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General| Model | IFP-2100ECS |
|---|---|
| Operating Voltage | 24 VDC |
| Number of Channels | 2 |
| Audio Input | Line level |
| Audio Output | Line level |
| NAC Circuits | 2 |
| Annunciators | 2 |
| Communication | RS-485 |
| Microphone Type | Electret condenser |
| Operating Temperature | 0°C to 49°C |
| Relative Humidity | Up to 93% non-condensing |
| Storage Temperature | -20°C to 60°C (-4°F to 140°F) |
Outlines UL requirements for all installations and specific system configurations.
Details terminal block descriptions, voltage, current ratings, and earth ground faults.
Provides guidelines for wiring to avoid induced noise and ensure proper connections.
Guides the user in determining current draw and standby battery requirements for installation.
Outlines the necessary steps to determine current draw and standby battery needs.
Provides a worksheet to calculate current requirements for IDP SLC devices.
Provides instructions and considerations for mounting the control panel cabinet.
Details precautions to prevent water damage to the control panel cabinet and conduits.
Explains the use of the SK-NIC for networking IFP-2100/ECS and RFP-2100 panels.
Explains how to set the Network ID for each panel using DIP switch positions.
Covers programming network options, site assignments, and panel configurations.
Guides on changing the Network Panel ID, emphasizing uniqueness and reboot requirements.
Describes how to customize access codes and user profiles for panel functions.
Details options for configuring voice messaging and commands for ECS.
Specifies the maximum number of SLC devices supported per panel for different types.
Details wiring requirements, including wire sizing and distance calculations for SLC devices.
Provides wire sizing and maximum distance for SD devices using the 5815XL expander.
Details wire sizing and recommendations for the 6815 SLC expander.
Outlines wiring requirements and recommendations for IDP or SK modules.
Describes how to address IDP or SK SLC devices using rotary dials.
Provides information and diagrams for wiring SD detectors.
Explains how to address SD detectors and modules using DIP switches or the panel.
Introduces JumpStart AutoProgramming for faster system setup and device configuration.
Provides step-by-step instructions for running the JumpStart AutoProgramming feature.
Provides a high-level overview of mapping, linking events to outputs.
Explains how input points are assigned to input zones.
Details how notification and relay output circuits are assigned to groups.
Describes how to map different event types to output groups for specific patterns.
Describes how to use the HFSS software for programming the control panel.
Details how to program the system using the control panel's on-board or remote annunciators.
Provides instructions on how to enter and exit the panel programming mode.
Lists programming requirements to comply with UL 864 and UL 2572 standards.
Details options for editing, adding, deleting, and viewing system modules.
Provides steps to add new hardware modules to the system.
Covers options for editing and viewing zone points, names, and properties.
Covers programming output groups, including naming and properties.
Covers programming characteristics for individual input points like type, latching, and name.
Details how to program points for the 5815XL module, including device type and function.
Explains how to program points for the 6815 module, including device type and function.
Covers various system-wide software options for customization.
Details options for configuring communication settings like auto test, phone lines, and Ethernet.
Provides instructions on how to run JumpStart AutoProgramming.
Details how to restore the panel to its factory default settings.
Lists the default user and installer access codes for the system.
Covers fundamental system operations like setting time/date and managing points.
Explains how to disable or enable individual points or groups of points.
Describes how to view and interpret the system's event history log.
Guides on performing a walk test to verify system functionality.
Explains how to check detector sensitivity and compliance with NFPA 72.
Explains the process and conditions for gaining ECS Control at an LOC.
Describes how to activate the emergency system using Manual ECS State.
Offers suggestions for troubleshooting common hardware problems encountered during installation.
Lists common problems and their potential causes and suggested corrective actions.
Recommends scheduling system inspection and testing monthly or as required by codes.
Details the panel's built-in tools for testing and troubleshooting points and SLC devices.
Describes how to use the SLC device locator to find a specific device on an SLC loop.
Provides a checklist of cyber security tasks for panel installation and maintenance.
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