Pyronix Matrix 6/816 User manual

MATRIX 6/816
Control Panel with Remote Keypads
Software Version 1.34
INSTALLATION MANUAL
RINS546-10

Matrix 6/816 Installation Manual
RINS546-10 Page i
CONTENTS
1. INSTALLATION AND POWER-UP..............................................................................................................1
1.1 Plastic Case Assembly .........................................................................................................................1
1.2 Keypad Addressing..............................................................................................................................1
1.3 Cabling Rules for the Matrix Bus ..........................................................................................................2
1.4 Power-up System................................................................................................................................4
1.4.1 Power Up Delay ...........................................................................................................................4
2. WIRING DIAGRAMS................................................................................................................................5
2.1 Matrix 6 PCB.......................................................................................................................................5
2.2 Matrix 816 PCB ...................................................................................................................................6
2.3 Power Supply & Telephone Line Wiring ................................................................................................7
2.3.1 Matrix 6 ......................................................................................................................................7
2.3.2 Matrix 816...................................................................................................................................7
2.4 Tamper Switch Wiring .........................................................................................................................8
2.4.1 Matrix 6 ......................................................................................................................................8
2.4.2 Matrix 816...................................................................................................................................8
2.5 Keypad Wiring ....................................................................................................................................9
2.5.1 Matrix 6 ......................................................................................................................................9
2.5.2 Matrix 816.................................................................................................................................12
2.6 Zone Wiring......................................................................................................................................14
2.6.1 Normally Closed Wiring – South Africa ........................................................................................14
2.6.2 Normally Closed Wiring – Other Countries ...................................................................................15
2.6.3 Single End of Line (SEOL) Resistor Wiring ...................................................................................16
2.6.4 Double End of Line (DEOL) Resistor Wiring .................................................................................17
2.7 On-Board Zone Expander (Matrix 816 Only)........................................................................................18
2.8 MX-VOICE Module.............................................................................................................................19
2.9 PGM Output Wiring ...........................................................................................................................20
2.9.1 Matrix 6 Buzzer, LED & Any Siren Wiring .....................................................................................20
2.9.2 Matrix 816 – Monitored Siren (and Buzzer & LED)........................................................................20
2.9.3 High Power Siren Wiring ............................................................................................................21
2.9.4 Belle Wiring...............................................................................................................................22
2.10 Battery Monitor Board Wiring ...........................................................................................................24
2.11 Smoke Detector Wiring....................................................................................................................25
2.11.1 Matrix 6...................................................................................................................................25
2.11.2 Matrix 816 ...............................................................................................................................27
3. KEYPAD ...............................................................................................................................................29
3.1 Keypad Buttons ................................................................................................................................29
3.2 Keypad Indications............................................................................................................................30
4. SPECIFICATIONS..................................................................................................................................31
4.1.1 Matrix 6 ....................................................................................................................................31
4.1.2 Matrix 816.................................................................................................................................32
4.2 Battery Capacity Calculations .............................................................................................................33
5. SAFETY & APPROVALS..........................................................................................................................34

Matrix 6/816 Installation Manual
Page ii RINS546-10

Matrix 6/816 Installation Manual
RINS546-10 Page 1
1. INSTALLATION AND POWER-UP
Before mounting the panel you must decide on the place of installation. The use of remote keypads means
that the panel can be concealed anywhere on the premises, and it is recommended that the panel be housed
in a concealed place.
NOTE: Screws should be tightened with hand tools ONLY. Do NOT use power drivers to tighten
screws.
1.1 Plastic Case Assembly
IMPORTANT
To ensure the correct
airflow, always mount
the unit vertically.
Secure the unit to a
sturdy and stable
surface. The panel is no
t
designed for operation
in a high humidity
environment and is only
suitable for installation
indoors.
1.2 Keypad Addressing
№1№2№3№4
Mains
transformer
Cable
entry
Wall fixing
hole
Mains fused
terminal block
Tamper pin of the
panel case
Tamper switch of the
panel case
Remove and install
tamper pin of the
panel case as below

Matrix 6/816 Installation Manual
Page 2 RINS546-10
1.3 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.). The following information is based on using
wire of a minimum of 0.22mm cross sectional area.
The maximum number of devices that may be connected to the bus is limited to four keypads -
this may not be exceeded. 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.
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 ICON Keypad
DEVICE Description and Configuration KEN
MX-ICON Matrix ICON Keypad 1
NOTE: Remember that the maximum allowable current-draw from the Matrix for external
devices is 0.8A. Any requirement exceeding this must be provided by a separate power supply.
Table 2: Number of ‘KENs’ Allowed for Different Cable Lengths.
Length of Cable
(meters)
Number of KEN allowed with
Single core cable per signal
Number of KENs with standard cable 0V
return doubled (2 cables)
100 3 4
75 4 6
50 6 9
25 13 18

