .....................................................59
7.10.1 System Faults (Warning Partition Allocation)............................................................................... 59
7.10.2 Bell And Tamper Faults (Warning Partition Allocation)................................................................ 59
7.11 Partition Options.................................................................................................................60
7.11.1 Partition Options 1........................................................................................................................ 62
7.11.2 Partition Options 2........................................................................................................................ 63
7.12 Arm Options ........................................................................................................................63
7.12.1 Exit Terminator Type for Arm Mode A.......................................................................................... 65
7.12.2 Exit Terminator Type for Arm Mode B.......................................................................................... 65
7.12.3 Exit Terminator Type for Arm Mode C ......................................................................................... 66
7.12.4 Exit Terminator Type for Arm Mode D ......................................................................................... 66
7.12.5 Home & Away Allocation .............................................................................................................. 66
7.12.6 Partition Dependency ................................................................................................................... 66
7.12.7 Keyswitch Zone Arm Mode Allocation.......................................................................................... 67
7.12.8 Number of Rearms ....................................................................................................................... 67
7.13 System Timers ....................................................................................................................68
7.13.1 Bell Time....................................................................................................................................... 70
7.13.2 Bell Time Delay ............................................................................................................................ 70
7.13.3 Entry Time .................................................................................................................................... 70
7.13.4 Exit Time....................................................................................................................................... 70
7.13.5 Final Exit Delay............................................................................................................................. 70
7.13.6 Auto-Arm Commencing Time – Every Day .................................................................................. 70
7.13.7 Inactivity Auto-Arm ....................................................................................................................... 70
7.13.8 AC Fail Warning & Report Delay.................................................................................................. 70
7.13.9 Telephone Line Fail Warning & Report Delay.............................................................................. 70
7.13.10 Seconds in Last Minute of the Day ............................................................................................ 70
7.14 Programmable Outputs......................................................................................................71
7.14.1 PGM Programming....................................................................................................................... 74
7.14.2 Zone to Follow in Partition............................................................................................................ 74
SECTION 8: COMMUNICATION PROGRAMMING .......................................................... 75
8.1 Digital Communicator ..........................................................................................................76
8.1.2 Account Codes & Account Partition Allocation............................................................................... 78
8.1.3 Up / Down Loading Access Code................................................................................................... 78
8.1.4 Digital Communicator Options 1..................................................................................................... 78
8.1.5 Digital Communicator Options 2..................................................................................................... 78
8.1.6 Test Dial Time ................................................................................................................................ 78
8.1.7 Test Dial Interval ............................................................................................................................ 78
8.1.8 Telephone Number 1 Allocation..................................................................................................... 78
Page ii RINS428-5
Matrix 832 / 832+ / 424
8.1.9 Telephone Number 2 Allocation......................................................................................................78
8.1.10 Telephone Number 3 Allocation....................................................................................................79
8.1.11 Test Dial Sequence (Group Reporting).........................................................................................79
8.1.12 Anti-Code Algorithm Number ........................................................................................................79
8.2 Reporting Formats ...............................................................................................................79
8.2.1 Telephone Number Programming & Format Allocation ..................................................................82
8.2.2 BSIA Format Channel Map .............................................................................................................83
8.3 Send Options & Group Reporting Sequence..................................................................... 83
8.3.1 Disarmed Mode Events Send Options............................................................................................85
8.3.2 Arm Mode A Events Send Options .................................................................................................85
8.3.3 Arm Mode B Events Send Options .................................................................................................85
8.3.4 Arm Mode C Events Send Options .................................................................................................86
8.3.5 Arm Mode D Events Send Options .................................................................................................86
8.3.6 Restoral Events Send Options........................................................................................................86
8.3.7 Allocating Telephone Numbers to Alarm Types in Partitions..........................................................87
8.3.8 MX Voice Module Support ..............................................................................................................87
8.3.9 Change Number of Voice Dials.......................................................................................................87
SECTION 9: INSTALLING DD243......................................................................................88
9.2 Zone Mapping .......................................................................................................................88
9.3 Means of Setting (Arming) and Unsetting (Disarming)..................................................... 88
9.4 Resetting Following an Alarm Condition ........................................................................... 89
9.5 Mis-Operation Signals..........................................................................................................89
9.6 DD243 Options Table ...........................................................................................................90
9.7 DD243 Options 1...................................................................................................................92
9.8 DD243 Zone Map...................................................................................................................92
9.9 DD243 Partition Confirmation Times ..................................................................................92
SECTION 10: EVENTS MEMORY LOG & SYSTEM MAINTENANCE ..............................93
