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General| Processor | 32-bit |
|---|---|
| Programming Software | RSLogix 500 |
| Mounting | DIN rail or panel mount |
| Power Supply | 24V DC |
| Type | Compact PLC |
| Digital Inputs | 12 |
| Digital Outputs | 8 |
| Analog Inputs | 4 (depending on model) |
| Analog Outputs | Optional with expansion module |
| Programming Language | Ladder Logic |
| Operating Temperature | 0 to 55 °C (32 to 131 °F) |
| Series | MicroLogix |
Lists changes and updates to firmware in the manual.
Identifies the intended audience for the manual.
Explains the manual's scope and objectives.
Lists other relevant Rockwell Automation publications.
Explains document conventions and symbols used in the manual.
Details the physical components and features of the controller.
Provides descriptions of key controller components like memory modules and clocks.
Lists specific communication cables required for controller applications.
Outlines the software and version requirements for programming the controller.
Describes the available communication ports and protocols for the controller.
Lists the safety and compliance certifications for the controller.
States compliance with EU directives and CE marking.
Details compliance with Electromagnetic Compatibility directives.
Details compliance with Low Voltage directives.
Provides guidelines for proper controller installation in industrial environments.
Highlights important safety practices during controller installation.
Specifies suitability and warnings for hazardous location installations.
Outlines general requirements and recommendations for controller wiring.
Explains the procedure for wiring terminal blocks on the controller.
Describes the use of surge suppressors to protect output contacts from inductive loads.
Details grounding procedures for noise reduction and safety.
Illustrates various wiring configurations for controllers and expansion I/O.
Shows the terminal layout for different controller models.
Explains how terminals are grouped for input and output wiring.
Illustrates sinking and sourcing configurations for DC inputs.
Discusses general I/O wiring practices, including minimizing electrical noise.
Provides guidelines for wiring analog input channels.
Illustrates digital expansion I/O wiring diagrams.
Lists the communication protocols supported by the controller's ports.
Details the default communication settings for Channel 0.
Explains how to switch between user-defined and default communication modes.
Describes methods for connecting to the controller via the RS-232 port.
Explains how to connect the controller to a DH-485 network.
Details how to connect an AIC+ for DH-485 networking.
Describes how to connect the controller to an Ethernet network.
Introduces Ethernet communication for MicroLogix 1100 controllers.
Discusses factors affecting Ethernet communication performance.
Illustrates typical Ethernet network setups.
Guides on connecting an Ethernet switch to the controller.
Lists types of Ethernet cables and their wiring for straight-through connections.
Explains TCP/IP and Ethernet/IP protocols for establishing connections.
Identifies the LCD screen and keypad buttons on the controller.
Explains the menu structure and navigation flow of the controller's LCD.
Describes the default and customizable startup screens displayed on the LCD.
Presents the main menu options available on the controller's LCD.
Details the functions and corresponding page references for each main menu item.
Explains the function of each button on the LCD keypad.
Guides on navigating menus and selecting values using the keypad.
Describes how to navigate and select items within the LCD menus.
Details how to change values for parameters using the LCD keypad.
Shows how to view the status of controller and expansion I/O on the LCD.
Provides steps to navigate to and view the I/O status screen.
Explains how to view and change data values of bits in a user-defined file via the LCD.
Defines the TBF element for specifying the bit file to monitor on the LCD.
Explains how to view and change data values of integer files via the LCD.
Defines the TIF element for specifying the integer file to monitor on the LCD.
Explains how to use and change the controller's operating mode via the LCD.
Lists the possible controller modes based on mode switch positions.
Details the procedure for changing the controller's mode switch position.
Guides on using custom LCD screens instead of default ones.
Explains how to display user-defined screens implemented in the application.
Accesses sub-menu for advanced controller settings and configurations.
Describes the two modes (Continuous, Discrete) for value entry.
Explains how to change the current Key In mode setting.
Explains the functionality to switch communication modes.
Shows how to view MAC and IP addresses of the controller's Ethernet port.
Explains the operation and use of trimming potentiometers for data modification.
Details the functionality of trim pots for modifying integer data.
Guides on changing the data values for POT0 and POT1 trim pots.
Shows how to view controller catalog number, OS, and firmware revision.
Explains how to access and view fault codes displayed on the LCD.
Details the operation of the controller's built-in real-time clock.
Explains how RTC values are written at power-up and mode changes.
