Related Manuals for Panasonic 2000
Summary of Contents for Panasonic 2000
- Page 1 2000 CONTROL AND INDICATING EQUIPMENT EBLOne Fire alarm solutions technical description www.panasonic-fire-security.com...
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Page 2: Table Of Contents
Table of Contents INTRODUCTION SAFETY INSTRUCTIONS 2.1. PERSONS 2.1.1. ORDINARY PERSON 2.1.2. INSTRUCTED PERSON 2.1.3. SKILLED PERSON 2.2. WARNINGS GENERAL DESCRIPTION 3.1. OPTIONS 3.2. TOUCH SCREEN 3.3. ALARM PRESENTATION 3.4. CONTROL PANEL 3.5. USB 3.6. MAIN BOARD 3.7. CIE CHASSIS 3.8. - Page 3 2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION 7.1. DE-ENERGIZATION THE CIE 7.2. REMOVAL OF THE LCD MODULE 7.3. REPLACEMENT OF THE MAIN BOARD 7.4. REPLACEMENT OF BATTERIES 7.5. REPLACEMENT OF THE LCD MODULE 7.6. REPLACEMENT OF POWER SUPPLY 7.7. START UP THE CIE TROUBLESHOOTING 8.1.
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Page 4: Introduction
1. 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. Article no Product name 2000 EBLOne 2000K EBLOne with key... -
Page 5: Safety Instructions
2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION 2. SAFETY INSTRUCTIONS This chapter describes precautions that must be followed to reduce the likelihood of pain, injury and, in the case of fire, property damage. 2.1. PERSONS 2.1.1. ORDINARY PERSON An ordinary person – as not instructed or skilled – may have access to the location of this equipment and might also be expected to investigate and initially respond to a fire alarm or fault warning. -
Page 6: Warnings
2.2. WARNINGS Element Description Markings / Instructions Caution! Risk of electric shock. Dangerous voltage. Make sure to disconnect the equipment from the mains power supply before removing the cover of CIE. NOTE! Protective earth (ground). Make sure to connect the protective earth conductor when installing the CIE. Caution! Risk of explosion if batteries are replaced by incorrect type. -
Page 7: General Description
2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION 3. GENERAL DESCRIPTION The control and indicating equipment is a unit, to which the alarm points are connected via the COM loop. It indicates fire alarm, fault condition, and so on. EBLOne can have up to 253 addresses, and up to 253 alarm points. - Page 8 (Measures in mm) 1. CIE cover top 2. LCD 3. CIE front 4. CIE cover bottom...
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Page 9: Touch Screen
2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION 3.2. TOUCH SCREEN The display is a colour touch screen. Data: • Display size: 7.0” • TFT Screen LCD type • Capacitive display • Resolution: 1024 x 600 RGB There are 12 status LEDs integrated in the display module:... -
Page 10: Main Board
3.6. MAIN BOARD For more information on J1 – J8, see chapter on page 14. 4. CONNECTIONS IN THE CIE 1. J13, RS232 for Gateway 2. J12, 24V for Gateway 3. J1, 24V from power supply 4. J2, batteries 5. J4, COM Loop 6. -
Page 11: Cie Chassis
2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION 3.7. CIE CHASSIS The chassis is to be mounted on the wall. Cable entry (Grommet) 5 x Ø 7.7 mm 5 x Ø 6.7 mm 1. Cable entry opening 47 x 70 mm 2. -
Page 12: Batteries
3.8. BATTERIES CAUTION! Risk of explosion if battery is replaced by an incorrect type. Dispose used batteries according to instructions. The batteries are not included in the CIE. When only one battery is used, connect both battery cables from plug-in connector J2 to the battery. Only insulated tools are to be used for battery installation / maintenance. -
Page 13: Disconnect Device
2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION CAUTION! The control unit has two energy sources. Power supply function in CIE Min / max voltage Min / max current Mains, 230 V AC 195V / 253V AC Output current for continuous use. (I 300 mA Output current for continuous use, no battery charging. -
Page 14: Connections In The Cie
4. CONNECTIONS IN THE CIE 1. Position for backup batteries 2. Position for Gateway - COM loop - Input I2 - Faults TX - Power supply output 1 - Connection to rectifier - Power supply output 2 - Connection to batteries - Supervised voltage output S1 2010 - Mainboard... -
Page 15: Internal Connections
2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION 4.1. INTERNAL CONNECTIONS The batteries and power supply are connected to the main board, which handles the charging of the batteries. Plug-in connector J1 Power supply Plug-in connector J2 Batteries Battery charger Battery charger 4.2. -
Page 16: Example Of Com Loop Wiring
4.2.1. EXAMPLE OF COM LOOP WIRING 4477 4445 A-direction COM Loop 0 B-direction 4466 4313 SUB-loop 4480 4480 Wire size (Min) Ø 0.6 mm (0.3 mm²) Wire size (Max) Ø 1.6 mm (2 mm²) -
Page 17: Programmable Voltage Outputs (S1)
