Panasonic 2000 User manual

2000
Fire alarm solutions
technical description
CONTROL AND
INDICATING EQUIPMENT
EBLOne
www.panasonic-re-security.com

2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION
2
Table of Contents
1. INTRODUCTION 4
2. SAFETY INSTRUCTIONS 5
2.1. PERSONS 5
2.1.1. ORDINARY PERSON 5
2.1.2. INSTRUCTED PERSON 5
2.1.3. SKILLED PERSON 5
2.2. WARNINGS 6
3. GENERAL DESCRIPTION 7
3.1. OPTIONS 7
3.2. TOUCH SCREEN 9
3.3. ALARM PRESENTATION 9
3.4. CONTROL PANEL 9
3.5. USB 9
3.6. MAIN BOARD 10
3.7. CIE CHASSIS 11
3.8. BATTERIES 12
3.9. POWER SUPPLY 12
3.9.1. DISCONNECT DEVICE 13
4. CONNECTIONS IN 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. RELAY OUTPUTS FOR ROUTING EQUIPMENT (TX) 18
4.5.1. FIRE ALARM OUTPUT 18
4.5.2. FAULT CONDITION OUTPUT 18
4.6. BALANCED INTERFACE FOR ROUTING EQUIPMENT 19
4.6.1. FIRE ALARM INTERFACE 19
4.6.2. FAULT CONDITION INTERFACE 19
4.7. POWER SUPPLY 24 V FOR GATEWAY 19
4.8. POWER SUPPLY OUTPUT 1 19
4.9. POWER SUPPLY OUTPUT 2 19
5. MOUNTING 20
5.1. WIRING 22
5.2. COMMISSIONING 22
6. INSTALLATION AND WIRING 24
6.1. WIRING OUTSIDE THE BUILDING 25
7. MAINTENANCE 26

2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION
3
7.1. DE-ENERGIZATION THE CIE 26
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. TROUBLESHOOTING 30
8.1. EARTH FAULT 30
9. TECHNICAL DATA 2000 31
10. APPROVALS 32

2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION
4
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

2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION
5
2. SAFETY INSTRUCTIONS
This chapter describes precautions that must be followed to reduce the likelihood of pain, injury and, in the case of re, 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 re alarm or fault warning.
An ordinary person must not have access to operate the CIE.
This equipment is not suitable for use in locations where children are likely to be present.
2.1.2. INSTRUCTED PERSON
An instructed person - a person who have been instructed and trained by a skilled person, or who 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 article no. 2000K, access to the buttons on the touch screen is also given with a re brigade key.
An instructed person must not dismount the cover of the CIE.
National regulations must be followed.
2.1.3. SKILLED PERSON
A skilled person has the training and experience in the equipment technology, particularly in knowing the various energies and
energy magnitudes in the equipment. Skilled persons are expected to use their training to take action for protection from injury from
those energies.
Only a skilled person may have access to the CIE when the cover is dismounted.
Only a skilled person may connect and deploy the CIE.
National regulations must be followed.
1. Touch screen
2. Cover
3. Key, only to article no. 2000K

2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION
6
2.2. WARNINGS
Element Description Markings / Instructions
1Caution! Risk of electric shock. Dangerous voltage. Make sure to disconnect the equipment from the mains power
supply before removing the cover of CIE.
2NOTE! 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 12.
4Caution! 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!
6Caution! Hot parts! Risk of burned ngers when touching hot electrical components.
Do not touch any electrical components when the unit is powered. CAUTION!

2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION
7
3. GENERAL DESCRIPTION
The control and indicating equipment is a unit, to which the alarm points are connected via the COM loop. It indicates re alarm,
fault condition, and so on. EBLOne can have up to 253 addresses, and up to 253 alarm points.
The unit is 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 re alarm devices 7.8
Output to re alarm routing equipment 7.9.1
Delays to outputs 7.11.1 b) + c) + d) + e) + f)
Dependencies on more than one alarm signal (Type B) 7.12.2
Alarm counter 7.13
Fault signals from points 8.3
Output to fault warning routing equipment 8.9
Test condition 10
Standardized input/output interface 11