Covers features like program backup, compare, and protection for memory modules.
Describes how the memory module facilitates program and data transfer.
Explains using the memory module for program security and comparison.
Details the feature that protects user data from being overwritten during downloads.
Explains the write-once, read-many behavior of the memory module.
Describes the safety of installing or removing the memory module while the controller is powered.
Outlines the procedure for downloading programs from a memory module to the controller.
Outlines the procedure for uploading programs from the controller to a memory module.
Introduces the function of monitoring and modifying ladder programs online.
Defines key terms used in the context of online editing.
Discusses the impact of online editing on system performance and memory.
Details how scan time and interrupt latency can be affected by online edits.
Notes limitations on changing data table sizes during online editing.
Describes potential errors and controller behavior during online editing sessions.
Provides essential guidance and warnings for users performing online edits.
Stresses the requirement of at least one download before initiating online edits.
Explains the two types of online editing: Program and Runtime.
Lists general specifications like dimensions, weight, and power supply for controllers.
Details specifications for digital inputs across different controller models.
Lists specifications for analog inputs across various controller models.
Provides output specifications for hazardous location applications.
Provides output specifications for ordinary location applications.
Lists make, break, and volt-ampere ratings for relay contacts.
Details specifications for FET outputs on specific controller models.
Specifies filter settings for AC input modules.
Details filter settings for high-speed DC inputs.
Details filter settings for standard DC inputs.
Specifies working voltage isolation tests for the 1763-L16AWA controller.
Specifies working voltage isolation tests for the 1763-L16BWA controller.
Specifies working voltage isolation tests for the 1763-L16BBB controller.
Specifies working voltage isolation tests for the 1763-L16DWD controller.
Lists general specifications for expansion I/O modules.
Provides general specifications for digital I/O modules.
Details input specifications for various I/O modules.
Details output specifications for various I/O modules.
Lists replacement parts and their catalog numbers for MicroLogix 1100.
Details the installation procedure for the replaceable lithium battery.
Provides safety guidelines for handling and operating lithium batteries.
Specifies recommended storage conditions for lithium batteries.
Outlines regulations for shipping lithium batteries.
Provides guidance on the proper disposal of lithium batteries.
Explains the meaning of various controller status LEDs.
Details the location and indications of controller status LEDs.
Explains the status indicators displayed on the controller's LCD.
Describes how I/O status is shown on the LCD screen.
Describes the normal operating state indicated by the controller's LEDs.
Lists potential errors indicated by controller LEDs and their probable causes.
Provides a flowchart for diagnosing and recovering from controller issues.
Covers diagnostics and troubleshooting for analog expansion I/O modules.
Explains module and channel level operations and internal diagnostics.
Details the internal diagnostic tests performed by modules during power-up.
Differentiates between recoverable and unrecoverable module errors.
Defines the structure of module error data in Hex format.
Lists extended error codes for various I/O modules.
Provides information on how to contact support for troubleshooting assistance.
Outlines prerequisites and steps before upgrading the controller's operating system.
Guides on installing the ControlFlash software for OS upgrades.
Details how to configure the controller for the OS update process.
Describes the key events that occur during the operating system upgrade process.
Explains the LED pattern indicating a failed OS download or missing OS.
Describes the RS-232 interface and its use for serial communication.
Describes the RS-485 interface and its use in multidrop networks.
Explains the DF1 Full-Duplex protocol for point-to-point communication.
Details the DF1 Half-Duplex protocol for multi-drop networks.
Explains how slave devices operate and communicate in DF1 Half-Duplex networks.
Provides advice for slave devices communicating on multi-drop DF1 links.
Discusses different types of modems usable with MicroLogix controllers.
Explains the DH-485 protocol for device communication on a single pair of wires.
Lists configurable parameters for DH-485 communication.
Lists other devices that support the DH-485 network.
Covers factors affecting DH-485 network performance and planning.
Provides examples of how to connect controllers to a DH-485 network.
Explains the Modbus protocol for master-slave communication.
Describes ASCII connection capabilities for various devices.
Explains how to calculate the electrical load of the control system.
Provides examples for calculating current loading for expansion I/O.
Details the calculation of current consumption for expansion I/O modules.
Shows how to validate system configurations against allowable current and loading values.
Provides a table and formulas to determine system heat dissipation for enclosure installation.
Defines how memory locations are identified.
Defines the AIC+ device for communication links.
Defines machine monitoring/control and computer routine usage.