10.1 Reading The Event Log......................................................................................................93
10.1.2 Viewing Event Log Memory ..........................................................................................................94
10.2 System Faults & Maintenance........................................................................................... 99
10.2.1 NVM Reset to Factory Default ......................................................................................................99
10.2.2 Programmable Outputs Test.........................................................................................................99
10.2.3 Walk Test ......................................................................................................................................99
10.2.4 Scan for Devices on the Bus.........................................................................................................99
10.2.5 Local Up / Down Loading Session (RS232)................................................................................100
10.2.6 Engineer Code NVM Reset to Factory Default ...........................................................................100
10.2.7 Programmable Outputs Test.......................................................................................................100
10.2.8 Walk Test ....................................................................................................................................100
10.2.9 Scan For Devices On the Bus.....................................................................................................100
10.2.10 Local Up / Down Loading using RS232 Output ........................................................................100
SECTION 11: UDL PC SOFTWARE DATA MANAGEMENT...........................................101
11.1 Customer Explorer ...........................................................................................................101
11.2 Editing Customer Information......................................................................................... 103
11.2.1 Global Information.......................................................................................................................104
11.2.2 Principal Contact .........................................................................................................................104
11.2.3 Keyholders ..................................................................................................................................104
11.2.4 Partition Information....................................................................................................................104
11.3 Exporting and Importing Customers ..............................................................................105
11.4 Entering Panel Details & Uploading/Downloading to the Panel...................................106
11.4.1 Default Records ..........................................................................................................................107
11.4.2 Normal Dial to the Panel .............................................................................................................108
11.4.3 AMC Dial to the Panel.................................................................................................................108
11.4.4 Local Connection ........................................................................................................................109
11.4.5 Dial Back .....................................................................................................................................109
11.4.6 Sending Data to a Panel .............................................................................................................109
11.4.7 Getting Data from a Panel...........................................................................................................109
11.4.8 Verifying Panel Details................................................................................................................109
11.4.9 12.4.9 Online Panel Information .................................................................................................110
RINS428-5 Page iii
Matrix 832 / 832+ / 424
11.5 Modem Settings ................................................................................................................111
11.5.1 Modem Types............................................................................................................................. 111
11.5.2 Configuring Communications Options........................................................................................ 111
11.5.3 Configuring Dial Options ............................................................................................................ 112
11.5.4 Configuring Dial Back Options ................................................................................................... 113
11.5.5 Configuring Computer Network Options .................................................................................... 114
11.5.6 Character Set Options................................................................................................................ 115
11.5.7 Customer Map............................................................................................................................ 116
11.5.8 Configuring Other Options.......................................................................................................... 117
11.6 Using Help .........................................................................................................................118
SECTION 12: INSTALLATION, SERVICE & MAINTENANCE........................................ 119
12.1 Scanning for Devices .......................................................................................................120
12.2 Matrix 832 PCB..................................................................................................................123
12.3 Matrix 832+ PCB................................................................................................................124
12.4 Matrix 424 PCB..................................................................................................................125
12.5 Matrix Voice Module .........................................................................................................126
12.5.1 Programming the Voice Module................................................................................................. 126
12.5.1 Voice Module Connections to Matrix 832+................................................................................. 127
12.6 MX-BATT Battery Monitor Board.....................................................................................128
12.7 Matrix Zone Expanders ....................................................................................................129
12.7.1 Local Plug-On 8 Zone Expander................................................................................................ 129
12.7.2 MX-RIX with Zone Analyser ....................................................................................................... 131
12.8 Matrix PGM Expanders.....................................................................................................136
12.8.1 MX-ROX8R/8T Connections to 832 ........................................................................................... 137
12.8.2 MX-ROX8R/8T Connections to 832+......................................................................................... 138
12.9 Keypads & Proximity Readers Connections..................................................................139
12.9.1 Connecting a Single Keypad to Matrix 832................................................................................ 139
12.9.2 Connecting a Single Keypad to Matrix 832 +............................................................................. 140
12.9.3 Connecting Multiple Keypads to a Matrix 832 – Daisy Chain .................................................... 141
12.9.4 Connecting Multiple Keypads to a Matrix 832 – Star Configuration........................................... 142
12.9.5 Connecting Proximity Readers to a Matrix 832.......................................................................... 142
12.9.6 Connecting Proximity Readers to a Matrix 832+........................................................................ 143
12.10 Connecting a Matrix to a Telephone Line.....................................................................143
12.11 Zone Wiring Diagrams....................................................................................................144
12.11.1 Zone Doubling to Matrix 832 .................................................................................................... 144