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

2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION
9
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:
Fire System Fault
Fire brigade tx activated Fault
Fire protection equipment activated Disablement
Evacuation activated
Fire brigade tx delay
Alarm device
Fault/Disablement
Operation Test Mode Fire brigade tx
Fault/Disablement
In case of no re alarms, faults, disablements or test condition, the touch screen will go into sleep mode after 2 minutes.
3.3. ALARM PRESENTATION
In case of re alarms the re brigade personnel are able to see which alarm point/points having activated re alarm and to take
required operating control of the system.
The information displayed in the upper part is depending on how many alarm points having activated re alarm. In the middle part
will the re alarms be shown, one alarm point together with an user denable alarm text (if programmed).
3.4. CONTROL PANEL
The touch screen is also used for CIE operations such as commissioning, monthly test and maintenance. To get access to operate
the CIE, a user name and password is required. Up to ten user names can be used for three different user level types.
A password (six digits) for each user name is required.
See EBLOne Operating instructions for more information about status LEDs, alarm presentation and the control panel.
3.5. USB
The CIE is equipped with an USB interface (Type C), used for PC connection.

2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION
10
3.6. MAIN BOARD
For more information on J1 – J8, see chapter 4. CONNECTIONS IN THE 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
12. J11, Optional Key
13. JP3, Buzzer enabled (must be jumpered)
14. JP5, Boot
15. J14, USB port (USB 3.1 type C)
16. J9, Connector for LCD

2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION
11
3.7. CIE CHASSIS
The chassis 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 shelf
6. 2 x hole for battey straps
Cable entry (Grommet)
5 x Ø 7.7 mm
5 x Ø 6.7 mm

2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION
12
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.
By loss of 230V AC the control unit is powered by backup batteries, one or two sealed lead-acid batteries, VRLA cells, 12 V, 17 Ah.
• MAX physical size 168 x 182 x 78 mm (H x L x W) inside CIE.
• Batteries shall full UL94 V-1 or better, including a relevant VRLA battery safety standard (IEC, EN, UL).
• Only batteries with a specied "Final voltage" of 10.5 V must be used.
• Max operating temperature during charging: 50°C
• The batteries shall be marked with their type designation and code or number identifying the production period.
Battery charging will be turned off during re alarm condition.
See also EBLOne Planning instructions.
3.9. POWER SUPPLY
The main power source is a built-in switched mode power supply, 230V AC, 1.1 A / 24V DC, 1.7 A.
In quiescent condition ≤ 300 mA is available for connected equipment.
In re alarm condition ≤ 1.15 A is available for connected equipment.
Internal wiring (in the CIE) must fulll IEC 60332, 60695-11-21, or UL2556 (Flammability test).
External wiring (outside the CIE) must have a diameter > 0.4 mm (AWG 26). Otherwise it must be secured with a fuse, max 1A.
National regulations must be followed.

2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION
13
Power supply function in CIE Min / max voltage Min / max current
1Mains, 230 V AC 195V / 253V AC
2
Output current for continuous use. (Imaxa)
Output current for continuous use, no battery charging. (Imaxb)
Output voltage 22.0 / 25.0V DC
300 mA
1150 mA
3Battery charging current from main board to the battery. 10.0 - 14.5V, Nom 13.65V Max 1.3A
4Main board -110 mA / 240 mA
5Cable tie to keep the 24V DC conductors well separated from the mains
conductors - -
6 Power supply, 230V AC, 1.1 A / 24V DC, 1.7A - -
7Internal batteries 2 x 12V, 17 Ah or 1 x 12V, 17 Ah - -
8Battery supply, by loss of 230V AC.
RImax: 0.5 Ω / battery
10.2 / 14.5V -
9 Internal Power Supply Output 23.8 / 24.2V Max 1.7A
CAUTION!
The control unit has two energy sources.
3.9.1. DISCONNECT DEVICE
Appropriate disconnect device (all-pole mains switch) shall be provided as a part of the building installation, see SW1 in illustration
above. The disconnect device shall have a contact separation of at least 3 mm.
Mount a two-way circuit breaker, outside and close to the CIE. The circuit breaker is to be used by service / maintenance personnel.