2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION 4.3. PROGRAMMABLE VOLTAGE OUTPUTS (S1) The 24 V DC output S1 is normally supervised. The output is in EBLWin default set as supervised, but via EBLWin it is possible to set the output to be not supervised or supervised with EOL. LPS output. -
Page 18: Relay Outputs For Routing Equipment (Tx)
I1-I2 are connected to terminal block J7: 1-2 and terminal block J8:1-2. Input I1 Input I2 See also chapter Programmable inputs in EBLOne Planning instructions. 4.5. RELAY OUTPUTS FOR ROUTING EQUIPMENT (TX) Not programmable outputs. R1-R2 are connected to terminal block J7: 3-4 and terminal block J8:3-4. Fire brigade TX Fault TX 4.5.1. -
Page 19: Balanced Interface For Routing Equipment
2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION 4.6. BALANCED INTERFACE FOR ROUTING EQUIPMENT Input used in combination with corresponding output to create a balanced line to routing equipment. The function is tested with routing equipment type Cat12CE and IRIS-4. I1 must be programmed as ‘Alarm routing equipment fault’ (normally closed) I2 must be programmed as ‘Fault warning routing equipment fault’... -
Page 20: Mounting
5. MOUNTING The CIE must be mounted on the wall. 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. (Measures in mm) b) Mount the battery / batteries and fasten with the battery straps. - Page 21 2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION 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. Screw...
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Page 22: Wiring
5.1. WIRING a) Connect the battery cables to the battery / batteries. When only one battery is used, connect both battery cables from plug-in connector J2 to the battery. b) Make the cable connections. Pull the cables through the cable gland on top of the chassis or through the hole in the back of the chassis. - Page 23 2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION b) Connect the 24V supply cable to connector J1. c) Connect the batteries (using the enclosed battery cables) to the main board, terminal block "J2". When only one battery is used, connect both battery cables from plug-in connector J2 to the battery.
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Page 24: Installation And Wiring
6. INSTALLATION AND WIRING CAUTION! Risk of electric shock! The control unit has two energy sources. Make sure to disconnect the equipment from the mains power supply before dismounting the cover from the CIE. Also make sure to disconnect the plug-in connector J2 for the backup batteries, before touching anything in the CIE. -
Page 25: Wiring Outside The Building
2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION 6.1. WIRING OUTSIDE THE BUILDING If cabling should be drawn out of the building, it must be protected with a transient filter. Two filters are required for each cable type. One for each building. -
Page 26: Maintenance
7. MAINTENANCE Always carry out maintenance on the control unit in a de-energized state. 7.1. DE-ENERGIZATION THE CIE Before any maintenance, 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. -
Page 27: Replacement Of The Main Board
2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION 7.3. REPLACEMENT OF THE MAIN BOARD a) Remove the LCD module and place it on a clean surface, see on page 26. 7.2. REMOVAL OF THE LCD MODULE b) Remove the six screws and the PCB. -
Page 28: Replacement Of The Lcd Module
7.5. REPLACEMENT OF THE LCD MODULE a) Remove the LCD module and place it on a clean surface, see on page 26. 7.2. REMOVAL OF THE LCD MODULE b) Remove the six screws and the PCB. c) Open the two pins and disconnect the LCD cable from J9. d) Replace the LCD module. -
Page 29: Replacement Of Power Supply
2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION 7.6. REPLACEMENT OF POWER SUPPLY a) De-energize the control unit, see on page 26. 7.1. DE-ENERGIZATION THE CIE b) Disconnect the cables to the terminal block. c) Replace the power supply. d) Connect the black 24V DC cable to one of the terminals, marked -V. -
Page 30: Troubleshooting
8. TROUBLESHOOTING 8.1. EARTH FAULT The earth voltage can be measured in two ways; either between earth and the rectifier or between earth and the batteries. If mains is connected the measurement 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... -
Page 31: Technical Data 2000
2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION 9. TECHNICAL DATA 2000 All current consumptions are valid by nominal voltage and by 25 °C. Voltage: Primary 230V AC (195 - 253) 1.1 A, 50 Hz System 24V DC Rated output voltage 22.0 –... -
Page 32: Approvals
10. APPROVALS Applicable directive/ Approval Applicable standards Notified body RISE EN54-2 No. 0402-CPRC500347 EN54-4 No. 0402-CPRC500348 EN 55032 Class B (Emission) RISE EN 50130-4 (Immunity) EN IEC 62368-1 Intertek RoHS EN IEC 63000:2018 Self declaration... - Page 33 DOCUMENT NAME: TECHNICAL DESCRIPTION 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 Malmö Tel: +46 (0)40 697 70 00 www.panasonic-fire-security.com...