ASENWARE AW-FP100 1-8 Loop Addressable Fire Alarm Control Panel

The ASENWARE AW-FP100 Addressable Fire Alarm Control Panel is an intelligent central monitoring and control unit designed for modern addressable fire detection systems. It receives and processes signals from connected fire alarm devices, displays their status and helps identify the exact detector, call point or module that has activated.

Unlike a conventional panel that generally identifies only an affected zone, an addressable control panel can monitor individually programmed devices. This allows building managers, security teams and emergency responders to identify the location and type of fire alarm, fault or supervisory condition more accurately.

The AW-FP100 series can be configured for smaller installations or expanded for larger commercial, institutional and high-rise projects. It supports 1 to 8 addressable loop cards, with the final system capacity depending on the selected panel configuration and installed loop equipment. The manufacturer specifies support for up to 250 intelligent detectors or modules on each loop circuit.

Intelligent Fire Alarm Monitoring

The panel continuously monitors compatible addressable devices connected throughout the protected building. Each device is assigned a unique address and programmed with information describing its location and function.

When an alarm or fault occurs, the panel can display important information such as:

• The address of the activated device
• The programmed device name
• The affected floor, room or area
• The type of alarm or fault
• The date and time of the event
• The status of connected alarm outputs
• Supervisory and system conditions

This detailed information supports faster investigation, emergency response and system maintenance.

Key Product Features

• Intelligent addressable fire alarm control system
• Configurable from 1 to 8 addressable loops
• Supports up to 250 intelligent devices or modules per loop
• Large 7-inch colour touchscreen display
• Dedicated keypad and system-control buttons
• Clear LED indicators for alarms, faults, disablements and system conditions
• Two-wire connection for compatible addressable devices
• Individual device and zone identification
• Zone testing and individual device testing
• Zone disablement and individual device isolation
• Programmable delay, override and control functions
• Event-history storage for up to approximately 2,000 events
• Access-level control for authorised system operation
• Integrated power supply and battery charger
• Fire alarm, fault and supervisory relay outputs
• Earth-fault monitoring
• Configurable Class A or Class B circuits
• CAN bus network communication
• Expandable design for small and large installations
• Optional networking through GSM, IP or cloud-based solutions, depending on the supplied configuration

The AW-FP100’s published features include touchscreen operation, event history, loop expansion, device testing, isolation controls, system relays and optional networking capabilities.

Front Panel Controls and Indicators

The front interface provides clear access to the panel’s main operating functions. The touchscreen and keypad allow authorised users and technicians to view events, navigate menus, test devices and configure system functions.

The visible status indicators may include:

• Power
• Fire alarm
• General fault
• System fault
• Mains power fault
• Battery fault
• Fuse fault
• Earth fault
• Charger fault
• Pre-alarm
• Supervisory condition
• Delay status
• Output disablement
• Sounder status
• Test condition
• Panel silence or reset status

The key-operated cabinet helps restrict internal access to authorised installers and fire safety technicians.

Compatible Addressable Devices

Depending on the approved system design, the control panel may be connected to compatible ASENWARE addressable equipment such as:

• Addressable smoke detectors
• Addressable heat detectors
• Combined smoke and heat detectors
• Manual fire alarm call points
• Addressable sounders
• Sounder and strobe units
• Input modules
• Output modules
• Input and output interface modules
• Relay-control modules
• Loop isolator modules
• Addressable beam smoke detectors
• Fire-alarm monitoring modules
• Supervisory modules
• Compatible evacuation and notification devices

Device compatibility should be confirmed before purchase because addressable fire alarm equipment normally operates through manufacturer-specific communication protocols.

Expandable Loop Configuration

The AW-FP100 series is designed to accommodate different project sizes. A smaller building may require only one or two addressable loops, while a larger facility may be configured with additional loop cards.

Possible configurations include:

• One-loop fire alarm system
• Two-loop fire alarm system
• Four-loop fire alarm system
• Six-loop fire alarm system
• Eight-loop fire alarm system

The required number of loops should be determined by the number of devices, building layout, cable routing, system resilience requirements and approved fire alarm design.

