Ampac EV3000 154-0258

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ADVANCED WARNING

SYSTEMS

EV3000 Battery Detector

Installation Guide

Item Numbers: 154-0258

MAN3039

N1236

Page 1

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

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).

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.

BAT T.

08/11/11

BRDEV3BDB1-

DC SUPPLY

FAULT

+27V

COM

N/O

N/C

PRI MARY

TXFR

ZD1

ZD2

RL1

R11

R12

R10

TB1

TB2

CN1

Battery 2

12Volts

Battery 1

12 Volts

C.B

BAT

27V

CURRENT

SET

VOLTS

SET

VOLTS

SET

POWER

A.C. F USE

MAINS

BRIDGE

AC AC

D.C. FUSE

SUPPLY

API 543 E

RECT.

BZ1/1

R72

D35

C36

R73

D36

C37

D37

R74

C13

C32

Q10

Q11

Q12

C12

C28

C27

C11

C14

R22

ZD1

C38

RV3

++++++

C19

D13

D16

C35

C34

SC1

C30

++++++

RV1

BZ1/2

TB1

SIL1

IC2

IC3

CN2

CN1

C24

C29

R50

R34

IC4

C26

C18

C31

ZD3

TB2

D34

Q15

D22

R63

R62

D29

D28

D32

D23

D27

R54

R55

ZD4

ZD2

R58

R30

R29

R56

R14

R13

D30

R12

C22

C23

C16

RV5

c e

D14

D12

D11

D10

C20

RV4

RV2

C10

IC1

C15

C17

C25

D17

D19

D20

D15

R44

C33

R51

R33

LED1

R45

TH1

C21

CN3

D24

D25

LK1

D21

D18

R57

R69

R59

R64

R31

R39

R23

R32

R15

R16

R49

R18

R35

R36

R37

R38

R20

R40

R25

R42

R43

R11

R10

R19

R68

R24

R65

R48

R46

R66

R17

R47

R21

R26

R61

R71

R28

R53

R52

R41

R27

R67

R60

24V

API-466

06/11/06

TB1

F10

F11

F12

F13

F14

F15

F16

F17

F18

CN1

CN2

CN3

CN4

CN5

CN6

CN7

CN8

CN9

TO AND FROM

AMPLIFIER RACK

BATTERY

ISOLATOR / TRIP

SWITCH (MAIN)

AUX

CONTACT

Figure 1: EV3000 6 Amp Power Supply

Need help?

Do you have a question about the Ampac EV3000 154-0258 and is the answer not in the manual?

Summary

EV3000 6 Amp Power Supply Fault Connection

Connect Common to Battery Isolator

Wire the Common (TB1/2) of the EV3000 Battery Detector to the Battery Isolator / Trip Switch Input.

Connect N;O to Circuit Breaker

Wire the N/O (TB1/3) to the 6 Amp Power Supply Circuit Breaker terminal (CB TB2/8).

EV3000 16 Amp Power Supply Fault Connection

Wire N;C to Battery Monitoring Fuse

Wire the N/C (TB1/4) to the Battery Monitoring Fuse (250mA).

Connect Fuse to Common

Connect hookup wire from Battery Monitoring Fuse (250mA) to the common (TB1/2).

Final Operation and Testing

Power Up and Test Fault Generation

Power up FACP, connect batteries, then test by disconnecting battery to ensure fault.