Matrix 6/816 Installation Manual
RINS546-10 Page 3
Example 1
NOT
ACCEPTABLE
50m. 100m.
K+
KD
K-
Keypad 1
(1 KEN)
Keypad 3
(1 KEN)
Keypad 4
(1 KEN)
Keypad 2
(1 KEN)
Example 2
AUX+ / K+
KD
AUX- / K-
Keypad 1
(1 KEN)
Keypad 3
(1 KEN)
50m. 100m.
ACCEPTABLE
SOLUTION
Keypad 2
(1 KEN)
Keypad 4
(1 KEN)

Matrix 6/816 Installation Manual
Page 4 RINS546-10
1.4 Power-up System
IMPORTANT
Mains connection
should be carried out
by technically
competent personnel
only, in accordance
with the national and
local electric installation
regulations. Mind safety
measures and means.
To ma i n s
supply
Battery
Ah, 12V 7
Lightning protective
earth terminal
Fuse carrier handle
(fuse nominal - 250 mA)
Neutral
Live
Earth
A
ttention!
Panel communicator
must be earthed/grounded
to protect telephone line input
Note: When the panel is connected to mains
use fuse carrier handle to turn mains
power supply on or off
TIPRING R-1 T-1 17V~ + BAT - +SIREN - NO1 C1 NO1 PGM2 PGM3 PGM4 PGM5 PGM6 +AUX- K+ KD K- Z1 COM Z2 Z3 COM Z4 + AUX- Z5 COM Z6 Z7 COM Z8
NBUSJY 816
2 AMP AC FUSE
5 AMP BATTERY FUSE
1A AUX FUSE
1A KE YPAD FUSE
RS-232
NVM RESET
1.4.1 Power Up Delay
Upon power up the panel starts a 90 second delay. The primary function of this delay is to give detectors time
to settle before the panel is fully operational and prevent false alarms.
The remote keypads identify that the 90 second delay is running by cycling their segment displays, and the
Power, Disarmed/Armed, and Ready icons are turned on to indicate that the panel is powered up and running.
During this 90 second delay the panel will initialise itself and turn on the battery charge circuitry, but WILL
NOT scan any of its inputs. These include zones, telephone line, battery level, mains, expander input,
monitored siren, and fuses.
After the 90 seconds has expired the remote keypads will sound an acceptance tone and stop cycling their
segment displays. The panel will then resume normal operation and all inputs will be scanned as normal. The
battery charge circuitry will also be placed back in control of battery monitoring.

Matrix 6/816 Installation Manual
RINS546-10 Page 5
2. WIRING DIAGRAMS
2.1 Matrix 6 PCB
Connector for
MX-VOICE module
RS232 port for direct
connection to PC
Fuse 1A of RKP
supply output “K+”
Fuse 5A of
battery output
Fuse 1A of auxiliary
supply output “+AUX”
Panel configuration
reset link
Terminal Designation
17V ~ 17V AC supply input for transformer connection
+BAT- 12V DC supply input for connection to the battery
+AUX- Auxiliary supply output for detectors. Protected by a 1 Amp “AUX FUSE”
+ Positive supply to the bell sounder. Protected by a 1 Amp “AUX FUSE”
PGM4 PGM4 transistor output
K+, K– RKP supply output. Protected by a 1 Amp “KEYPAD FUSE”
KD RKP data bus
NC1 PGM1 relay output. Normally closed contact
С1 PGM1 relay output. Common contact
NO1 PGM1 relay output. Normally open contact
PGM2 PGM2 transistor output
PGM3 PGM3 transistor output
Z1 Zone 1 input
COM Common input for zones (0V)
Z2 Zone 2 input
Z3 Zone 3 input
COM Common input for zones (0V)
Z4 Zone 4 input
Z5 Zone 5 input
COM Common input for zones (0V)
Z6 Zone 6 input
RING Communicator input for connection to Analogue PSTN telephone line
TIP Communicator input for connection to Analogue PSTN telephone line
R-1 Telephone line output for connection to the other telephone equipment
T-1 Telephone line output for connection to the other telephone equipment
Earth terminal for lightning protection

