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General| Brand | AUMA |
|---|---|
| Model | Aumatic AC 01.1 |
| Category | Control Unit |
| Language | English |
General safety information, standards, and directives for safe operation.
Specifies the designated use and prohibited applications for actuator controls.
Explains symbols and references used in the manual for clarity and safety.
Details information found on the device's name plate for identification.
Provides a brief overview of actuator controls and their general functions.
Operating the actuator using local push buttons.
Operating the actuator remotely via a fieldbus interface.
Navigating menus and settings using local push buttons and the display.
Using COM-AC software for operation and settings via a computer.
Procedure for changing the device's access password.
Changing display language and LCD contrast for better legibility.
Displays current operation states using text or bar charts.
Displays torque status and allows editing the indication unit.
Provides information about order data and device details for factory inquiries.
Uses LEDs to visually indicate different operation states and signals.
Configuring feedback signals via Profibus DP for data structure and content.
Using output contacts for binary feedback signals to indicate operation modes.
Recording and issuing feedback signals as continuous values (e.g., 4-20 mA).
Describes the 'OFF' mode where local/remote control is not possible.
Explains control via local push buttons, including push-to-run or self-retaining.
Details control via external remote commands through a fieldbus interface.
Covers emergency operation, including activation and behavior.
Describes how the actuator behaves upon signal loss or communication failure.
Setting end positions, limit, and torque switching for valve protection.
Setting limit switches for end positions, only for non-intrusive versions.
Allows defining up to 8 intermediate positions for specific valve operations.
Uses multiport valve function for direct selection of intermediate positions.
Explains positioner functions and process controller settings (PID).
Procedure and activation for the process controller (PI controller).
Key controller parameters: proportional gain, reset time, rate time, and derivative gain.
Managing internal setpoints and behavior on loss of external setpoint signal.
Configuring inverse operation and limiting actuator travel.
Monitoring actuator reaction and setting input range for process variable E4.
Enabling display and switching stepping mode on/off.
Setting stepping ranges and ON/OFF times for stepping mode.
Explains the functions and feedback signals of the EMERGENCY STOP button.
Setting the Profibus DP interface's slave address.
Checking and setting parameters for a second fieldbus interface.
Assigning external input signals for operation commands.
Monitors torque and motor temperature for overload and overheating protection.
Monitors maximum starts/running time and actuator operating time to prevent damage.
Monitors actuator reaction and detects AC power supply phase failures.
Displays fault and warning messages to help diagnose issues.
Details status indications for faults (S1), warnings (S2), and combined (S0).
Explains reasons why the actuator is not ready for remote operation.
Logs operating data like runtime, starts, and torque faults for optimization.
Provides detailed diagnostic information through specific display codes (D0-D9, DA-DI, DJ, DQ).
Troubleshooting position feedback problems and illegible displays.
Resolving issues where the actuator doesn't run or only operates locally.
Resolving issues where the actuator doesn't stop at limit seating.
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