installation manual central fire detection panel bz...

INSTALLATION MANUAL

BDL−4.998.098.932A1.en / 06.12.2000

ST−FIR/ PRM1 / deh

Seite 11

Central fire detection panelBZ 500 LSN

Installation manual BZ 500 LSN

BDL−4.998.098.932A1.en / 06.12.2000

ST−FIR/ PRM1/ dehpage 2

Summary1. Installation instructions 3. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1.1. Notes on installation location 3. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1.2. Module layout 4. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1.3. Installation process 5. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1.4. Expansion module installation process 9. . . . . . . . . . . . . . . . . . . . . . . . . . . .

2. Connections 13. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2.1. General overview of the ANNE 10 connections board 13. . . . . . . . . . . . . . 2.2. Interconnection of internal modules 16. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2.3. LSN elements 17. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2.4. Interface for MOD 300, UGM 2020 and RUBIN peripherals 18. . . . . . . . . .

3. Coding 20. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3.1. ANNE 10 connections board. 20. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3.2. ERSE 10 interface expansion 20. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3.3. ATE 100 LSN display panel 21. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3.4. TRN relay module panel 22. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3.5. Relay panel circuit board 23. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

4. Configuration 25. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

5. Commisssioning 26. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

6. Notes on maintenance and service 27. . . . . . . . . . . . . . . . . . . . . . . . . . . . 6.1. General 27. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6.2. Documents 27. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6.3. Resetting the hardware 28. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6.4. Testing battery charge voltage 29. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6.5. Starting deeply discharged batteries 29. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6.6. Setting battery charge voltage 30. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6.7. Replacement and disposal 30. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6.8. Measuring system for fault finding 31. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

7. Technical data 32. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7.1. Dimensions/weight/colour of the control unit 32. . . . . . . . . . . . . . . . . . . . . . . 7.2. Ambient conditions 32. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7.3. Power supply 33. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7.4. Transmission equipment control 33. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7.5. ERWE 10 voltage transformer 33. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7.6. Switching outputs (panel points) 34. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7.7. Serial interfaces 34. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7.8. LSN components 35. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7.9. Fuses 35. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

8. List of abbreviations 36. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

9. Notices 37. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .


BDL−4.998.098.932A1.en / 06.12.2000


1. Installation instructions

1.1. Notes on the installation location

The following guidelines should be observed when deciding where to in-stall the unit.

The device should be installed indoors in a dry, serviced area. accountshould be taken of ambient conditions (see technical data).

Leave a space of at least 230 mm above the control unit, so that it is possibleto fit the control panel in the parking position.

Fix the control unit to the wall so that the control and indicating elements are ateye level.

Leave space below or next to the control unit to accomodate an additionalpower supply which might possibly be needed at a later date.

In order not to shorten the life of the batteries, the control unit should only beoperated in locations at normal room temparature.

Use only those installation materials stipulated by UC ST, otherwiseinterference suppression cannot be guaranteed.

When handling circuit boards, the usual precautionary measures forC −MOS−technology should be adhered to. To protect the units from staticelectricity discharge, the person installing the unit must be electrostaticallydischarged. Work on the control unit should only be carried out if an earthingbracelet is worn. This is also the case with soldering work.

Observe any electrical connection conditions currently enforced by localauthorities (fire service).

Laws/standards/codes of practice

The device conforms to the following laws/standards/codes of practice:

EMC law based on − EN 50081 (noise emmission)− EN 50082 (noise immunity)

VDE 0833

DIN 14675


BDL−4.998.098.932A1.en / 06.12.2000


1.2. Module layout (for full system)

1

Rear view of thefront panel with theoperating unit

NRK−N

Installationpanel foroptionalmodules

Plastic clips for feeding thecable toANNE 10 andthe optionalmodules

TRN or RTP slots

ANNE 10 connections board

Transformer

Interfacemoduleslots− SM 20− SM 24

Cable entry

Battery12 V/ 40 Ah

LSN couplerFire

MOD 300

TRSP

ATE 100 LSNdisplay panelfor repeat signals

Control unit proces-sing moduleZALE 10

ERLE 10 NVU expansion

ERSE 10 interface expansion

ERWE 10 converter slot


BDL−4.998.098.932A1.en / 06.12.2000


1.3. Notes on the installation location

1.3. Installation procedure

Mount the control unit wall frame cableducts and the TAE box in accordancewith the drilling template.

Undo the casing bolt.

Remove the casing. Do this by pulling the lower part of thecover approx. 3 cm forward, then lif-ting the cover a little, and pulling it tothe front.

see drilling template

Continued overleaf

1.

3.

2.

Disconnect the ribbon cable connec-tions between the ANNE 10 connec-tions board and the front panel operat-ing unit modules. Disengage the frontpanel operating unit by pulling it up-wards, and remove it from the wallmounting frame.

Caution All further work may be carried out onlyif an earthing bracelet is worn.

Operating earth4−6 mm2

Data transfer ca-ble entry

Connect the operating earth to theearthing screw.


