ADDRESSABLE SYSTEM
Device Wiring Details Detectors D-A410,D-A411,D-A412,D-A413 2
1
IN
− +
− − +
HOLE
4
OUT
+
3
Notes: 1. DZ-03 detector base 2. D-A410,D-A411, D-A412, available with built-in remote indicator output 3. D-A413 is without remote indicator output 4. To fix, point the detector in the base by the mark-line and secure the detector in that position by rotating it clockwise until it reaches the next mark line.
D-I410,D-I411,D-I412
2
1
IN
− −
− +
+
4
OUT
+
3
REMOTE LED INDICATOR
Notes: 1. DB-01 detector base 2. Available with built-in remote indicator output 3. To fix, point the detector in the base by the mark-line and secure the detector in that position by rotating it clockwise until it reaches the next mark line.
Beam Detector D-A430/R
For addressable connection
K22 K2 2 K2 K21 1 K1 K12 2 K1 K11 1 Z2 −
For conventional connection
Z1
D2
D1
+
−
+
K22 K2 2 K2 K21 1 K1 K12 2 K1 K11 1 Z2 −
24 VDC
LOOP IN
LOOP OUT
470 Resistor 4.7K
Zone input
Z1
D2
D1
+
−
+
24 VDC
Gas Detector D-A414 LOOP IN
LOOP OUT
24 VDC PSU
+
+
−
Z1 Z2 +
−
K1 K2
Remote System
−
D1 D2
V+ V−
12VDC Output
N/O
Manual Call Point BG-A450
BG-I450F Notes: Remote N/O contact 60VDC, 0.1mA at 100m Ω
+
+
−
K1 K2
Remote System
−
Z2
Z1 Z2
−
+
Z1
Z1 Z2
+
−
N/O
LOOP IN
LOOP OUT
LOOP IN
LOOP OUT
MODULES AI-500 INPUT MODULE- LOOP POWERED
4.7komhs RESISTOR ZONE VALVE
M O C
8
9 FLOW SWITCH
7
6
5
4
3
2
1
8
C N
O N M O C
10 11 12 13 14 15 16 G I1 Z1 Z2
9
7
6
5
4
3
2
1
8
10 11 12 13 14 15 16 G I1 Z1 Z2
9
7
6
5
4
3
2
1
10 11 12 13 14 15 16 G I1 Z1 Z2
470omhs RESISTOR
INPUT N/O Parallel 4.7kohms Cable Monitoring −
INPUT N/C Ex. zone valve
INPUT N/O Ex. flow switch
+
LOOP IN
LOOP OUT
Parameter 1-N/O,cables monitor
LOOP IN
LOOP OUT
Parameter 4-N/O
LOOP IN
LOOP OUT
Parameter 7-N/C
AI-510 CONTROL AND RELAY, INPUT OUTPUT N/C
OUTPUT N/O Ex. lift/elevator
V+ G CO COM N O NC 8 7 6 5 4
V + G C OM OM N O NC 8 7 6 5 4
3
2
1
3
2
1
Output Dry Contact N/C
Output Dry Contact N/O 9 10 11 12 13 14 15 16 D1 D2 G I1 Z1 Z2
9 10 11 12 13 14 15 16 D1 D2 G I1 Z1 Z2
24 VDC PSU
24 VDC PSU LOOP IN
LOOP IN
LOOP OUT
LOOP OUT
24VDC OUTPUT N/O Ex.door holder
220 VAC
DAMPER CI-500R
V+ G COM NO NC 8 7 6 5 4
3
2
1
V + G CO COM N O NC 8 7 6 5 4
3
2
1
24VDC Output N/O
220VAC Control
9 10 11 12 13 14 15 16 D1 D2 G I1 Z1 Z2
9 10 11 12 13 14 15 16 D1 D2 G I1 Z1 Z2
24 VDC PSU
24 VDC PSU
LOOP IN
LOOP IN
LOOP OUT
LOOP OUT
Note: For input connection is the same as AI-500 (Terminal G & I1). Do not have parameter 1 but with parameter 3 self confirm or feedback signal
AI-510L-LOOP PO WERED; or CONTRO L-24VDC OUTPUT N/O Ex. lift/elevator
V + V −C −COM N O NC 8 7 6 5 4
3
2
OUTPUT N/C Ex. lift/elevator
V+ V− COM NO NC 8 7 6 5 4
1
3
2
1
Output Dry Contact N/O
9 10 11 12 13 14 15 16 V + V − G I1 Z1 Z2
Output Dry Contact N/C 9 10 11 12 13 14 15 16 V + V − G I1 Z1 Z2
LOOP IN
LOOP OUT
LOOP IN
LOOP OUT
220 VAC
DAMPER
24VDC OUTPUT N/O Ex.door holder
V + V− CO COM N O NC 8 7 6 5 4
3
2
1
CI-500R
V+ V− CO CO M NO NO NC 8 7 6 5 4
24VDC Output N/O
3
2
1
220VAC Control, with Interposing relay
9 10 11 12 13 14 15 16 V+ V− G I1 Z1 Z2
9 10 11 12 13 14 15 16 V + V − G I1 Z1 Z2
24 VDC PSU
24 VDC PSU
LOOP IN
LOOP IN
LOOP OUT
LOOP OUT
Note: For input connection is the same as AI-500 (Terminal (Terminal G & I1). Do not have parameter 1 & 3.
AI-511 DUAL CONTROL AND RELAY, INPUT
V+ G 8 7
COM1 NO1 NC2 COM2 NO2 NC2
6
5
4
3
2
V+ G 8 7
1
9 10 11 12 13 14 15 16 D1 D2 G I1 I2 Z1 Z2
2. 3.
5
4
3
2
1
24 VDC PSU
LOOP IN
1.
6
9 10 11 12 13 14 15 16 D1 D2 G I1 Z1 Z2
24 VDC PSU
Note:
COM1 NO1 NC1 COM2 NO2 NC2
LOOP IN
LOOP OUT
LOOP OUT
Note: For input connection is the same as AI-500 (Terminal G & I1). Do not have parameter 1 but with parameter 3 self confirm or feedback signal st nd Output:Com-NO1-NC1 is the 1 address Channel 1; Com-NO2-NC2 is the 2 address Channel 2 st nd Input: G-I1 is the 1 address Channel 1 ; G-I2 is the 2 address Channel
AI-512M -16 INPUTS;2 OUTPUT RELAY INPUT CHANNEL SETTING Pin
Note: Input monitoring required 4.7Kohms resistor Enclosure box is not included
I1 G I14 G I13 G
I12 G
I11 G
I10 G
16 15 14 13 12 11 10
I9 G
8 G
I7 G
I6 G
I5 G
I4 G
I3 G
I2 G
I1 G
9
8
7
6
5
4
3
2
1
INPUT 1−16 N01
JUMPER
OUTPUT 1
COM1 NC1 N02
24VDC
OUTPUT 2
COM2
2
1
1
OFF
OFF
OFF
OFF
2
OFF
OFF
OFF
ON
3
OFF
OFF
ON
OFF
4
OFF
OFF
ON
ON
5
OFF
ON
OFF
OFF
6
OFF
ON
OFF
ON
7
OFF
ON
ON
OFF
8
OFF
ON
ON
ON
4.7KOHMS
N/O
I16 G
3
Channel QTY.
