Halma Ampac MAN3053-1 User manual

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Fire detection and evacuation solutions that save lives.
Zone Input Device
Installation guide
MAN3053-1

MAN3053-1
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Description
The Zone Input Device is available in two variants:
The DIN-Rail Mounted Zone Input Device, Item No 4210-0058, is designed to be mounted in an enclosure,
clipped onto a standard 35mm DIN Rail (DIN46277) and secured using the built in fixing. End stops can also
be used to provide additional security. Alternatively, the 4210-0058 can be mounted direct to an enclosure
back panel using the internal preformed fixing holes.
The Enclosed Zone Input Device, Item No 4210-0059, is supplied within a backbox for surface mounting.
Note: Both variants are not intended for outdoor use unless mounted in a suitable weatherproof
enclosure.
The installation must conform to applicable local codes and be carried out such that the Zone Input Device is
not subjected to exposure to temperatures exceeding the maximum ambient, exposure to moisture, dust
and foreign bodies or exposure to a risk of mechanical damage.
The Zone Input Device is loop powered and controlled by the main fire control panel. The address is set using
the onboard DIL switch.
The Zone Input Device incorporates a bi-directional short circuit isolator between the loop input and loop
output terminals which will protect the conventional zone of detectors against a single loop short circuit on
either side of the device.
Installation
DIN Rail - Item No 4210-0058
Clip the Zone Input Device to the standard 35mm DIN rail using the Red locking clip located in the front of
the device. Alternatively, fix direct to the enclosure back panel using appropriate M4 nuts and bolts.
Enclosed - Item No 4210-0059
Remove the clear ABS cover and securely mount the backbox to a wall or suitable structure using the integral
fixing positions then install all external cables using the knock outs and/or cable tray entry points as required.
1. Connect the cables from the detection loop and the conventional detector zone into the device. Ensure
that the earth continuity is maintained.
2. Set the End of Line (EOL) monitoring to match the device used by the conventional zone circuit in
accordance with Table 1. Polling LED indication can also be enabled during commissioning.
3. Set the Device address using the DIL switch in accordance with the address Table 2 and record the
location description of the device itself together with the address setting on the device fascia label.
4. Following commissioning ensure that the device is securely fastened and replace the ABS clear cover.

MAN3053-1
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Schematic Diagram
Programming
When configuring the Zone Input Device for use with the FireFinder range of panels, using ConfigManager
the device is assigned as an AMPAC ZID type. When configuring for use with LoopSense range of panels, using
LoopMaster the device is configured as an XP95 Zone Monitor Unit.
The Zone Input Device can be programmed to function in any one of the following modes:
•Normal (latching alarm)
•Non-latching
•Self Reset
•Dependency A,B and C (LoopSense only)
•Investigation (LoopSense only)
•Alarm Verification Facility (FireFinder only)
The conventional Zone Input has a programmable End of Line feature that allows for either 3K3Ω or 6K2Ω
resistor value to be used. Alternatively, the EOL can be a 10uF capacitor which is required to support the
detector head removal feature when used with diode bases on the conventional zone circuit. The default
setting for the device is 3k3 No AVF.
Table 1
EOL and LED indication switch settings 1= On
Switch Number
Function
123
4
000
10uF EOL - No AVF
100
6K2 EOL - No AVF
010
3K3 EOL - No AVF
110
6K2 EOL - No AVF (NZ pre 2003)
001
10uF EOL - AVF
101
6K2 EOL - AVF
011
3K3 EOL - AVF
111
3K3 EOL - AVF (NZ pre 2003)
1
Polling LED Indications on