BDL−4.998.098.932A1.en / 06.12.2000


Additional earthwire terminal

Connect the mains cable to the 230Vterminal on the ANNE 10 connectionsboard. Press the unlocking lever backwith a screwdriver, and insert the wirefrom above.Pinch off the protective conductor asclose as possible (it does not come intocontact, protection class II).

Strip, and relieve the strain on the peri-pheral cable (above or below the cableentry). Connect the shielding wire asclose as possible to the terminal Stickthe self adhesive labels, which have si-gnal names printed on them, to the ap-propriate connector.

Continued overleaf

Data transfer cableentry

Cabletie

J−Y(St)Y

In order to minimise electromagneticirradiation:− use only telecomunications cable

with static shielding− connect the shielding wire as

closely as possible (max. 3 cm)

SI MAINS

230Vinput

ANNE 10

Unlocking lever

NL1

Slot the RTP, TRN, SM 20, SM 24 andERWE 10 modules into the ANNE 10connections board as required. Fit anyoptional modules to the installation pa-nel in the wall mounting frame.See chapters 1.4.1 and 1.4.2 for notes

Cable tie

Caution Before carrying out furtherwork, check that the 230V mains cableis off circuit. Mains voltage should pre-ferably be protected by an M 10A fuse,and as a separate circuit.Put the ferrite sleeve over the NYM3x1.5 mains cable (230 V). Using theNYM I 3x2.5, strip the mains cable ca-sing beforehand. Fix the ferrite sleeveto the wall mounting frame using a ca-ble tie.

NYMFerrite shell

Cable tie


BDL−4.998.098.932A1.en / 06.12.2000


Fit ERSE 10, ERLE 10, ATE 100 LSN and the key switch to theback of the front panel as required.Write the repeat signal stickers andstick them to the front panel as requi-red.

Insert the front panel operating unit inthe maintenance position.

Continued overleaf

Front panel in the maintenanceposition

Connect the ZALE 10, ERSE 10,ERLE 10 and ATE 100 LSN modules tothe ANNE 10 (ribbon cable).

See chapter 2.2 for notes

See chapters 1.4.3 and 1.4.4 fornotes

See chapter 2.2 for notes

Insert the batteries, connect to theANNE 10 and close the terminal cov-ers.Connect PTC as required.

PC port

LSN

SYSTEM ON

Move the”SYSTEM ON” link from theANNE 10 connections board.


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Screw in the 230 V mains fuse. Themains supply fuse must be removedagain when work is carried out on thepower pack. Make the unit operational by pluggingin the ”SYSTEM ON” jumper. The ”SY-STEM ON” jumper turns the controlunit electronics on and off.

Put on the container cover. Do this bysliding the cover upwards, holding itaway slightly at the bottom and thenraising cover about 10 mm and lettingit drop down to engage. Push the co-ver down at the bottom.

Check all control unit, detector and pe-ripheral device functions. If all thefunctions are working correctly, placethe installation handbook and the in-ventory details in front of the batteries.

Screw on the casing. Seal the screwwith a paper seal.Fill in the line assignment list and storeit together with the operating instruc-tions in the optional document pocketor near the control unit.

3.

1.

2.

Paper seal

Important notes:

Before plugging the PC/laptop into thePC port, the interface module for inter-face 1 (COM1), which may already beoccupied, must be removed. Confi-gure the control unit by downloadingfrom the PC/laptop. After configurationand once the PC/laptop interface ca-ble has been removed, the interfacecan be occupied once more.See chapter 4 for notes

COM1

PC port

LSN

SYSTEM ON

PC port

Inte

rfac

e 1


BDL−4.998.098.932A1.en / 06.12.2000


1.4. Expansion module installation process

1.4.1. Module slots on the ANNE 10 connections board

The RTP relay board, TRN relay module, the ERWE 10 voltage transformer andthe SM 20 or SM 24 interface modules should be inserted in the relevant slots inthe ANNE 10 connections board as required. (Component side facing to theright).

The TRN module is inserted in the RTP slot. It should be noted that for mechani-cal reasons, a maximum of one TRN can be inserted per RTP slot. A maximumof 5 TRNs can still be inserted into the TRSP printed board.

COM1

COM2

ANNE 10

COM3

ER

WE

10

slo

t

SM

slo

t

1x T

RN

or

1x R

TP

slo

t1x

TR

N o

r 1x

RT

P s

lot

SM

slo

tS

M s

lot

(ZA

LE

)(E

RS

E)

(ER

SE

)


BDL−4.998.098.932A1.en / 06.12.2000


1.4.2. Installation of optional modules

The installation plate is engaged atthe bottom in slots and is held by fa-stening screws at the top to secure itto the wall mounting frame. (installa-tion example, see fig.).The modules on the installation plateshould always be cabled on the leftso that the installation plate can laterbe engaged in the maintenance posi-tion.

LSA+distribu-tor

With the exception of AT 2000, whichmust be mounted on the installationplate if the TAE box is has been fittedin the designated place inside thecontrol unit, all other optional modu-les can be mounted either directlyonto the wall mounting frame or onthe installation plate, depending onthe space available (installation example, see fig.)

