Need help?Do you have a question about the MGC INX-10A Series and is the answer not in the manual?
Overview of the INX-10A Intelligent NAC Expander Panel and its capabilities.
Lists the fire alarm control panels compatible with the INX-10A series.
Details the key features and capabilities of the INX-10A panel.
Provides general notes regarding circuits, zones, and wiring styles for the INX-10A.
Provides contact details for inquiries, customer service, and technical support.
Describes the various components that make up the INX-10A system, including panels and batteries.
Specifies the dimensions of the INX-10A enclosure and mounting screw spacing.
Details the mechanical installation process for the INX-10ADS model.
Provides instructions for mounting the INX-10AC model into specific enclosures.
Outlines the external and mounting dimensions for the INX-10A enclosure.
Covers the procedure for surface and flush mounting the INX-10A enclosure.
Offers practical advice and important considerations for installing the INX-10A enclosure.
Explains the main board terminal connections and jumper settings for the INX-10A.
Describes the LED indicators and control buttons on the INX-10A main board.
Details the functions of the common LED indicators on the INX-10A main display panel.
Explains the onboard troubleshooting LEDs located on the INX-10A main board.
Describes the additional LEDs on the INX-10A main board for loop activity and outputs.
Specifies the flash rate for trouble indications on the INX-10A.
Details the function of the acknowledge button and configuration DIP switches.
Explains the different types of NAC (Output) circuits and their functions.
Details the specific types of NAC circuits, including Signal, Strobe, Synchronized Strobes, and DC Power Supply.
Describes the different operating modes for synchronizing signals with the INX-10A.
Explains how the INX-10A produces signal and strobe rates internally based on DIP switch configurations.
Details how the INX-10A outputs follow external sync inputs when configured as a slave.
Describes the mode where the system monitors the SLC loop and follows sync inputs during SLC trouble.
Explains how the INX-10A can drive signals and strobes on separate NAC circuits.
Describes how NAC outputs can be configured as power supply outputs for various applications.
Details the configuration of NAC outputs to function as power supplies.
Explains the use of NAC 4/5 for door release functionality, cutting supply during alarm.
Describes the use of NAC 4/5 for 4-wire smoke detector reset functionality.
Lists and describes the different single-stage and two-stage evacuation codes.
Details Continuous, Temporal Code, March Code, and California Code for single-stage alarms.
Describes Alert Code and General Alarm for two-stage alarms.
Specifies the fixed rates for horn strobe synchronization.
Details the Temporal Code rate for single-stage horn strobes.
Details Alert Code and Temporal Code rates for two-stage horn strobes.
Introduces the five DIP switches used for configuring the INX-10A.
Explains how to use the DIP switches (SW1-SW5) for configuring the INX-10A.
Details the configuration settings achievable using the DIP switches on the main board.
Describes using DIP switch 1 to set the base address or disable the addressable loop.
Explains DIP switch 2 settings for protocols, reporting, charger, and battery status.
Details DIP switch 3 settings for charger, synchronization, and NAC input configurations.
Covers DIP switch 4 settings for alert/evacuation rates and NAC 5 output functions.
Explains DIP switch 5 settings for strobe types, NAC 1-3 supply, and NAC 4 output.
Details addressing options for single-stage configurations based on DIP switch settings.
Provides DIP switch settings for single-stage addressing with basic reporting.
Shows software configuration for single-stage basic reporting addressing using the FX-2000 configurator.
Details DIP switch settings for single-stage addressing with enhanced trouble reporting.
Illustrates software configuration for single-stage enhanced reporting addressing.
Explains DIP switch settings for single-stage addressing with power supply output.
Shows software configuration for single-stage addressing with power supply output.
Details DIP switch settings for single-stage addressing with enhanced reporting and power supply.
Illustrates software configuration for single-stage enhanced reporting and power supply addressing.
Covers addressing options for two-stage configurations using DIP switches.
Provides DIP switch settings for two-stage addressing with basic reporting.
Shows software configuration for two-stage basic reporting addressing.
Details DIP switch settings for two-stage addressing with enhanced trouble reporting.
Illustrates software configuration for two-stage enhanced trouble reporting addressing.
Explains DIP switch settings for two-stage addressing with power supply output.
Shows software configuration for two-stage addressing with power supply output.
Details DIP switch settings for two-stage addressing with enhanced reporting and power supply.
Illustrates software configuration for two-stage enhanced reporting and power supply addressing.
Guides on adding functions and devices using the FX-2000 configurator software.
Describes how to configure NAC circuits for independent mode operation.
Details DIP switch settings for configuring NACs 1 and 2 to function as signals.
Explains DIP switch settings for configuring NACs 1, 2, and 3 to function as signals.
Provides tables with maximum wiring runs for input and NAC/auxiliary power circuits.
Details the main board terminal connections and important wiring notes.
Illustrates the Class B wiring configuration for the SLC loop.
Illustrates the Class A wiring configuration for the SLC loop.
Shows the Class B wiring for synchronized input from the FACP.
Shows the Class A wiring for synchronized input from the FACP.
Illustrates Class B wiring for synchronized input from INX-10A as a single slave.
Shows Class B wiring for synchronized input from INX-10A to multiple slaves.
Illustrates Class B wiring for synchronized input from INX-10A to multiple slaves in two-stage.
Depicts the wiring for relay contact activation from FACP in a single-stage setup.
Shows the wiring for relay contact activation from FACP in a two-stage setup.
Details wiring for relay, ground supervision, and auxiliary supply connections.
Explains the wiring for supervising the auxiliary supply.
Illustrates the Class B wiring for NAC circuits.
Illustrates the Class A wiring for NAC circuits.
Shows the proper connections for wiring the power supply unit.
Provides recommended steps for system checkout before and during power-up.
Lists pre-power-up checks for wiring, jumpers, and grounding.
Outlines the step-by-step procedure for powering up the INX-10A panel.
Offers common methods for solving circuit, ground fault, battery, and common troubles.
Explains how to identify and correct circuit troubles indicated by LEDs and relays.
Describes how to diagnose and correct ground fault issues.
Details how to check for and resolve battery-related troubles.
Provides steps to identify possible faults when only a common trouble is indicated.
Discusses various circumstances that can lead to system failures in alarm systems.
Highlights the importance of proper installation according to codes and standards.
Explains how power interruptions and battery issues can affect system operation.
Addresses potential issues with battery life, monitoring, and maintenance.
Discusses factors that can affect wireless device signal transmission.
Emphasizes the importance of user training and correct operation of the alarm system.
Covers reasons why smoke and heat detectors might not function correctly.
States MGC's disclaimer regarding software performance and liability.
Discusses potential issues with audible and visual notification appliances.
Mentions potential problems with telephone lines used for alarm transmission.
Addresses scenarios where occupants may not respond in time to warnings.
Acknowledges the possibility of system component failure.
Stresses the need for regular testing and maintenance to discover system problems.
Clarifies that the alarm system is not a substitute for insurance or prudent actions.
Provides specifications and features for the INX-10A, INX-10ADS, and INX-10AC chassis.
Outlines the factory default settings for a minimal size single-stage addressable system.
Details the specifications for a minimal two-stage addressable system.
Presents the specifications for a minimal ULC two-stage addressable system.
Lists compatible horns and bells from FX-2000 and FleX-Net series.
Lists compatible synchronized strobes from FX-2000 and FleX-Net series.
To Next Page
General