POWERWAVE-8 POWERWAVE-8 'LITE' - A1 Security …a1sec.com.au/files/+PW-8 + PW8-'LITE' (Ver8.71+8.72)...

POWERWAVE-8

CONDENSED PROGRAMMING GUIDE

POWERWAVE-8 'LITE'&

( Ver: 8.71/8.72 - 13/01/05 )

111267134515910141823

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242526

Dialler 1 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -Dialler 2 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -Keypad - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -Keypad Config - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

Wiring6 (PW8 & PW8-'LITE' - EOL Readings) - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

Misc. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -Outputs 1 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -Outputs 2 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

Index PW8 - (Zone & Outputs Wiring Examples)

Zones 1 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -Zones 2 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

Programming - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

Wiring9 (PW8-'LITE' - 4 Zone with 2K2 resistors Only) - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -Wiring10 (PW8-'LITE' - 8 Zone - NO 2K2 Resistors) - - - - - -- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

Wiring1 (PW8 - 4 Zone with 2K2 EOL) - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -Wiring2 (PW8 - 8 Zone – No 2K2 EOL) - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -Wiring3 (PW8 - 8 Zone – No 2K2 EOL) Cont - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -Wiring4 (PW8 - 8 Zone – with 2K2) - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -Wiring5 (PW8 - 8 Zone – with 2K2) Cont - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

Wiring7 (PW8 - Output Connections) - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -Wiring8 (PW8 & PW8 - 'LITE' - Mode3 Line Connection) - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

Index PW8 - 'LITE' (Zone Input Wiring Examples)

Wiring11 (PW8-'LITE' - 8 Zone - With 2K2 Resistors) - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

Index (Programming)

Remote Controls 1 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -Remote Controls 2 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -Speech Board - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -Users - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -Wireless Detectors - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

User Codes (1-6 digits)

Address AddressUser 1 (Master) 1 21

User 2 2 22

User 3 3 23

User 4 4 24

User 5 5 25

User 6 6 26

User 7 7 27

User 8 8 28

User 9 9 29

User 10 10 30

Duress Digit (before code) 230

Installer Code 11

Installer Code Access to Programming 169

P13-14 1

Cha

nge

All

Cod

es/C

lock

/Ph

#'s

USER CODES

0 0 0 0 0 0

STA

Y A

rm (i

f cod

e re

quire

d)

Yes

1 2 3

Access Levels

STA

Y D

isar

mC

hang

e Yo

ur C

ode

Are

a 'A

'A

rea

'B'

AR

MD

isar

m

OptionsAddress

131 AddressZone 1 301 20

132Zone 2 302 0

133Zone 3 303 0

135 Zone 4 304 0

136 Zone 5 305 0

137Zone 6 306 0

138Zone 7 307 0

139Zone 8 308 0

129

140

141

142

143

144

145

146

147

148

149

150

Zone

1Zo

ne 2

Zone

3Zo

ne 4

Zone

5Zo

ne 6

Zone

7Zo

ne 8

Ref. P24-26 2

0-9999sec

0-9999sec

0-9999sec

0-9999sec

0-9999sec

0-9999sec

0-9999sec

0-9999sec

Send Multiple Alarms to C.S.

Send Zone Tampers to C.S.

Zone Inactivity Timer

Chime when Disarmed

Chime Permanently

Force Arm

Send Zone Bypass to C.S.

On in STAY Mode

24 Hour Zone

Non-Latching 24 Hour Zone

Swinger Shutdown

Fire Zone

ZONE Options

Entry Delay

Common Zone Reports to Area 'B' account

Area 'A'

Area 'B'

Zones are N/O

Zone is bypassable

Auto Isolate

Handover (requires an Entry Delay to work)

Pulse Count

Affects 24 hour zones too

Miscallaneous Ref. P26 Panel Tamper Ref. P40Address Address

Pulse Count Timer 229 60

E.O.L./Zone Doubling 130 Keyswitch Ref. P20-21

Address

Zone Inactivity Timer 240 120 0-255 Hours

3

Inpu

t 4 is

Zon

e D

oubl

ed

Inpu

t 4 is

EO

L

Inpu

t 3 is

Zon

e D

oubl

ed

Inpu

t 1 is

Zon

e D

oubl

ed

Key

Sw

itch

Enab

led

110

120

Keyswitch Mode Area 'A'

Keyswitch Mode Area 'B'

ZONES Misc.

170Tamper Zone (9)

On=

latc

h/O

ff=M

omen

tary

N/C

or E

OL

Inpu

t 2 is

Zon

e D

oubl

ed

Seco

nds

Inpu

t 1 is

EO

L

Inpu

t 2 is

EO

LIn

put 3

is E

OL

If the 2K2 Tamper resistors are to be used, turn options 1-4 On and

wire a 2k2 Tamper resistor in series with the circuit

i.e.: 2K2 between 1 leg of Tamper and 1 leg of Alarm Relay

of a PIR.

Area "A" Keyswitch MUST have a 4k7 resistor across

its contacts.Area "B" Keyswitch MUST have a 8k2 resistor across

its contacts.

- To turn on Zone-5 (Zone Double on input-1), turn options 5 On.


- To turn on Zone-7 (Zone Double on input-3), turn options 7.


"STAY" Zones in Alarm Zone Tampers to…Address Address Address Address

Output 1 (Siren) 51 61 71 91

Output 2 (Strobe) 52 62 72 92

Output 3 (Smoke) 53 63 73 93

Output 4 54 64 74 94

Output 5 55 65 75 95

Output 6 56 66 76 96

Output 7 57 67 77 97

Output 8 58 68 78 98

Address Address161 165

162 166

163 167

164 168

T

urn

Out

put O

N

Turn

Out

put O

FF

Spa

re (D

efau

lt=of

f)

T

urn

Out

put O

N

Ref. P16-17 4

V

ison

ic P

wrC

ode+

LoB

at(D

efau

lt=of

f)

H

old

Dow

n bu

tton

'Pan

ic' I

mm

edia

te

Hol

d do

wn

butto

n 'P

anic

' will

Dia

l

Hol

d D

own

'Pan

ic' 1

.5se

c D

elay

Nes

s B

atte

ry L

ow

Tu

rn O

utpu

t OFF

V

ison

ic P

wrC

ode+

LoB

at(D

efau

lt=of

f)

S

pare

(Def

ault=

off)

Output Options (Cont).