TRSP

NRK N

Installation plate fastening screws

MOD 300NRK N

LSNcoupler

Installation plate locating slots

Slots for engaging the installationplate in the maintenance position

Continued overleaf

AT 2000


BDL−4.998.098.932A1.en / 06.12.2000


Installation plate engaged in themaintenance position.

1.4.3. In installation of ATE 100 LSN display panel, ERLE 10 LSN expansion,ERSE 10 interface expansion

ATE 100 LSN:Screw the ATE in the position pro-vided on the front panel.ERLE 10:Push the spacer onto theZALE 10. Press ERLE 10 ontothe spacer.ERSE 10:Push the spacer onto theZALE 10. Press ERSE 10 ontothe spacer.

Ribbon cable connections, seechapter 2.2Coding for ATE 100 LSNsee chapter 3.3

The expansion modules aremounted on the back of the frontpanel.

ATE 100 LSN



Rear view of front panel

ATE 100 LSN

ZALE 10


BDL−4.998.098.932A1.en / 06.12.2000


1.4.4. Fitting the key switch

Cut out foil on the front panel for thekey switch, and push it through.

Press the lower part of the key switchthrough the hole in the ZALE 10 ontothe upper part of the key switch.

Connect the key switch to theANNE 10 connections board (pins E5,E6, 0V) or (pins E11, E12, 0V).

ANNE 101. (pins

E5, E6, 0V)2. (pins

E11, E12, 0V)

Internal buzzer

Switch off

Reset

Control

Service

Further

function

Zone

detectors

Alarm

Transmission unit

Extinguishing area

Switching point

Operation

Code operation

Daytime operation

Service

Controlling

Transmission unit

Switch off

Transmission unit

Alarm

ABC

JKL

STU

DEF

MNO

VWX

GHI

PQR

YZ

1 2 3

4 5 6

7 8 9

CE 0 enter

yes stop no

−/:

Key switch position

Push the upper part of the key switchwith the key inserted (the key must bevertical with the teeth at the bottom)into the front panel from the front.

Stick the (self adhesive) switch labelwith the switch position indicator onthe control panel on the front of the dis-play holder.

Switchlabel

0

02

1

Switch 1

Switch 2

Reverse


BDL−4.998.098.932A1.en / 06.12.2000


2. Connections2.1. General overview of the ANNE 10 connections

board

ER

WE

10

SL

OT

3 4 5 6

A

B

C

D

1

EXTPTC

T 4+T12VT 3

T 2+T12VT 1

109

87/E156

521

SD

HE

AT

ER

0V0V

M 2

UEB

PT

C0V

OUPUT

UEAN+T12VLOST

STOE+T12VAL

0V

E12E11E10

E9E8E7

0V0V

E6E5E4

E3E2E1

INPUTUE

IN2/E14IN1/E13

STOEEXT AL

AW

UG

AWUG+12V

FB

F

FB

F+

UE

12

467

8912

141923

+12VDC/E16WA

OUPUT

0V+

TXD0VRXD

0V+

TXD0VRXD

DIR+

TXD0VRXD

M 500

SIU

3S

IIU2

SIU

1

U3

U2

U1

+−

+−

+−

w NLT2a NLT2

0V+U

w NLT1a NLT1

0V+U

NV

U1

ZA

LE

ZA2

ZA3

1MIN

15M

IN

EXT INT

BA

TT

ER

Y C

HE

CK

TIM

E

ERSE 10

PC

INOUT

Program download

ERLE 10 ATE

ZA1

ZA4

SYSTEM ON

CURRENT LSN

B1B2

+−

+ −

+−

BA

TT

ER

YP

AR

ALL

EL

M 6,3

BATT

TSTN+

TSTB

CHARGE START

M 4

CONTROLLER

U CHARGE

POTENTIOMETER

TRANSFORMER SECONDARY

MA

INS

21

TRANSFORMER

24V 12VUE

SD

CO

NT

RO

LV

OLT

AG

E

2

3 4 5 61 2

E

F

A

B

C

D

E

F

ANNE 10grid

L1N

230 V

SINE

AWUG

PTC

PRIM

M 500

M 500

w NLT4a NLT4

0V+U

w NLT3a NLT3

0V+U

NV

U2

ER

LE

CO

M1

(ZA

LE

)C

OM

2 (E

RS

E)

CO

M3

(ER

SE

)

M 5

00

SD M 500

OUPUT

M 5

00M

500

M 500


BDL−4.998.098.932A1.en / 06.12.2000


Terminals Fu-ses

GridANNE 10

Input (I)Output (O)

Function

AWUG 2020 Automatic dial−up and transmission unitAWUG +12V F4 O +12V power supply, secured with fuse Si10 AWUG

EXT−AL F4 O Triggering for alarm transmission

STOE F4 O Triggering for malfunction transmission

IN1 E13 F4 I Malfunction alarm transmission AWUG

IN2 E14 F4 I Malfunction AWUG

0V F4 I 0 V voltage supply

ÜE transmission unitA D2 O 0 Volt for control and feedback

B D2 O ÜE Transmission unit signal

C D2 I ÜE Transmission unit feedback

D D2 O 0 Volt voltage supply

UE+12V D2 O +12V voltage supply for the transmission unit, fused

FBF Fire departement control panel23 D4 O FBF key, switch off transmission unit

[switch off ÜE]