Matrix 6/816 Installation Manual
Page 6 RINS546-10
2.2 Matrix 816 PCB
17V~ + BAT – + SIREN – NC1 C1 NO1 PGM2 PGM3 PGM4 PGM5 PGM6 + AUX – K+ KD K– Z1 COM Z2 Z3 COM Z4 + AUX – Z5 COM
MATRIX 816
2 AMP AC FUSE
5 AMP BATTERY FUSE
1A AUX FUSE
1A KEYPAD FUSE
RS-232
NVM RESET
TIPRING R-1 T-1Z6 Z7 COM Z8
1A RKP Fuse
Supply Output “K+”
1A Auxilliary Fuse
Supply Output “+AUX-”
5A Battery Fuse
2A AC Fuse
Panel Configuration
Reset Link
Connector for
MX-IX16 Module
RS232 Port for Direct
Connection to PC
Connector for
MX-VOICE Module
– – – PGM1 – – –
Terminal Designation
17V ~ 17V AC supply input for transformer connection. Protected by 2 Amp “AC FUSE”
+BAT- 12V DC supply input for connection to the battery. Protected by 5A “BATTERY FUSE”
+SIREN Positive supply to Monitored Siren (PGM7). Protected by 1 Amp “AUX FUSE”
SIREN- Monitored Siren transistor switched output (PGM7).
NC1 PGM1 relay output. Normally closed contact.
С1 PGM1 relay output. Common contact.
NO1 PGM1 relay output. Normally open contact.
PGM2 PGM2 transistor output.
PGM3 PGM3 transistor output.
PGM4 PGM4 transistor output.
PGM5 PGM5 transistor output.
PGM6 PGM6 transistor output.
+AUX- Auxiliary supply output for detectors, keypad etc. Protected by 1 Amp “AUX FUSE”
K+, K– RKP supply output. Protected by a 1 Amp “KEYPAD FUSE”
KD RKP data line
Z1 Zone 1 input
COM Common input for zones (0V)
Z2 Zone 2 input
Z3 Zone 3 input
COM Common input for zones (0V)
Z4 Zone 4 input
Z5 Zone 5 input
COM Common input for zones (0V)
Z6 Zone 6 input
Z7 Zone 7 input
COM Common input for zones (0V)
Z8 Zone 8 input
RING Communicator input for connection to Analogue PSTN telephone line
TIP Communicator input for connection to Analogue PSTN telephone line
R-1 Telephone line output for connection to the other telephone equipment
T-1 Telephone line output for connection to the other telephone equipment
Earth terminal for lightning protection.

Matrix 6/816 Installation Manual
RINS546-10 Page 7
2.3 Power Supply & Telephone Line Wiring
2.3.1 Matrix 6
Transformer
230V/17V
To ma ins
~ 230V
~ 17V
Battery 12V
To analogue
telephone
network
Telephone terminals
cross point
TIP
RING
T-1
R-1
To other
telephone
equipment
2.3.2 Matrix 816
Transformer
VV 230 /17
To mains
V
~ 230
~ 17V
Battery 12V Telephone terminals
cross point
TIP
RING
T-1
R-1
To analogue
telephone network
To o t h er
telephone equipment

Matrix 6/816 Installation Manual
Page 8 RINS546-10
2.4 Tamper Switch Wiring
2.4.1 Matrix 6
Tampe r sw i tc h
connects to zone
programmed as
“Tamper”
2.4.2 Matrix 816
Tamper switch
connects to zone
programmed as
“Tamper”

Matrix 6/816 Installation Manual
RINS546-10 Page 9
2.5 Keypad Wiring
2.5.1 Matrix 6
Without Tamper
Multiple RKP connection to the panel
RKP
No1
RKP
No
RKP
No
RKP
No
RKP
No

Matrix 6/816 Installation Manual
Page 10 RINS546-10
With Tamper – South Africa
Multiple RKP connection to the panel
RKP
No 1
Tamper outputs
of RKP
KT KTR
RKP
No 1
RKP
No 2
RKP
No 3
RKP
No 4
For tamper loop use zone
programmed as Tamper
For tamper loop use zone
programmed as Tamper

Matrix 6/816 Installation Manual
RINS546-10 Page 11
With Tamper – Other Countries
Multiple RKP connection to the panel
RKP
No1
Tamper outputs
of RKP
KT KTR
RKP
No
RKP
No
RKP
No
RKP
No

Matrix 6/816 Installation Manual
Page 12 RINS546-10
2.5.2 Matrix 816
Without Tamper
Multiple RKP connection to the panel
RKP
No 1
RKP
No 1
RKP
No 2
RKP
No 3
RKP
No 4

Matrix 6/816 Installation Manual
RINS546-10 Page 13
With Tamper
Multiple RKP connection to the panel
RKP
No 1
Tamper outputs
of RKP
KT KTR
RKP
No 1
RKP
No 2
RKP
No 3
RKP
No 4

Matrix 6/816 Installation Manual
Page 14 RINS546-10
2.6 Zone Wiring
2.6.1 Normally Closed Wiring – South Africa
Matrix 6
Zone 1 Zone 2 Zone 5
PIR
Detector
Magnetic Contact PIR
Detector
For tamper loop
use spare zone
programmed as Tamper
Matrix 816
Zone 2 Zone 7
PIR
Detector
PIR
Detector
Zone 1
Magnetic Contact

Matrix 6/816 Installation Manual
RINS546-10 Page 15
2.6.2 Normally Closed Wiring – Other Countries
Matrix 6
Zone 1 Zone 2 Zone 5
PIR
Detector
Magnetic Contact PIR
Detector
Matrix 816
Zone 2 Zone 7
PIR
Detector
PIR
Detector
Zone 1
Magnetic Contact

Matrix 6/816 Installation Manual
Page 16 RINS546-10
2.6.3 Single End of Line (SEOL) Resistor Wiring
NOTE: Any unused zones should be linked out using a 4k7Ωresistor.
Matrix 6
4K74K7
4K7
Zone 1 Zone 2 Zone 6
PIR
Detector
Magnetic Contact PIR
Detector
Matrix 816
Zone 1 Zone 2
PIR
Detector
PIR
Detector
4k7 4k7