Alarm and Control Functions

When a connected detector or manual call point sends an alarm signal, the panel can process the event and activate programmed outputs. Depending on the system design, these outputs may control:

• Fire alarm sounders
• Visual alarm devices
• Evacuation warning systems
• Fire doors and magnetic door holders
• Smoke-control equipment
• Ventilation shutdown
• Lift or elevator interfaces
• Fire-pump monitoring
• Building-management system signals
• Remote monitoring equipment
• Fire-suppression control interfaces
• Other programmed fire safety equipment

All cause-and-effect programming should be completed and tested by a qualified fire alarm engineer.

Event History and Fault Monitoring

The panel records system activities to help technicians and building managers review previous alarms, faults, tests, disablements and other events.

Event information can assist with:

• Investigating previous fire alarms
• Identifying frequently activated detectors
• Monitoring recurring system faults
• Reviewing system tests
• Confirming user operations
• Supporting maintenance and servicing
• Preparing fire safety records

The panel also monitors power supplies, batteries, loops, connected devices and selected outputs. When a fault is detected, the relevant indicator and system information help technicians identify the affected circuit or equipment.

Product Specifications

• Brand: ASENWARE
• Model: AW-FP100 Series
• Product Type: Addressable fire alarm control panel
• Loop Configuration: 1 to 8 loops, depending on installed loop cards
• Devices per Loop: Up to 250 compatible intelligent detectors or modules
• Display: 7-inch colour touchscreen
• Addressable Wiring: Two-wire loop connection
• Event History: Up to approximately 2,000 events
• Circuit Configuration: Class A or Class B
• Input Power: 220V AC
• Operating Frequency: 50/60Hz
• Backup Batteries: Two 12V, 5Ah batteries
• 24V DC Output: Up to 3A × 2, according to the manufacturer’s published specification
• Operating Temperature: Approximately -10°C to 55°C
• Operating Humidity: Up to 95%, non-condensing conditions recommended
• Standard Cabinet Rating: IP30
• Network Communication: CAN bus
• Optional Network Interfaces: GSM, IP and cloud connectivity, depending on configuration
• Enclosure Colour: Red
• Installation Type: Wall-mounted
• Applicable Standards Shown: EN 54-2 and EN 54-4

These technical values are based on the manufacturer’s published information for the AW-FP100 series; the supplied loop cards, batteries, networking equipment and optional accessories should be confirmed before ordering.

Recommended Applications

The ASENWARE AW-FP100 Addressable Fire Alarm Control Panel is suitable for:

• Hotels, lodges and guesthouses
• Office buildings
• Shopping centres and supermarkets
• Apartment buildings
• Schools, colleges and universities
• Hospitals and healthcare facilities
• Warehouses and distribution centres
• Factories and manufacturing facilities
• Airports and transport terminals
• Government buildings
• Banks and financial institutions
• Data centres and server facilities
• Industrial plants
• Public buildings
• High-rise developments
• Large residential complexes
• Tourism and hospitality properties

Installation and Commissioning

The panel should be installed, wired, programmed and commissioned by a qualified fire alarm professional. Installation should follow the approved fire alarm design, manufacturer instructions and applicable fire safety requirements.

Professional commissioning should include:

• Secure wall mounting
• Mains power connection
• Installation of suitable backup batteries
• Addressable loop wiring
• Device addressing and programming
• Zone and location naming
• Alarm sounder programming
• Input and output configuration
• Cause-and-effect programming
• Network configuration where applicable
• Detector and call-point testing
• Fault-condition testing
• Battery and power-supply testing
• Alarm relay testing
• System documentation and user training

The panel should not be connected to unapproved detectors, modules or accessories without confirmation of system compatibility.

Inspection and Maintenance

Routine inspection and scheduled servicing are essential for maintaining reliable system operation. Maintenance should include:

• Checking the panel for visible damage
• Confirming that the power indicator is active
• Reviewing displayed fault messages
• Checking mains and backup power conditions
• Inspecting batteries and charging functions
• Testing selected detectors and call points
• Testing sounders and visual alarm devices
• Reviewing the event history
• Checking disabled zones or devices
• Testing alarm, fault and supervisory relays
• Confirming that system labels remain accurate
• Verifying that the cabinet remains accessible
• Backing up or recording system programming where required

Any persistent alarm, fault, battery warning or communication problem should be investigated by a qualified fire alarm technician. Devices or zones should not be left disabled unless authorised safety procedures and temporary protection measures are in place.