H

old

dow

n bu

tton

'Pan

ic' w

ill D

ial

H

old

Dow

n bu

tton

'Pan

ic' I

mm

edia

te

H

old

Dow

n 'P

anic

' 1.5

sec

Del

ayN

ess

Bat

tery

Low

Output Options

Zone

1

Zone

4Zo

ne 5

Zone

6Zo

ne 7

Zone

8

Zone

2Zo

ne 3

Zone

7

"AWAY" Zones in Alarm 24 Hour Zones to…

Zone

1Zo

ne 2

Zone

3Zo

ne 4

Zone

5

Zone

4Zo

ne 5

Zone

6

Zone

6Zo

ne 7

Zone

8

Zone

1Zo

ne 2

Zone

3

Zone

8

OUTPUTS 1

Zone

1Zo

ne 2

Zone

3

Zone

6Zo

ne 7

Zone

8

Zone

4Zo

ne 5

CHIMEChime Zones to… Reset Time 24 Hour Events to… Ref. P16 Output State Reset Time

AddressOutput 1 81 20 41 31 221 1 0-9999 0

Output 2 82 20 42 32 222 4 0-9999 0

Output 3 83 20 43 33 X 223 20 0-9999 0

Output 4 84 20 44 34 X 224 20 0-9999 0

Output 5 85 20 45 35 X 225 20 0-9999 0

Output 6 86 20 46 36 X 226 20 0-9999 0

Output 7 87 20 47 37 X 227 20 0-9999 0

Output 8 88 20 48 38 X 228 20 0-9999 0

Zone

1Zo

ne 2

Zone

3Zo

ne 4

Zone

5Zo

ne 6

Zone

7Zo

ne 8

1/10

Sec

ond

Inve

rtPu

lse

Sing

le P

ulse

Lock

out o

nce

Res

etH

orn

Spea

ker D

river

to O

utpu

t"C

ontr

ol"

butto

n o

pera

tes

o/p

Puls

es fo

r 24

Hou

r ala

rms

1/10

Sec

ond

Seco

nds

Temporary Output DisableAddress

Disable 109

Ref. P18-19 5

Delay on TimePulse Time

211 311 300 201

212 312 0 202

213 313 300 203

214 314 300 204

215 315 0 205

216 316 0 206

217 317 0 207

218 318 0 208

Mai

ns F

ail

Bat

tery

Low

R/C

Pan

icK

eypa

d P

anic

Key

pad

Fire

Key

pad

Med

ical

Out

put 7

Out

put 8

Syst

em T

ampe

rD

ures

s A

larm

Chi

me

zone

s Li

nked

to p

ulse

tim

erOUTPUTS 2

Seco

nds

Out

put 1

Out

put 2

Out

put 3

Out

put 4

Out

put 5

Out

put 6

- Supplies power to Smoke Detectors.

- Can also Reset "Latching" type Smoke Detectors by Pulsing

On/Off for 2 sec. during Arm/Disarm.

( Maximum Current available = 500mA )

Makes Strobe flash at correct

rate

For Horn Speaker operation, Turn ON these options for outputs 1 or

2.Not available on Power

Wave-8-'LITE'

Keypad OptionsP20-21 Chime Mode Timer P28 Exit DelayP26 Keypad in Area P27Address Address Address Address

20 20

20 20

Keypad Misc

Keypad Panics P16 Keypad Buttons P27-28Address Address

Output 1

Output 2

Output 3

Output 4

Output 5

Output 6

Output 7

Output 8

6

46

47

48

Key

pad

1

41

42

43

44

45

STA

Y B

utto

n be

fore

Cod

e to

set

Key

pad

2K

eypa

d 3

173

174

Key

pad

Med

ical

Key

pad

Fire

Key

pad

Pan

ic

KEYPADS Dur

ess

Ala

rm

175

177

179

180

Panic Operates Keypad Buzzer

Fire Operates Keypad Buzzer

Medical Operates Keypad Buzzer

Stay Button Disarms STAY Mode

Key

pad

6

Seco

nds

110

120

Key

pad

4

209

210

Dis

able

AR

M B

utto

n

No

Exit

Bee

ps in

STA

Y M

ode

AR

M B

utto

n be

fore

Cod

e to

set

Area 'A'

Area 'B'

Key

pad

7K

eypa

d 8

1/10

Sec

ond

171

172

219

220

Key

pad

5M

ain

Key

pad

1

Key

pad

7

STA

Y B

utto

n di

sarm

s ST

AY

Mod

eA

RM

But

ton

Dis

arm

s in

Exi

t Del

ay

176

178

Panic Button Enabled

1&3 Buttons Panic Enabled

4&6 Buttons Fire Enabled

7&9 Buttons Medical Enabled

Key

pad

8

Key

pad

2K

eypa

d 3

Nig

ht A

rmK

eypa

d 5

Key

pad

6

169

LED

's o

ff af

ter e

xit

Pani

c K

ey d

elay

ed

LCD KeypadZone Descriptions Enter Programming ModeAddress

Zone 1 1 +Keypad Assignment

Zone 2 2 LCD Backlighthold

Zone 3 3 Increase +hold

Zone 4 4 Decrease +

Zone 5 5Keypad Backlight

Zone 6 6 holdIncrease +

Zone 7 7 holdDecrease + ê

Zone 8 8

Other Descriptions Keypad Buzzer VolumeAddress hold

Area Character 998 Increase + Ahold

Panel Name 999 Decrease + B

Keypad Assignment

7

LED (Icon) Keypad

16 Characters Max

16 Characters Max

16 Characters Max

16 Characters Max

16 Characters Max

16 Characters Max

KEYPAD CONFIG

16 Characters Max

16 Characters Max

16 Characters Max

16 Characters Max

LCD Keypad WiringLoom Colours

STAY

MEMORY

CONTROL

BYPASSCONTROL

CONTROL

CONTROL

CONTROL

CONTROL

CONTROL ARM

D C B A Keypad 1 On On On Keypad 2 On On Off Keypad 3 On Off On Keypad 4 On Off Off Keypad 5 Off On On Keypad 6 Off On Off Keypad 7 Off Off On Keypad 8 Off Off Off

Tamper Disable

D C B A

Tamper Enable

D C B A

Keypad 1default

D C B AOff

OnOff

On

The 5 pin wiring loom connects into the loom socket on the Power Wave-8 panel PCB, or if the PW-8 PCB does not have the loom socket fitted, the keypad wires can then be wired to the data buss screw terminals.Loom wire connections are:Red=(Pos ’+’)12v,Black=(Neg ‘-’)12v,Green=Clock,Blue=Data, Yellow=Listen-In

Enabling Wireless ZonesAddress

Enable 134

Supervision TimerAddress

Time 239 1 - 255 Minutes

Wireless Detector LearningAddress Address

Zone 1 601 231 50

Zone 2 602 232 5 12

Zone 3 603 233 5 34

Zone 4 604 234 5 56

Zone 5 605 235 5 1112

Zone 6 606 236 5

Zone 7 607 237 5

Zone 8 608 238 5

8

Ref. P29-30

Visonic K900 PIR/WST400 Smoke Detector (433 MHz)Visonic Powercode Devices (supervised signal ignored)Visonic Powercode Devices (supervised signal active)33