12.11.2 Zone Doubling to Matrix 832+ .................................................................................................. 145
12.11.3 Zone Doubling to Matrix 424 .................................................................................................... 146
12.11.4 Normally Closed Zones to Matrix 832 ...................................................................................... 147
12.11.5 Double End of Line Resistors to Matrix 832............................................................................. 147
12.11.6 Double End of Line Resistors to Matrix 832+........................................................................... 148
12.12 Programmable Outputs Connections ...........................................................................149
12.12.1 Belle Connection to Matrix 832 ................................................................................................ 149
12.12.2 Belle Connection to Matrix 832+ .............................................................................................. 150
12.12.3 Belle Connection to Matrix 424 ................................................................................................ 151
12.12.4 Decibell Connection to Matrix 832 ........................................................................................... 152
12.12.5 Decibell Connection to Matrix 424 ........................................................................................... 152
12.12.6 Twin Alert Connection to Matrix 832 ........................................................................................ 153
12.12.7 Twin Alert Connection to Matrix 832+ ...................................................................................... 154
12.12.8 Twin Alert Connection to Matrix 424 ........................................................................................ 155
12.12.9 Vocaliser Connection to Matrix 832 ......................................................................................... 155
12.12.10 Vocaliser Connection to Matrix 832+ ..................................................................................... 156
12.12.11 Two Wire Fire Detector Connection to Matrix 832 ................................................................. 157
12.12.12 Normally Open Four Wire Fire Detector Connection to Matrix 832 ....................................... 157
12.12.13 Buzzer, LED & any Siren Connection to PGM on Matrix 832................................................ 158
12.12.14 High-Powered Siren Connections for Matrix 832 / 832+ / 424............................................... 158
SECTION 13: PARTITION MANAGEMENT .................................................................... 159
13.1 Example 1 ..........................................................................................................................159
13.2 Example 2 ..........................................................................................................................160
SECTION 14: ENGINEER QUICK PROGRAMMING GUIDE .......................................... 161
Page iv RINS428-5
! Matrix 832 / 832+ / 424
Section 1: Technical Specifications & System Overview
1.1 Technical Specifications
1.1.1 Main Control Panel
Matrix 832+ Matrix 832 Matrix 424
ZONES
Zone Loop Current
Zone Activation Resistance DEOL
Short circuit Normal Activated Open circuit
Normally Closed
Normal Activated
Doubled
Both zones Normal Both zones Activated Zone n Activated Zone n+16 Activated Zone Doubled: Tamper Activated
Zone Response Time
Standard Zones Fast Zones Only Zone 1 Fast
Zone Protection
0.54mA - Max 0.54mA - Max 0.54mA - Max
<800Ω <800Ω <800Ω >800Ω to <6kΩ >800Ω to <6kΩ >800Ω to <6kΩ >6kΩ to <36kΩ >6kΩ to <36kΩ >6kΩ to <36kΩ >36kΩ >36kΩ >36kΩ
<4kΩ <4kΩ <4kΩ >4kΩ >4kΩ >4kΩ
>2kΩ to <6kΩ >2kΩ to <6kΩ >2kΩ to <6kΩ >11kΩ to <35kΩ >11kΩ to <35kΩ >11kΩ to <35kΩ >8kΩ to <11kΩ >8kΩ to <11kΩ >8kΩ to <11kΩ >6kΩ to <8kΩ >6kΩ to <8kΩ >6kΩ to <8kΩ <2kΩ or >35kΩ <2kΩ or >35kΩ <2kΩ or >35kΩ
350ms 350ms 350ms 100 ms 100 ms 100 ms Zone1 - 30ms Other zones - 350ms 18V Varister 18V Varister N/A
PROGRAMMABLE OUTPUTS (PGM)
PGM 1
PGM 2
PGM 3
PGM 4
Relay contacts 30V@3A Relay contacts 30V@3A Open Collector 12V@200mA Open Collector 12V@10mA
DIGITAL COMMUNICATOR
Telephone Line Monitoring Digital Communicator Lightning Protection
Yes Yes Yes Analogue Line Analogue Line Analogue Line Heavy duty protection
6.75kV / 125A
POWER SUPPLY
Power Input Transformer Rating
EN50131-6 Type Voltage Output
Ripple Total Current Output AUX, Bell, K+ Panel Current Requirement
17Vac 17Vac 17Vac 44VA (Metal case) 21VA (Plastic case) A A A
13.6Vdc@1A regulated
Max 13.8V Min 10.5V 1% Max. 1% Max 1% Max 600mA (Plastic)
1.1A (Metal) 200mA 200mA 200mA
Zone1 - 30ms Other zones - 350ms
Relay contacts 30V@3A Open Collector 12V@200mA Open Collector 12V@ 200mA Open Collector 12V@10mA
Heavy duty protection
6.75kV / 125A
21VA 21VA
13.6Vdc@1A regulated
Max 13.8V Min 10.5V
600mA 600mA
Zone1 - 30ms Other zones - 350ms
Relay contacts 30V@3A Open Collector 12V@200mA Open Collector 12V@200mA Open Collector 12V@10mA
Heavy duty protection
6.75kV / 125A
13.6Vdc@1A regulated
Max 13.8V Min 10.5V
RINS428-5 Page 1
Matrix 832 / 832+ / 424
Matrix 832+ Matrix 832 Matrix 424
FUSES
Bell fuse Aux fuse Keypad fuse Battery fuse
Quick blow 1A – F1L Quick blow 1A – F1L Quick blow 1A – F1L Quick blow 1A – F1L Quick blow 1A – F1L N/A Quick blow 1A – F1L N/A N/A Slow blow 5A – T5H N/A N/A
BATTERY
Type
Battery Charge Maximum Battery Charge Current Battery Charge Method
Battery Capacity
BAT Terminal Protection
Low Battery Detect Level Battery Cutoff Level
12V Lead acid rechargeable
Min 6V Min 6V Min 6V 800mA (Metal Case)
350mA (Plastic case)
12V Lead acid rechargeable
350mA 350mA
The Matrix panel monitors the voltage of the battery and commences charging when the battery reaches 12.8V +/- 5% and disables charging when it reaches 13.6V +/- 5%. Metal Enclosure
2.8 to 17Ah
Plastic Enclosure
2.8 to 7Ah
Plastic Enclosure
2.8 to 7Ah Short circuit & battery reverse protection.
Short circuit & battery reverse protection.
10.7V +/- 0.2V 10.7V +/- 0.2V 10.7V +/- 0.2V
10.4V +/- 0.2V (With MX-BATT)
10.4V +/- 0.2V (With MX-BATT)
12V Lead acid rechargeable
Plastic Enclosure
2.8 to 7Ah
Short circuit & battery reverse protection.
10.4V +/- 0.2V (With MX-BATT)
MECHNICAL
Security Grade
Environmental Class
Dimensions
Plastic Metal
2 (Metal Case) N/A (Plastic Case) 2 (Metal Case) N/A (Plastic Case)
340 x 280 x 94.5 mm 340 x 280 x 94.5 mm 340 x 280 x 94.5 mm
389.5 x 314.5 x
96.2mm
N/A N/A
N/A N/A
N/A N/A
TEMPERATURE
Operational Metal Case
-10 to +55ºC 14 to 131ºF Plastic Case 0 to +40ºC 32 to 104ºF
Storage
-20 to +60ºC
-4 to 172ºF
Maximum Humidity
93% Rh (Metal Case) N/A N/A
0 to +40ºC 32 to 104ºF
-20 to +60ºC
-4 to 172ºF
0 to +40ºC 32 to 104ºF
-20 to +60ºC
-4 to 172ºF
Page 2 RINS428-5
! Matrix 832 / 832+ / 424
1.1.2 Additional Expanders
PROGRAMMABLE OUTPUT EXPANDERS
TRANSISTOR MX-ROX8T
Supply Voltage Supply Current Outputs
Type Maximum Switching Voltage Maximum Switching Current
RELAY MX-ROX8R
Supply Voltage Supply Current Outputs
Type Maximum Switching Voltage Maximum Switching Current
PROGRAMMABLE ZONE EXPANDERS
LOCAL PLUG-ON MX-IX16
Supply Voltage Supply Current Zone Loop Current Zone Activation Resistance
REMOTE MX-RIX with Zone Analyser
Supply Voltage Supply Current Zone Loop Current Zone Activation Resistance
PROGRAMMABLE VOICE MODULE
13.8V typical (9-16V range) 45mA +/- 5 % @13.8V
Open Collector 12Vdc 225mA
13.8V typical (9-16V range) 225mA +/- 5 % @13.8V
N/O / N/C contacts 30V 1A
13.8V typical (9-16V range) 15mA@ +/- 5 % 13.8V
See main control panel data
12V typical (9-16V range) 45mA +/- 5 % @13.8V
See main control panel data
MX-VOICE
Supply Voltage Supply Current
13.8V typical (9-16V range) 25mA +/- 5 % @13.8V
RINS428-5 Page 3
Matrix 832 / 832+ / 424
1.2 Battery Capacity Calculations
Maximum Battery recharge time must not exceed 72 hours to satisfy EN50131-6.
1.2.1 UK Requirements
In the event of mains failure BS4737 Part 1, Section 7.2.1, specifies that a stand-by battery should be able to power the system for a non-alarmed period of 8 hours. The typical Local Authority specified maximum bell alarm period is 20 minutes.
Example Calculation
Non-alarmed condition 7 hrs 40mins = 7.67Hrs:
Control panel 0.130A Keypad 0.015A Detectors (8 detectors at 15mA each) 0.120A External sounder 0.050A External strobe 0.000A Total current 0.315A Amp/hour capacity 0.315A x 7.67h = 2.41Ah Alarmed condition 20mins = 0.33Hrs: Control panel 0.130A Keypad 0.015A Detectors (8 detectors at 15mA each) 0.120A External sounder 0.350A External strobe 0.150A Total current 0.765A Amp/hour capacity 0.765A x 0.33h = 0.25Ah
Minimum battery capacity = 2.41A + 0.25A 2.66Ah
WARNING: Consult each product’s instructions for the actual current values.