4.7KOHMS
N/O
I16 G
4
D1 D2 D1 D2
LOOP Z1 Z2 Z1 Z2
9
ON
OFF
OFF
OFF
10
ON
OFF
OFF
ON
11
ON
OFF
ON
OFF
12
ON
OFF
ON
ON
13
ON
ON
OFF
OFF
14
ON
ON
OFF
ON
15
ON
ON
ON
OFF
16
ON
ON
ON
ON
NC2
24 VDC PSU
LOOP IN
LOOP OUT
AI-513
AI-514 CONVENTIONAL SOUNDER / BELL
TO SPEAKER VOICE SOURCE
8
BACK GROUND MUSIC
7
SP1
XF1
ZC1
SP2
XF2
ZC2
6
5
4
3
2
1
+
Output Current 500mA
8
7
− 4.7KOHMS
6
5
L+ L− 4 3
2
1
9 10 11 12 13 14 15 16 D1 D2 Z1 Z2
9 10 11 12 13 14 15 16 V+ V− G I1 Z1 Z2
24 VDC PSU
24 VDC PSU
LOOP IN
LOOP OUT
LOOP IN
LOOP OUT
AI-515 TO CONVENTIONAL DETECTOR OR MCP END OF LINE: ACTIVE EOL DB−CA OR 4.7K OMHS RESISTOR −
4.7K OHMS N/O − FIRE INDICATION
+
N/C − FAULT INDICATION 470 OHMS
O− O+ 8 7 6
5
4
3
2
Interfacing conventional devices
1
O− O+ 8 7 6
9 10 11 12 13 14 15 16 D1 D2 Z1 Z2
5
4
3
2
1
Fire/Fault from remote system
9 10 11 12 13 14 15 16 D1 D2 Z1 Z2
24 VDC PSU
24 VDC PSU
LOOP IN
LOOP IN
LOOP OUT
LOOP OUT
LINE ISOLATOR AI-520
AI-521
LOOP OUT
2
1
8
OUT+ OUT− 7 6 5 4
IN− 3
2
O U T −
1
HOLE
LOOP IN
LOOP OUT 9
O U T +
10 11 12 13 14 15 16 IN+ IN− Z1 Z2
IN+
4
3
Remote Indicator
LOOP IN
Note: Up to 20 /loop and control 25 devices
Note: Up to 7 /loop and control 32 devices
CI-500R
VOLT FREE CONTACT 5A−220VAC/24VDC
COM
8
9
7
NO
NC
6
5
2
1
10 11 12 13 14 15
16
O
4
3
G
Note: Required a diode in series if connected directly from control panel output
+
−
From FACP or AI510
SOUNDER STROBE S-A493
24VDC
−
S-A492
D1 D2 Z1 Z2
+
2
1
− +
LOOP IN
HOLE
LOOP OUT
LOOP OUT
LOOP IN + −
+ − 4
6
5
3
Note: max 30 per loop
S-A490,S-A491
S-A490/L
24VDC PSU
+ −
D1
D2 7
8
G
9
7
10
S
5
1 4
3
Z2
K1
2
+ −
1 4
S
3
Z1 K2
LOOP IN
LOOP OUT
K1
2
Z2
Z1 K2
LOOP IN
G
9 K1
K1 5
8
6
10
6
D1
D2
LOOP OUT
+ −
+ −
+ −
Repeater Panel Wiring Details RP-A300
RP-A300X
FACP RS485 REPEATER BA 24 VDC PSU
B-OUT
-24 OUT
B-IN
-24 IN
A
B
M-A300
24VDC
A
B
24VDC
GND
24VDC PSU
GND A-OUT
+24 OUT
A-IN
+24 IN
A B FACP RS485 REPEATER
24VDC PSU A B FACP RS485 REPEATER
Network Wiring Details Class A Network
NB−A8MA A2 B2
O−
I− PA8M
O+
I+
NB−A300A A1
A1
A2 PA2M
B1
B1
B2
Note: Wired on loop 10
MAXIMUM DISTANCE 1.2 KM
MAXIMUM DISTANCE 1.2 KM
NB−A300A
Built−in network card
B2
B1 A1
B2
B1
PA300
NRP01 A2
A1
A2
MAXIMUM DISTANCE 1.2 KM
Netwo rk Wiring Details for Class A Topology
Class B Network
NB−A8M A PA8M B
NB−A300
NB−A300
A PA2M B
A PA300 B
MAXIMUM DISTANCE 1.2 KM
Other network solution: Network using Fiber Optic (multi-mode or single mode) LAN network (NPort-required Fixed IP) • •
NB−A8M A PA8M B
EN54 -Voice Alarm SHIELD3000Series
A U D I O P R O C E S S O R
- T + X - R + X - B R + O - E V + A - A L + E - B A + 1 - B A + 2 - B A + 3 G N D
COMPUTER
RS232 Master Controler CAT5
Fire Interface CAT5
Message Generator
OutputAlert OutputEvac
Audio Cable
CAT5
Audio Cable InputEvac
Audio Processor
T-0912C
LVC
InputAlert
60W Amplifier
LVC
G L
3 0 W
30W Amplifier
N 0 2 2 C A L
A M P L I F I E R
N R U T E R K P S +
T U O K P S +
G S S S + G B B B B B B A A E E B B R R T T G _ _ 5 N _ a a a a a a l e v v o r o r x x x x N l a D R V N D C D c c c c c c e _ _ D _ o r c a a a _ L A S k k k k k k r o - t d o o + - c 3 3 2 2 1 1 t + d T T u u u - + u - + - + - + t - t + - t + t
B B E E A A B r o r v a v e l e l a o r r c a a a c t d d c - k + t 1 + - + +
B B B a a a c c c k k k 1 2 2 - + -
B B G a a c c N k k D 3 3 + -
R x _ i n -
R x _ i n +
T x _ i n -
T x _ i n +
8
8 5 1
+ 5 V
S _ R S T
S _ C L
S _ D A T
7
5 1 7
4 1
G N D
6
4 1 6
3 1 5
s c T e h l a 0 e c n n 9 t 0 o e r l 2
2 1
4
3 1 5
2 1
4 1 1
3
1 1 3
0 1 2
0 1 2
9 1
9 1
P OR T FR OM A U DI O PR OC ES SO RO R TH E FI RS T PA GI NG ST AT IO N
N EX T PA GI NG ST AT IO N
IF THE CABLE IS LESS THAN 30 METER G L
3 0 W
N 0 2 2 C A L
A M P L I F I E R
GND
+24V N R U T E R K P S + 8
T U O
G S S S + G B B B _ _ 5 N _ N a a a D R V D c c c D C L A S k k k 3 3 2 T T - + -
B a c k 2 +
B B A A E E B B R R a a e v v o r o r x x l l a c c r e _ r c a a a _ k k t + - c d o o 1 1 - t + d u - + u - + t - t +
T x _ o u t -
+
T G x _ N o D u t +
8 5 1
7
5 1 7
4 1
K P S 6
4 1 6
3 1 5
3 1 5
2 1 4
2 1 4
1 1
B B E E A A B B B B B B G R R T T r o r v v e a a a a x x x x _ l e l a a o a r c c c c c N _ _ _ r c a a a c t k k k k k D i n i n n i n i d d c + t - k 1 1 2 2 3 3 - + - + + - + + - + - + -
3
0 1
2
1 1 3
0 1
2 9
1
9 1
P OR T FR OM A U DI O PR OC ES SO RO R TH E FI RS T PA GI NG ST AT IO N
N EX T PA GI NG ST AT IO N
IF THE CA BLE MORE THA N 30METER + 5 V
S S _ R _ S C T L
S _ D A T
s c T e h l a 0 e c n n 9 t e 0 o r l 2
G N D
Fire Telephone Panel Details FT-CO24
FT-A08NW
Device Programming D-APP Device terminal connection to digital handheld programmer: Detectors: Terminal 1 and 3 Manual Call Point: Terminal Z1 and Z2 Sounders: Terminal Z1 and Z2 Modules: Terminal Z1 and Z2 Checking Parameter Turn on Press the “Clear” Press the “Test” and then scroll using the “UP and Down” buttons Device parameters sequence: TEST – Address Test- Address UP – Sensitivity/Parameter UP- Sensitivity/Parameter UP – Device Type UP - Factory UP – Factory code UP – Device Code (For Sounder) • • •
Addressing of devices Turn on the handheld programmer Press the “Clear” Enter the address and then press the “Program” (Display P-means confirm programmed or E-meaning error) • • •
Shifting Sensitivity of the detectors and input module parameter Turn on Press the “Clear” Press the “4,5,6” and then the “Clear” Press the “Function” and then the “3” (notice “-“ appears on the display) Enter Sensitivity Level or Parameter and then the “Program” (Display P-means confirm programmed or E-meaning error) • • • • •
1.
3 Sensitivity Level D-A410, D-A411, D-A412, and D-A413 Level 1 highest sensitivity (Default Setting) Level 2 Standard sensitivity Level 3 Lowest Sensitivity (Optical Smoke: L1-0.10dB/m, L2-0.33dB/m, L3-0.56dB/m) (Fixed Temp: L1-54°C, L2-62°C, L3-70°C) (Flame: L1-25metres, L2-17metres, L3-12metres)
2.
