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Panasonic 2000 Manual Download Page 6

2000

- FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION

6

2.2. WARNINGS

Element

Description

Markings / Instructions

1

Caution! Risk of electric shock. Dangerous voltage. Make sure to disconnect the equipment from the mains power

supply before removing the cover of CIE.

2

NOTE! Protective earth (ground). Make sure to connect the protective earth conductor when installing the CIE.

3

Caution! Risk of explosion if batteries are replaced by incorrect type.

See 3.8. BATTERIES on page

4

Caution! Risk of electric shock. Make sure to disconnect the terminal block J2 for the backup

batteries before touching anything in the CIE.

CAUTION!

5

Caution! Risk of electric shock. Long cable cores should be safely secured, not to touch high/low voltage parts if

becoming loose from its terminal.

For example; secure with a cable tie.

CAUTION!

6

Caution! Hot parts! Risk of burned fingers when touching hot electrical components.

Do not touch any electrical components when the unit is powered.

CAUTION!

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Summary of Contents for 2000

Page 1: ...2000 Fire alarm solutions technical description CONTROL AND INDICATING EQUIPMENT EBLOne www panasonic fire security com...

Page 2: ...N THE CIE 14 4 1 INTERNAL CONNECTIONS 15 4 2 COM LOOP 15 4 2 1 EXAMPLE OF COM LOOP WIRING 16 4 3 PROGRAMMABLE VOLTAGE OUTPUTS S1 17 4 4 PROGRAMMABLE INPUTS I1 I2 17 4 4 1 USED AS GENERAL INPUT 17 4 5...

Page 3: ...7 2 REMOVAL OF THE LCD MODULE 26 7 3 REPLACEMENT OF THE MAIN BOARD 27 7 4 REPLACEMENT OF BATTERIES 27 7 5 REPLACEMENT OF THE LCD MODULE 28 7 6 REPLACEMENT OF POWER SUPPLY 29 7 7 START UP THE CIE 29 8...

Page 4: ...INTRODUCTION This document describes the control and indicating equipment CIE type number 2000 The document contains information about the product and instructions on how to mount and connect it Artic...

Page 5: ...are supervised by a skilled per son An instructed person have access to the buttons on the touch screen and the menu system The access is given by entering a pass word six digits For EBLOne with artic...

Page 6: ...f explosion if batteries are replaced by incorrect type See 3 8 BATTERIES on page 12 4 Caution Risk of electric shock Make sure to disconnect the terminal block J2 for the backup batteries before touc...

Page 7: ...intended for indoor use and in dry premises EBLOne conforms to the European standard EN54 part 2 and 4 3 1 OPTIONS EN 54 2 options with requirements Clause in EN 54 2 1997 A1 2006 Output to fire alarm...

Page 8: ...2000 FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION 8 Measures in mm 1 CIE cover top 2 LCD 3 CIE front 4 CIE cover bottom...

Page 9: ...nnel are able to see which alarm point points having activated fire alarm and to take required operating control of the system The information displayed in the upper part is depending on how many alar...

Page 10: ...E CIE on page 14 1 J13 RS232 for Gateway 2 J12 24V for Gateway 3 J1 24V from power supply 4 J2 batteries 5 J4 COM Loop 6 J5 24V for external units 7 J6 S1 8 J7 I1 and ATX 9 JP1 10 J8 I2 and FTX 11 JP2...

Page 11: ...is is to be mounted on the wall 1 Cable entry opening 47 x 70 mm 2 Cable shield holder 3 3 x cable holder 4 Symmetric 35 mm DIN rail for mains connection power supply and Gateway option 5 2 x battery...

Page 12: ...battery safety standard IEC EN UL Only batteries with a specified Final voltage of 10 5 V must be used Max operating temperature during charging 50 C The batteries shall be marked with their type des...

Page 13: ...eparated from the mains conductors 6 Power supply 230V AC 1 1 A 24V DC 1 7A 7 Internal batteries 2 x 12V 17 Ah or 1 x 12V 17 Ah 8 Battery supply by loss of 230V AC RImax 0 5 battery 10 2 14 5V 9 Inter...

Page 14: ...backup batteries 2 Position for Gateway J4 COM loop J5 Power supply output 1 Power supply output 2 J6 Supervised voltage output S1 J7 Input I1 Fire brigade TX J8 Input I2 Faults TX J1 Connection to re...