1.2.2 Norwegian & Danish Requirements
Required capacity = (18 x A) + (0.5 x B) Where: A = Maximum non-alarmed total system current. B = Maximum alarmed total system current.
1.2.3 Swedish Requirements
Required capacity = 12 x A Where: A = Maximum total system current.
Page 4 RINS428-5
! Matrix 832 / 832+ / 424
1.3 System Overview
Matrix 832 / 832+ Matrix 424
ZONES
Zones on Main Board
Zone Expander (On Board)
MX-RIX with Zone Analyser
8 fully programmable zones on
Maximum Zones Capacity
Zone Configurations
Zone Types
Zone Attributes
PROGRAMMABLE OUTPUTS
PGM On-Board
Outputs
8 fully programmable zones (16 using zone doubling option) 8 fully programmable zones on local plug In expander (16 using zone doubling option)
remote expander (16 using zone doubling option) 32 zones using zone doubling option and zone expander
1. Normally closed
2. DEOL – 2 end of line resistors
3. Zone doubling – 1 end of line resistor
1. Entry / Exit
2. Access
3. Immediate
4. Medical
5. Arm
6. Omitted (Bypassed)
7. Fire
8. PA
9. 24hr
10. Key box
11. Shunt keypad
12. Tamper
13. Key switch Latched
14. Key switch Momentary
15. Unused
1. Chime
2. Test
3. Mask
4. Double knock
5. Normally Open
6. Normally Closed
1. PGM1 – N/O / N/C
2. PGM2 – (832+) N/O / N/C (832) Active High / Active Low
3. PGM3 – Active High / Active Low
4. PGM4 – Active High / Active Low
4 fully programmable zones (8 using zone doubling) 8 fully programmable zones on local plug In expander (16 using zone doubling option)
Not Available
24 zones using doubling option and zone expander
1. Normally closed
2. DEOL – 2 end of line resistors
3. Zone doubling – 1 end of line resistor
1. Entry / Exit
2. Access
3. Immediate
4. Medical
5. Arm
6. Omitted (Bypassed)
7. Fire
8. PA
9. 24hr
10. Key box
11. Shunt keypad
12. Tamper
13. Key switch Latched
14. Key switch Momentary
15. Unused
1. Chime
2. Test
3. Mask
4. Double knock
5. Normally Open
6. Normally Closed
1. PGM1 – N/O / N/C
2. PGM2 – Active High / Active Low
3. PGM3 – Active High / Active Low
4. PGM4 – Active High / Active Low
NOTE: Active High switches from 0V to 12V; Active Low switches from 12V to 0V.
RINS428-5 Page 5
Matrix 832 / 832+ / 424
Matrix 832 / 832+ Matrix 424
PGM Options
PGM Expander MX-ROX Outputs
1. Off
2. PIR remote LED enable (E-)
3. PIR Latch memory (C+)
4. Follow Arm / Disarm
5. Follow zone
6. Follow line fail
7. Follow kiss off
8. Shock / Fire reset
9. Follow strobe
10. Follow Fire Alarm
11. Follow PA
12. Confirmed Alarm
13. Follow Tamper Alarm
14. External Bell
15. GND Fire detector – PGM 4 only
16. Twin Alert – PGM 3 only
17. Follow entry exit
18. Follow Digi Com - Fire Signal
19. Follow Digi Com - PA Signal
20. Follow Digi Com - Intruder Signal
21. Follow Digi Com - Open/Close
22. Follow Digi Com - Spare Signal
23. Follow Digi Com - Medical Signal
24. Follow Digi Com - Conf Signal
25. Follow Digi Com - Omits Signal
26. Follow Hidden Display
27. Follow Mains Fail
28. Follow Battery Low
29. Follow Battery Missing
30. Internal Sounder
1. 8 open collector – Installable remotely on keypad bus
2. 8 relay expander – installable remotely on keypad bus
1. Off
2. PIR remote LED enable (E-)
3. PIR Latch memory (C+)
4. Follow Arm / Disarm
5. Follow zone
6. Follow line fail
7. Follow kiss off
8. Shock / Fire reset
9. Follow strobe
10. Follow Fire Alarm
11. Follow PA
12. Confirmed Alarm
13. Follow Tamper Alarm
14. External Bell
15. GND Fire detector – PGM 4 only
16. Twin Alert – PGM 3 only
17. Follow entry exit
18. Follow Digi Com - Fire Signal
19. Follow Digi Com - PA Signal
20. Follow Digi Com - Intruder Signal
21. Follow Digi Com - Open/Close
22. Follow Digi Com - Spare Signal
23. Follow Digi Com - Medical Signal
24. Follow Digi Com - Conf Signal
25. Follow Digi Com - Omits Signal
26. Follow Hidden Display
27. Follow Mains Fail
28. Follow Battery Low
29. Follow Battery Missing
30. Internal Sounder
1. 8 open collector – Installable remotely on keypad bus
2. 8 relay expander – installable remotely on keypad bus
KEYPADS
Type
Dedicated buttons
Max number Settings
LCD Keypad Supply Voltage Supply Current
LED Keypad Supply Voltage Supply Current ICON Keypad Supply Voltage Supply Current
1. Two 7 segments LED
2. LCD 32 character
3. ICON
1. PA
2. Fire
3. Medical Four of same type (max 6 devices) Four of same type (max 6 devices)
1. Private - system status indicated during arming
2. Public - system status indicated in arm mode
3. Hidden - display suppressed after 20 seconds
9-16Vdc 9-16Vdc 80mA – Normal 20mA – Minimum brightness setting
9-16Vdc 9-16Vdc 60mA Maximum @ 13.8V 60mA Maximum @ 13.8V
9-16Vdc 9-16Vdc 50mA Maximum @ 13.8V 50mA Maximum @ 13.8V
1. Two 7 segments LED
2. LCD 32 character
3. ICON
1. PA
2. Fire
3. Medical
1. Private - system status indicated during arming
2. Public - system status indicated in arm mode
3. Hidden - display suppressed after 20 seconds
80mA – Normal 20mA – Minimum brightness setting
Page 6 RINS428-5
! Matrix 832 / 832+ / 424
Matrix 832 / 832+ Matrix 424
PROXIMITY READER (Not approved for use in Denmark, Norway, Finland or Sweden)
Type Max number Settings
Supply Voltage Supply Current
Inductively coupled key-fob or card Inductively coupled key-fob or card Four of same type (max 6 devices) Four of same type (max 6 devices)
1. Private – system status indicated during arming
2. Public – system status indicated in arm mode
1. Private – system status indicated during arming
2. Public – system status indicated in arm mode
9-16Vdc 9-16Vdc Max 90mA@13.8V Max 90mA@13.8V
PARTITIONS
Number of partitions Independent settings
Arm modes Home / Away allocation Arming options
Timers
Real time clock
4 true partitions with common option 4 true partitions with common option