For Unknown Devices - no low Batt or Tamp reportingCrow AE PIR/Smoke Det/AE Reed without Open/CloseCrow AE series Radio Reed Switch + Open/Close statusCrow Merlin PIR (supervised signal ignored)Crow Merlin PIR (supervised signal active)Crow FreeWave with checksum (supervision signal Active)Crow FreeWave with checksum (supervision signal Ignored)Ness Wireless devicesNess Wireless Reed Switch

Learn Mode

Zone

8

240

Wireless Detector Types

213132

Electronics Line' Cougar PIR

Zone

5

WIRELESS DETECTORS

Learn Mode

Learn Mode

Learn Mode

Learn Mode

Learn Mode

Learn Mode

Learn Mode

Zone

6Zo

ne 7

Zone

1Zo

ne 2

Zone

3Zo

ne 4

FreeWave Wireless Receiver Loom Wiring Connector Colours The Freewave receiver is compatible with the Power Wave-8 panel Ver: 8.64 and above and requires a 4 wire connection to the Power Wave-8 panel PCB. This can be achieved by using the 5 pin wiring loom connector (5th (Yellow - Listen-In) wire Not required) to plug into the loom socket on the Power Wave-8 panel PCB, or to the data buss screw terminals.Loom wire connections are:Red=(Pos ’+’)12v,Black=(Neg ‘-’)12v,Green=Clock,Blue=Data, Yellow=Listen-In (This 5th wire is Not required)

Remote Control LearningAddress Address Address

Button 1 611 151 161

Button 2 612 152 162

Button 3 613 153 163

Button 4 614 154 164

Button 5 615 155 165

Button 6 616 156 166

Button 7 617 157 167

Button 8 618 158 168

Ref. P31-32 9

Press Button to Learn




Arm/Disarm Options




Hol

d D

own

'Pan

ic' 1

.5se

c D

elay


Are

a 'A

'A

rea

'B'

Can

Arm

Stay

Mod

e O

ff

Hol

d do

wn

butto

n 'P

anic

' will

Dia

lH

old

Dow

n bu

tton

'Pan

ic' I

mm

edia

te

REMOTE CONTROLS 1

Dis

able

d In

Ala

rm

Output Options

Turn

Out

put O

NTu

rn O

utpu

t OFF

Nes

s B

atte

ry L

ow

Can

Dis

arm

Stay

Mod

e O

n

Buttons to Outputs Ref. P18 Ref. P22 Ref. P23 Pulse Time Ref. P19Address Address Address Address

Output 1 101 111 121 1

Output 2 102 112 122 4

Output 3 103 113 123 20

Output 4 104 114 124 20

Output 5 105 115 125 20

Output 6 106 116 126 20

Output 7 107 117 127 20

Output 8 108 118 128 20

But

ton

1B

utto

n 2

But

ton

3B

utto

n 4

But

ton

5B

utto

n 6

But

ton

7B

utto

n 8

AW

AY

Arm

Sta

tus

STA

Y A

rm S

tatu

sD

isar

m S

taus

R/C

Pul

se (2

) for

AW

AY

Arm

R/C

Pul

se (4

) for

Dis

arm

Puls

e on

Arm

ing

Puls

e on

Dis

arm

ing

AW

AY

Arm

Sta

tus

STA

Y A

rm S

tatu

sD

isar

m S

taus

R/C

Pul

se (2

) for

AW

AY

Arm

R/C

Pul

se (4

) for

Dis

arm

Puls

e on

Arm

ing

Puls

e on

Dis

arm

ing

1/10

Sec

ond

10

225

226

227

228

221

222

223

224

R/C

Pul

se (2

) for

STA

Y A

rm

Chirps & Flashes Area 'A' Chirps & Flashes Area 'B'

REMOTE CONTROLS 2

R/C

Pul

se (2

) for

STA

Y A

rm

Makes Strobe flash correctly for arm/disarm

Will make Strobe output

pulse for arm/disarm

Turn on 4,5,6, to make siren

output chirp for arm/disarm

Smoke Detector Reset when Arming.NOTE: For uninturrupted smoke alarm protection, a Manual reset

MUST be performed(by Arming & Disarming) if a smoke alarm occurs during the disarmed

period.

Telephone Numbers Dialling Protocol Dialing Options Dialling AttemptsAddress Address Address Address

6

6

1

1

Account Numbers

Area 'A' Account #

Area 'B' Account #

General Options

(0-2359)

(Sun - Sat)

17 (0-99)

(0-9999 Seconds)

Ref. P34-39 DTM

F or

Rev

erse

Pul

se D

ialin

gD

TMF

or P

ulse

Dia

ling

11

Dialler Options

Long

DTM

F D

ialli

ng T

ones

16 Digits

16 Digits

16 Digits

Telephone #1

Telephone #2

Telephone #3

501

502

503

0-99

Page

rVo

ice

Stop

Dia

ling

if K

isse

d O

ffM

onito

r Cal

l pro

gres

s

Send

Res

tore

sSe

nd T

est C

alls

Send

Gro

up #

or s

epar

ate

Acc

t #B

lind

Dia

l (di

al w

ithou

t dia

l ton

e)

404

506

245

246

247

248

241

242

181

182

Telephone #4 16 Digits

Igno

re D

omes

tic K

iss-

Off

DIALLER

Mains Fail Report DelayC

onta

ct ID

Dom

estic

Test Call Days of Week

Auto Answer Ring Count

Test Call Hour/Minute

183

184

243

244

0330402

0 0 0 0

0 0 0 0507

504

Bel

l 103

or V

.21

319

249

Dis

able

Pho

nelin

e M

onito

ring

Mod

em A

uto

Det

ect

Dia

ler O

N

185

1800

Dou

ble

Cal

l (Fa

x D

efea

t)

DIALLER ONselect this option

Reporting Options Upload/Download Panel Code Contact ID CodesAddress Address Address

Zone 1

Zone 2

Zone 3

Zone 4

Zone 5

Zone 6

Zone 7

Zone 8

130 = Burglary 159 = Low Temperature131 = Perimeter Zone 159 = Low Temperature133 = 24 Hour Zone 152 = Refrigeration Alarm120 = Panic 154 = Water Leakage110 = Fire Alarm 151 = Gas Detector111 = Smoke Detector 116 = Duct Detector114 = Heat Detector100 = Medical101 = Medical Pendant115 = Manual Call Point122 = Silent Panic123 = Audible Panic

Ref. P34-36 12

Send

Zon

e A

larm

s in

STA

Y M

ode

Syst

em T

ampe

r

DIALLER Reporting

186

Wire

less

Bat

tery

Low

Ope

n af

ter A

larm

24 H

r Ala

rms

to D

ialle

r in

Dom

estic

Mod

e

STA

Y M

ode

Ope

n/C

lose

STA

Y O

pen

afte

r Ala

rm

505

Send

Ope

n Im

edia

tely

or a

fter E

xit D

elay

188

Ope

n/C

lose

Zone

Inac

tivity

Tim

erSu

perv

ised

Wire

less

Fau

ltPh

onel

ine

Failu

re

Dur

ess

Ala

rmM

ains

Fai

lB

atte

ry L

ow

329

328187

Key

pad

Pani

cK

eypa

d Fi

reK

eypa

d M

edic

al

Keypad Medical

Keypad Panic

Keypad Fire

331

324

323

327

326

330

322

321 130

130

130

130

130

130

325

100

130

130

120

110

Miscellaneous Setting Clock Read/Write to Programming ChipAddress Address Address

Hour/Minute 0-2359 Write to Chip

Day 1=Sun 2=Mon 3=Tue 4=Wed 5=Thu 6=Fri 7=Sat Read from Chip

Date 1 to 31 Keypad Misc.