Input module AI-500, AI-510, and AI-511 ( See table 2 ) Parameter 4 Normally Open Input (Default Setting) Parameter 7 Normally Close Input Parameter 1 Self Confirm Mode (for AI-500 only) – Parameter 3 Signal confirmations send back to the panel (PLANT condition)
3. Remote Indicator R-A490G Parameter 20: Operates on its duplicate address Parameter 21: One address Table 2 st
nd
AI-511 Input Mode ( 1 address- channel 1; 2 Parameter address-channel 2) 1 Channel 1 auto feedback: Channel 2 normally open 2 Channel 1 normally open: Channel 2 auto feedback 3 Both channels auto feedback 4 Both channels normally open (default setting) 5 Channel 1 normally closed: Channel 2 normally open 6 Channel 1 normally open: Channel 2 normally closed 7 Both channels normally closed 8 Channel 1 auto feedback Channel 2 normally closed
Changing Code • • • • •
Turn on Press the “Clear” Press the “4,5,6” and then the “Clear” Press the “Function” and then the “4” (notice “-“ appears on the display) Enter device code and then the “Program” (Display P-means confirm programmed or E-meaning error)
Handheld Programmer Function 4 Device Code 1. D-A412 Heat Detector Code 2 Dual Function, Fixed and Rate of Rise Temperature (Default Setting) Code 4 Fixed Temperature Function 2. Linear Heat Cable Code 18 Single Zone Cable (Default Setting) Code 08 2 Zones Cable 3. D-A430/R (I2C operation) Addressable Reflective Beam Detector Code 52 Detection Distance between 40 to 100 metres (Default Setting) Code 51 Detection Distance between 8 t0 40 metres 4. D-C420/R (I2C operation) Conventional Reflective Beam Detector (note: 259 function) Code 54 Detection Distance between 40 to 100 metres (Default Setting) Code 53 Detection Distance between 8 to 40 metres 5. S-A492 Sounder Base Code 100 Operates on its Duplicate Address Code 101 Evacuate Tone, One Address (Default Setting) st nd Code 102 Alert and Evacuate, 2 Address:1 -Alert: 2 –Evacuate Tone 6. S-A490/S-A491 Sounder Strobe Code 27 Evacuate Tone, One Address (Default Setting) st nd Code 121 Alert and Evacuate Tone, 2 Address:1 -Alert: 2 –Evacuate Tone 7. S-A492/L Sounder Strobe Base Code 1 One Address – 1 to 16 tones (Default Setting) Code 2 Two addresses (1 to 16 tones) 8. AI-514 Sounder Driver Module Code 1 Evacuate Tone, One Address (Default Setting) for S-C480/81 Code 2 Alert and Evacuate Tones, 2 Addresses for S-C482 Code 3 Evacuate Tones, One Address for S-C482 Code 4 Alert and Evacuate Tones, 2 Addresses for S-C480/81
Reflective Beam Detector Note: Connect the PS/2 connector to “XT3”
Addressing of Beam Turn on, press the “2,5,9” then the “Function”, Input the new address and then press the “Program” (Display P-means confirm programmed or E-meaning error) • •
Shifting Sensitivity of Beam Turn on, press the “2,5,9” then the “Function” and press “Clear” Press “4,5,6” then “Clear” Press “Function” then “3” (display show ‘-‘ dash) Enter sensitivity (2 means sensitivity 1 or 3 means sensitivity 2) then the “Program” (Display P-means confirm programmed or E-meaning error) (Level 1:1.61dB/m and Level 2:2.31dB/n) • • •
Changing Device Code of Beam Turn on, press the “2,5,9” then the “Function” and then press the “Clear” Press the “Function” then “4” then press the “4,5,6” and “Clear” Press “Function” then “4” (display show ‘-‘ dash) Enter device code and then “Program” • • • •
Mimic Panel Note: 1.Off condition 2. Remove all X1 jumpers 3. Connect the PS/2 connector to “XS1 Program”
Addressing Mimic Panel Turn on, press “2,5,8” then “Function”, Press “Down”(display the current address) Input the new address and Press “Program” • •
Assigning Individual LED per Device Turn on, press “2,5,8” then “Function”, Display “0” Input the LED number , then “Function” (L –LED number will display) “Function” Input zone and device address (Ex.001023) then Press “Program” Then display the next increment LED number. • • • •
Assigning Individual LED per Zone Turn on, press “2,5,8” then “Function”, Display “0” Input the LED number , then “Function” (L –LED number will display) “Function” Input zone and 255 (ex. 001255) then Press “Program” Then display the next increment LED number to be programmed • • • •
To view the program Press “2,5,8” then “Function”-“Test” Press “UP” (for assigned LED) Press “Down” (for panel address) • • •
Loop Capacity Cable Recommendation 1. 2. 3.
Using Fire Alarm Cable 1.00mm²-800M-Full Load Using Fire Alarm Cable 1.5mm²-1.2Km-Full Load Using Fire Alarm Cable 2.0mm²-1.5Km-Half Load
Loop Capacity 1. 2.
242 addresses per loop Consider that zone indication, 3 programmable alarm outputs and loop monitoring have an address.
3. 4.
Consider 20% spare addresses per loop for future expansion within the loop Limitation per loop S-A492= 30 per loop S-A492/L = 30 per loop or (44 Max 80 devices) S-A490/L = 25 per loop AI-500 = 100 per loop AI-510L = 50 per loop AI-520 = 10 per loop AI-521 = 20 per loop Note: Max 30 loop powered sounder per loop
The ensure the system commissioning runs as smoothly as possible we would request that the following points have been observed. 1. 2. 3. 4.
As-fitted drawing marked up with address numbers. Loop complete and tested for continuity on both cores No cable faults exist (short circuit between cores, cores to screen or cores to building earth. Cables terminated to the panel and the devices have each core correctly screwed.
CONTROL PANEL ( P-A300 )
PA300 Basic Wiring Diagram 1 .2 K m b e t t w o p a n e l s
Fuse
L
2A AC220V
A C I n p u t
G N
A 2
( T S e u r p m p i n l i a e d l ) B o a r d
A C F i l t e r
A 1
B 1
A 2
B 2
A 1
B 1
1 T X
D 5
F 7 . 8 2 0 .1 0 0 7
D 4
D 1
X S 1 F 3
F 2
X 7
F 1
X X 6 5
O N M O C C N E G N A H C S S A L C
S t e p d o w n T r a n s f o r m e r
1 2 V
X 2
T U O P O OL
H L 3
8 T X
7 T X
H L 2
_
+
T U O P O OL
_
+
T U O P O OL
T U P T U O T U P T U O T U P T U O T I U C R I C . P . E . F M R A L A R E D N U O S E R I F
X 1
H L 4
6 T X
5 T X
+
_ _
N I P O O L
+
H L 2
+
H L 1
+
T U O P O OL
K R O W T E N
B
1 1 T X
+
XT13
XT1
D2 D 1 Z -
F C A H U A L R T G E R
H L 1
P o w e r S u p p l y U n i t
O F F O N F U S E
F
A C 1 6 3 0 V
O F F O N
7 . 8 2 0 . 8 2 9 b V 1
F 7 . 8 2 0 .1 0 0 7
XT 9
XT10
RS 485 NETWORK
Z+ B
A
REPEATER
B
A
7 . 8 2 0 . 8 2 8 V 1
X S 1
+ 2 4 V G N D
+ 5 V G N D G N D + 5 V X S 1 3
P r i n t e r
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
G N D + 5 V
+ HL 1 + HL 2
G 5 A N V C D F a u l t
3 2 M a n u a l I n t e r v e n t i o n z o n e a n d i n d i c a t o r b o a r d
X S 2
2 1 T X
G N D + 2 4 V
+
0 I
X S 3
A
1 T X
E A R T H
0 I
R S 2 ( O 3 2 p C t i o A n a R l D )
D 1
GND 24V DET BUS
2 4 V B a t t e r i e s
N ( O e t P w T o I r O k N C A A L ) R D
R E T A E P E R
-
-
1 .2 K m T O T A L N O E R T W O R K
5 8 4 S R
4 T X
A
X 4
H L 5
X 8
_ B A T +
B
+ B A B A
S U B P O O L 2 T X
H L 3
F
+ 1 2 V
T U P T U O T L U A F
3 T X
X 3
+
_
N e t w o r k C A R D
B 2
B A T F a u l t
2 2 4 4 V V +
0 B 2 Z 1 Z 2 0 1
A
X S 1 3
E X T E N D E D P O R T XS1
M a i n C o n t r o l B o a r d
D 5
F 7 . 8 2 0 . 9 1 3
D 4
D 1
H L 3
+
H L 2
+
H L 1
+
X S 1
Zone Capacity-30 Zones
F7.820.828V1
Output to Repeater or Mimic Panel
Terminal Details
Monitored
A
A R
B
d e r o t i n o M n o N
C D V 1 1 o t 9 : d e r e g o t t a i l n o o V M y b d n a t S
OR
O P O U T
4.7Kohms EOL
+ OL O U A L F
+
O P O U T
_
Sounder with built-in diode +
+
FPE
FPE
_
FPEwith fitted diode +
4.7Kohms EOL
Sounder with fitted diode
1 T X
3 1 T X
X
T T A I P R R 5 U ME T
+ OL O U F O P O U T
9 T X
X T 2
+ I N
O/P
0 1 T X
X T 4
L _ O O P B _ OL U O S P
Loop In (In From Last Device)
Output Devicewith fitteddiode
X T 1 1
+ OL
LOOP 1
+
W O R K
B
Loop Out (Out to First Device)
4.7Kohms EOL
B R
X T 1 2
S 4 A NE 8 5 T
Noconnection Refersto Optional NetworkBoard
d e r o t i n o M
E P E A T E R
T .E P . U P T .