1. Zones
2. Keypads
3. Proximity readers
4. User codes
5. PGMs
6. Timers
7. Reporting account codes
1. Zones
2. Keypads
3. Proximity readers
4. User codes
5. PGMs
6. Timers
7. Reporting account codes
4 arm modes per partition (A, B, C, D) 4 arm modes per partition (A, B, C, D) Programmable individual arm modes Programmable individual arm modes
1. Final door
2. Timed exit
3. Silent arm
4. Forced Arm
1. Entry / Exit
2. Bell Delay
3. AC Fault Delay
4. Telephone Line Fault Delay
5. Inactivity Arm Time 10-990min
6. Auto Arm – Time of Day
7. Final Exit Delay
8. Quartz Correction Factor
9. Confirmed Alarm
1. AC frequency Based
2. Quartz Based
1. Final door
2. Timed exit
3. Silent arm
4. Forced Arm
1. Entry / Exit
2. Bell Delay
3. AC Fault Delay
4. Telephone Line Fault Delay
5. Inactivity Arm Time 10-990min
6. Auto Arm – Time of Day
7. Final Exit Delay
8. Quartz Correction Factor
9. Confirmed Alarm
1. AC Frequency Based
2. Quartz Based
USER CODES
Number of user codes User code types
32 codes (4 to 6 digits) 32 codes (4 to 6 digits)
1. Master user per partition
2. Limited user
3. Duress
4. Engineer
5. Arm only - can be used as a patrol code
6. Disarm only - can be used as a patrol code
7. Omit (Bypass)
8. Temporary
9. Limited number of uses
1. Master user per partition
2. Limited user
3. Duress
4. Engineer
5. Arm only - can be used as a patrol code
6. Disarm only - can be used as a patrol code
7. Omit (Bypass)
8. Temporary
9. Limited number of uses
CENTRAL MONITORING OPTIONS
Telephone Numbers
Communication Protocols
9 telephone numbers shared with pager, Pyronix PC format and digital communication formats
1. Contact ID
2. Pager Format
3. BSIA Fast Format
4. Pyronix PC Format
5. MX Voice
9 telephone numbers shared with pager, Pyronix PC format and digital communication formats
1. Contact ID
2. Pager Format
3. BSIA Fast Format
4. Pyronix PC Format
5. MX Voice
RINS428-5 Page 7
Matrix 832 / 832+ / 424
CENTRAL MONITORING OPTIONS – Cont.
Group Reporting to CMS
Programmable Send Options
Test Call
Telephone Line Monitoring Telephone Connection Digital Communicator Lightning Protection
1. Events sent to 1 number only
2. Events sent to 2 numbers
3. Events sent to first number with backup of second number
1. In disarmed mode
2. In arm modes A, B, C and D
3. Restorals
4. Alarms
5. PAs
6. Fire
7. Maintenance
8. Open / Close
9. Medical
Programmable in days, hours and minutes Yes – with status indication Yes – with status indication Allows other telephone on the line Allows other telephone on the line Analogue line Analogue line Heavy duty lightning protection
6.75kV/125Amps
1. Events sent to 1 number only
2. Events sent to 2 numbers
3. Events sent to first number with backup of second number
1. In disarmed mode
2. In arm modes A, B, C and D
3. Restorals
4. Alarms
5. PAs
6. Fire
7. Maintenance
8. Open / Close
9. Medical
Programmable in days, hours and minutes
Heavy duty lightning protection
6.75kV/125Amps
OTHER
Software Support
Memory Event Log
1. UDL programming software
2. Pyronix MX-MON software to be used with: a. Modem + Pyronix format b. RC12/RC112 +
Contact ID/BSIA
300 events with time and date
Log deletion cannot be allowed either accidentally or on purpose.
Log reaction time is more than 30 days and the clock will not change more than + / - 10 mins over 1 year at 20c
1. UDL programming software
2. Pyronix MX-MON software to be used with: a. Modem + Pyronix format b. RC12/RC112 +
Contact ID/BSIA
300 events with time and date
Log deletion cannot be allowed either accidentally or on purpose.
Log reaction time is more than 30 days and the clock will not change more than + / - 10 mins over 1 year at 20c
1.3.1.1 Minimum Installation Requirements
In addition to the main alarm panel (424, 832 or 832+), and any detectors or sensors, at least one keypad is required. This can be an LCD, LED or ICON keypad. One keypad MUST be set to ID-1. This is the minimum requirement.
1.3.1.2 Installation Constraints
A maximum of 6 devices can be attached to the Matrix bus (see also Section 4: Cabling Rules for the Matrix Bus). The following table shows the maximum number of each device type allowable, whilst at the same time
remembering that only 6 devices in total can be on the bus at any one time.
BUS DEVICE MATRIX 832+ /832 MATRIX 424
LCD Keypad 4 4 ICON Keypad 4 4 MX-PROX Proximity Reader 4 4 MX-RIX with Zone Analyser 1 1 On-board Input Expander 1 1 MX-ROX Output Expander 1 1
Page 8 RINS428-5
! Matrix 832 / 832+ / 424
Section 2: Safety & Approvals
SAFETY
1. A technically competent person must carry out the mains installation in accordance with the national and local electrical installation regulations
E C N
A
I L
P M
O C
2. Protective Earth: This equipment must be earthed/grounded
3. Functional Earth: Must be connected to earth terminal to allow the equipment to operate correctly. Has no safety implications.
4. Connect the unit to a single pole, unswitched, 3 Amp fused spur, using 0.75mm cannot be positively identified use a double pole disconnect version.
5. Always remove / isolate the mains supply before carrying out any servicing of the panel.
6. Fuses: For continued protection against the risk of fire, replace only with the same type and rating of fuse.
7. There are no user serviceable parts inside the equipment.
8. This unit should be mounted so that there will be no outside access to the electrical cable entry point
9. Ventilation: To ensure the correct airflow, always mount the unit vertically with the unit having a clear space on all sides. It must not be covered by clothes, furnishings, boxes, etc. It must not be mounted close to, or above, heat radiating sources.
