TX7004 Fire Alarm Control Panel

40+ years
Experience

400+ Patents
Full sets LPCB

1,000,000+
projects worldwide

Global on site
after sale service

7x24h
response service

Overview: Fire Alarm System Control Panel

TX7004 fire alarm control panel is a LPCB certified control and indicating device used to receive, display, and transmit fire alarm signals, and it can issue control signals and have other auxiliary functions.

Feature and Benefits:

•EN54-2:1997+A1:2006; EN54-4:1997+A1:2002+A2:2006 Certified
•Advance microprocessor technology with large memory capacity fire detection panel, available in a 1, 2 or 4 loop assembly
•Enhance user interface combining wide LCD Touch screen, color display and keypad access
•Support real time visual algorithm
•Enhance false alarm prevention
•Keypad and PC programming
•Built-in 4-in-1Multiple interface protocol such as USB/ Ethernet/ CanBus/ Serial RS232 & 485
•Support Loop Powered devices for extra saving on cable cost
•Built-In Printer and 160 LED Zones Indicators

Commissioning Advantage

1, Auto Enrolling of Devices

2, Loop Mapping with color coding status.

3, Monitor device mismatch and dual address conflict

4, Command Builder to create requirements for fire event scenario.

5, With Loop protection against power surge.

6, 0ne-man test with On/Off sounder

7, Programming Protection

TX7004 fire alarm panel

System Capacity

1, Support 254 Devices /one loop(1,524 ideal)

2, Network up to 512 Nodes

3, Zones up to 3000

4, Groups up to 3000

5, Memory [Non-Volatile] 1000 Fire events, 10,000 General events

TX7004 fire-alarm-system-panel-specification

Technical Specification

ApprovalsLPCB / CE-CPR
Input Voltage230VAC +10%-15%,50Hz
Network Panel to panel512 Panels- Single Ring[Ideal]
Communication CardUSB, CanBus, RS485/RS232 Serial, Ethernet
(Built-in to TX7004, Optional to TX7004-1/2)
Protocol/AddressingT&A, Value range from 1 to 254
No. of Loop1, 2, 4, 6 Loop(6 Loop standalone)
ProtectionBuilt-in 4kV Surge protection
Panel Input/outputs
Programmable Relays
4 circuits: Normally Open/Close
Programmable Input1 Circuit: Power limited 24VDC
Programmable Aux PowerLimited 19-28VDC
Fixed Outputs2 Circuits: Power limited 18-28VDC
Indicator24 LED Status/ 160 Zone Indicators
Display7”TFT Touch Screen
Keypad5 Brigade buttons and Programming Keypad
Material / ColorFlat sheet Metal / with outer glass door
Dimension/ HWD530 x 490 x 135 mm
Weight16.70Kg
Temperature-5℃-+40℃
Humidity0 to 95% RH, Non condensing
ApprovalsLPCB / CE-CPRHumidity0 to 95% RH, Non condensing
Input Voltage230VAC +10%-15%,50HzTemperature-5℃-+40℃
Network Panel to panel512 Panels- Single Ring[Ideal]Weight16.70Kg
Communication CardUSB, CanBus, RS485/RS232 Serial, Ethernet
(Built-in to TX7004, Optional to TX7004-1/2)
Dimension/ HWD530 x 490 x 135 mm
Protocol/AddressingT&A, Value range from 1 to 254Material / ColorFlat sheet Metal / with outer glass door
No. of Loop1, 2, 4, 6 Loop(6 Loop standalone)Keypad5 Brigade buttons and Programming Keypad
ProtectionBuilt-in 4kV Surge protectionDisplay7”TFT Touch Screen
Panel Input/outputs
Programmable Relays
4 circuits: Normally Open/CloseIndicator24 LED Status/ 160 Zone Indicators
Programmable Input1 Circuit: Power limited 24VDCFixed Outputs2 Circuits: Power limited 18-28VDC
Programmable Aux PowerLimited 19-28VDC

How to silence and reset a fire alarm panel?

one touch silence

This is a complex process that requires professional assistance, but a brief overview is provided below:

1, Make sure all addressable devices are encoded with a unique number, you can encode them with the TX7932 Handheld Programmer.
2, Connect the loop with the fire alarm panel
3, Set the panel to commissioning mode and set the passcode
4, Upload the pre-configured database from TX7810 programming software through a computer to the fire alarm control panel.
5, Test the system

For detailed instructions, don’t hesitate to get in touch with our customer service team.