Month 1 to 12

Year 0-99

SystemAddress

Clear Memory

Walk Test

Defaulting Panel Phoneline Listen-in options Ref. P36-37Address Address Address

Default Entire Panel Keypad Output 1

Default User Codes

Default Addresses 20 - 199



Default all Wireless and Remote Controls

Ref. P40-41

Inst

alle

r Loc

kout

621

13

170

MISCELLANEOUS

401

403

405

406

407

623

Thro

ugho

ut c

all i

n ST

AY

Mod

e

Dis

able

Mai

ns F

ail T

est

Zone

s ar

en't

Forc

e A

rmab

le

624

Key

pad

Pani

c B

utto

n de

laye

d

Thro

ugho

ut c

all i

n A

rmed

Sta

te

190

625

No

Key

pad

beep

on

Supe

rvis

ed d

etec

tor f

ault

620

629

No

Key

pad

beep

on

Zone

inac

tivity

Tim

eout

626

627

169

LED

's o

ff af

ter e

xit d

elay

Inst

alle

r cod

e ac

cess

to P

rogr

amin

g

628

"Con

trol

"B

utto

n di

sabl

es C

him

e Zo

nes

No

Key

pad

beep

for 2

4 H

r Ala

rms

(Sile

nt A

larm

)

Dur

ing

Dia

ling

in D

isar

m S

tate

Dur

ing

Dia

ling

in A

rmed

Sta

teD

urin

g D

ialin

g in

STA

Y M

ode

189

All

the

time

(list

ens

to e

very

thin

g)

Thro

ugho

ut c

all i

n D

isar

m S

tate

622

Pane

l Tam

per i

s N

C o

r with

2K

2 EO

L (D

efau

lt=N

C)

Whe

n Pa

nel A

nsw

ers

a ca

llTh

roug

hout

cal

l in

STA

Y M

ode

All

the

time

(list

ens

to e

very

thin

g)

Dur

ing

Dia

ling

in D

isar

m S

tate

Dur

ing

Dia

ling

in A

rmed

Sta

teD

urin

g D

ialin

g in

STA

Y M

ode

Thro

ugho

ut c

all i

n D

isar

m S

tate

Thro

ugho

ut c

all i

n A

rmed

Sta

te

Whe

n Pa

nel A

nsw

ers

a ca

ll

Address

251 Voice Messages 1 - 8

Zone 2 to Voice Message # 252 Voice Messages 1 - 8











('0' at any of these addresses stops any dialling attempts)

Start Message # for DTMF phone control 250 0 (0-99)

334 4 digit code

335 4 digit code

336 4 digit code

337 4 digit code

Ref. P35-36

Telephone Control Code for Outputs

Telephone Control Code top enable microphone

0

0

0

0

SPEECH DIALLER Programming 14

Alarms to Voice Messages

Fire Alarm to Voice Message #

Medical Alarm to Voice Message #

Battery Low to Voice Message #

Zone 1 to Voice Message #

Panic Alarm to Voice Message #

Telephone Control Code for Area A

Telephone Control Code for Area B

Leaving this option as "0", will force the 90 second

Voice Module (if fitted) to report in DTMF Tone Only mode, even if messages

have been recorded into it.

Installer Programming

è INTO INSTALLER PROGRAMMING

è SELECTS ADDRESS and Views Contents

è CHANGES DATA

è EXIT PROGRAMMING

Note: Where there are multiple options at one address, Option ‘0’ will turn all options Off and ‘9’ will turn all options On.

Keypad ProgrammingHold 2 sec

è SELECTS ADDRESS and Views Contents

Press appropriate key to get desired letter (like SMS) è CHANGES DATA

ç è to move cursor

Ref. P12 15

Installer

[Address]

[New Value]

è INTO KEYPAD PROGRAMMING

è EXIT PROGRAMMING

PROGRAMMING

[Address]

PROGRAM

PROGRAM

PROGRAM ENTER

ENTER

ENTER

ENTERC O D E

PROGRAM

PROGRAM ENTER

ENTER

CONTROL ARM

16

4 Zo

nes

- EO

L (W

ith 2

k2 r

esis

tors

Onl

y)

Zone

Wiri

ng &

End

-Of-

Line

Res

isto

r Ex

ampl

es

1+5

0V

Lin

Dat

Clk

Neg

Pos

0V

12V

0V

2+6

3+7

4+8

0V

Tmp

0V

12V

1 2

3

ZON

E 2 2k

2

ZON

E 1

2k2

Latc

hing

Sm

oke

Det

ecto

r with

No

rmal

ly O

pen

Con

tact

s

12v

2k2

0v

ZON

E 4

2k2

Elec

tric

al D

iagr

am

Prog

ram

min

g In

form

atio

n (P

W-8

)

130

Input 1 is (with 2k2) EOL

Input 2 is (with 2k2) EOL Input 3 is (with 2k2) EOL

Input 4 is (with 2k2) EOL Input 1 is Zone Doubled (Hi/Lo)

Input 2 is Zone Doubled (Hi/Lo) Input 3 is Zone Doubled (Hi/Lo) Input 4 is Zone Doubled (Hi/Lo)

133

Zone

s th

at a

re N

/O

Tmp N/C

Alarm Com

Alarm N/C

Tmp Com

12v

0v

Tmp N/C

Alarm Com

Alarm N/C

Tmp Com

12v

0v

2k2

Zone

Inpu

t ter

min

als

of P

anel

Det

ectio

n D

evic

e

Out

put C

onta

ct

4 NC

N

O

CO

M - J

umpe

r on

Top

2 P

ins

= +1

2V

to C

om o

f Rel

ay o

n O

utpu

t-4

- Jum

per o

n B

otto

m

2 P

ins

= G

ND

(0V

) to

Com

of

Rel

ay o

n O

utpu

t-4

- Jum

per o

n 1

pin

only

= N

o V

olta

ge (D

ry C

onta

ct) o

n C

om

of R

elay

on

O/P

-4 *

*

*

* Rel

ay a

s O

utpu

t-4 is

Opt

iona

l.

