Analog Addressable Device Control Card

The Compact Industrial Fire Controller provides an integrated industrial protection system that includes flame, gas and smoke detection, suppression and extinguishing capability.

The Compact Industrial Fire Controller provides an integrated industrial protection system that includes flame, gas and smoke detection, logic control and networking equipment, suppression and extinguishing capability, public address, sounders, beacons, and other safety components

Each panel comprised of an enclosure, display, a redundant CPU, and up to 8 I/O cards. The number and type of I/O cards are selected based on the protection needs of the facility. The panels have a single or dual redundant power supply to match either requirement.

Features & Benefits:

• 1 suppression zone per I/O card

• 99 input, 99 output, 99 association points per zone

• Power Supply and CPU Redundancy

• Networking panels with TCP/IP protocol

• Modbus RTU/Modbus TCP Protocols for interfacing with third party systems

• 300 programmable fire zones and intrusion zones

• Hot-swap with all I/O cards, CPUs, and display

• Addressable eight I/O cards maximum

• Fire Suppression, Fire Detection and Gas Detection

F7002 Analog Addressable Device Control Card

Honeywell F7002 Analog Addressable Device Control Card is for devices that are addressable through the HOCHIKI ESP protocol.

Honeywell F7002 Analog Addressable Device Control Card is for devices that are addressable through the HOCHIKI ESP protocol. Smoke, temperature and combined fire detectors, as well as pushbuttons and control modules, with monitored and non-monitored lines, are available with the ESP protocol. This type of card is used only for firefighting system control. It can be hot swapped. Its detector sensitivity can be set as HIGH/MEDIUM/LOW. It has periodical functionality of self-testing of card and all connected devices. Its Communication can be managed by FPGA.

Features & Benefits:

• Non-redundant

• Can be hot-swapped

• Up to 127 addresses, 3 channels each

• Loop connection (farthest point at 1500 m)

• Detector sensitivity can be set as HIGH/MEDIUM/LOW

F5003 Alarm Control Card

Honeywell F5003 Alarm Control Card is suitable for use in systems that include devices conforming to the NFPA standards, where it can activate the alarm sounders.

Honeywell F5003 Alarm Control Card is suitable for use in systems that include devices conforming to the NFPA standards, where it can activate the alarm sounders. The eight 500 mA output lines, which the card monitors through reversal of their polarity, are mainly utilized to control actuators. Outputs can be activated in both steady and pulsing mode.

It has temperature testing of DMOS and electronic components. It has software-configurable operating mode. Its communication is managed by FPGA.

Features & Benefits:

•Non redundant

•Temperature testing of DMOS and electronic components

•Software-configurable operating mode

•Communication management by FPGA

•Internal logic management by micro-controller

•SMD technology multilayer circuit

F3002 8-Input Card

The F3002 8-Input Card can manage conventional detection lines. It is particularly suitable for systems where detection lines are already in place, for cross-line logic control of automatic fire extinguishing systems, or in intrinsic safety systems.

The F3002 8-Input Card can manage conventional (non-addressable) detection lines. It is particularly suitable for systems where detection lines are already in place, for cross-line logic control of automatic fire extinguishing systems (for NFPA), or in intrinsic safety systems. It is suitable for applications fault-tolerant up to SIL3 level according to the standards IEC61508.

It has double programmable alarm threshold for each line. It has automatic verification and confirmation of the alarm status. It can manage and control eight lines. It has automatic testing of each line every thirty seconds.

Features & Benefits:

•Line inclusion/exclusion through panel keyboard

•Automatic testing of each line every thirty seconds

•Communication management by FPGA

•Internal logic management by micro-controller

•SMD technology multilayer circuit

Analog Addressable Device Control Card

Analog Addressable Device Control card for addressable devices that require APOLLO DISCOVERY and XP95 protocols.With these protocols a wide range of fire detectors, push buttons, optic-acoustic signaling and input/command modules are available.