10. On completion of wiring, use tie-wraps to prevent any loose wires causing a safety hazard.
11. The mechanical mounting of the unit must be secure enough to carry the full weight of the unit including all batteries.
12. Batteries: Ensure that the battery terminal connections will not create an electrical short-circuit on the case metalwork when the unit is closed. Use insulated battery lead connectors.
13. Dispose of old batteries as required by environmental legislation / recommendations.
2
cable. If the Neutral
14. The battery case must have a flame-retardant rating of UL94-V2/V1/V0 – IEC60950:2000
15. Water: The equipment must be kept free from dampness, water and any other liquids. It is only suitable for installation indoors.
ICONS
RINS428-5 Page 9
Protective Earth
Protective Bonding
Functional Earth
Read
Must be connected to the electrical installation earth / ground
Must be connected to the equipment protective earth terminal Must be connected to earth terminal to allow the equipment
to operate correctly. Has no safety implications.
Read equipment instructions
Matrix 832 / 832+ / 424
Page 10 RINS428-5
! Matrix 832 / 832+ / 424
RINS428-5 Page 11
Matrix 832 / 832+ / 424
The maximum voltage applied to the equipment must not exceed the safety extra low voltage SELV limits specified in IEC60950 / EN60950 / UL60950 30VDC / 30VAC / 42.4Vpeak
If you need to switch greater voltage, current or power you will require the use of a separate external switching relay
Page 12 RINS428-5
! Matrix 832 / 832+ / 424
PYRONIX Ltd
Pyronix House Braithwell Way Hellaby, Rotherham South Yorkshire S66 8QY
HTTP://www.pyronix.com ENGLAND, UK
______________________________________________________________
EU Declaration of Conformity
Manufacturer: As above
Details of electrical equipment Model name(s) Matrix 832+ (Plastic & Metal Housing) MX-ROX8T, MX-ROX8R, MX-RIX with Zone Analyser
LCD, LED, Icon keypads, MX-PROX
Description: Control & Indicating Equipment Remote expanders, keypads
Directives that this equipment RTTE 99/05/EC complies with:
Harmonised Standards applied EN50081-1: 1992 Class B in order to verify compliance EN50130-4: 1995 + A1: 1998 with the Directives: EN301489-1: V1.4.1
EN301489-3: V1.3.1 EN300330-2: V1.1.1
Testing Agency Status ISO/IEC17025 Certificate No Cert.
York EMC Services Three Lanes End Centre Methley Castleford West Yorkshire WF10 1PN
KTL, Saxon Way Priory Park West Hull, Humberside HU13 PB9
Year in which CE mark was affixed: 2002
Authorized signatory: Manufacturer Authorized Representative Date of issue
Testhouse
Testhouse
UKAS 1574
UKAS 0971
EN45014
5212TC 5503/TR/1 5494/TR/1 5430/TR/1
1C5217CEU1 1C521CCB1
2H5972GEU1
Category
Date
02/01/02 01/04/03 20/03/03 02/01/03
01/10/02 11/10/02
21/11/02
EMC EMC EMC EMC
Safety Safety
Radio
.................................. .............................................. Place of issue
Name: Craig Leivers Not applicable Pyronix Ltd Position: R & D Director
RINS428-5 Page 13
01 June 03
Matrix 832 / 832+ / 424
Section 3: Mounting Procedure
3.1 Mounting Procedure for Matrix – Plastic & Metal Case
The following steps illustrate basic mounting procedure for matrix plastic & metal case. (See section 12 for complete wiring diagrams)
Step 1 - Remove the case lid from the matrix panel and check all parts and components are in place. Step 2 - Decide where the matrix panel will be situated. The matrix panel may be housed in the loft or
different rooms in the premises. A discrete and concealed place is advisable, as only the Matrix keypads need to be seen.
Step 3 - Secure the matrix panel to a sturdy and stable surface, using the mounting screws provided. First mark the wall where the panel is to be situated (using the mounting holes), drill holes in the wall, and fasten the panel base to the wall using the screws supplied.
Step 4 - Before the panel base is completely secured to the wall feed cables for keypads / AC power supply / and accessories through the cable entry holes as illustrated.
3.2 Panel Layout – Plastic Case
Mains Cable
Entry Hole
Wall Fixing
Hole
Tamper
Switch
Wall Fixing
Holes
Cable Entry
Hole
Transformer
Wall Fixing
Hole
Page 14 RINS428-5
Battery
Support
Battery
Wall Fixing
Hole
! Matrix 832 / 832+ / 424
3.3 Panel Layout – Metal Case
Wall Fixing Holes
Transformer
Tam p er S w it c h
MX-Voice
Mo dule
Battery Test Module
(Optional )
PCB
Battery
7Ah - 17Ah
Wall Fixing Ho le
Tam per Sw it c h
Wall Fixing Hole
3.4 Battery Installation Procedure
Place two foam pads on the bottom of the Battery and two on the upper rear. Place the Battery in the case and secure with two tie wraps.
RINS428-5 Page 15
Matrix 832 / 832+ / 424
Section 4: Cabling Rules for the Matrix Bus
Care must be taken when connecting devices to the bus over long cable runs. This is to ensure maximum system integrity under all circumstances (battery backup etc.). Pyronix recommends using standard 0.22mm cross sectional area, unshielded multi-core alarm cable for Matrix installations.
The maximum number of devices connected to the bus on any one system is limited to six - this may not be exceeded. Although six is the system limit other restrictions apply to each cable run. It is important to restrict the amount of current carried along each length of cable to limit voltage drops across the system. Apart from being affected by current magnitude, voltage drops are also dependent upon the length of cable and the types of devices fitted.
The following tables provide a means of determining suitable cable run configurations for different systems.
NOTE: It is the length of cable between panel and end device that is important rather than the overall length on the entire bus.
Table 1: ‘KEN’ (Keypad Equivalent Number) values for each serial module
DEVICE Description and Configuration KEN
MX-LCD Matrix LCD Keypad 3 MX-LED Matrix LED Keypad 1 MX-ICON Matrix ICON Keypad 1 MX-RIX with Zone Analyser MX_PROX Proximity Reader 2 MX-ROX8R 8 Way Relay Output Module *1 *2 4
MX-ROX8T
MX-ROX8T
MX-ROX8T
MX-ROX8T
MX-ROX8T
*1 The Above KEN assignments for Relay type output modules assume that all power supplying the switched contacts (devices switched on/off by the output expander) is supplied via a different feed/ PSU.
