Ampac EV3000 154-0258 Installation Manual

ADVANCED WARNING
SYSTEMS

Description:

The EV3000 Battery Detector monitors the Supply
Batteries for disconnection or removal. The relay
contacts allow for a FAULT condition to be generated at
the EV3000 panel.
The EV3000 Battery Detector installation kit consists of;
1 x 154-0258 Battery Detector Unit
1 x 5 Way Panduit (approx 500mm to 1m)
1 x 1 metres Blue Hookup Wire

Installation:

Observe anti-static precautions at all times
1. Power down the FACP, disconnect the batteries
2. Mount the battery detector in an appropriate place
to allow for connection to batteries
3. Remove the Enclosure Lid to allow access to the
EV3000 Battery Detector PCB
4. Connect 27VDC power to CN1 using a 5 way
Panduit or 27VDC to TB1/1 (+27VDC) and TB1/5
(0V).
TO AND FROM
AMPLIFIER RACK
Battery 1
12 Volts
MAN3039
WORLD LEADER OF INNOVATIVE SOLUTIONS IN FIRE DETECTION AND ALARM SYSTEMS
Ampac Technologies Australia Tel: +61 8 9201 6100 Europe Tel: +44 (0) 1302 833 522 New Zealand Tel: +64 9 443 8072 www.ampac.net
EV3000 Battery Detector
Installation Guide
F2
D.C. FUSE
R23
++++++ C31
+
+
+
D30
++++++
AC C2
M1
E
Q15
D22
R62
R63
AC
MAINS
ON
F1
API 543 E
C33
R51 POWER
SUPPLY
R52
R33
P2
TB2 P1
0V 8V 27V C.B
BAT
BRDEV3BDB1-
08/11/11
PRIMARY
-
+
-
+
Battery 2
12Volts
Figure 1: EV3000 6 Amp Power Supply

EV3000 6 Amp Power Supply fault connection.

1. Wire the Common (TB1/2) of the EV3000 Battery
Detector to the Input of the Battery Isolator / Trip
Switch (See Figure 1)
2. Wire The N/O (TB1/3) of the EV3000 Battery
Detector to the 6 Amp Power Supply Circuit
Breaker terminal, (CB TB2/8). (See Figure 1)

EV3000 16 Amp Power Supply fault connection.

1. Remove the Wire from the Battery Monitoring Fuse
(250mA) and wire to the N/C (TB1/4) of the
EV3000 Battery Detector. (See Figure 2)
2. Connect the supplied hookup wire from the Battery
Monitoring Fuse (250mA) to the common (TB1/2)
of the EV3000 Battery Detector. (See Figure 2)

Final Operation

1. Power up the FACP, connect the batteries and test
by disconnecting the Battery and ensuring a Fault
is generated.
L1
SET SET
R12
VOLTS CURRENT
R10 R11
R6 RV1
ZD3 C11
R4 IC1
RV2
R3
R5
R8 D7
R13
C7
+
Q10
R2
D3
D6
D5
R56
D4
SET SET
VOLTS CURRENT
ZD2
R50 R43
RV5 ZD4
R39
R38
D34
IC2
C20
R36
C6
R35
C18
C22
R37
D9
R58
C23
D12 Q11
D11
R18
D10
R49
D8
R30
L2
R24
R45
RV3 R47 R46
R48
R31
LK1
AB
EV
C27
Q12
+ C25 D17
R69 R27 D25
D20
D15 R71
R17
D24
R41
BZ1/1
R64 D19
R67
CN3
D18 D21
BZ1/2
R55
D28
R68
D16
CN1 D27 D29
D23 D32
R61
+27V COM N/O N/C 0V
DC SUPPLY
CN1
D1 Q1 D2
AUX
BATT.
FAULT
R1
CONTACT
C1
RL1
BATTERY
ZD1
R6
R7 ISOLATOR / TRIP
U1
R8
SWITCH (MAIN)
C7
ZD2
R9 C6
TXFR
R10 R11
R12
M1
TB2
N1236
Item Numbers: 154-0258
CN1
F1
F10
F2
CN2
F11
F3
CN3
F12
F4
CN4
F13
TB1 F5
CN5
8V
F14
0V
F6
CN6
24V
F15
F7
CN7
F16
F8
CN8
F17
F9
CN9
F18
API-466
06/11/06
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