RS-485 (XT11, XT12): To be connected with repeater panel and FACP
A
R E T A E P E R
5 8 B 4 S K R R O A
LOOP BUS (XT2, XT4): Class A loop can connect with up to 235 addressable devices.
W T E N
B
S + U Z B T E D Z V 1 4 2
FIRE ALARM OUTPUT (XT5): 24vDC default outputs when there is fire alarm; Address 242
D
D 2 N G D
F.P.E. OUTPUT (XT6): 24VDC default outputs, Address 241
X T 6
SOUNDER CIRCUIT OUTPUT (XT7): 24VDC defaults outputs, Address 240
S
C + OL O U I O O P O U T
+
_
Sounderwith built-indiode
R U X T C P N T U U D 7 T I T E R
LOOP BUS (XT2, XT4): Loop Out is the starting point, Class A loop can connect with up to 235 addressable devices. With loop isolator in Class A loop, the detector protected by loop isolator is not missing when there is short or open circuit. In this case, the FACP reports loop fault.
Output Setting refers to Table List on the Manual d e r o t i n o M n o N
N C F C UA O L T O M U N O
T P U T C L A S S C H A N G E
X4
X T 8
HL5
X T 3
CLASS CHANGE (XT3): Shorting this terminal can make Sounder Circuit Output (XT7) output.
F1 HL2
X5
Terminal/Output Board
X6
X1
FAULT OUTPUT (XT8): Fault relay is closed in normal condition, and it’s disconnected in fault condition.
F2 HL3 X7
X2
F3
Earth (X8): This terminal is checking earth fault when shorted.
HL4 EARTH
X3
X8
for
F.P.E. OUTPUT, SOUNDER CIRCUIT OUTPUT and FIRE ALARM OUTPUT can provide three output modes, which are 24VDC voltage output, normally open output and normally closed output. You can set up the three modes through P in X1
X7. See more details in Table 1.
～
Table 1 (Note: Turn off the Panel before setting) Output
24VDC
Normally Closed
Normally Open
LED Indicator
Fire Alarm Output
Short 1 to 2 & 4 to 5 of X1 ; Short X5
Short 3 to 4 & 5 to 6 of X1 ; Disconnect X5
Short 2 to 3 & 5 to 6 of X1 ; Disconnect X5
HL2
F.P.E. Output
Short 1 to 2 & 4 to 5 of X2 ;Short X6
Short 3 to 4 & 5 to 6 of X2 ; Disconnect X6
Short 2 to 3 & 5 to 6 of X2 ; Disconnect X6
HL3
Sounder Output
Short 1 to 2 & 4 to 5 of X2 ; Short X7
Short 3 to 4 & 5 to 6 of X3 ; Disconnect X7
Short 2 to 3 & 5 to 6 of X3 ; Disconnect X7
HL4
Circuit
Note: PA300 Output Set-up 1. Default Outputs a. All 3 outputs active immediately at fire events b. Equation loop sounder will not activate (only same zone) excluding modules c. Sounder Circuit can be silenced only. 2. C & E Outputs ( Cause and Effect Equation) a. Fire Outputs active immediately at fire events b. FPE – Device type No. 65 and zone (000) should be defined, Delay time is not possible c. Sounder Circuit‐ Device type No. 55 and zone (000) should be defined, Delay time is possible. Can be silence
PA300
User Keypad Menu
Operator password: 11111111 Manager password: 11111111 BROWSE 1 Active EQ: View number of devices and detailed provided with each device 2 COM Devices: View the number of Panels and Repeater panel connected in the system 3 Access: Control switch and zone indicator detailed. LOG (History record- up to 999 events) VIEW FAULT (To view fault devices) VIEW DISABLE (To view disable devices) VIEW PLANT (To view active device output) SELF TEST [Operator Password required] SCREEN [Operator password required] 1 LCD Contrast : (0-100) 2 Browse Mode 1 Zone Mode : by zone détail 2 Loop Mode : by point device detail 3 Browsing C&E: Sequence of operation detailed PRINT [Operator password required] 1 Disable 2 Only Fire : Automatic print on fire event 3 All History: Pressing PRINT when viewing history records can print out the messages being viewed START/STOP 1 Start Devices (manually start) 2 Stop Devices (manually stop) 3 View Start 4 View Delay (To view delay message of the device) ENABLE/DISABLE [Operator Password Required] 1 Disable Devices 2 Enable Devices 3 Dis/En-able Delays: the C&E equation 1 Disable 2 Enable SYSTEM [Manager Password Required] 1 Time/Date 2 Password Change 1 Operator Password (0-8 digit) 2 Manager Password (0-8 digit) 3 Network Setup 1 Net Local Address (1-32 address) 2 Net Event Display 1 Disable 2 Enable 4 Zone Start Number 5 Output Set-up 1 Default Output: Device type 13 Sounder activate at alarm in the same zone 2 C&E Output: The system output will follow the Equation 6 Initialize System 7 Devices debug
MUTE Acknowledge the alarm condition / Silence the FACP sounder EVAC-Control Key 31 -[Operator Password Required] Alarm the entire loop sounder. SILENCE- Control Key 32 [Operator Password Required] Stop the entire loop sounder. LOCK (Locking keypad) “▲” / “▼” (Turning pages) ESC Canceling or exiting operation menu, or enabling the FACP to displaying information of the highest priority ENTER Confirmation of input RESET [Operator Password Required] Resetting the FACP from fire or fault to normal standby state
OUTPUT SET-UP* On Default MODE Output
Condition
Address
Alarm
Delay Time-Enable
Fire Alarm Output FPE Sounder Circuit
Output 1 FPE Sounder A
242 241 240
Immediate Immediate Immediate
Immediate Immediate On after 30 sec
Stop – via Silence Button NO NO Yes
On C&E MODE Output
Condition
Address
Alarm
CE Mode
CE Mode Delay Time
Stop – via Silence Button
Fire Alarm Output
Output 1
242
Immediate
No
No
NO
FPE
FPE
241
YES
No
NO
Sounder Circuit
Sounder A
240
YES
Yes
Yes
Note: device number of 3 outputs: 000 240 55 000 241 65 000 242 55
Sounder Circuit Output F.P.E. Output Fire Alarm Output
Configured CE only Zonal Configured CE
CONTROL PANEL P-A2M
PA2M - Basic Wiring Diagram
Fuse
L
2A AC220V
A C I n p u t
G N
( L S o u o p p p l i 2 e d C ) A R D
L o o p 1 B o a r d
( T S e u r p m p i n l i a e d l ) B o a r d
A C F i l t e r
( L O o p o t i p o n 2 a C l A ) R D
1 .2 K m b e t t w o p a n e l s
O T T O H / E F R R O F M A C P A 1
B 1
A 2
R S 2 ( O 3 2 p C t i A o n a R l D )
N e t w o r k C A R D
B 2
S e r i a l p o r t
U S B p o r t
2 P O O L F 3
F 2
X 7
F 1
X X 6 5
O N M O C C N E G N A H C S S A L C
S t e p d o w n T r a n s f o r m e r
1 2 V
3 T X X 3
T U O P O OL
H L 3
_
8 T X
7 T X
H L 2
+
T U O P O OL
_
+
T U O P O OL
T U P T U O T U P T U O T U P T U O T I U C R I C . P . E . F M R A L A R E D N U O S E R I F
X 1
H L 4
6 T X
5 T X
+
_
N I P O O L
_
+ B A B A
T U O P O OL
S U B P O O L 2 T X
5 8 4 S R
4 T X
- I Z + I Z
- O Z + O Z
3 T X
1 T X
A 2
R E T A E P E R
K R O W T E N
1 1 T X
F 7 . 8 2 0 .1 1 2 5
2 1 T X
X 4
H L 5
X T 2
X 8
XT13
XT1
GND 24V D E T B U S
D2 D 1 Z -
XT9
F 7 . 8 2 0 . 8 2 8 V 1
XT10
RS 485 N E TW O RK
Z+ B
A
R E PE A TE R
B
A
+
+
H L 1
H L 2
F 7 . 8 2 0 .1 0 0 7
+ X S 2
H L 3
X S 1
-
+
2 4 V B a t t e r i e s
G N D + 2 4 V
+ H L 1
0 I
P o w e r S u p p l y U n i t
O F F O N F U S E
0 I
A C 1 6 3 0 V
O F F O N
F 7 . 8 2 0 . 8 2 9 b V 1
+ 2 4 V G N D
+ 5 V G N D G N D + 5 V X S 1 3
X S 1 3
G 5 A N V C D F a u l t
3 2 M a n u a l I n t e r v e n t i o n z o n e a n d i n d i c a t o r b o a r d P r i n t e r
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
B A T F a u l t
2 Z 1 Z 2 0 1 0 B
2 2 4 4 V V +
L E D P O R T
X S 6
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
D 1 7
X S 7
A
E X T E N D E D P O R T X S 1 2
S K 1 D 4
D 8 +
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
+
H L
D 9
X S 1 1
P R I N T E R P O R T
S P E A K E R
+ L B
I A G H C T K
G N D + 5 V
S P E A K E R
X S 3
B 1
X S 2
+ HL 1 + HL 2
-
_ B A T +
A 1
D 1
E A R T H
F C A H U A L R T G E R
B 2
1 T X
+ 2 4 V G N D
+ 1 2 V
X 2
+
_
T U P T U O T L U A F
M a i n C o n t r o l B o a r d
D 5
F 7 . 8 2 0 . 9 1 3
D 4
D 1
H L 3
+
H L 2
+
H L 1
+
X S 1
Zone Capacity-60 Zones
F7.820.828V1
Output to Repeater or Mimic Panel Monitored
A R
B
B T E R R
E P E A
d e r o t i n o M n o N
OR
C D V 1 1 o t 9 d : e r e g o t t a i l n o o V M y b d n a t S
X T 1 2
S 4
A NE 8 5
Noconnection Refers toOptional Network Board
d e r o t i n o M
Terminal Details
A
T W O
+ OL
O P
P B _ OL U O S P
Loop In (In From Last Device)
+
Output Devicewith fitteddiode
4.7Kohms EOL
+ OL
+
O P O U T
_
Sounderwith built-in diode
+ OL
+
+
FPE
O P
FPE
U _ O T
FPEwith fitteddiode +
4.7Kohms EOL
Sounder with fitted diode
+ OL
O P
+
U _ O T
Sounder with built-indiode
1 T X
X T 2
+ I N
O/P
9 T X
X T 4
L
O U _ O T O
LOOP 1
4.7Kohms EOL
X T 1 1
B RK
Loop Out (Out to First Device)
0 1 T X
3 1 T X
O A U L F X T T A I P R R 5 U ME T O U F T .E P . U P T .