Defines communication speed between devices.
Defines the smallest memory storage location.
Defines a schematic drawing.
Defines logical operators used in circuits and programs.
Defines a parallel logic path in a ladder program.
Defines a part of the controller's operating cycle for communication.
Defines a device for monitoring inputs and controlling outputs.
Defines internal operating cycle portion for housekeeping.
Defines how a controller determines output conditions.
Defines devices that count events.
Defines the controller's decision-making and data storage section.
Defines processor memory containing I/O values and files.
Defines a standard metal railing for mounting.
Defines data transfer from a storage device to another.
Defines equipment attached to a network for data transmission.
Defines the controller's on-board I/O.
Defines Electromagnetic Interference.
Defines devices transmitting position information or pulses.
Defines run or test modes.
Defines I/O connected via bus or cable.
Defines the status of an instruction not providing continuous logic path.
Defines data order for entry and retrieval from a file.
Defines a collection of information organized into one group.
Defines bidirectional communication transmitting and receiving simultaneously.
Defines communication limited to one direction at a time.
Defines storage area on a PC for files.
Defines bits 8 to 15 of a word.
Defines devices supplying signals to controller input circuits.
Defines temporary surge current when a device is energized.
Defines operation performed by the processor.
Defines available general purpose instructions.
Defines devices providing or receiving data from the controller.
Defines altering program counter execution.
Defines program format resembling a ladder diagram.
Defines the bit carrying the smallest weight value.
Defines status indicator for processor functions and I/O.
Defines data order for entry and retrieval from a file.
Defines a process for solving complex problems using simple functions.
Defines a mandatory hard-wired relay for emergency stops.
Defines a memorable term representing complex information.
Defines equipment connecting data terminal equipment to a communication line.
Defines selected methods of operation.
Defines binary logic where "0" represents logic 1 voltage.
Defines connected stations (nodes) on a communication medium.
Defines current at nominal input voltage.
Defines contacts closed when relay is de-energized.
Defines contacts open when relay is de-energized.
Defines time for controller logic to recognize signal removal.
Describes devices not under direct communication.
Defines steady-state deviation of a controlled variable.
Defines minimal current flow when a switch is open.
Defines time for controller logic to recognize signal presentation.
Defines a programming technique for setting a bit for one scan.
Describes devices under direct communication.
Defines voltage range for input 'On' state or output allowable range.
Defines a device controlled by the controller.
Defines the Central Processing Unit (CPU).
Defines program and data files used by the controller.
Defines the area containing ladder logic program.
Defines controller state when not executing file and outputs are de-energized.
Defines controller's operating cycle for executing ladder program.
Defines executable package for developing ladder diagrams.
Defines information packaging for network transmission.
Defines acquiring data from a storage place.
Defines an electrically operated device for switching circuits.
Defines program or logic representation for relays.
Defines downloading a program from PC to controller.
Defines status file location for user not to read or write.
Defines data preserved through power cycles.
Defines EIA standard for serial communication.
Defines EIA standard for serial communication.
Defines controller executing mode.
Defines a part of ladder logic containing input/output instructions.
Defines uploading a program from controller to PC or saving to hard disk.
Defines time for controller to execute program instructions.
Defines current flow path to ground or negative power supply side.
Illustrates sinking and sourcing configurations for DC inputs.
Defines current flow path to source or positive power supply side.
Lists general specifications for I/O modules.
Defines condition of a circuit or system.
Lists surge suppressors for contactors, motor starters, and relays.
Defines parameters for DF1 Full-Duplex and DH485 connections.
Provides calculations for system loading and limitations.
Defines a point on an I/O module for wiring devices.
Shows the terminal layout for different controller models.
Explains how terminals are grouped for input and output wiring.
Defines time between input turning on and corresponding output turning on.
Details configuration of trim pots within the LCD Function File.
Details the functionality of trim pots for modifying integer data.
Explains the operation and use of trimming potentiometers for data modification.
Defines instruction status providing continuous logical path.
Defines data transfer to a programming device from another device.
Explains the functionality to switch communication modes.
Explains the functionality to switch communication modes.
Provides guidance on the use and wiring of emergency-stop switches.
Covers operation, backup, and security features of memory modules.
Details the operation and accuracy of the controller's real-time clock.
Explains the operation and use of trimming potentiometers for data modification.
Defines main storage for programs and data.
Defines copying data to a storage device.