Nor

mal

ly, O

utpu

t-4 is

a 5

00m

A

F

ully

Pro

gram

mab

le O

pen

C

olle

ctor

(vol

tage

type

) Out

put.

* *

17

Exam

ple

- 1

8 Zo

nes

- Zon

e D

oubl

ed (

No

2k2

resi

stor

)

Prog

ram

min

g In

form

atio

n (P

W-8

)

130





Input 1 is Zone Doubled (Hi/Lo)

Input 2 is Zone Doubled (Hi/Lo) Input 3 is Zone Doubled (Hi/Lo)


1+5

0V

Lin

Dat

Clk

Neg

Pos

0V

12V

0V

2+6

3+7

4+8

0V

Tmp

0V

12V

1 2

3

ZON

E 5

8k2

ZON

E 1

4k7

Latc

hing

Sm

oke

Det

ecto

r with

No

rmal

ly O

pen

Con

tact

s

12v

8k2

0v

ZON

E 8

133

EO

L/Zo

ne D

oubl

ing

Zone

s th

at a

re N

/O

Alarm Com

Alarm N/C

Tmp Com

Tmp N/C

0v

12v

Tmp N/C

Alarm Com

Alarm N/C

Tmp Com

12v

0v

At th

e pa

nel (

PC

B) e

nd, j

oin

thes

e 2

wire

s (M

ake

a Se

ries

Con

nect

ion)

bet

wee

n th

e Lo

w

Zone

(Eg:

Zon

e-1)

& th

e H

igh

Zone

(Eg:

Zon

e-5)

det

ectio

n de

vice

s.

T

he E

OL

Res

isto

rs (E

g: 4

k7 fo

r Lo

w Z

ones

& 8

k2 fo

r Hig

h Zo

nes)

MU

ST b

e co

nnec

ted

(in

para

llel)

ACR

OS

S th

e al

arm

co

ntac

ts o

f a d

etec

tion

devi

ce

as p

er th

is d

iagr

am. O

ther

wis

e,

the

dete

ctio

n de

vice

s w

ill N

ot

func

tion

prop

erly

& th

e ke

ypad

(s) w

ill N

OT

be a

ble

to

disp

lay

the

corr

ect z

one

oper

atio

n.

Elec

trica

l Dia

gram

4k7

8k2

Zone

- 1

(= L

ow Z

one)

“ Z

one

Inpu

t - 1

”

(For

Zon

es 1

& 5

) “

0V ”

(= Z

one

Inpu

t Com

mon

)

Zone

Inpu

t ter

min

als

of P

anel

Zone

- 5

(= H

igh

Zone

)

4 N

C

NO

C

OM

- Jum

per o

n To

p 2

Pin

s =

+12V

to

Com

of R

elay

on

Out

put-4

- J

umpe

r on

Bot

tom

2

Pin

s =

GN

D (0

V) t

o C

om o

f R

elay

on

Out

put-4

- J

umpe

r on

1 pi

n on

ly =

No

Vol

tage

(Dry

Con

tact

) on

Com

of

Rel

ay o

n O

/P-4

*

*

*

* Rel

ay a

s O

utpu

t-4 is

Opt

iona

l.

N

orm

ally

, Out

put-4

is a

50

0mA

Ful

ly

Pro

gram

mab

le O

pen

Col

lect

or (v

olta

ge ty

pe)

Out

put. *

*

18

1+5

0V

Lin

Dat

Clk

Neg

Pos

0V

12V

0V

2+6

3+7

4+8

0V

Tmp

0V

12V

1 2

3

ZON

E 1

Exam

ples

- 2

8 Zo

nes

- Zon

e D

oubl

ed (N

o 2k

2 re

sist

or) C

ont.

Ree

d Sw

itch

8k2

Ree

d Sw

itch

4k7

ZON

E 5

ZONE

4

Alarm Com

Alarm N/C

Tmp Com

Tmp N/C

0v

12v

4k7

At th

e pa

nel (

PC

B) e

nd, j

oin

thes

e 2

wire

s (M

ake

a Se

ries

Con

nect

ion)

bet

wee

n th

e Lo

w

Zone

(Eg:

Zon

e-1)

& th

e H

igh

Zone

(Eg:

Zon

e-5)

det

ectio

n de

vice

s.

T he E

OL

Res

isto

rs (E

g: 4

k7

for L

ow Z

ones

& 8

k2 fo

r Hig

h Zo

nes)

MU

ST

be

conn

ecte

d (in

par

alle

l) AC

RO

SS

the

alar

m c

onta

cts

of a

det

ectio

n de

vice

as

per t

his

diag

ram

. O

ther

wis

e, th

e de

tect

ion

devi

ces

will

Not

func

tion

prop

erly

& th

e ke

ypad

(s) w

ill

NO

T be

abl

e to

dis

play

the

corre

ct z

one

oper

atio

n.

4 N

C

NO

C

OM

19

1 2

3

Zo

ne D

oubl

ing

Gol

den

rule

s:

1

P

ut th

e E

OL

resi

stor

(4k7

for L

ow Z

one

or 8

k2 fo

r Hig

h Zo

ne) i

nsid

e th

e de

tect

ion

devi

ce a

nd A

CR

OS

S (in

Par

alle

l

to) t

he a

larm

con

tact

s. O

ther

wis

e, th

e de

tect

ion

devi

ces

will

Not f

unct

ion

prop

erly

& th

e ke

ypad

(s) w

ill N

OT

be a

ble

to

dis

play

the

corre

ct z

one

oper

atio

n.

2

If

usin

g th

e 2k

2 Ta

mpe

r Res

isto

r, pu

t the

2k2

som

ewhe

re in

SER

IES

(In-L

ine)

with

the

circ

uit,

eith

er in

side

the

de

tect

or o

r as

clos

e as

pos

sibl

e to

the

dete

ctio

n de

vice

. Alte

rnat

ely,

2 x

1k

resi

stor

s (1

st a

t the

Low

Zon

e de

tect

or

&

2nd

at t

he H

igh

Zone

det

ecto

r) m

ay b

e fit

ted

to fu

lly p

rote

ct th

e ta

mpe

r circ

uits

of b

oth

High

& L

ow Z

ones

. 3

The

elec

trica

l diff

eren

ce b

etw

een

a N

.O. d

evic

e (s

mok

e) a

nd a

N.C

. dev

ice

(PIR

) is

done

in p

rogr

amm

ing.