RS-485 (XT11, XT12): To be connected with repeater panel and FACP
A
R E T A E P E R
5 8 B 4 S K R R O A
B
LOOP BUS (XT2, XT4): Class A loop can connect with up to 235 addressable devices.
D
FIRE ALARM OUTPUT (XT5): 24vDC default outputs when there is fire alarm; Address 242
W T E N
S + U Z B T E D Z V 1 4 2
D 2 N G D
F.P.E. OUTPUT (XT6): 24VDC default outputs, Address 241
X T 6
SOUNDER CIRCUIT OUTPUT (XT7): 24VDC defaults outputs, Address 240
O C S O U I R U X T C P N T U U D 7 T I T E R
LOOP BUS (XT2, XT4): Loop Out is the starting point, Class A loop can connect with up to 235 addressable devices. With loop isolator in Class A loop, the detector protected by loop isolator is not missing when there is short or open circuit. In this case, the FACP reports loop fault.
Output Setting refers to Table List on the Manual d e r o t i n o M n o N
N C F C UA O L T M O U T P
X4
X T 8
HL5
N U O T
C L A S S C H A N G E
X T 3
CLASS CHANGE (XT3): Shorting this terminal can make Sounder Circuit Output (XT7) output.
F1 HL2
X5
Terminal/Output Board
X6
X1
FAULT OUTPUT (XT8): Fault relay is closed in normal condition, and it’s disconnected in fault condition.
F2 HL3 X7
X2
F3
Earth (X8): This terminal is for checking earth fault when shorted.
HL4 EARTH
X3
X8
F.P.E. OUTPUT, SOUNDER CIRCUIT OUTPUT and FIRE ALARM OUTPUT can provide three output modes, which are 24VDC voltage output, normally open output and normally closed output. You can set up the three modes through P in X1
X7. See more details in Table 1.
～
Table 1 (Note: Turn off the Panel before setting) Output
24VDC
Normally Closed
Normally Open
LED Indicator
Fire Alarm Output
Short 1 to 2 & 4 to 5 of X1 ; Short X5
Short 3 to 4 & 5 to 6 of X1 ; Disconnect X5
Short 2 to 3 & 5 to 6 of X1 ; Disconnect X5
HL2
F.P.E. Output
Short 1 to 2 & 4 to 5 of X2 ;Short X6
Short 3 to 4 & 5 to 6 of X2 ; Disconnect X6
Short 2 to 3 & 5 to 6 of X2 ; Disconnect X6
HL3
Sounder Output
Short 1 to 2 & 4 to 5 of X2 ; Short X7
Short 3 to 4 & 5 to 6 of X3 ; Disconnect X7
Short 2 to 3 & 5 to 6 of X3 ; Disconnect X7
HL4
Circuit
Note: P-A2M Output Set-up 1. Default Outputs a. All 3 outputs active immediately at fire events b. Equation loop sounder will not activate (only same zone) excluding modules c. Sounder Circuit can be silenced only. 2. C & E Outputs ( Cause and Effect Equation) a. Fire Outputs active immediately at fire events b. FPE – Device type No. 65 and zone (000) should be defined, Delay time is not possible c. Sounder Circuit‐ Device type No. 55 and zone (000) should be defined, Delay time is possible. Can be silence
PA2M - User Keypad Menu Operator password: 11111111 Manager password: 11111111
BROWSE 1 Loop Devices: View number of devices per loop and detailed provided with each device 2 Zone Devices: View the total number of Input devices per zone 3 Group Device: View the total number of Output devices per zone 4 In Test Mode Zones 5 COM Devices: View the number of Control Panel and Repeater panel connected in the system 6 Access: Control switch and zone indicator detailed. 7 Browsing C&E: Sequence of operation detailed LOG (History record- up to 999 events) VIEW FAULT (To view fault devices) VIEW DISABLE (To view disable devices) MODE [Operator password required] 1 LCD Contrast : (0-100) 2 Display Mode 1 Zone Mode : by zone détail 2 Loop Mode : by point device detail 3 Print Mode 1 Disable 2 Only Fire : Automatic print on fire event 3 All History: Pressing PRINT when viewing history records can print out the messages being viewed 4 PAS (Positive Alarm Sequence) Setup * 1 Disable 2 Enable *Pre-alarm Window: pre-programmed15 seconds. A distinctive pre-alarm indication shall be displayed. *Alarm Verification window: programmable from 0 to 180 seconds. The system shall response to a second alarm from any device as the system alarm 5 Start Devices (manually start) 6 Stop Devices (manually stop) TEST [Operator Password required] 1 Display Test (Self-test) 2 Each Zone In Test 3 Stop a Zone Test 4 Stop All Zones Test
ENABLE/DISABLE [Operator Password Required] 1 Disable Devices 1 Each Zone Fully 2 Individual Point 3 All Loop Sounder 4 Use Device Code 2 Enable Devices 1 Each Zone Fully 2 Individual Point 3 All Loop Sounder 4 Use Device Code 3 Dis/En-able Output 1 Sounder Circuit 2 F.P.E Output 4 Dis/En-able Delays: the C&E equation 1 Disable 2 Enable 5 Delete Net Disable
SYSTEM [Manager Password Required] 1 Time/Date 2 Password Change 1 Operator Password (0-8 digit) 2 Manager Password (0-8 digit) 3 Network Setup 1 Net Local Address (1-32 address) 2 Net Event Display 1 Disable 2 Enable 4 Zone Start Number 5 Customize 1 Output Set-up* 1 Default Output: Device type 13 Sounder activate at alarm in the same zone 2 C&E Output: The system output will follow the Equation 2 PAS Delay (000-180 second)* 3 Re-Sound Configurations 1 Another Zone 2 Self Zone 6 Initialize System – Set the system into factory setting (Commissioning Password) 7 Devices debug Command Zero (0) device status Normal Status: Range 450 to 650 Alarm Status: Range from 900 to 1200 Fault Status: Range from 1 to 120 ACK/MUTE Acknowledge the alarm condition / Silence the FACP sounder SILENCE [Operator Password Required] Stop the entire loop sounder. EVAC [Operator Password Required] Alarm the entire loop sounder. LOCK (Locking keypad) “▲” / “▼” (Turning pages) ESC Canceling or exiting operation menu, or enabling the FACP to displaying information of the highest priority ENTER Confirmation of input RESET [Operator Password Required] Resetting the FACP from fire or fault to normal standby state OUTPUT SET-UP* On Default MODE Output
Condition
Address
Alarm
Delay Time-Enable
Stop – via Silence Button
Fire Alarm Output
Output 1
242
Immediate
Immediate
NO
FPE Sounder Circuit
FPE Sounder A
241 240
Immediate Immediate
Immediate On after 30 sec
NO Yes
On C&E MODE
No
CE Mode Delay Time No
Stop – via Silence Button NO
YES
No
NO
YES
Yes
Yes
Output
Condition
Address
Alarm
CE Mode
Fire Alarm Output
Output 1
242
FPE
FPE
241
Sounder Circuit
Sounder A
240
Immediate Configured CE only Zonal Configured CE
Note: device number of 3 outputs 000 240 55 Sounder Circuit Output 000 241 65 F.P.E. Output 000 242 55 Fire Alarm Output
Device Type List for PA300/PA2M
Device Type Undefine ION R+F.Heat' Optical Fix Temp Gas Det Beam Det FlameDet CableDet Heat Det Flow SW MCP VAModule Sounder FTModule HR MCP HR Pump SPKR Pmp PS.SW Extract Presuriz FreshAir Damper SM Vent AirInlet SolValve SM CURT RSD Clse FireDoor PS.DIFF Flow SW Elevator AHU GENI Light.DB Power.DB WTR.CURT Gas Dump GasAbort Net Unit Repeater Module DryPower FoamPump FieldPSU EM Light EscapeLT GasActiv Security ZoneValv Cylinder DelugePM Undefine Stop Mod
