TNA TX7004 INTELLIGENT ADDRESSABLE FIRE ALARM CONTROL PANEL

Description

The TX7004 intelligent addressable fire alarm control panel comprise of a range of analogue addressable, microprocessor based fire alarm control equipment to offer flexibility in both design and operation. The System is modular concept for easy tailoring of system design, to meet the full requirements of the project. The TX7004 intelligent addressable fire alarm control panel is designed and manufactured to meet the requirement of BS EN54 Part 2 & 4.

The TX7004 intelligent addressable fire alarm control panel is designed to provide early warning fire detection, to quickly identify the location of fire and provide user definable text informing the occupants of the building of potential smoke spread. Simultaneously, the TX7004 will alert and evacuate the occupants, and control all necessary auxiliary command functions such as
elevator control, air handling shut down, gas shut off & damper control, as per the cause and effects requirements configured though Command Builder Set-up.

Key Features

• Certified to EN54-2:1997 +A1:2006 & EN54-4:1997 +A1:2002 +A2:2006 for fire alarm system standards.

• High‐capacity system: supports up to 3,000 programmable zones, 1,000 sounder groups, 1,000 loop devices per loop (in some variants) and networking up to 512 panels.

• Advanced user interface: large touch-screen LCD display plus keypad for system operation. 

• Multiple communications interfaces: USB, RS485, RS232, Ethernet, CANBus allowing integration with other building systems.

• Modular loop architecture: supports 2-loop, 4-loop or even 6-loop standalone configurations depending on variant. 

• Built-in large memory: stores 1,000 fire events, 10,000 general events for audit & diagnostics. 

• Designed for early detection & cause/effect logic: including HVAC shutdown, elevator control, gas release, damper control.

Industrial Uses / Applications

• Large commercial buildings (offices, retail centres)

• Hospitals, education campuses, high-rise residential

• Airports, transport hubs, industrial complexes

• Any application where addressable detection with cause/effect and integration is required