19 D4 O FBF key, trigger transmission unit (test)[release ÜE]

14 D4 O +12V voltage supply

12 D4 O FBF display, transmission unit triggered(ÜE released)

9 D4 O FBF display sonder/strobe switched off[Signal switched off]

8 D4 O FBF display, reset fire panel [BMZ rücksetzen]

7 E4 O FBF display transmission unit switched off [ÜEswitched off]

6 E4 O FBF key, switch off buzzer [switch of buzzer]

4 E4 O FBF key, switch off sounder/strobe [switch of buzzer]

2 E4 O FBF key, switch off fire panel[reset BMZ]

1 E4 O 0 Volt voltage supply

SD key depot (FSK Fire departement key safe)1/2 E2 O SD Line (key monitoring)

5/6 E2 − F2 O Door release magnet

7/8 F2 O Door opener feedback (Latching monitoring)

9/10 F2 O Heating 24V

Internal modulesConnectors C2 − C6 I/O See chapter 2.2

LSN interfacesNLT1 − NLT4 D6 − F6 I/O See chapter 2.3

+U (28V) / 0V D6 − F6 I/O For external +28V voltage supply to couplers, theERWE 10 converter must be plugged.


BDL−4.998.098.932A1.en / 06.12.2000


Terminals Fu-ses

GridANNE 10

Input (I)Output (O)

Function

InterfacesCOM 1−COM 3 D5 − F5 I/O SM20 or SM24 slots (see chapter 2.4)

InputsE1 − E12 D4 − F4 I 12 freely programmable inputs (not monitored)

E13 F4 I AWUG 2020 Alarm transmission malfunction

E14 F4 I AWUG 2020 malfunction

E15 F2 I SD key depot contact

E16 D2 I Transmission unit feedback line

OutputsAL D1 O C point Alarm

STOE D1 O C point malfunction(linked to processor failure)

LOST D1 O C point logic circuit malfunction(processor failure)

UEAN D1 O C point transmission unit trigger

T1 − T4 E1 − F1 O 4 freely programmable C points for control unit func-tions

Mains, batteries, PTK(PTC), consumersL1 A6 I Phase

N A6 I Null

Parallel B6 I/O For voltage. Parallel connection input/output

Batterie B6 I/O Battery connection

TSTN B5 O Mains malfunction Max. output 50mA, notshort circuit proof

TSTB B5 O Battery malfunctionshort circuit proof,TRNS pluggable

PTK/EXT F1 O Remote PTK tracking

PTK 0V F1 O 0V−GND for remote PTK−tracking

U1 − U3 C3 O 3 fused outputs for 12V loads

FusesSi1 SIU1 C3 − C4 O +12V power supply for additional consumers

Si2 SIU2 C3 − C4 O +12V power supply for additional consumers

Si3 SIU3 C3 − C4 O +12V power supply for additional consumers

Si4 REGLER A3 O Input voltage. system supply controller

Si5 BATT B5 O Battery fuse

Si6 AUSG D1 − E1 O 0 Volt for C point output

Si7FBF+UE D4 O +12V supply for transmission unit and FBF

Si8 UEB E2 O Transmission unit control signal

Si9 SD E2 O SD key depot control

Si10 AWUG F4 O +12V supply for AWUG

Si11 HEIZ F3 O 24V supply for heating SD key depot

SiNE SiNE A5 O Mains fuse


BDL−4.998.098.932A1.en / 06.12.2000


2.2. Electrical connection of internal modules

ZA2

ZA3

ERSE ERLE ATE

ZA1

ZA4

+−

+−

+ −

ANNE 10

PTC 0V

PTC EXT

Batt.

Batt.

ERSE 10 ERLE 10

Battery12V/40Ah

ATE1

ATE100

ATE100

+−

ZALE 10

ATE2

AN2

AN3

AN4

AN1

ERS1 ERL1

PTCBattery12V/40Ah

+−

ZAL1ZAL1

AN1 AN1

In order to minimise electro-magnetic emissions:The ATE 100 LSN ribbon cablemust not run parallel to theZALE 10 cables.

LSN LSN

PARALLEL

only optional

Coding see chapter. 3.3


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2.3. LSN elements

LSN−Elements on the control unit in its basic configuration

1. LSN−ring

b NLT 1a NLT 10V+U

The ERWE 10 converter must be plugged into the ANNE 10 connections board toproduce the 28V (+U/0V power supply required for the) coupler.

NVU 1 (ZALE)

Limit for each NVU: − max. 2 spur or 1 ring− cable length 1000m max.− power consumption 100mA max.− a max. of 127 LSN−elements may be connected

For spur and ring circuits, the shielding wire should − always be earthed from the control unit− be run as short as possible to the earth terminal− be looped through the LSN−elements

Additional shielding terminals in other places are not permittedWhen there are ring circuits, the shielding wire should be connected to both ring ends.

b NLT 2a NLT 20V+U

1. LSN−spur

2. LSN−spur

b NLT 1a NLT 10V+U

NVU 1 (ZALE)

b NLT 2a NLT 20V+U

I

II

I

II

or

Notes on detector repeat signal units:The maximum cable length for ∑ of all detector repeat signal units is 500m.

