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General| Brand | Esser |
|---|---|
| Model | FACP 8000C |
| Category | Control Systems |
| Language | English |
Defines the product's specific applications, usage conditions, and general safety guidelines.
Information for proper use and definition of 'qualified personnel'.
General safety information and explanation of pictograms used in the manual.
Introduces the Fire Alarm Computer 8000C, its capabilities, and modern fire warning technology.
Provides a visual overview and labels of the FACP's display and operating elements.
Explains common displays for fire, pre-alarm, trouble, and disconnection statuses.
Explains delay and verify functions and their LED indications.
Describes the LED indicators for individual detector zones.
Explains panel reset, audible alarm toggle, and master box toggle functions.
Explains accessing additional messages and Buzzer off key functionality.
Explains the function of the key switch in horizontal (unlocked) and vertical (locked) positions.
Explains using function keys, menu points, and operational commands for system interaction.
Explains how to view programmed information and additional text messages.
Describes the standard operating state of the control panel.
Details the status indicators and actions during a fire alarm.
Explains status and indicators for trouble and CPU failure conditions.
Explains status and indicators for disconnected components and test mode.
Explains using function keys, menu points, and operational commands for system interaction.
Details how to control display, view messages, and understand message priority.
Explains how to view programmed information and additional text messages.
Describes the procedure for setting the system time and date.
Covers switching on/resetting, disconnecting, and checking the status of detector zones.
Covers switching on/resetting, disconnecting, and checking the status of individual detectors.
Covers switching on/off and checking the status of control outputs like relays.
Describes the overview display showing signal counts by type for rapid status checks.
Explains how to set, activate, and understand the delay and verify functions.
Describes how the alarm counter displays detected signals.
Explains the lamp test for checking optical displays and software version.
Covers managing primary loops, including switching and definition of loop numbers.
Explains managing sensors in analog ring loops and detector zones.
Lists installation standards, guidelines, and EMC protection measures.
Illustrates the various micromodule options available for the FACP 8000C.
Depicts the overall system connections and peripheral devices.
Covers configurations for one ring loop panels with various options like VdS, printer, SZI.
Details configurations featuring a second micromodule slot with different options.
Covers configurations for essernet network operation, including control/indicator panels.
Details housing variants with components, battery capacity, and SZI for 192 zones.
Covers base plate preparation, housing mounting, battery installation, and module connection.
Describes different types of extension housings and their mounting.
Details the assembly and operation of the operating module and housing door.
Explains programming the FACP using the customer data editor.
Lists and describes available auxiliary modules and their placement.
Details Field device modules and extension modules with micromodule slots.
Explains the structure and definition of primary loop numbers.
Describes the power supply module and its functions.
Explains battery protection against deep discharge and monitoring functions.
Details the basic module's layout, connectors, jumpers, and LEDs.
Guides on replacing the operating system software and data backup.
Explains the procedure for connecting the 230V AC mains supply.
Details the connection of PE conductors for proper grounding and EMC.
Explains connecting micromodules and serial interfaces.
Explains the common trouble relay and monitored inputs IN1/IN2.
Details cover contact connection and DIL switch S5 functionality.
Explains the reset button and how to connect the built-in printer.
Details the field device module's layout, relays, and coding bridges.
Details relay functions, connectors, LEDs, and jumper settings for configuration.
Explains connecting micro modules and the primary loop input.
Provides details on wiring the fire department operating panel to the module.
Details connecting the master box using Relay K1 and its jumper configurations.
Explains the positiv switching and not monitored change-over modes for relay K1.
Details connecting and configuring relays K2, K3, K4 using jumpers.
Explains how relays K2, K3, K4 function during CPU failure.
Describes the Field device module without a micromodule slot.
Details the extension module with a single micromodule slot.
Provides key technical data for basic and field device modules.
Lists technical data for field device cards, FDOP interface, and loop input.
Shows the module layout, LEDs, and terminal card assignments.
Covers basic data, limitations, and operational modes of the analog ring loop.
Explains how zone isolators work and where they should be installed.
Describes detector bases with integrated relay or open collector outputs.
Details the 3-relay module's purpose, connections, and components.
Explains switch adjustments and wiring for devices with or without loop monitoring.
Details the module's relays, switches, fuses, and connector X1.
Illustrates the terminal card assignments for connecting external devices to relays.
Details the MFAB module's function, connections, and setup options.
Covers DIL switch settings for activation duration and behavior during CPU failure.
Illustrates the wiring for the MFAB terminal card and explains LED indicators.
Lists conditions that prevent activation and details hardware adjustments.
Details the RS 232/TTY module's interface, connector, jumper, and LEDs.
Details terminal card assignments for both RS232 and TTY interfaces.
Details the module's four programmable outputs and connector X1.
Illustrates the terminal card assignments for the four outputs.
Details the module's seven programmable outputs and connector X1.
Details terminal assignments for both P and M versions of the 7-output module.
Details the module's purpose, master board, zone card, LEDs, and connector X1.
Lists possible operating modes and details terminal assignments for detector zones.
Details the BSL module's purpose, relay K1, input K2, relay K3, fuse F1, and other components.
Illustrates terminal assignments and provides a schematic circuit diagram.
Explains the module's networking capabilities and status indicators.
Lists specifications for module types 1 and 2, and terminal assignments.
Details the procedure for setting control panel addresses using DIP switches.
Covers installation guidelines and common faults for essernet micromodules.
Introduces esserbus transponders and lists available models with part numbers.
Provides technical specifications for analog ring, serial, and output modules.
Lists technical data for master box, 4-relay, and 3-relay modules.
Lists technical data for 4-zone, BSL, and essernet modules (types 1 & 2).
Lists technical specifications for various esserbus transponder models.
Explains how the panel displays status messages and how to navigate them.
Describes the overview display showing signal counts by type for rapid status checks.
Explains accessing installer level and lists authorisation codes.
Details the process of querying and obtaining the installer code using a service PC.
Lists and describes the four main menu points available in the installer level.
Details detector simulation, control simulation, and printer functions.
Explains primary loop operations and how primary loop numbers are defined by configuration.
Explains how to test analog ring loops and what functions are verified.
Details how to replace fire detectors and esserbus transponders.
Explains how to simulate detector states for test purposes.
Explains how to simulate states of controls like relays and open collectors.
Explains querying additional/info texts and managing printers.
Explains how to view, browse, and print the event memory.
Explains how to access and interpret power supply values via the diagnostic display.
Explains how to check network connections and interpret the diagnostic line.
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