To Next PageTo Next Page
Need help?Do you have a question about the AUMA SG 10.1-F10 and is the answer not in the manual?
General| Brand | AUMA |
|---|---|
| Model | SG 10.1-F10 |
| Category | Controller |
| Language | English |
Steps for connecting the actuator using the AUMA plug/socket connector, including opening the terminal compartment.
How to engage and disengage manual operation of the actuator using the handwheel.
Prerequisites and procedures for operating the actuator via its motor.
Steps for operating the actuator using the push buttons on the local controls.
How to switch to and operate the actuator remotely via a fieldbus interface.
Guide to navigating menus and performing settings using the local control push buttons.
Explanation of the various status indications shown on the actuator's display screen.
Explanation of end stops and their role in protecting the valve and limiting swing angle.
Step-by-step procedure for setting the end stop for the CLOSED position.
Step-by-step procedure for setting the end stop for the OPEN position.
How to check and edit seating modes (LIMIT, TORQUE) for end positions.
Procedure for setting Modbus interface parameters like baud rate, parity, and slave address.
How to set the torque switching for overload protection in CLOSE and OPEN directions.
Instructions for setting the limit switches that record travel and operate at preset positions.
Detailed steps to set the limit switch for the CLOSED end position.
Detailed steps to set the limit switch for the OPEN end position.
Performing a test run after all settings are completed, checking direction and limit switching.
Procedure to check the correct direction of rotation for the actuator.
How to check if the limit switching has been set correctly.
Performing a reference operation to ensure correct position feedback after limit switching changes.
Troubleshooting common faults that may occur during the initial commissioning phase.
Understanding fault and warning indications displayed by the actuator and their meanings.
Interpreting fault and warning signals displayed in status indication S0.
Detailed fault indications and their corresponding remedies for status indication S1.
Overview of actuator features, including motor type, insulation class, and switching capabilities.
Description of features and functions of the actuator controls, including power supply and switchgear.
Technical details of the Modbus interface, including communication protocols and supported functions.