NVU 1 (ZALE)

Connection options:− 2 rings or− 1 ring and 2 spurs or− 4 spurs

NVU 2 (ERLE)

I

II

III

IV

LSN elements on the control unit with ERLE NVU expansion

L1

L2

L3

Cable length:

L1 < 1000 m

L2 + L3 < 1000 m

E E

E E

E E

E E


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2.4. Peripheral device MOD 300, UGM 2020 and RUBIN in-terface

SDO

SDI

V.24 interface

If the peripheral unit is not separatelyearthed, the cable shield should be con-nected to both ends when the control unitand the peripheral unit are connected. Installation cable J−Y (St) Y 2x2x0.6

BZ 500 LSN

SDI

SDO

ANNE 10

SM 24

CO

M 1

to C

OM

3 RXD0V

TXD+

DIR

20mA interface

UGM 2020

Only connect the shielding wire to UGM 2020. Installation cable J−Y (St) Y 2x2x0.6

B0

A0

A1

B1

SGKUESS

Plug in jumpersforthe opto-couplerline

BZ 500 LSN

SDI+

SDI−

SDO+

SDO−

ANNE 10

SM 20

CO

M 1

to C

OM

3 RXD0V

TXD+

DIR

Peripheral unit or MOD 300


BDL−4.998.098.932A1.en / 06.12.2000


20mA interface

RUBIN

Only connect the shielding wire to RUBIN Installation cable J−Y (St) Y 2x2x0.6

BZ 500 LSN

SDI+

SDI−

SDO+

SDO−

ANNE 10

SM 20

CO

M 1

to C

OM

3 RXD0V

TXD+

DIR

RUBIN

OVS

SDO−

SDO+

SDI−

SDI+


BDL−4.998.098.932A1.en / 06.12.2000


3. Coding

3.1. ANNE 10 connections board

Remove jumperBR1/BR2 whenATE 100 LSN isconnected

Control voltage

Jumper for automaticalstarting the charge pro-cess when battery vol-tage 10,5 Volt

1 M

IN15

MIN

EXT INT

ANLAGE EIN

(STROM)

B1B2

24V 12V

UE

SD

ANNE 10

Battery−test interval

Batterie−Prüfzeit

PTK

LADE START

DOWN LOAD

AUS EIN

SwitchoverINT: without PTK

trackingngEXT: with PTK

tracking

Jumper on EIN”load a completelynew program”(not during configu-ration)

Isolating jumperfor switching On/Off the paneland for currentmeasurement

Key depotSD−control12 V24 V (only with

ERWE 10)

Transmission unittransmission unitcontrol12 V24 V (only with

ERWE 10)

PC Anschluß

Sch

nitts

telle

1

COM1

15 Min.1 Min.

3.2. ERSE 10 expansion interfaces

ERSE 10

ZAL1

AN1

EIN AUS

BR1 BR3

To restart completely (resethardware), bridge the two BR1jumper pins for 1 second.

DOWN LOADjumper on ON”load completely new program”(not in the case of configuration).

On Off


BDL−4.998.098.932A1.en / 06.12.2000


3.3. AE 100 LSN display panel

B1B2

ANNE 10

PC port

Notes on the first ATE 100 LSN connection:Jumpers BR1 and BR2 mustalready have been removedwhen the first ATE 100 LSN is connected.

Notes on the second ATE 100 LSN interface connection:In the case of expansion with a second ATE 100 LSN, theconductor tract connection on the first ATE 100 LSNmust be interrupted. No alterations may be made to thesecond ATE 100 LSN.

1. ATE 100 LSN


BDL−4.998.098.932A1.en / 06.12.2000


3.4. TRN panel realy module

D1BAX 12

Rel 1

T 1

BR1

ST1

R1 *) R2 *)

D2BAX 12

Rel 2

BR2

T 2

ST2+12V

BR3 *)

*) R1, R2 and jumper BR3 not fitted.

RA1 RD1 RR1 RA2 RD2 RR2

Jumper assignment plan:

Relay controlFit jumper

BR1Fit jumper

BR2Fit jumper

BR3

Rel 1 from ST1/T1 + − −

Rel 1 + Rel 2 from ST1/T1 + − +

Rel 2 from ST2/T2 − + −

Rel 2 + Rel 1 from ST2/T2 − + +


BDL−4.998.098.932A1.en / 06.12.2000


3.5. RTP Relay panel board

STRA

RE ARA

AOUTD1

+12V

STRB

STRC

STRD

RKAMKAAKA

RE C

D3

RE W

D2

RE D

D4

R2 *)RKBMKBAKB

R3 *)RKCMKCAKC

R4 *)RKDMKDAKD

+12V

AIN

RE A

RE W

RE C

RE D

RB

BOUT

BIN

RC

COUT

CIN

RD

DOUT

DIN

R1 *)

