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Describes the initial steps to start the Mastergenerator software and hardware.
Lists the minimum hardware specifications needed to run the configuration software.
Provides instructions for installing the configuration software from the CD-ROM.
Explains how to launch the configuration software and its initial windows.
Explains the functions available in the File menu of the configuration software.
Details the functions available within the Edit menu of the configuration software.
Describes the options available in the Options menu, including language and serial port settings.
Explains the functions available in the Tools menu for firmware and testing.
Explains how to download new firmware files to the Mastergenerator.
Describes the GTU Test Tool for displaying and controlling Dupline channels.
Details how to upload and view logged data from the Mastergenerator.
Explains the OnLine Tool for testing functionality with Dupline-OnLine.
Describes how to access help information and view program details.
Explains how to define functions for the remaining channels using a pop-up menu.
Introduces objects as representations of functions and parameters for Mastergenerators.
Describes standard objects supported by the Mastergenerators.
Explains the Blank/Indicator object and its applications.
Details the Push-button object, its function, and time characteristics.
Describes the Toggle switch object, its function, and time characteristics.
Explains the Timer/Recycler object and its operation modes.
Details the Real-time clock function for timed switching and night setback.
Describes the Master function for simultaneous control of multiple channels.
Explains the Light Synch function for synchronizing light intensity signals.
Details the Guide Light object for LED indications on pushbuttons.
Describes the Multigate object for monitoring multiple channels with logic operations.
Explains the Thermostat object for indicating digital thermostat transmitters.
Introduces special objects for advanced functions.
Details analog sensors for processing analog values and switching.
Describes the Motion detector object for intruder alarms and lamp control.
Explains Dimmer functions for advanced light controls and scenarios.
Details Light functions for various automatic light controls.
Describes Temperature Control for room regulation with display units.
Explains the Wireless Base for setting up Dupline wireless output modules.
Introduces the four Dupline alarm systems: ISA, Smoke, Intruder, and Water alarms.
Discusses general features of alarm systems, including channel usage and master functions.
Explains how alarm systems utilize single channels for both input and output.
Notes that alarm objects are generally not affected by master functions.
Describes the ISA Alarm system for general monitoring and alarm sources.
Details the Smoke Alarm system for smoke/fire indicators.
Describes the Intruder Alarm system with detectors and arming functions.
Details the Water Alarm system for water damage protection.
Explains the Common Siren for outputting multiple alarms to a single siren.
Describes decentralized control of roller blind motors and their operation.
Explains group-wise or master control of roller blind motors.
Details the Multiplexer for controlling and transmitting counter values.
Describes Multiplexer for fast transmission of analog values.
Introduces referencing data from other Dupline networks for intelligent functions.
Explains how to add or remove references to addresses in other Dupline networks.
Details using Analink values from external networks as input.
Describes assigning an output copy of an address from another Dupline network.
Introduces logic functions for establishing relations between channels.
Describes the 'Logic Setup' dialog for processing logic functions.
Explains the configuration window for logic functions and setups.
Covers the application of logic setups and their components.
Details creating, changing, and deleting logic setups.
Explains how to navigate, add, change, and delete logic setups.
Describes the logic functions: AND, OR, and XOR.
Explains inverting outputs and triggering on edges in logic functions.
Details how to apply inversion to channels and flags in logic setups.
Provides an example of edge triggering in logic setups.
Explains how to use the Mastergenerator's 8 on-board I/Os with logic functions.
Describes how the Mastergenerator processes logic setups sequentially.
Discusses adding comments for documenting logic setups.
Explains how to document input modules and their I/Os.
Overview of the Mastergenerator's 3 serial communication ports.
Details the Modbus protocol used for serial communication and its functions.
Describes the COM1 RS232 port for configuration and external devices.
Explains the COM2 RS232 port for Dupline-Online and Radio Modems.
Details the RS485 port for linking up to 32 Mastergenerators.
Explains the configuration settings for communication ports.
Details the setup of the built-in GSM modem for SMS messaging.
Explains how to use SMS messaging for control and monitoring.
Describes SMS commands for controlling channels and requesting data.
Introduces logging of digital, Analink, multiplexed analog, and counter values.
Describes Dupline-Online for remote monitoring and control via the Internet.
Explains transmission media for Dupline-Online data.
Describes configuring the Mastergenerator for GSM modem transmission.
Details using the Internet for sending log records to the central server.
Explains logging digital and Analink signals based on events.
Introduces time-based logging for various signal categories.
Explains time-based logging intervals for signals.
Details setting up time-based logging for Analink channels.
Describes time-based logging setup for Counter values.
Details time-based logging setup for Multiplexed Analog data.
Explains exporting configuration to the Dupline-Online Webserver.
Discusses security measures for Dupline-Online data transmission and access.
Introduces using Radio Modems for creating wireless links.
Details configuring the central Mastergenerator for Radio Modem operation.
Explains configuring remote Mastergenerators as Radio Modem substations.
Describes the Modbus-RTU interface implementation and supported functions.
Lists the Modbus-RTU functions supported by the Mastergenerator.
Details Modbus Function Code 01 for reading output table bits.
Details Modbus Function Code 02 for reading input table bits.
Provides details on RS485 communication cable, topology, and termination.
Describes the characteristics of the RS485 communication cable.
Explains the correct topology for installing the RS485 cable.
Specifies the maximum allowed length for an RS485 cable run.
Details how to connect the RS485 cable shield for signal integrity.
Explains the importance and setup of termination and fail-safe resistors.
Provides guidelines for isolating RS485 cables from power wiring.
Shows a wiring diagram for a system with 3 Master Generators in an RS485 network.
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General