MD2400/4E - Analogue addressable fire alarm control panel
The MD2400, analogue addressable fire detection and fire warning system for buildings, has been designed in accordance with European Standards EN54-2:1997/A1:2006 and EN54-4:1997/A1:2002/A2:2006 and is BOSEC B-9072-FD-954 EN54-13 certified.
The MD2400 fire alarm control panel has a maximum capacity of 16 loops. By menas of the MD2400 Token-ring network, up to 32 MD2400 or MD2400L control panels can be network connected.
The MD2400 fire alarm control panel is decentralized and consists of at least one MD2400 redundant operator console, which is connected to the central processing unit (black-box) by means of an RS485 I/O bus. The central processing unit is mounted in a steel plate housing with a closed door and includes the main processor board, the relay card with 16 relays and the basic power supply of the system. The MD2400 control panel is standard equipped with a multiplex card to connect the redundant cabling to the MD2400 operator consoles and/or repeater panels.
To connect the XP95 detection loops, the required MD2400 loop interface cards, MD2400 high-power loop interface cards and/or MD2400 loop interface cards 10 scans for flame detectors must be provided in the modular MD2400 fire alarm control panel.
By means of the RS485 I/O bus, the MD2400 control panel can be extended with additional MD2400 operator consoles, repeater panels, printers and relay cards. The RS485 I/O bus also offers the possibility to connect a MD2400 SIA modem interface and a MD2400 interface ESPA 4.4.4 protocol.
The programming of the MD2400 fire alarm control panel is done by means of a configuration software for PC.
The MD2400/4E fire alarm control panel has a capacity of 4 loops. A maximum of 126 addressable devices can be connected to each loop. Communication with the connected fire detectors is based on the digital Apollo XP95 protocol.
The MD2400/4E fire alarm control panel is mounted as standard in a 600x600x200mm steel plate housing.This housing offers space for two back-up batteries with a maximum capacity of 12V 17Ah.
The MD2400/4E control panel is standard equipped with 16 relays, of which 2 monitored outputs, 1 Fail-safe relay for "Common fault", 1 relay for "Fault power supply" and 12 programmable relays with voltage-free changeover contact.
|Description||MD2400/4E - Analogue addressable fire alarm control panel|
|BOSEC EN54-13 certificate||B-9072-FD-954|
|Certificate of Constancy of Performance||1134-CPD-077|
|Declaration of Performance||DoP-1134-CPD-077 Rev A|
|Materials||Steel plate finished with epoxy lacquer|
|Batteries - Type||Maximum 2x 12V 17Ah - Genesis|
|Variants||- 244040XP2: 800x600x250mm - maximum 2 batteries 12V 24Ah
- 244040XP2A: (800+400)x600x250mm - maximum 2 batteries 12V 65Ah
|Mains input voltage||230Vac 50Hz|
|Built-in power supply||27V 5A+3.8A|
|Number of loops||Modular up to 4 loops - maximum 126 addresses per loop|
|MD2400 loop interface cards (optional)||- 243200: MD2400 loop interface card XP95 (maximum load 100mA)
- 243200_10S: MD2400 loop interface card XP95 - 10 scans for flame detectors (maximum load 100mA)
- 243203: MD2400 high-power loop interface card XP95 (maximum load 500mA)
|Relay outputs||- 2 monitored circuits (EOL resistor 330Ω + diode per output) - maximum 25 ROSHNI RoLP sounders per output (EN54-13)
- 14 voltage-free changeover contacts (3A/30Vdc) of which 1 Fail-safe for 'Common fault' and 1 for 'Fault power supply'
|Maximum load to be connected in quiescent condition (I Max A)||4A@27Vdc (including the consumption of the control panel, the fire detectors, manual call points, I/O units and other devices)|
|Maximum load to be connected in alarm condition (I Max B)||4A@27Vdc (including the consumption of the control panel, the fire detectors, manual call points, I/O units, sounders and other devices)|
|Quiescent current||- Basic system current consumption: 185mA with 1 MD2400 loop interface card XP95
- Basic system current consumption: 215mA with 1 MD2400 high-power loop interface card XP95
- Current consumption per additional MD2400 loop interface card XP95: 30mA
- Current consumption per additional MD2400 high-power loop interface card XP95: 60mA
- Current consumption per additional MD2400 relay card: 40mA
|Alarm current||400mA with 1 loop interface card and with factory setting of the built-in relay card|
|Standard communication buses of the main processor RABBIT4000||- RS485 I/O bus (operator consoles, repeater panels, etc.)
- RS485 loop bus (XP95 detection loops)
- RS485 Token bus (communication between MD2400 & MD2400L)
- RS232 bus (communication with PC)
- RS485 EAM bus (communication with graphical software)
|Built-in options with requirements according to EN54-2||- Outputs to fire alarm devices (output type C) (§ 7.8)
- Delays to outputs (§ 7.11)
- Fault signals from points (§ 8.3)
- Disablement of addressable points (§ 9.5)
- Test condition (§ 10.1, § 10.2 and § 10.3)
|Other technical data||We refer to document HD2400N05A available for inspection at the manufacturer|