1+5

0V

0V

12V

0V

2+6

3+7

4+8

0V

Tmp

0V

12V

ZON

E 5

0v

12v

Alarm Com

Alarm N/C

8k2

ZON

E 1

0v

12v

Tmp N/C

Alarm Com

Alarm N/C

Tmp Com

Lin

Dat

Clk

Neg

Pos

Latc

hing

Sm

oke

Det

ecto

r with

N

orm

ally

Ope

n C

onta

cts

12v

8k2

0v

ZON

E 8

Tmp Com

Tmp N/C 13

3

Zone

s th

at a

re N

/O

Prog

ram

min

g In

form

atio

n (P

W-8

)

130



Input 3 is (with 2k2) EOL Input 4 is (with 2k2) EOL Input 1 is Zone Doubled (Hi/Lo) Input 2 is Zone Doubled (Hi/Lo)



EO

L/Zo

ne D

oubl

ing

2k2

At th

e pa

nel (

PC

B) e

nd, j

oin

thes

e 2

wire

s (M

ake

a Se

ries

Con

nect

ion)

bet

wee

n th

e Lo

w

Zone

(Eg:

Zon

e-1)

& th

e H

igh

Zone

(Eg:

Zon

e-5)

det

ectio

n de

vice

s.

T he E

OL

Res

isto

rs (E

g: 4

k7

for L

ow Z

ones

& 8

k2 fo

r Hig

h Zo

nes)

MUS

T b

e co

nnec

ted

(in p

aral

lel)

ACR

OSS

the

alar

m c

onta

cts

of a

det

ectio

n de

vice

as

per t

his

diag

ram

.

4k7

Elec

tric

al D

iagr

am

Zone

Inpu

t ter

min

als

of P

anel

“ Z

one

Inpu

t - 1

”

(For

Zon

es 1

& 5

) “

0V ”

(= Z

one

Inpu

t Com

mon

)

4k7

8k2

Zone

- 1

(= L

ow Z

one)

Zo

ne -

5 (=

Hig

h Zo

ne)

2k2

2k2

Exam

ple

- 1

2k2 2k

2

4 N

C

NO

C

OM

20

4 NC

N

O

CO

M

8 Zo

nes

- Zon

e D

oubl

ed w

ith A

LL 3

EO

L re

sist

ors

(4k7

+ 8

k2 +

2k2

) Con

t.

1+5

0V

Lin

Dat

Clk

Neg

Pos

0V

12V

0V

2+6

3+7

4+8

0V

Tmp

0V

12V

1 2

3

ZON

E 1

0v

12v

Tmp N/C

Alarm Com

Alarm N/C

4k7

Tmp Com

Exam

ples

- 2

Ree

d Sw

itch

8k2

4k7

ZON

E 5

Reed

Sw

itch

ZON

E 4

2k2

At th

e pa

nel (

PC

B) e

nd, j

oin

thes

e 2

wire

s (M

ake

a Se

ries

Con

nect

ion)

bet

wee

n th

e Lo

w

Zone

(Eg:

Zon

e-1)

& th

e H

igh

Zone

(Eg:

Zon

e-5)

det

ectio

n de

vice

s.

T

he E

OL

Res

isto

rs (E

g: 4

k7

for L

ow Z

ones

& 8

k2 fo

r Hig

h Zo

nes)

MU

ST

be

conn

ecte

d (in

par

alle

l) AC

RO

SS

the

alar

m c

onta

cts

of a

det

ectio

n de

vice

as

per t

his

diag

ram

. O

ther

wis

e, th

e de

tect

ion

devi

ces

will

Not f

unct

ion

prop

erly

& th

e ke

ypad

(s) w

ill

NO

T be

abl

e to

dis

play

the

corre

ct z

one

oper

atio

n.

2k2

Ree

d Sw

itch

ZON

E 8

8k2

2k2 2k

2

- Jum

per o

n To

p 2

Pin

s =

+12V

to

Com

of R

elay

on

Out

put-4

- J

umpe

r on

Bot

tom

2

Pin

s =

GN

D (0

V) t

o C

om o

f R

elay

on

Out

put-4

- J

umpe

r on

1 pi

n on

ly =

No

Vol

tage

(Dry

Con

tact

) on

Com

of

Rel

ay o

n O

/P-4

*

*

*

* Rel

ay a

s O

utpu

t-4 is

Opt

iona

l.

Nor

mal

ly, O

utpu

t-4 is

a 5

00m

A

F

ully

Pro

gram

mab

le O

pen

C

olle

ctor

(vol

tage

type

) Out

put.

* *

ZONE 1 Activated ZONE 5 Normal4K7 2K2PIR TAMPER

ZONE 1 Normal8K2PIR TAMPER

ZONE 5 Activated

ΩOHM METER

10.4k

4K7 2K2PIR TAMPER 8K2

PIR TAMPERPIR

ΩOHM METER

6.9k

Open Circuit

21

22

4 N

C

NO

CO

M

- Jum

per o

n To

p 2

Pin

s =

+12V

to

Com

of R

elay

on

Out

put-4

- J

umpe

r on

Bot

tom

2

Pin

s =

GN

D (0

V) t

o C

om o

f R

elay

on

Out

put-4

- J

umpe

r on

1 pi

n on

ly =

No

Vol

tage

(Dry

Con

tact

) on

Com

of

Rel

ay o

n O

/P-4

*

*

*

* Rel

ay a

s O

utpu

t-4 is

Opt

iona

l.

Nor

mal

ly, O

utpu

t-4 is

a 5

00m

A

F

ully

Pro

gram

mab

le O

pen

C

olle

ctor

(vol

tage

type

) Out

put.

Out

puts

- (R

elay

& H

orn

Spea

ker C

onne

ctio

ns)

4 NC

N

O

CO

M

Mos

t mot

orise

d ga

rage

doo

rs h

ave

a N

orm

ally

Ope

n (G

oing

Clo

sed

whe

n pu

shed

) pu

sh b

utto

n / s

witc

h. T

o co

ntro

l a g

arag

e do

or fr

om yo

ur P

ower

Wav

e W

irel

ess

Rem

ote

Cont

rols

, sim

ply

conn

ect t

he “

C ”

(Com

mon

) and

“ N

O ”

(Nor

mal

ly O

pen)

co

ntac

ts o

f a r

elay

(exa

mpl

e ab

ove)

AC

RO

SS (i

n Pa

ralle

l) to

the

gar

age

door

ope

ning

pu

sh b

utto

n / s

witc

h.

Not

e-1:

Rel

ay m

ust b

e su

pplie

d by

inst

alle

r. N

ote-

2: T

he O

ptio

nal r

elay

on

Out

put-4

of s

ome

PW-8

pan

els (

Ver:

8.71

and

abo

ve)

may

als

o be

use

d to

ope

rate

a g

arag

e do

or (O

utpu

t-4 J

umpe

r sh

ould

be o

n 1

pin

Onl

y).