RTP

RC.. NC contact (relay not activated)MK.. Central contactAK.. Make contact (relay activated)

*) R1−R4 not mounted


BDL−4.998.098.932A1.en / 06.12.2000


RTP relay panel circuit board

Example for the control of two relays by panel point:

STRA

RE ARA

A OUTD1

STRB

RE B

D2

R2

A IN

RB

B OUT

B IN

R1

RTP

RKAMKAAKA

RKBMKBAKB

RE A

RE B

Relay controlRemovejumper

RB

Removejumper

A OUT − B IN

Relay A und relay B from STRA + +

RTP component side

ST1

ST2

RKA

MKA

AKA

RKB

MKB

AKB

RKC

MKC

AKC

RKD

MKD

AKD

A O

UT

B O

UT

C O

UT

D O

UT

B IN

C IN

D IN

A IN

D2

D1RARB

RCRD

D4

D3

RE

AR

EB

RE

CR

ED

R2

R1

R4

R3

RTP


BDL−4.998.098.932A1.en / 06.12.2000


4. Configuration

Caution Before the PC/laptop is plugged into the PC port, an interface moduleconnected to the interface (COM1) must be removed. Interface 1 can be connected again after configuration.

A BZ 500 LSN is configured and commissioned from a PC or laptop, using theconfiguration program WinPARA.

The configuration software only allows for the configuration of the number ofdetector groups which are pre−determined by the system model.

A PC or laptop with Windows version 3.1 or later, and at least a 4 MB RAM isrequired for this.

ANNE 10PC port

Inte

rfac

e 1

COM1

How correctly to install WinPARA under Windows:

Insert the configuration disk in drive A.

Choose the ”Run”command (Program Manager or File Manager) from the filemenu.

Enter A:\SETUP in the input line, and press OK to confirm.

Follow the installation program instructions.

The installation program generates a program group named WinPARA, and aprogram icon. WinPARA can be started by double clicking on the programicon.

It is essential to save the data after successful configuration (disk). The disk isstored in the envelope next to the battery.


BDL−4.998.098.932A1.en / 06.12.2000


5. Setting up

Before connecting the system voltage (with the ”System ON” jumper on ANNE10), it is necessary first to check that all intended modules are properly plugged in, and all ribbon cables are correctly connected.

Caution: The ”system ON” jumper on ANNE 10 has no function in relation to thePSU. The PSU is permanently operational once the power supply has beenconnected on and the line fuse (230V supply) has been inserted (as is thebattery charge).

The program can be restarted on ZALE 10 by bridging the ”RESET” pins.

SYSTEM ON

(POWER)

PC port

COM1

ANNE 10

Monitoring the system while it is in operation

The system configuration is checked each time it is started. If there are defects,the system will not enter the operational status, and a message to this effect willbe issued.

Entering the date/time

It is only possible to set the date/time with service rights.

Sequence of operations:

Press the ”Code” button.

Enter the user code.

Press ”ENTER”

Select the date/time function from the menu (”further functions” button).

Select the digit position to be changed by pressing the ”yes” or ”no” buttons.

Enter the new value on the numeric keyboard, and press ”ENTER” to con-firm.

Exit the date/time function by pressing the ”STOP” button.


BDL−4.998.098.932A1.en / 06.12.2000


6. Notes on maintenance and service

6.1. General

Maintenance and inspection procedures must be carried out at the intervalsspecified by appropriately qualified staff. VDE 0833 specifications areadditionally valid for all work of this kind.

Configuration, comissioning and maintenance are implemented throughsoftware, using a PC or laptop. A PC or laptop with 386 or higher CPU isrecommended.

Hang the operating unit in the maintenance position

The operating unit can be hung in the maintenance position for the purpose ofmaintenance.

System power measuring pointsIt is possible to measure the system power on the ANNE 10 connections board.The ”SYSTEM ON (POWER)” jumper, which is fitted in the factory, must beremoved to do this.

SYSTEM ON

(CURRENT)

Disconnecting jumper for system voltage and currentmeasurement.

PC port

COM1

ANNE 10

6.2. Documents

01 3.002.219.470 1 BZ 500 LSN operating instructions

02 3.002.218.156 1 AHB EMZ/CIE connection handbook

Item Number LE* Name


BDL−4.998.098.932A1.en / 06.12.2000


6.3. Hardware reset

ZALE 10 control unit display

The program can be restarted on ZALE 10 by bridging the ”RESET” pins.Bridging time 1 second.

ZALE 10

”Reset” pins


ERLE 10

ZAL1

AN1

”Reset” pins

The program can be restarted on ERLE 10 bybridging the ”RESET” pins.Bridging time 1 second.


”Reset” pins

The program can be restarted on ERSE 10 bybridging the ”RESET” pins.Bridging time 1 second.

ERSE 10

ZAL1

AN1


BDL−4.998.098.932A1.en / 06.12.2000


6.4. Testing battery charge voltage

− Reset the ”battery check time” jumper from 15 mins. to 1 min.