Analog Addressable Device Control card for addressable devices that require APOLLO DISCOVERY and XP95 protocols. With these protocols a wide range of fire detectors, push buttons, optic-acoustic signalling and input/command modules are available. Through two connection and feeder cables, the card communicates with all devices connected on the loop, periodically polling them or receiving calls (interrupt) from the devices that have detected a status variation. Alarming occurs after the information has been processed, through specific algorithms for the devices; e.g. smoke detectors can provide dynamic alarm thresholds that adjust themselves to compensate for optic sensing element contamination

Features & Benefits:

•Non redundant

•Can be hot-swapped

•127 multichannel addresses

•Loop connection (farthest point at 1500 meters)

•Detector sensitivity selectable during the configuration of the panel

•Sensors and wireless interface units XPander

•Periodical functionality self-testing of

•card and all connected devices

•SMD technology multilayer circuit

•Front plug-in on 19'' rack, with locking screws

F6001 Control Card

Honeywell F6001 Control Card gathers and deploys the signals and logic associations relating to fire extinguishing control. It does not have physical I/O, but uses inputs and commands managed by other cards of the H-S81-HS system.

Honeywell F6001 Control Card gathers and deploys the signals and logic associations relating to fire extinguishing control. Using the inputs and outputs managed by the other cards of the H-S81-HS panel, it enables system compliance with the EN 12094-1 standard. It does not have physical I/O, but uses inputs and commands managed by other cards of the H-S81-HS system.

It performs the functions of an ECD. It allows building fire extinguishing systems certified SIL2 and SIL3 (IEC 61508). It manages 4 virtual inputs (V-IN) and 10 virtual outputs (V-OUT). It can be hot-swapped. It makes the S81 System compliant with EN 12094-1

Features & Benefits:

•0-60 second extinguishing control delay is configurable at operator level 3

•Can be hot-swapped

•Communication management by FPGA

•Internal logic management by micro-controller

•SMD technology multilayer circuit

•Front plug-in on 19'' rack, with locking screws

F7002 Analog Addressable Device Control Card

Honeywell F7002 Analog Addressable Device Control Card is for devices that are addressable through the HOCHIKI ESP protocol.

Honeywell F7002 Analog Addressable Device Control Card is for devices that are addressable through the HOCHIKI ESP protocol. Smoke, temperature and combined fire detectors, as well as pushbuttons and control modules, with monitored and non-monitored lines, are available with the ESP protocol. This type of card is used only for firefighting system control. It can be hot swapped. Its detector sensitivity can be set as HIGH/MEDIUM/LOW. It has periodical functionality of self-testing of card and all connected devices. Its Communication can be managed by FPGA.

Features & Benefits:

•Non-redundant

•Can be hot-swapped

•Up to 127 addresses, 3 channels each

•Loop connection (farthest point at 1500 m)

•Detector sensitivity can be set as HIGH/MEDIUM/LOW

F7011 Safety Bus System Module

Honeywell SB-F7011 safety bus system allows the fire and fire & gas detection and the firefighting control in a unique bus assuring a high safety level. The system is composed by one or two control cards. That are integrated in the panel S81-HS, and up to 64 addressable remote modules installed in the field. The communication between the control cards and the addressable modules is based on an enhanced safety version of CAN protocol (Controller Area Network) with ring architecture to guarantee the best functionality in fault condition and high communication speed.

This board manages communication with the I/O modules. It monitors the communication ring and receives all the signals coming from the I/O modules. It can be used in either mono or duplex configuration mode, to increase the system availability.

Features & Benefits:

•Wide area coverage

•Easy addition of I/O in existing system

•Large capacity of 64 modules/loop

•Redundant network

•Available with weather proof and explosion proof housing

Loop Control Module

Loop Control Module is found for addressable devices using the SSP protocol.

Loop Control Module is found for addressable devices using the SSP protocol. The module is able to control up to 127 addressable modules and is mainly used for controlling technological signals. This type of module shall not be used to connect fire detection devices.