* *

Hor

n Sp

eake

r

C

NO

NC

Rel

ay

+ -

Gar

age

Door

Ope

ning

exa

mpl

e us

ing

But

ton

(Use

r) 3

:

1.L

earn

in R

emot

e B

utto

n Ad

dr 6

13

2.R

emov

e de

faul

t arm

ing

optio

ns A

ddr 1

53

3.R

emov

e ‘h

old

down

pan

ic’ o

ptio

n ‘7

’ Add

r 163

4.

‘Tur

n ou

tput

on’

opt

ion

‘1’ a

t Add

r 163

5.

Con

figur

e ‘b

utto

ns to

out

puts

’ opt

ion

‘3’ A

ddr 1

03

6. A

djus

t res

et ti

me

to ‘2

’ @ A

ddr 3

13

1+5

0V

Lin

Dat

Clk

Neg

Pos

0V

12V

0V

2+6

3+7

4+8

0V

Tmp

0V

12V

1 2

3

~ ~

31

32

Out

put 1

Out

put 2

Coil

Horn Speaker Driver to Output

WA

RN

ING

: Pe

rman

ent d

amag

e m

ay o

ccur

if e

ither

ou

tput

s 1 o

r 2 a

re n

ot c

onve

rted

to “

Hor

n Sp

eake

r” ty

pe o

utpu

ts b

efor

e co

nnec

ting

a ho

rn sp

eake

r to

them

. N

ote:

Out

puts

that

are

dam

aged

as

per t

he

abov

e ex

plan

atio

n ar

e N

ot c

over

ed b

y w

arra

nty.

For H

orn

Spe

aker

ope

ratio

n, T

urn

ON

th

ese

optio

ns fo

r out

puts

1 o

r 2.

Not a

vaila

ble

on P

ower

Wav

e-8-

'LIT

E'

23

MO

DE

- 3 (T

ype

600)

Plu

g An

d W

all S

ocke

t

MO

DE

- 3 (A

ustr

alia

n Ty

pe 6

00) P

hone

Lin

e C

onne

ctio

n D

iagr

am

Mod

e 3

(Typ

e 60

0) P

lug

And

Wal

l Soc

ket W

iring

;

L INE-

IN F

ROM

STR

EET

: Te

rmin

al 6

= R

ing-

In =

“ -

” si

de o

f Lin

e-In

from

Str

eet

Term

inal

2 =

Tip

-In =

“ +

” s

ide

of L

ine-

In fr

om S

tree

t

LIN

E-O

UT

TO IN

TER

NAL

PH

ON

ES :

Term

inal

5 =

Rin

g-O

ut =

“ -

” si

de o

f Lin

e-O

ut to

Inte

rnal

Pho

nes

Term

inal

1 =

Tip

-Out

= “

+ ”

sid

e of

Lin

e-O

ut to

Inte

rnal

Pho

nes

RJ11

Ph

one

Sock

et

Line

Out

( - )

to

Pho

nes

Line

In (

- )

From

Stre

et

Line

Out

( +

) to

Pho

nes

Line

In (

+ )

From

Stre

et

T ELE

PHO

NE

LIN

E

( LIN

E IN

FR

OM

STR

EET)

TO IN

TER

NAL

P

HO

NES

( L

INE

OU

T )

2 =

“ +

” Li

ne IN

(Whi

te)

6 =

“ - ”

Lin

e IN

(Blu

e)

5 =

“ - ”

Lin

e O

UT (B

lack

)

1 =

“ +

” Li

ne O

UT (R

ed)

600

Serie

s P

lug

600

Ser

ies

Wal

l Soc

ket

3 &

4 N

ot C

onne

cted

Blac

k

Whi

te

Blue

Red

6

1 4 5 3 2

6 1 4 5 3 2

Whi

te

Blac

k Bl

ue

Red

3 &

4 N

ot

Conn

ecte

d

POWER WAVE CONTROLLER

Line

In

Line

Out

Optional Terminals For Telephone Line

24

Pow

er W

ave

8-‘L

ITE’

Con

nect

ion

Term

inal

s

4 Zo

nes

- Wiri

ng w

ith 2

K2

Res

isto

r Onl

y

Prog

ram

min

g In

form

atio

n (P

W8-

‘LIT

E’)

133

Zone

s th

at a

re N

/O

130


Input 2 is (with 2k2) EOL Input 3 is (with 2k2) EOL Input 4 is (with 2k2) EOL Input 1 is Zone Doubled (Hi/Lo)


EOL/

Zone

Dou

blin

g

Elec

tric

al D

iagr

am

Zone

Inpu

t ter

min

als

of P

anel

“ Z

one

Inpu

t - 1

”

“

0V ”

(= Z

one

Inpu

t Com

mon

)

Det

ectio

n D

evic

e

Out

put C

onta

ct

2k2

2k2

Pow

er W

ave-

8 LI

TE C

onne

ctio

n Te

rmin

als

0V

Tmp

Dat

Clk

Neg

Pos

1

2

3

4

0V

1

2

0V

12V

Self

(Aut

o) R

eset

Typ

e Sm

oke

Det

ecto

r with

No

rmal

ly O

pen

Con

tact

s

ZON

E 4

2k2

0v

12v

ZONE

1

0v

12v

Tmp N/C

Alarm Com

Alarm N/C

Tmp Com

2k2

Reed

Sw

itch

2k2

ZON

E 3

Out

puts

1 &

2 a

re O

pen

Col

lect

or (1

2 Vo

lt)

type

out

puts

cap

able

of d

eliv

erin

g (m

ax)

1.5A

mps

and

can

driv

e 12

Vol

t dev

ices

Onl

y.

Not

com

patib

le w

ith H

orn

Spea

kers

25

Pow

er W

ave

8-‘L

ITE’

Con

nect

ion

Term

inal

s

8 Zo

nes

- Zon

e D

oubl

ed w

ith 2

EO

L re

sist

ors

(4k7

+ 8

k2) N

O 2

k2 R

esis

tor

Zo

ne D

oubl

ing

Gol

den

rule

s:

1

P

ut th

e EO

L re

sist

or (4

k7 fo

r Low

Zon

e or

8k2

for H

igh

Zone

) ins

ide

the

dete

ctio

n de

vice

and

AC

RO

SS

(in

Par

alle

l

to) t

he a

larm

con

tact

s. O

ther

wis

e, th

e de

tect

ion

devi

ces

will

Not

func

tion

prop

erly

& th

e ke

ypad

(s) w

ill NO

T be

abl

e

to d

ispl

ay th

e co

rrect

zon

e op

erat

ion.

2

If us

ing

the

2k2

Tam

per R

esis

tor,

put t

he 2

k2 s

omew

here

in S

ER

IES

(In-L

ine)

with

the

circ

uit,

eith

er in

side

the

de

tect

or o

r as

clos

e as

pos

sibl

e to

the

dete

ctio

n de

vice

. Alte

rnat

ely,

2 x

1k

resi

stor

s (1

st a

t the

Low

Zon

e de

tect

or

&

2nd

at t

he H

igh

Zone

det

ecto

r) m

ay b

e fit

ted

to fu

lly p

rote

ct th

e ta

mpe

r circ

uits

of b

oth

Hig

h &

Low

Zon

es.