− If no malfunction message appears after a minute,(battery charge voltage is OK), reset the ”battery check time” jumper to 15 mins.

1 M

IN15

MIN

Battery check time

PC port

COM1

ANNE 10

6.5. Starting deeply discharged batteries

To start charging a deeply discharged battery, briefly bridge the two ”STARTCHARGE” pins.

Restarting charge for batteries< 10.5 V

ANNE 10 START CHARGE

PC port


BDL−4.998.098.932A1.en / 06.12.2000


6.6. Setting the battery charge voltage

1 M

IN15

MIN

EXT INT

ANNE 10

PTK

POTI

EXTPTK

Batterycheck time

PTC slot

− Disconnect the battery cabling.

− Set the ”battery check time” jumper to 15 mins.(”standby” position)

− Set the ”PTC” jumper from INT to EXT.

− Connect an equivalent resistance of 1kΩ (+1%) to the PTC slot.

− Connect the voltmeter (digital) to the +/− battery terminal.

− Set the voltage to 13.85V + 0.05 using the potentiometer.

− Remove equivalent resistance (voltage drops to below 7 V).

− Set the ”PTC” jumper from EXT to INT.

Caution When using remote PTC tracking, leave the ”PTC” jumper on theEXT position and connect the PTC tracking connections in the PTC slot.

− Connect the batteries (charge voltage adjusts itself to the charge condition of the batteries and to the ambient temperature).

6.7. Replacement and disposal

Replacing the battery: Differing battery types should not be used to replacethe batteries, since this can cause malfunctions. Only batteries of the same typeand age and from the same production batch should therefore be used.

Disposal: Printed boards and batteries which are faulty and can no longer berepaired must be disposed of correctly.


BDL−4.998.098.932A1.en / 06.12.2000


6.8. Metering arrangement for fault findingS

pu

r

RL

= 1

27 O

hm (

0.8

mm

∅)

RL

= 1

53 O

hm (

0.6

mm

∅)

M

A WLSN

element

LSN

element

LSN

element

LSN

element

Mak

e a

conn

ectio

nfo

r m

easu

rem

ent

M

RL

= 3

7 O

hms

(0.8

mm

∅)

RL

= 6

3 O

hms

(0.6

mm

∅)

Rin

g

LSN

element

LSN

element

LSN

element

A W A WM

RL

= 9

0 O

hm(0

.5 m

m∅

)

Cau

tio

n:

1.)

In o

rder

to

avoi

d m

easu

ring

erro

rs,

the

LSN

cou

pler

s (N

BK

100

LS

N a

nd N

SB

100

LS

N)

mus

t be

dis

conn

ecte

d fr

om t

he p

ower

sup

ply

in e

ach

of t

hese

cou

pler

s du

ring

mea

surin

g. T

he s

heat

h w

ire in

the

2.)

For

saf

ety,

the

con

nect

ions

sho

uld

be c

hang

ed o

nce

on t

he m

easu

ring

inst

rum

ent

durin

g re

sist

ance

mea

surin

g.

3.)

Whe

n th

e sy

stem

in o

pera

tion,

it is

impe

rativ

e th

at t

he s

heat

h w

ire o

nly

be c

onne

cted

to

eart

h in

the

con

trol

uni

t.

LSN

element

1 x

1000

m J−

Y(S

t)Y

n x

2 x

0.6

(0.

8), n

= 2

, cab

le.

2 x

500

mJ−

Y(S

t)Y

n x

2 x

0.6

(0.

8), n

= 2

,.. c

able

.

con

trol

uni

t m

ust

be r

emov

ed f

rom

the

ear

th.


BDL−4.998.098.932A1.en / 06.12.2000


7. Technical Data

VdS − Certification No. G 298002

7.1. Dimensions/weight/colour of the control unit

Dimensions (H x W x D) 501 x 443 x 236 mm

Colour

− Casing cover: light grey

− Front components white grey

Weight (full configuration)

− Control unit without battery approx. 17 kg

− Control unit with two batteries approx. 26 kg

7.2. Ambient conditions

Degree of protection IP 40 VDE 0470 Part 1/EN 60529

Class of protection II VDE 0106 Part 1

Surge category II VDE 0804

Environmental classS2, J2, SM2, SE2, E2 VDE 0839 Part 10

EMV noise emission class W EN 50081

EMV noise immunity EN 50082

Pollution severity 2 VDE 0800 Part 6

Environmental class 3K5 EN 60721−3−3

− Temperature 268 K ... 318 K (−5° C ... +45° C)

− Storage temperature 253 K ... 333 K (−20° C ... +60° C)

− Rel. humidity 5 − 95 %


BDL−4.998.098.932A1.en / 06.12.2000


7.3. Power supply

Mains voltage 230 V (−15% ... +10%)

Mains supply cable NYM 3 x 1.5 mm2

Mains frequency 50 Hz

System voltage fuse M 10 A

Operating voltage 11 V ... 15 V (14 V at 20° C)

Consumption in full configuration max. 110 W

Battery capacity max. 2x 12 V/40 Ahin control unit casing

Battery charge voltage is variedaccording to temperature

Duration max. 72 hours

max. power supply unit current 5.4 A(battery charge current + bias current)

Class of protection II

7.4. Transmission equipment control

Principle Current amplification

Control voltageat Ri = 50 Ω ... 1000 Ω: 12 V (24 V with ERWE 10)

Line resistance− at Ri = 50 Ω ... 100 Ω: max. 10 Ω− at Ri = 100 Ω ... 1000 Ω: max. 20 ΩMonitoring Short circuit, wire break

7.5. ERWE 10 voltage transformer

The maximum current output at 28 V is 0.6 A with a current input of approx. 1.4A (12 V).