*2 Remember that the maximum allowable current-draw from the Matrix for External devices is 0.6A. Any requirement exceeding this must be provided by a separate power supply. Where a power supply is added for use with an output expander, the 0V of the supply should be connected at the expander. 1+
Table 2: Number of ‘KENs’ Allowed for different Cable lengths.
Matrix Remote Zone Expander.
8 Way Transistor Output Module (max. total transistor outputs current sink < 30mA) 8 Way Transistor Output Module (max. total transistor outputs current sink < 90mA) 8 Way Transistor Output Module (max. total transistor outputs current sink < 150mA) 8 Way Transistor Output Module (max. total transistor outputs current sink < 210mA) 8 Way Transistor Output Module (max. total transistor outputs current sink > 210mA)
1
1
2
3
4
1+
Sink Current(A) – 0.03
0.06
Length of Cable
(meters)
100 3 4 75 4 6 50 6 9 25 13 18
Page 16 RINS428-5
Number of KEN allowed with Single
core cable per signal
Number of KENs with standard
cable 0V return doubled (2 cables)
! Matrix 832 / 832+ / 424
4.1 System Examples
A Matrix System is required to provide the following: 6 PIR Detectors (15mA each).
A bell-box (max. current draw 400mA) connected to PGM1. 2 Matrix ICON Keypads (60mA each), one 50m away, and the other 100m away. A Matrix Transistor Output Expander (30mA) with 3 LEDs (10mA each) and 3 buzzers (12mA each) controlled by the outputs (accompanying the keypad 100m away) power supply.
From the above example, the total current drawn from the panel would be:
TOTAL Detectors Bell RKPS
0.706A 6 X 0.015 1 X 0.400 2 X 0.050 1 X 0.030 3 X 0.010 3 X 0.012
The maximum current available for external devices from the Matrix PCB is 0.6A. Therefore, this installation would require an additional power supply.
Before we can calculate an acceptable wiring arrangement we must know the ‘KEN value for each device on the keypad bus. From Table 1 we know that each keypad has a KEN of 1. The Transistor Output expander controls the LEDs and buzzers, which together give a total current of 66mA (3x10mA + 3x12mA). From table 1 a transistor output expander with a current sink of 66mA falls into the <90mA criteria which corresponds with a ‘KEN’ of 2.
Example 1
The most straightforward wiring approach would be to daisy chain the devices on one run as below.
AUX+/K+
AUX-/K-
50m.
KD
Keypad
1
(1 KEN)
Output
Expander
LEDs Buzzers
100m.
Keypad
2
(1 KEN)
Output
Expander
(2 KEN)
NOT ACCEPTABLE
However, this is an unacceptable solution because there are 4 ‘KEN’ on a 100m length of cable. Table 2 shows that a maximum of 3 ‘KEN’ is acceptable on a 100m length of cable – the fact that one keypad is just 50m away does not affect these rules.
RINS428-5 Page 17
Matrix 832 / 832+ / 424
Example 2
This is now an acceptable solution because the ground return is shared between 2 cores of cable. Referring to table 2, the second column shows that by doubling up the ground return it is acceptable to have up to 4 ‘KEN’ on a 100m length of cable.
100m.
Output
2
Expander
(2 KEN)
AUX+/K+
KD
AUX-/K-
50m.
Keypad
1
(1 KEN)
Keypad
(1 KEN)
ACCEPTABLE SOLUTION
KD
50m.
100m.
Example 3
This is now an acceptable solution because there are now two separate cables connecting the devices back to the Matrix control panel. The 100m cable is now supporting 3 ‘KEN’ and is now in accordance with table 2, and the 50m cable is supporting 1 ‘KEN’ which is well within the limits.
AUX+/K+
AUX-/K-
Keypad
2
(1 KEN)
Keypad
1
(1 KEN)
Output
Expander
(2 KEN)
ACCEPTABLE SOLUTION
Page 18 RINS428-5
! Matrix 832 / 832+ / 424
Section 5: Operating Modes
5.1 Disarmed Mode
This is the state of the panel when disarmed. However, Fire, Personal Attack, Medical, Tamper and 24 Hr inputs remain active 24 hours a day.
5.2 Armed Mode
When the panel is armed an activation of any Access, Immediate or 24 hour zone will cause an alarm condition. When an alarm condition is generated the internal / external sounders and strobe outputs will operate for the length of time the panel is programmed, or until the panel is reset by the user.
5.3 Arm Mode
When arming the control panel, any one of four arm modes can be selected. Each of these arm modes (A, B, C and D) can be programmed with different configurations.
Arm A: Whole system armed, Premises empty– Away.
Arm B: Upstairs disarmed, downstairs armed – Home
Arm C: Upstairs armed, downstairs disarmed – Home
Arm D: Garage armed, the house disarmed – Home
5.4 Entry / Exit Mode
Entry - When the panel is armed and an Entry zone is triggered the Entry timer will begin to countdown.
During this period an Entry / Exit tone (Single repeated bleep) will be produced by the internal sounder and any zones which are programmed as Access zones will be ignored. If a correct user code is entered before the end of the count down period the panel will return to disarmed mode. If the timer is allowed to elapse before a user code is entered the panel will go into alarm state, in this case the system needs to be disarmed, and will enter FTA mode (See below) disarmed.
Exit - Timed Exit, Silent Exit, Final Exit - Matrix control panels use different types of exit procedures. The most popular exit type used is Timed Exit that can operate in two different ways depending on how the Global System Options 2 are programmed: Procedure 1 - from disarmed mode enter user code. The panel will start arming. If any zones are open then the exit timer will be delayed until the relevant zones are closed. At the end of exit time and providing that all zones have been closed the panel will arm. Procedure 2 - from disarmed mode enter user code. If any zones are open except Entry / Exit and Access the panel will give an error tone and come back to disarmed mode. If all zones are closed except Entry / Exit and Access the panel will start arming. If the Entry / Exit and Access zones are still open at the end of the exit time the panel will go into alarm. If these are closed then it will arm. If during arming time an Immediate zone is open then the panel will go into alarm.