2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION
14
4. CONNECTIONS IN THE CIE
1. Position for 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 rectier
J2
-Connection to batteries
2010
-Mainboard
Power supply
-Power supply unit, rectier

2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION
15
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
4.2. COM LOOP
EBLOne has one COM loop. On the COM loop, up to 253 addressable COM loop units can be connected (address 001-253). Re-
garding type and number of COM loop units in relation to the cable length / type, see chapter “COM loop cable length” and
“Current 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 re alarm presentation number (Zone-address), for example 001-01.
See EBLOne Operating Instructions for more information.
The CIE sends data by changing the polarity on the loop.
Voltage on the loop terminals: 24.0 V ± 1.5 V.
The COM loop is LPS output (Limited Power Source). The COM loop outputs has maximum effect below 100W.
Maximum loop current: 350 mA.
COM loop is connected to terminal block J4: 1-4.
A-direction
B-direction
Battery charger
Plug-in connector J2 Batteries
Battery charger

2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION
16
4.2.1. EXAMPLE OF COM LOOP WIRING
4466
4445
4480 4480
SUB-loop
4477
4313
Wire size (Min) Ø 0.6 mm (0.3 mm²)
Wire size (Max) Ø 1.6 mm (2 mm²)
A-direction
COM Loop 0
B-direction

2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION
17
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.
Voltage
Active:
Supervised:
22.0 – 25.0 V DC (nom. 23.5 V DC)
~ - 5 V DC
Current
Active:
Supervised:
≤ 250m A
~ - 1 mA
Line resistance RL: ≤ 32 Ohm depending on current outtake and allowed
voltage of the connected device.
Outputs S1 is protected by a resettable PTC Fuse.
S1 is connected to terminal block J6: 1-2.
See also chapter Programmable outputs in EBLOne Planning instructions.
For EN54-13 compliance, 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 used as a general input or as interface to an
alarm transmission or fault warning routing equipment.
JP1* JP2*
Open Shunted Open Shunted
I1 used as a general input. I1 used as interface to an alarm transmis-
sion routing equipment (ATX).
I2 used as a general input I2 used as interface to a fault warning
routing equipment (FTX).
* Note, JP1 and JP2 consist of three jumpers each, all three jumpers shall be either open or shunted. JP1 and JP2 are default set to open.
4.4.1. USED AS GENERAL INPUT
Input used as general input. All three jumpers on JP1 and JP2 shall be open.
NOT SUPERVISED
Normally open (R > 100k Ohm)
Normally closed (R < 10k Ohm)
Activation time: > 1 sec.
Voltage output S1

2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION
18
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. FIRE ALARM OUTPUT
This output is normally used for re brigade tx. All three jumpers on JP1 shall be open.
It is a change-over relay contact that will be activated when a re alarm is generated in the system. The relay output is normally
closed. The output will be open during re alarm.
4.5.2. FAULT CONDITION OUTPUT
This output is normally used for fault warning routing equipment (fault tx). All three jumpers on JP2 shall be open.
It is a changeover relay contact that is normally activated and will be de-activated in case of a fault in the CIE. Also when the CIE is
out of power or watch-dog fault. The relay output is normally closed. The output will be open during fault condition.

2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION
19
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’ (normally closed)
4K7
Fire brigade TX (ATX)
Fault TX (FTX)
15K
15K JP2:C
JP2:A
JP1:C
JP1:A
JP1:B
JP2:B
4K7
The routing equipment must 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 alarm transmission routing equipment (ATX). All three jumpers on JP1 shall be shunted.
4.6.2. FAULT CONDITION INTERFACE
Input used as interface to an fault warning routing equipment (FTX). All three jumpers on JP2 shall be shunted.
4.7. POWER SUPPLY 24 V FOR GATEWAY
Voltage: 22.0 – 25.0 V DC (nom. 24.0 V DC), Max. 150mA (Resettable fuse). LPS output.
4.8. POWER SUPPLY OUTPUT 1
Voltage: 22.0 – 25.0 V DC (nom. 24.0 V DC), Max. 250mA (Resettable fuse). LPS output.
4.9. POWER SUPPLY OUTPUT 2
Voltage: 22.0 – 25.0 V DC (nom. 24.0 V DC), Max. 150mA (Resettable fuse). LPS output.

2000 - FIRE ALARM SOLUTIONS TECHNICAL DESCRIPTION
20
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.
1. Battery
2. Battery strap