BDL−4.998.098.932A1.en / 06.12.2000


7.6. Switching outputs (display points)

ANNE 10 outputs

Principle Open Collector (short−circuit proof)

max. voltage 15 V

max. current 100 mA (max. 500 mA with all8 C points)

When relay boards RTP/TRN/TRNS are used

Principle Changeover contact, electrically isolated

max. capacity 30 W contact loading

max. switching current 1.25 A (24 V) contact loading

max. switching voltage 42 V (0.7 A) contact loading

When NRK N mains relay boards are used

Principle Switching contact, electrically isolated

max. capacity 2,400 VA contact loading

max. current 10 A contact loading

max. voltage 230 V contact loading

7.7. Serial interfaces

Transmission speed 300, 1200, 2400 (9600) bit/s

Installation cable J−Y (ST) Y 2 x 2 x 0.6

Range

− V.24 interface max. 25 m− 20 mA interface max. 1,000 m

Number of V24 interfaces or 20 mA interfaces

V.24 interface 1 with SM 24

2 with SM 24 (only with ERSE 10)

20 mA interface 1 with SM 20

2 with SM 20 (only with ERSE 10)


BDL−4.998.098.932A1.en / 06.12.2000


7.8. LSN components

LSN voltage− no load value approx. +30V (29.9V ... 30.5 V)− during transmission no load +1.6 V (1.5 V ... 1.7 V)

voltage range

max. number of NVUs 2

number of rings/spurs per NVU max. 1 ring or 2 spurs

max. current input per NVU max. 100 mA

max. cable length per NVU 1,000 m (max. 2,000m with repeater)

LSN elements per NVU max.127 (depending on current consumpt.)

Earth fault (< 1 k ) determined against a / b wiring

Installation cable J−Y(St)Y n x 2 x 0.6 orJ−Y(St)Y n x 2 x 0.8(with n = 2, ... )

Shield (sheath wire) shouldbe earthed at the control unit.

7.9. FusesANNE 10 connections board

Si1 SIU1 M500 For additional +12V load.



Si4 CONTROLLER M4 Input voltage system controller supply

Si5 BATT M6.3 Battery fuse

Si6 OUT M500 0V for C point output

Si7 FBF+UE M500 +12V supply for transmission unit and fire department panel

Si8 UEB M500 Transmission unit control

Si9 SD M500 SD key depot circuit

Si10 AWUG M500 +12V supply for automatic dial−up andtransmission unit

Si11 HEATER M2 24V for key depot heater

SiNE SINE T630 Mains fuse

ERWE 10 voltage transformer

NVU 1 and 2 fuses M 500


BDL−4.998.098.932A1.en / 06.12.2000


8. List of AbreviationsANNE = Conection PSU unit

ATE = Built−in display panel

AWUG = Automatic dial−up and transmission unit

CIE = Fire detection system control unit and indicating equipment

BR = Jumper

DIN = German institute for standardization

EMR = One man service

EMC = Electromagnetic compatability

EN = European Standard

ERLE = LSN unit expansion

ERSE = Interface expansion unit

ERWE = Converter expansion unit

Ext = External

FBF = Fire department control panel

Int = Internal

LSN = Local security network

MOD = Modem

NAK = Network spur coupler

NBK = Network fire coupler

NBM = Manual fire call point

NKK = Network contact coupler

NTK = Network panel coupler

NRK−N = Network emergency call relay card

NSB = Network control coupler−fire

NVU = Network processing converter

PTC = Positive temperature compensation

RC = Repeater coupler

RTP = Relay panel board

SD = Key depot

SDI = Serial data In

SDO = Serial data Out

SM = Interface modules

TAE = Telecommunications terminal device

TRN = Emergency call relay module−panel

TRSP = Panel relay card

UGM = Universal hazard indicating system

VDE = Association of German Electrical Engineers

VdS = German Association of Property Insurers.

ZALE = Control unit display LSN unit


BDL−4.998.098.932A1.en / 06.12.2000


9. Notes

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_____________________________________________________________


BDL−4.998.098.932A1.en / 06.12.2000


_____________________________________________________________

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_____________________________________________________________

_____________________________________________________________


BDL−4.998.098.932A1.en / 06.12.2000


Bosch Security Systems130 Perinton ParkwayFairport, New York, 14450, USA

Info−ServiceTelephone: +1 (585) 223 4060Fax: +1 (585) 223 4060

[email protected]