5.5 Alarm Mode
With the panel in “Disarmed” or “Armed” mode, any of the 24h zones triggered by the system will be put into alarm condition. With the panel in “Armed” mode, any of the Immediate zones triggered by the system will be put into alarm condition.
5.6 Anti-Code Reset
After an alarm activation the user may disable the siren and bell only, to reset the system fully the user must enter an anti-code. The seed code is a randomly generated 5-digit number displayed on the keypad, the seed code should be given to whoever holds the anti-code generator, who in turn will provide a 4 digit anti-code, which when entered will reset the panel. As a means of identifying the system, the installer can program the first digit of the seed code.
RINS428-5 Page 19
Matrix 832 / 832+ / 424
5.7 First to Alarm Mode
When the system is in alarm mode it resets either automatically or by entering a valid user code. When the system is reset entering the user code the first zone to alarm will be displayed on the display. One further
user code entry will clear the FTA and reset the panel to disarmed mode.
5.8 Engineer Mode
Engineer Mode gives total access to the programming facilities of the system to the engineer using the engineer code.
5.9 User Mode
User mode allows arming / disarming of the panel and access to the user menu (See the user guide for user programming instructions).
Page 20 RINS428-5
! Matrix 832 / 832+ / 424
Section 6: Keypad/Reader Symbols & Indications
6.1 The ICON Keypad
Illuminated Correct AC & DC power sources AC power is OK Blinking Indicates DC source (battery) fault Indicates an AC fault Extinguished Indicates AC fault / no power to panel No power to the panel
Illuminated OK to Arm, no open zones Blinking Select partitions to arm or disarm / Programming function is active Extinguished One or more open zones or all assigned partitions are already armed
Illuminated In Log display qualifies the alarm type / Day mode indicates activated test zone Slow Blinking Active alarm in FTA mode. Fast Blinking A latched alarm is active (Denmark, Norway, Finland & Sweden only) Extinguished No active alarms
Illuminated Indicates a tamper condition (used in log display) Blinking Indicates a tamper condition in FTA mode Extinguished No tamper alarm active
Illuminated Indicates a PA alarm condition (used in log display) Blinking Indicates a PA alarm condition in FTA mode Extinguished No PA active
Illuminated Indicates a Fire alarm condition (used in log display) Blinking Indicates a Fire alarm condition in FTA mode Extinguished No Fire alarm active
Illuminated Blinking Extinguished
Illuminated The panel is armed Blinking Indicates the panel is arming with omitted zones Extinguished The panel is not armed
Illuminated The panel is disarmed Blinking Keypad is in user menu mode Extinguished The panel is not disarmed
Indicates a system Fault Keypad is in Engineer Mode No Fault active
Rest of the World Denmark, Norway, Finland & Sweden
RINS428-5 Page 21
Matrix 832 / 832+ / 424
6.2 The LCD Keypad
Illuminated Correct AC & DC power sources AC power is OK Blinking Indicates DC source (battery) fault Indicates an AC fault Extinguished Indicates AC fault / no power to panel No power to the panel
Illuminated OK to Arm, no open zones Blinking Select partitions to arm or disarm / Programming function is active Extinguished One or more open zones or all assigned partitions are already armed
Illuminated Indicates a system Fault Blinking Engineer Mode active Extinguished No Fault active
Rest of the World Denmark, Norway, Finland & Sweden
6.3 The Proximity Reader
Supply
Partition 1 Arm mode A
Status LEDs
Illuminated Correct AC & DC power sources
Supply
Status
LEDs
Blinking Indicates DC source (battery) fault Extinguished Indicates AC fault / no power to panel
Illuminated Partition or Arm mode is Armed Blinking Partition or Arm mode is in Alarm Extinguished Partition or Arm mode is Disarmed
Multipartition Single Partition
Partition 4 Arm mode D Partition 3 Arm mode C Partition 2 Arm mode B
Page 22 RINS428-5
! Matrix 832 / 832+ / 424
A
S
Section 7: Programming the System
This section of the manual details how to program all of the Matrix features through PC software and Engineer Mode functions.
NOTE: The Programming procedure is the same for the Matrix 832+, 832 & 424
Examples of both the PC software and ICON/LCD keypad functionality are shown with explanations of all the programming options (PC software can be downloaded from the Pyronix web site at www.pyronix.com).
The following key is used in each of the programming sections to show the following functionality.
PC Programming Procedure
MEANING
Programmable Options Explanation
ARMED
ALARM
FAULT
SUPPLY
FIRE
8
8
P.A.READY
TAMPER
DAY
2134
BCD
ET
P.A.
5678
FIRE
FUNC
90
Keypad Programming Procedure
IMPORTANT:
1. Before commencing with any of the programming procedures each of the individual keypads and proximity readers must be allocated an ID number using the switch on the back of each keypad. (See Section 8.1/8.2 “Switch settings for keypads & proximity readers”). The Matrix panel recognizes each device by the allocated device type and ID.
2. All the programming options are shown on the two 7-segment displays for the ICON keypad, and on the character display for the LCD keypad, during the programming procedures.
7.1 Addressing the LCD & ICON Keypads
The LCD and ICON keypads are individually addressable. Each keypad type (LCD & ICON) can have four different addresses. The address of the device is set using the small switch on the keypad PCB. If you have multiple devices of the same type then they must have different addresses (IDs). One keypad MUST be set to ID 1
You will need to remove the rear cover from the keypad to gain access to the address switch.
Address (ID) Switch Setting
1
2
3
4
RINS428-5 Page 23
Matrix 832 / 832+ / 424
7.2 Addressing the Proximity Reader
The Matrix panel recognizes individual MX PROX readers by the link settings on the back of each MX PROX reader.
NOTE: Before you start programming the system, use engineers function 754 to scan for all devices on the Matrix bus.
7.2.1 Connection of MX PROX to a PC
As well as programming the proximity cards using the keypad and prox reader, it is also possible to allocate proximity cards to user codes using a PC. The proximity reader MX PROX should be connected to the PC serial communication port as shown on the diagram below.
K+ should be connected to +12V. K- should be connected to pin No 5 & 0V. PC should be connected to pin No 2. For information regarding the programming procedure from PC see Section 8.7.
5
9
4
8
3
7
K+ KD
K­0
+12V
0V
1
2
6
1
2
PC
MX PROX CONNECTORS
PC 9-Pin DTE
Proximity cards are programmed using a combination of the keypad and the reader. See User Manual Function 30 for more details.
Page 24 RINS428-5
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