Number 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53
Description
Undefined Ionization detector Rate of rise and fixed temperature Photoelectrical smoke detector Fixed temperature detector Gas detector Infrared beam detector Ultraviolet flame detector Cable heat detector Analogue heat detector Flow Switch Manual call point Voice alarm module Sounder strobe Fire telephone module Hydrant pump Hydrant pump Sprinkler pump Stabilized pressure pump Smoker exhauster Blower Fresh air Fire damp Smoke vent Air inlet Solenoid valve Roller shutter door middle point Shutter screen door close point Fire door Pressure switch Water flow indicator Elevator Air handling unit Diesel generator Power for lightening Power distribution Solenoid valve for water curtain Gas start-up Gas stop Net unit Repeater panel Flash-locks valve Dry powder fire extinguisher Foam pump Power supply unit Emergency light Escape light Gas activation Security module Zone valve Cylinder Deluge pump Undefined Device stop
Condition
Fire
Action
Silence SounderA SounderF Loop SW CRTFault Loop PSU.Bat PSU.AC Lock PART ZoneDir F.P.E
54 55 56 57 58 59 60 61 62 63 64 65
Mute key Fire alarm sounder Fault sounder Loop switch GMC fault Loop Battery AC power Multi-wire lock Partial devices Zone direction Fire protection equipment
Programmed and Cards Power Up 220/230 (+10%, -15%) 50/60Hz Battery fault: voltage drop to 19 Vdc, internal resistance more than 1ohm Fault – Auto reset once the fault clear within 5 sec System Fault - System failure (Key pad cannot use) Display priority (Fire, Pre-Alarm, Plant, Fault, and Disable) Keypad lock – auto lock after 30 sec Silence/ Evac – Operate the sounders/device programmed on device type 13 Settings and Integrated Circuits Ground Monitoring “Ground Fault” J1 Jumper – shorted monitoring state (connected in common ground) Not short not monitor ground Main Board (F7.820.826) SK1 – Reset and registration button D4, D17– Microcontroller, Watchdog Timer, Full Duplex -Main Processor D8 – Microcontroller, EEPROM , Full duplex , Watch dog Timer - Loop program (Loop address, text, device type) D9 – Microcontroller, EEPROM , Full duplex, Watch dog Timer (WDT) Main Program (Zone, C&E, Switch key) D10- RAM HL1 – LED Communication DB-A300 Communication Board (F7.820.913) HL1 – Communication indicator (PC to panel) HL2 – Signal processing indicator (PC to panel) Loop Card (F7.820.1125) HL1 – Loop line shift indicator HL2 – Loop output shut-down indicator HL3 – Communication indicator (to Main processor) NB-A300A Network Class A (F7.820.1007) HL1 – Communication indication bet network card and control panel HL2 – Transmit Signal Indicator HL3 – Received Signal Indicator NOTE: Many applications require EEPROM (Electrically Erasable Programmable Read-Only Memory) for non-volatile data storage. EEPROM is typically characterized by the ability to erase and write individual bytes of memory many times over, with programmed locations retaining their data over an extended period when the power supply is removed. Most Flash microcontrollers include on-chip EEPROM but some omit EEPROM for reduced price. SHIELD microcontrollers have onchip EEPROM; can store non-volatile data in the on-chip Flash memory using the software described in this application.
List of Spare Parts
Part Number F7.820.826 F7.820.828 F7.820.1125 F7.820.913 F7.820.1007 F2.908.408 R-150 F2.910.093 F2.932.829b CGM12864 F7.820.827 F7.820.312d F2.828.630
Description P-A2M Main Board P-A2M Terminal/ Loop Board (Loop 1) P-A2M Loop Board (Loop 2) P-A2M RS232 Communication Card (DB-A300) P-A2M Network Card Class B (NB-A300) P-A2M Network Card Class A (NB-A300A) P-A2M Loop Splitter P-A2M AC Transformer, 220/27AC Volt P-A2M AC Power Filter P-A2M Power Supply Unit P-A2M LCD Screen Circuit Board P-A2M Main LED, Clock, Switch Board P-A2M Rubber Key Pad P-A2M 32 LED& Control Button Circuit Board P-A2M Printer Board (P-A300P) P-A2M Printer Paper P-A2M Door Glass Door Lock & Key
CONTROL PANEL P-A8M
Locating the hinge pin
Magnetic Door Lock
Locating the hinge pin Outer Glass Door Back Box
Key Door Lock Main Door
P-A8M
PA8M - Basic Wiring Diagram
Control Panel Lay‐out
MAIN CONTROL BOARD
XS8
F7.820.1238V2
XS1
C N
T T U M L P U T O C A U F O
INDICATOR BOARD
O N
COM BOARD XS9
R E B T A E P E R A
XS2
1 F
X S 1 5
D K E C E A 2 F B
F
G N I M R T A U L O + A R
MAIN BOARD
5 S X
T O M A XS10 I N B O A R D
V 5 + D N G
O T R T E U D P N T U U O + O S
XS3
-
T U E P P T F
U O O T +
LOOP BOARD
I -
1 S X
XS11
I -
D R A O B N I A M O T
RP1
TO PRINT
F7.820.1238V2
1 0 0 + P I O + O L 0
XS4
1 0 0 + P I O + O L 0
LOOP BOARD + 5 V G N D
I -
XS12
1 0 0 + P I O + O L 0
XS5
I -
1 0 0 + P I O + O L 0
I -
LOOP BOARD
1 0 0 + P I O + O L 0
XS13
E N O Z O I
I -
XS6
1 0 0 + P I O + O L 0
I -
1 0 0 + P I O + O L 0
LOOP BOARD
I -
XS3
1 0 0 + P I O + O L 0
XS6 XS14
XS7
I -
LOOP BOARD
1 0 0 + P I O + O L 0
GND 5V
TX RX
I -
GND 24V
1 0 0 + P I O + O L 0
24V
MAIN POWER BOARD HL
HL
HL
HL
HL
+
HL
+
+
+
+
+
HL
HL
HL
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F7.820.1312V2
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ZS2
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F7.820.1311V2
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G ND 5 V
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F7.820.1312V2
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XP1
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RX
2 4V G ND
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+ 5 V G N D
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2 7 V G N D
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ZONE INDICATOR BOARD +
TX
BT1
B A T +
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V +
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90V/260/12V
B A T -
D J A
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A 7 . 1 1 + V V 7 2 t u p t u O V C D
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Fuse
t u p N n I C L A
AC Input
2A AC220V
PRINTER AC/DC POWER CONVERTER
+
-
AC FILT ER
+
-
POWER SWITCH
Main Power Lay‐out
Standby Batteries Maximum Charge Current: 2A±0.1A Maximum Charge Voltage: 27.3V±0.3V Type: Sealed lead acid batteries Maximum Charge Capacity: Two 12V/38Ah batteries Recommended manufacturer and model of battery: Yuasa NP38‐12I Maximum Internal Resistance: 0.7Ω Quiescent Current under Full‐loaded Condition: 1.4A Maximum Operating Current: 4.2A Recommended Cable: fire cable
Main Control Board
Warning: Use static precautions when handling boards, grounding wrist strap and contact with chassis.