Page 15: ...rrent consumption in EBLOne Planning instructions Each COM loop unit has a COM loop address for example 123 also designated Technical address Each alarm point and zone line input has a fire alarm pres...

Page 16: ...IRE ALARM SOLUTIONS TECHNICAL DESCRIPTION 16 4 2 1 EXAMPLE OF COM LOOP WIRING 4466 4445 4480 4480 SUB loop 4477 4313 Wire size Min 0 6 mm 0 3 mm Wire size Max 1 6 mm 2 mm A direction COM Loop 0 B dire...

Page 17: ...mpliance End of line device type 4472 shall be mounted after the last unit on the line 4 4 PROGRAMMABLE INPUTS I1 I2 In the CIE are two programmable inputs I1 I2 available Each input can either be use...

Page 18: ...fire brigade tx All three jumpers on JP1 shall be open It is a change over relay contact that will be activated when a fire alarm is generated in the system The relay output is normally closed The ou...

Page 19: ...be power supplied via control unit The routing equipment must be placed outside the control unit with maximum 3 meters of cable in between 4 6 1 FIRE ALARM INTERFACE Input used as interface to an alar...

Page 20: ...Screws are not supplied EBLOne is approved for mounting on an incombustible wall for example concrete a Mount the CIE chassis on the wall Remove the power supply temporarily to reach the screw Measure...

Page 21: ...FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION 21 It is recommended to connect the battery cables before mounting the LCD module c Mount the LCD module on the chassis with the four screws 3 LCD module 4 S...

Page 22: ...ctively before turning on the power Check that the SA wire that goes out on terminal J4 1 comes back at terminal J4 3 and so on If the loop has short circuit isolators only the SB wire can be measured...

Page 23: ...e control unit If Brittish language is selected a pop window will ask if you wish to change convention Brittish convention is selected by default If the information button is pressed before any langua...

Page 24: ...intended for the fire alarm CIE only and marked according to national regulations and codes of practice Use cable ties to keep mains and 24V DC wiring well separated EBLOne is intended for permanent...

Page 25: ...rawn out of the building it must be protected with a transient filter Two filters are required for each cable type One for each building Following type of transient filters can be used They are adapte...

Page 26: ...e de energize the control unit a Remove J2 to disconnect the batteries b Switch off the disconnect device c Remove J1 to disconnect the power supply 1 J2 2 J1 7 2 REMOVAL OF THE LCD MODULE a De enegiz...

Page 27: ...e make sure that the cable slides in properly before closing the two pins 7 4 REPLACEMENT OF BATTERIES a If two batteries are used remove the LCD module and place it on a clean surface see 7 2 REMOVAL...

Page 28: ...CD module and place it on a clean surface see 7 2 REMOVAL OF THE LCD MODULE on page 26 b Remove the six screws and the PCB c Open the two pins and disconnect the LCD cable from J9 d Replace the LCD mo...

Page 29: ...rminals marked V f Connect the brown 230V AC cable to terminal marked L g Connect the blue 230V AC cable to terminal marked N h Connect the yellow green 230V AC cable to the terminal with the earth sy...

Page 30: ...urement should be done against the rectifier otherwise it should be done against the batteries The following tables show the nominal earth voltage Nominal earth voltage 0V to Earth 12 9V DC Control un...

Page 31: ...nal equipment Number of addresses Maximum 253 Number of alarm points Maximum 253 Short circuit isolator Yes for one loop Internal battery Not included Material PBS ABS Ambient temperature Operating St...

Page 32: ...PROVALS Applicable directive Approval Applicable standards Notified body CPR EN54 2 EN54 4 RISE No 0402 CPRC500347 No 0402 CPRC500348 EMC EN 55032 Class B Emission EN 50130 4 Immunity RISE LVD EN IEC...

Page 33: ...ESCRIPTION 2000 DOCUMENT NUMBER MEW02820 EN DATE OF ISSUE 2022 10 07 REV 2 DATE OF REVISION 2023 06 21 Panasonic Fire Security Europe AB Jungmansgatan 12 SE 211 11 Malm SE Tel 46 0 40 697 70 00 www pa...

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