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Maximum Loop Current Consumption
Max Current at 24V DC
3k3
6K2
10uF
Quiescent Current
7.5mA
5mA
2mA
Alarm Current
23mA
23mA
23mA
(No Detectors connected and LED Polling disabled
Polling LED Indication –adds 2mA
Remote LED activation –adds 2mA when active
LED Indications
The Zone Input Device has three onboard LEDs which can be enabled and disabled using switch 4 on the 4
way DIL switch. The LEDs provide indication for Alarm, Loop Polling/Short Circuit Isolation and Fault
conditions.
Function LED
Colour
Mode
Description
Alarm
Red
Off
No Alarm
Alarm
Red
On
Input circuit is in alarm condition
S/C Poll
Green
Flashing
Device is being polled correctly
S/C Poll
Green
On
Loop Short Circuit detected
Fault
Yellow
On
Zone Input Fault
Commissioning
It is important that the Zone Input Device is tested thoroughly after installation by initiating an alarm
condition at each conventional detector attached to the zone circuit. Initiation of both an open and short
circuit fault condition at a suitable location on the conventional detection circuit will also prove the integrity
and reliability of the system.
Note: switch 4 is only to be used during commissioning and should be turned off following completion in
order to reduce current draw on the loop during normal operation.
Troubleshooting
Before investigating individual device faults, it is important to check that the system wiring is fault free. Earth
faults on the data loops or zone input conventional detector circuits may cause communications errors to
occur.
Many fault conditions are the result of simple wiring errors. Check all terminal connections to the device and
make sure that the correct value EOL devices/resistors are fitted where necessary.

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Fault Finding
Symptom
Possible Cause
No response
Incorrect address setting
Incorrect loop wiring
Fault condition reported
Incorrect input wiring
Incorrect EOL resistor fitted
Analogue value unstable
Dual address
Loop data fault
Data corruption
Constant alarm
Incorrect input wiring
Incorrect EOL fitted
Incorrect control panel software
Wiring Diagrams
Series 65 Standard Base connection details –if Manual Call Point (MCPs) or remote switches are fitted, a
680Ω resistor is required in series with the switch as shown below.
Orbis Diode Base connection details with connection to Remote LED Indicator shown

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Table 2 –Zone Input Device DIL Switch Settings
The address of the Zone Input Device is set using the first seven switches of the 8 way DIL switch (marked
address)
DIL switch setting
DIL switch setting
DIL switch setting
DIL switch setting
DIL switch setting
Address
1234567
Address
1234567
Address
1234567
Address
1234567
Address
1234567
1
1000000
26
0101100
51
1100110
76
0011001
101
1010011
2
0100000
27
1101100
52
0010110
77
1011001
102
0110011
3
1100000
28
0011100
53
1010110
78
0111001
103
1110011
4
0010000
29
1011100
54
0110110
79
1111001
104
0001011
5
1010000
30
0111100
55
1110110
80
0000101
105
1001011
6
0110000
31
1111100
56
0001110
81
1000101
106
0101011
7
1110000
32
0000010
57
1001110
82
0100101
107
1101011
8
0001000
33
1000010
58
0101110
83
1100101
108
0011011
9
1001000
34
0100010
59
1101110
84
0010101
109
1011011
10
0101000
35
1100010
60
0011110
85
1010101
110
0111011
11
1101000
36
0010010
61
1011110
86
0110101
111
1111011
12
0011000
37
1010010
62
0111110
87
1110101
112
0000111
13
1011000
38
0110010
63
1111110
88
0001101
113
1000111
14
0111000
39
1110010
64
0000001
89
1001101
114
0100111
15
1111000
40
0001010
65
1000001
90
0101101
115
1100111
16
0000100
41
1001010
66
0100001
91
1101101
116
0010111
17
1000100
42
0101010
67
1100001
92
0011101
117
1010111
18
0100100
43
1101010
68
0010001
93
1011101
118
0110111
19
1100100
44
0011010
69
1010001
94
0111101
119
1110111
20
0010100
45
1011010
70
0110001
95
1111101
120
0001111
21
1010100
46
0111010
71
1110001
96
0000011
121
1001111
22
0110100
47
1111010
72
0001001
97
1000011
122
0101111
23
1110100
48
0000110
73
1001001
98
0100011
123
1101111
24
0001100
49
1000110
74
0101001
99
1100011
124
0011111
25
1001100
50
0100110
75
1101001
100
0010011
125
1011111
126
0111111