Setting the card address Numbering sequence, lower card is the recommended lowest numerical setting. Set dials on the additional board in ascending order. Each card must be set at least one higher digit than the lower card. CARD SUM: 03 LOOP SUM: 04 SUM:0000
******************************** LOOP 1: Loop Card, Devices Sum: 000 LOOP 2: Loop Card, Devices Sum: 000 LOOP 3: Loop Card, Devices Sum: 000 LOOP 4: Loop Card, Devices Sum: 000 LOOP 5: Net Card‐01, Net Sum: 01 LOOP 6: CRT CARD ‐01
Press F1 to print LOOP DEVICES info
Terminal Connection Sample Loop Wiring M O
out to first device
1 + 0 O P 1 T O X + O I L
Loop Out
Loop Wiring
Loop In
I
in from last device
O
A 1
0 + 1 O P O + O I L
0 1 T X
I
out to next panel A2 out to next panel B2
B1
Network Term inal - Class A B2
in from next panel B1 in from next panel A1
A 2
O
A
0 + 1 O P O + O I L
0 1 T X
out to next panel A out to next panel B
B
Network Terminal - Class B No connection
I
Loop Parameter LOOP1 No of Loop:
LOOP10
～
• • • • •
10 Loops+ Repeater Card 10 Loops + RS232 Card 8 Loops + RS232 Card + Network Card 8 Loops + Network Card + Repeater Card 6 Loops + RS 232 card + Network Card + Repeater Card
Loop Address: 242 Output Voltage:21‐27Vdc Output Current:300mA Wiring Topology: Class A/Loop Recommended Cable length: 1200 meters Recommended Cable: Fire Cable Loop protection: Optional loop isolator (AI‐ 520/4)
Note: •
•
•
Com Board (XS8-XS1) – Used only for Repeater/ Mimic Card RB-A8M or Communication Card DB-A8M (USB and serial connection) Communication Card DB-A8M can be placed in any Loo p Board using only serial port connection, USB is not accessible Network card should be placed to Loop Board 5 (XS10-XS3) and wired in loop 10 terminal
Output Set-up Alarm Routing (FAR) Output to Sounder (OTS) can include into C&E but cannot set at delay mode, Silence Output to FPE (FPE)- can include into C&E but can set at delay mode MODE 0-Alarm the output on one fire event 1-Alarm the output on more than one fire event 2-Alarm the output on C&E • • •
Output
Alarm Routing Output to Sounder Output to FPE
Condition
Device Number
Routing A
00000083
Sounder A FPE A
Alarm (Default)
Disable
CE Mode
Delay Time Program
Stop – via Silence Button
Immediate
Yes
No
Yes
No
00000082
Immediate
Yes
Yes
Yes
Yes
00000081
Immediate
Yes
Yes
No
No
P - A8M User Keypad Menu Operator password: no password System password: no password
System Setup (System Password) 1 PROGRAMMING 1 Point-Setup: loop 01 point (1-242) (Select the loop and address of a device) Commission Mode Zone (1-999): Device Type: Attribute (0-6): Text (40 byte): 2 Zone Setup: (I-999) (Select the zone) Commission Mode Dependency type (0-2) 0 – Off 1 – Type A 2 – Type B Sounder Mode (0-1) 0 – Sound by Zone Fire 1 – On E&C Resound Mode (0-1) 0– No Resound 1 – Resound by New Fire Zone LED (1-140): Text (40byte) 3 Communication Setup Commission or Monitor Mode (View the loop number from User Setup Browse 1 Browse Devices) 1. Monitor interface (interface card RS232) Please input loop number: (1:10) Please input panel address: (1-32) 2 Network Interface Please Input loop number: (1-10) Please Input panel address (1-64) Enter: Received Command : Enable/Disable Send Command : Enable/Disable Received Information : Enable/Disable Send Information : Enable/Disable →
→
4 Day / Night time Set-up Commission or Monitor Mode Please Input start time of day mode (08:00) default Please Input the end time of day mode (18:00) Note: Do not exceed to 23:59Hr 5 Modify Password Commission or Monitor Mode 1. Operator Password 2. Manage Password 6 C&E Equation Set-up Commission Mode 1. Create 2. Modify 3. Delete (one by one) 4. Initialization (To clear all the equation) Commissioning password 7 Device Type Set-Up (see device list) Commission Mode
2. LOCAL OUTPUT SETUP Commission Mode (OTS) Output to Sounder A Mode (0-2) 0-one fire 1-more fire 2-On C&E (Note: use device number 00000082-Sounder A) (FPE) Fire Protection Equipment A Mode (0-2) 0-one fire 1-more fire 2-On C&E(Note: use device number 00000081-FPE A) (FAR)Fire Alarm Routing A mode (0-2) 0-one fire 1-more fire 2-On C&E (Note: use device number 00000083-Alarm Routing A) Delay Time: 00 (note: ratio 1:10) FPE no delay effect OTS & FAR 3. WORKING STATE SET-UP Commission or Monitor Mode 1. Commission (note:“X” upper right corner) 2. Monitoring 4. Commissioning Commission or Monitor Mode 1. Device Learn (To registered devices) Commission Mode, Device in Analog or Digital Mode 2. Duplicated Address Check Commission Mode, Device in Digital Mode (To view duplicated address press User Setup Browse 4 Duplicated Address) 3. Modify Address (To change the device address) Commission Mode, Device in Digital Mode Select the loop and device address User Code: 00100106 (zone,address,device type) existing device detailed Serial Number: device serial number New Address: Enter new address 4. Modify Device Sensitivity (To change the sensitivity) Commission Mode, Device in Digital Mode Select the loop and device address User Code: 00100106 (zone,address,device type) existing device detailed Serial Number: device serial number Sensitivity: existing sensitivity New Sensitivity: Enter new sensitivity (1-3) 5. Commission in Analog Mode (Command 0) Commission Mode, Device Analog or Digital Mode Normal Status: Range 450 to 650 Alarm Status: Range from 900 to 1200 Fault Status: Range from 1 to 120 6. Commission in Digital Mode Commission Mode, Device in Digital Mode 7. System Initialization. Commission Mode, Initializations password Press 1 Initialize detector to digital mode Press 2 Initialize detector to analog mode Press 3 To initialize the system (To reset the main control card) Press 4 To disable battery resistance, →
→
User Setup (Operator password) 1 BROWSE Commission or Monitor Mode 1 Browse Devices: View the number of devices per loop and detailed provided with each device 2 Browse Zone: View the total number of Input devices per zone 3 Browse Group: View the total number of Output devices per group (Zone) 4 Browse Duplicated Address : View the repeated address in a loop 5 Browse Panel Status: View the panel configuration and version 6 Browse Event and Command: C&E or Sequence of operation detailed 7 History: 1 Fire History 2 Common History 3 Initialization 2 CLOCK Commission or Monitor Mode 3 PRINTER SETUP Commission or Monitor Mode 1 Disable 2 Only Fire : Automatic print on fire event 3 All History: Pressing PRINT when viewing history records can print out the messages being viewed 4 DELAY MODE SETUP Commission or Monitor Mode 1 Disable 2 Enable (Enable the equation delay time and system must set to Day Mode) 5 ACKNOWLEDGE TIMER (Positive Alarm Sequence delay time)* Commission or Monitor Mode, Phase 1 (30 seconds default) Phase 2 (2 minutes default) 6 TEST SETUP Commission or Monitor Mode 1 LED Buzzer Test 2 Local Output Test 1 Output to Sounder Test (OTS) 2 Output to F.P.E. (FPE) 3 Alarm Routing Test (FAR) 3 Setup Test Zone Input test zone : (1-999) Input test mode : (0-1) 0-Without sounder 1-With sounder 4 Cancel Test Zone 1 Cancel One Test Zone 2 Cancel All Test Zone 7 START/STOP DEVICE Commission or Monitor Mode 1 Start Device 2 Stop Device By device code- Zone, address, device type 8 DISABLE/ENABLE Commission or Monitor Mode 1 Dis/Enable Devices – By Code 1 Disable Device 2 Enable Device 2 Dis/Enable Device – By Address 1 Disable Device 2 Enable Device 2 Dis/Enable Zone 1 Disable Zone 2 Enable Zone 1 Disable/Enable Sounder 1 Disable Sounder 2 Enable Sounder