TX7 Serials Fire Alarm Panels

Tandatech manufacturer supplies various fire protection products. Based on different project requirements, Tanda Technology has a variety of fire alarm panels to adapt. All annunciator fire alarm system panels meet the EN54 standard. Among them, TX7004 is the first fire protection product in China to obtain LPCB certification. In addition to the functions of ordinary fire alarm system panels, TX7008R integrates a broadcast system and a telephone system.

FACP Fire Alarm Control Panel Application

The FACP fire alarm control panel is suitable for a variety of commercial buildings and industrial sites worldwide, including libraries, churches, factories, airports, hospitals, museums, and energy storage power stations etc.

Based on past successful experience and project cases, our fire alarm panels have been successfully operated in multiple projects in Asia, Europe, Southeast Asia, the Middle East, etc. These include China’s Fuzhou Changle International Airport, Turkey’s Cukurova University Hospital, Nigeria’s Dangote Oil Refinery, Vietnam’s Feliz en Vista, etc.

What Is Addressable Fire Alarm System?

A Fire Alarm System is powerful that not only requires a core control panel like the LPCB CE certified TX7004 FACP (Fire Alarm Control Panel), but also needs to be paired with other detectors, modules, and appropriate configurations based on the project’s scale to maximize its effectiveness to realize 1 loop fire alarm panel, 2 loop addressable fire alarm panel, 4 loop addressable fire alarm panel, up to multiples 256 loops fire alarm system.

Fire Alarm System

Fire Alarm Panel FAQ

what is fire alarm control panel

A fire alarm control panel is the “brain” of the fire alarm system, receiving and processing the signals from the detector to determine whether a fire has occurred.
Fire alarm control panel functions include: displaying the alarm location, issuing sound and light alarms, recording the alarm time and type, and controlling other equipment (such as starting sprinklers and closing fire doors). According to the scale, it can be divided into: regional alarm controller (small places), centralized alarm controller (large buildings), and universal alarm controller (compatible with multiple scenarios).

The working principle of FACP (Fire Alarm Control Panel) can be realized through three core links: signal processing, logical judgment, and command execution, as follows:
1. Signal acquisition: receiving the status information of the front-end equipment: FACP is connected to the fire detectors (smoke, temperature, flame detectors, etc.), manual alarm buttons, and monitoring modules (used to monitor the status of fire doors, valves, etc.) distributed throughout the building through dedicated lines (such as twisted pair, bus);
2. Signal processing and logical judgment: distinguishing false alarms from real fires
FACP analyzes the received signals, eliminates interference or false alarms through built-in algorithms, and confirms the authenticity of the fire.
3. Command execution alarm and linkage control: triggering response measures
When FACP confirms the fire, it immediately executes local alarm, remote notification, equipment linkage, backup protection, recording and maintenance

LOOP1 to LOOP4: Each loop can have maximum 254 addressable devices. The FACP can have maximum 4 loops. If loop isolators are connected into the Class A loop, the detectors protected by the isolators will not be lost in case of short or open circuit with the loop, and the FACP reports loop fault.

Network (CANBUS SIGNAL): Communication cable for connecting with up to 99 network FACP. (CANH2, CANL2 of the previous FACP are to be connected with CANH1 and CANL1 of the next FACP, and CANH2, CANL2 of the next FACP are to be connected with CANH1 and CANL1 of the previous FACP.)

LAN PORT: Ethernet connection, for future use.

USB PORT: USB Connection used for hardware interface for attaching laptop in configuring the control panel. The length of cable should be less than 3m.

RS232 SERIAL PORT: Connection also used for hardware interface for attaching laptop in configuring the control panel. The 2nd pin (for sending data), the 3rd pin (for receiving data), and the 5th pin (ground) is connected with PC through three-core screened cable (Note: the length of cable should be less than 15m; the screening layer and computer’s enclosure should be earthed).

RS485 SERIAL PORT: The same function with RS232 PORT, these two PORTS cannot be used simultaneously. In long distance communication, the RS485 PORT is used to replace the RS232 PORT.

The configuration needs to be completed through the touch screen of the fire alarm panel itself, in conjunction with the TX7810 programming software.

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