3

Th

e el

ectri

cal d

iffer

ence

bet

wee

n a

N.O

. dev

ice

(sm

oke)

and

a N

.C. d

evic

e (P

IR) i

s do

ne in

pro

gram

min

g.

Prog

ram

min

g In

form

atio

n (P

W8-

‘LIT

E’)

133

Zone

s th

at a

re N

/O

130



Input 3 is (with 2k2) EOL Input 4 is (with 2k2) EOL Input 1 is Zone Doubled (Hi/Lo)


EOL/

Zone

Dou

blin

g

Elec

tric

al D

iagr

am

Zone

Inpu

t ter

min

als

of P

anel

“ Z

one

Inpu

t - 1

”

(For

Zon

es 1

& 5

) “

0V ”

(= Z

one

Inpu

t Com

mon

)

4k7

8k2

Zone

- 1

(= L

ow Z

one)

Zo

ne -

5 (=

Hig

h Zo

ne)

Exam

ple

- 1

Pow

er W

ave-

8 LI

TE C

onne

ctio

n Te

rmin

als

0V

Tmp

Dat

Clk

Neg

Pos

1

2

3

4

0V

1

2

0V

12V

Sel

f (Au

to) R

eset

Typ

e S

mok

e D

etec

tor w

ith

Nor

mal

ly O

pen

Con

tact

s

ZON

E 8

8k2

0v

12v

At th

e pa

nel (

PC

B) e

nd, j

oin

thes

e 2

wire

s (M

ake

a Se

ries

Con

nect

ion)

bet

wee

n th

e Lo

w

Zone

(Eg:

Zon

e-1)

& th

e H

igh

Zone

(Eg:

Zon

e-5)

det

ectio

n de

vice

s.

T

he E

OL

Res

isto

rs (E

g: 4

k7

for L

ow Z

ones

& 8

k2 fo

r Hig

h Zo

nes)

MU

ST b

e co

nnec

ted

(in p

aral

lel)

ACR

OS

S th

e al

arm

con

tact

s of

a d

etec

tion

devi

ce a

s pe

r thi

s di

agra

m.

ZON

E 1

0v

12v

Tmp N/C

Alarm Com

Alarm N/C

Tmp Com

4k7

Ree

d Sw

itch

8k2

ZON

E 5

26

Z

one

Dou

blin

g G

olde

n ru

les:

1

Put

the

EO

L re

sist

or (4

k7 fo

r Low

Zon

e or

8k2

for H

igh

Zone

) ins

ide

the

dete

ctio

n de

vice

and

AC

RO

SS

(in

Par

alle

l to)

the

alar

m c

onta

cts.

Oth

erw

ise,

the

dete

ctio

n de

vice

s w

ill No

t fun

ctio

n pr

oper

ly &

the

keyp

ad(s

)

w

ill N

OT

be a

ble

to d

ispl

ay th

e co

rrect

zon

e op

erat

ion.

2

If u

sing

the

2k2

Tam

per R

esis

tor,

put t

he 2

k2 s

omew

here

in S

ER

IES

(In-L

ine)

with

the

circ

uit,

eith

er in

side

the

d

etec

tor o

r as

clos

e as

pos

sibl

e to

the

dete

ctio

n de

vice

. Alte

rnat

ely,

2 x

1k

resi

stor

s (1

st a

t the

Low

Zon

e de

tect

or

&

2nd

at t

he H

igh

Zone

det

ecto

r) m

ay b

e fit

ted

to fu

lly p

rote

ct th

e ta

mpe

r circ

uits

of b

oth

High

& L

ow Z

ones

. 3

The

ele

ctric

al d

iffer

ence

bet

wee

n a

N.O

. dev

ice

(sm

oke)

and

a N

.C. d

evic

e (P

IR) i

s do

ne in

pro

gram

min

g.

ZON

E 5

0v

12v

Alarm Com

Alarm N/C

8k2

Tmp Com

Tmp N/C

ZON

E 1

0v

12v

Tmp N/C

Alarm Com

Alarm N/C

Tmp Com

4k7

2k2

Exam

ple

- 2

Pow

er W

ave

8-‘L

ITE’

Con

nect

ion

Term

inal

s

8 Zo

nes

- Zon

e D

oubl

ed w

ith A

LL 3

EO

L re

sist

ors

(4k7

+ 8

k2 +

2k2

)

At th

e pa

nel (

PCB

) end

, joi

n th

ese

2 w

ires

(Mak

e a

Serie

s C

onne

ctio

n) b

etw

een

the

Low

Zo

ne (E

g: Z

one-

1) &

the

Hig

h Zo

ne (E

g: Z

one-

5) d

etec

tion

devi

ces.

T he E

OL

Res

isto

rs (E

g: 4

k7

for L

ow Z

ones

& 8

k2 fo

r Hig

h Zo

nes)

MUS

T b

e co

nnec

ted

(in p

aral

lel)

ACR

OSS

the

alar

m c

onta

cts

of a

det

ectio

n de

vice

as

per t

his

diag

ram

.

Prog

ram

min

g In

form

atio

n (P

W8-

‘LIT

E’)

133

Zone

s th

at a

re N

/O

130


Input 2 is (with 2k2) EOL Input 3 is (with 2k2) EOL Input 4 is (with 2k2) EOL Input 1 is Zone Doubled (Hi/Lo)


EOL/

Zone

Dou

blin

g

Elec

tric

al D

iagr

am

Zone

Inpu

t ter

min

als

of P

anel

“ Z

one

Inpu

t - 1

”

(For

Zon

es 1

& 5

) “

0V ”

(=

Zon

e In

put C

omm

on)

4k7

8k2

Zone

- 1

(= L

ow Z

one)

Zo

ne -

5 (=

Hig

h Zo

ne)

2k2

Self

(Aut

o) R

eset

Typ

e Sm

oke

Det

ecto

r with

No

rmal

ly O

pen

Con

tact

s

ZON

E 4

4k7

0v

12v

2k2

Pow

er W

ave-

8 LI

TE C

onne

ctio

n Te

rmin

als

0V

Tmp

Dat

Clk

Neg

Pos

1

2

3

4

0V

1

2

0V

12V

2k2

2k2

POWERWAVE-8 POWERWAVE-8 'LITE' - A1 Security …a1sec.com.au/files/+PW-8 + PW8-'LITE' (Ver8.71+8.72)...

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Transcript of POWERWAVE-8 POWERWAVE-8 'LITE' - A1 Security …a1sec.com.au/files/+PW-8 + PW8-'LITE' (Ver8.71+8.72)...