ACK acknowledge the fire event and start the PAS* SILENCE Silence the entire sounder on the loop EVAC Alarm the entire loop sounder. RESET [Operator Password Required] Resetting the FACP from fire or fault to normal standby state MUTE: Silence the panel “▲” / “▼” /”◄”/’►” (Arrow) Scroll or view other events CANCEL Canceling or exiting operation menu, or enabling the FACP to displaying information of the highest priority ENTER Confirmation of input F1,F2,F3 Function Key- shortcut keys
Dependencies on more than one alarm signal – Type A & B (EN54 P2-7.12) Day Mode *Pre-alarm Window: programmable from 1 sec. to 30 min. A distinctive pre-alarm indication shall be displayed. *Alarm Verification window: programmable from 1 sec. to 30 min. The system shall response to a second alarm from any device in the same zone as the system alarm (Type A) The system shall response to a second alarm from any device in the same or different zone as the system alarm (Type B) Night Mode (Default setting) *Pre-alarm Window: preprogrammed 30 min. Auto-reset the Alarm in the Panel after 30 min (Type A) *Pre-alarm Window: preprogrammed 5 min. Auto-reset the Alarm in the Panel after 5 min (Type B) The system shall response to a second alarm from any device in the same zone as the system alarm (Type A) The system shall response to a second alarm from any device in the same or different zone as the system alarm (Type B)
50
Device Type List of P A8M
DEVICE TYPE Undefine MULTISENSOR HEAT DETECTOR OPTICAL SMOKE USER DEFINED GAS DETECTOR BEAM DETECTOR FLAME DETECTOR CONVENTIONAL P USER DEFINED FLOW SWITCH MCP (BG) SOUNDER STOBE SOUNDER FLASHER LIFT FIRE DAMPER FIRE DOOR AHU EXTRACT FAN BMS USER DEFINED USER DEFINED USER DEFINED USER DEFINED USER DEFINED USER DEFINED USER DEFINED USER DEFINED USER DEFINED USER DEFINED TROUBLE MONITOR PSU USER DEFINED USER DEFINED USER DEFINED USER DEFINED USER DEFINED USER DEFINED Net Unit Repeater ZONE VALVE FLOW SWITCH PRESSURE SWITCH USER DEFINED USER DEFINED USER DEFINED USER DEFINED USER DEFINED USER DEFINED USER DEFINED
DEVICE NUMBER 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50
RELAY
CONDITON
FIRE
Latching Latching Latching
ACTION
Latching Latching Latching
FAULT
SUPERVISORY
USER DEFINED USER DEFINED USER DEFINED USER DEFINED NET SounderA USER DEFINED USER DEFINED USER DEFINED USER DEFINED USER DEFINED USER DEFINED USER DEFINED USER DEFINED USER DEFINED NET F.P.E.A Undefine Loop SW Loop Board CONTROL Panel ZoneDir Board AC Power Battery Keypad Board Ground F Undefine Loop Short Loop Board Delay Mode Power Board CRT Board F.P.E.A Sounder A ALARM ROUTINGA Loop Flash Data Undefine Panel charger BAT Resistance Undefine Undefine Undefine Undefine Undefine Undefine Undefine Undefine Undefine Undefine Undefine Undefine
51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99
ACTION
PANEL
Programmed and Cards Power Up 220/230 (+10%, -15%) 50/60Hz Battery fault: voltage drop to 21Vdc, internal resistance more than 0.7ohms Fault – Auto reset once the fault clear within 5 sec System Fault - System failure (Key pad cannot use) Keypad failure (Key pad cannot use) Display priority (Fire, Pre-Alarm, Supervisory, Fault, and Disable) Keypad lock – auto lock after 30 sec LCD Adjustment - RP1 Potentiometer (Blue) in the LCD Main board Silence/ Evac – Operate the sounders/device programmed on device type 12, 13, 14, 28, 29 and 30 Settings and Integrated Circuits 140 Zones LED XS2 – not shorted – as LED board 1 ranging 1 to 70 XS2 – shorted – as LED board 2 ranging 71 to 140 Ground Monitoring “Ground Fault” J1 Jumper – shorted monitoring state (connected in common ground) Not short not monitor ground Main Board (F7.820.1237) XS1- 20 pins terminal for programming the firmware SK1- to reset the main board SW1 – EEPROM Protection D5 – Microcontroller;EEPROM, Real Time Clock and Watchdog Main Processor (IFP8 programmed, Zone, C&E, Loop Text, 140 LED) D13: RAM D8,D9,D10,D11 – Noninverting Buffer, Line driver, Line Receiver ( Contains protection circuitry to guards against damage due to high static voltage or electric fields Time Keeper (yellow), Battery back-up for Non-volatile Time keeper. DB-A8M Communication Board (F7.820.1313) A1- Rotary Address X1X2 – Selection of mode RS232 or RS485 XS1 – USB connection XS2 – Serial Port Connection D1 – Microcontroller, EEPROM, Full duplex , Watch dog Timer (WDT) - Communication program D4 – RAM D2 – High Speed Static RAM Dual Loop Card (F7.820.1239) A1 – Rotary Address D1- Microcontroller, EEPROM , Full duplex, Watch dog Timer - Loop Program D9 – Page-Write EEPROM CMOS, Latched Address and data, Data retention 100 years – Loop configuration such as address and device type D4 – RAM D2 – High Speed Static RAM NB-A8MA Network Class A (F7.820.1314) A1 – Rotary Address L1/L2 – A1, B1, B2, A2 relay D1 – Microcontroller, EEPROM CMOS , Full duplex, Watch dog Timer (WDT) - Network program D4 – RAM D2 – High Speed Static RAM
Spare Parts List Part Number F7.820.1237 F7.820.1239 F7.820.1313
F7.820.1314 F7.820.1310 F7.820.1311 F7.820.1238 F7.820.1419 F7.820.1326 F7.820.1312
Description P-A8M Main Board P-A8M Loop Card P-A8M RS 232 Comm unication Card (DB-A8M) P-A8M Repeater Card (RB-A8M) P-A8M Network Card Class B (NB-A8M) P-A8M Network Card Class A (NB-A8MA) P-A8M Mother Board P-A8M Power Board P-A8M Main LED, Keypad, LCD Board P-A8M LED Board P-A8M Key Pad Board P-A8M LCD Screen & Circuit Board P-A8M 140 LED Board P-A8M Printer Circuit Board P-A8M Printer Paper P-A8M Power Switch P-A8M AC Power Filter P-A8M AC Transformer 220/27 with Fan P-A8M Glass Door Door Lock & Key P-A8M Rubber Keypad
CONVENTIONAL SYSTEM
Detectors D-C400, D-C401, D-C402, D- 403
Remote indicator
DZ-03 Base Using Resistor EOL
Remote indicator
DZ-03D Diode Base Using Active EOL Notes : 1. DZ-03 detector base or DZ-03D detector base with diode 2. D-C401,D- C402 andD-C403 available with built in remote indicator output 3. Active end of line ( DB-CA) 15 Detectors per zone 4. Resistor end of line -25 Detectors per zone 5. To fix, point the detector in the base by the mark-line and secure the detector in that position by rotating it clockwise until it reaches the next mark line.
D-C 401C, D-C402C
Remote indicator
DB-01 Base Using Resistor EOL
Remote indicator
DB-01D Diode Base Using Active EOL Notes : 1. DB-01 detector base 2. D-C401and D -C402C available with built -in remote indicator output 3. Active end of line (DB-CA) -15 Detectors per zone 4. Resistor end of line -25 Detectors per zone 5. To fix, point the detector in the base by the mark-line and secure the detector in that position by rotating it clockwise until it reaches the next mark line.
Beam Detector D-C420R
Beam parameters 8-40 meters=Device code 53 40-100 meters=Device code 54 (Adjusted using handheld programmer D-APP)
Gas Detector D-C404
Manual Call Point BG-C440F
BG-C440,BG-C441
Notes: Remote N/O contact 60VDC, 0.1mA at 100mΩ
SOUNDER STROBE S-C482
S-C483
S-C480 ,S-C481
RP-C216
CONVENTIONAL PANEL P-C201
P-C202
P-C204
P-C208
P-C216
Panel Feature Table 1 FACP P-C201 P-C202 P-C204 P-C208 P-C216
Detection Zones 1 2 4 8 16
Sounder Outputs 2 2 2 4 4
Repeater Outputs 1 2 4 8 16
Relay Board (Fire/Fault) N/A 2 4 8 16
Output Setting Table 2
Output Sounder 1 Sounder 2 Sounder 3 Sounder 4 Alarm output
Normally closed contact Removed Jumpers Fuse X1/ F2 1&2,3&4 X2/ F3 1&2,3&4 X3/ F4 1&2,3&4 X4/ F5 1&2,3&4 X5/ F6 1&2,3&4
Normally open contact Removed Jumpers Fuse X1/ F2 1&2,4&5 X2/ F3 1&2,4&5 X3/ F4 1&2,4&5 X4/ F5 1&2,4&5 X5/ F6 1&2,4&5
Voltage output contact Plugged Jumpers Fuse X1/ F2 2&3,5&6 X2/ F3 2&3,5&6 X3/ F4 2&3,5&6 X4/ F5 2&3,5&6 X5/ F6 2&3,5&6
Other Connections
Input module to monitor conventional panel
AI-500
