Why SCHIEBEL AB Controller motor temperature trip?
If the SCHIEBEL Controller's motor is overheating, there are several possible causes. First, the phase sequence of the power supply might be incorrect; try exchanging phase L1 with phase L2. Second, there might be a loss of one phase, in which case you should check the power supply. Finally, the motor may simply be too hot.
What to do if SCHIEBEL AB Controller shows travel fault?
If the SCHIEBEL Controller indicates a travel fault, the travel device is out of its range and must be adjusted.
General| Brand | SCHIEBEL |
|---|---|
| Model | AB Series |
| Category | Controller |
| Language | English |
Provides a general overview of the actuator and its components with a diagram.
Explains how to identify the actuator and control unit using serial numbers and nameplates.
Describes the two distinct modes of operation: open-loop and closed-loop control.
Details the IP protection system and its effective conditions for actuators.
Provides recommendations for optimal mounting positions, especially for outdoor use.
Defines the standard clockwise and counter-clockwise rotation directions for actuators.
Covers electromechanical and electrical protection mechanisms integrated into the actuators.
Specifies the operational temperature ranges for different types of actuators.
Explains the inspection reports and basic settings provided upon actuator delivery.
Describes the bilingual tag attached to the handwheel with key information.
General guidelines for handling packaging and silica gel within indicator lids.
Precautions for storing actuators to prevent damage.
Specific instructions for storing actuators for periods exceeding six months.
Details the process of mechanically connecting the actuator to the fitting or gear.
Outlines the procedures and safety precautions for making electrical connections.
General precautions and mandatory steps before and during commissioning.
Describes how to switch the actuator between automatic and manual operation modes.
Step-by-step guide for performing mechanical pre-adjustments and settings.
Instructions for adjusting the mechanical position indicator, usually with pre-setup.
Mentions that optional components require separate technical descriptions for setup.
Explains how to configure settings using the SMARTCON interface after pre-setup.
Details the procedure for setting the OPEN and CLOSED end limits for the actuator.
Final checks and actions after commissioning the actuator.
Describes the physical operating controls of the SMARTCON controller, including switches and display.
Details the graphic display and LED indicators used for status information.
Explains how to operate the actuator using the control switches and navigate menus.
Parameters for configuring end positions and actuator switch-off behavior.
Parameters related to setting and controlling the torque for the actuator.
Parameters for adjusting the actuator's operational speed.
Parameters for setting the start ramp for motor operation.
Parameters for controlling actuator functions like phase sequence and failsafe.
Parameters for setting up password protection for actuator access.
Parameters for defining intermediate and emergency positions.
Configuration of the five freely configurable binary inputs.
Configuration of the eight freely configurable binary outputs.
Parameters for the optional 0/4-20 mA position output.
Parameters for configuring step mode operation for extended travel times.
Parameters for the optional positioner SR for setpoint control.
Parameters for the optional PID controller for external value control.
Information on the PROFIBUS DP option for field bus communication.
Information on the DeviceNet option for field bus communication.
Parameters for enabling travel-dependent torque characteristic curves.
Allows entering custom identification parameters like PPS number.
System parameters locked and not available for customers.
Parameters for language, display rotation, configuration loading/saving, and infrared.
Presents current process and diagnostic data for binary outputs, inputs, and analogue values.
Displays the last 20 history entries, including time since the last entry.
Lists common errors, their LED indicators, and possible causes or solutions.
Guidance on ordering spare parts, referencing serial numbers.
Lubricant recommendations for the main casing based on temperature ranges.
Lubricant recommendations for spur gears in specific actuator sizes.
Lubricant recommendations for output drive types A and spindle drives.
Lubricant recommendations for precision components.
Details the service interval and reduction factors for lubricants based on operational conditions.
Specifies lubricant quantities required for different actuator types and forms.
Technical specifications for binary inputs, including count, voltage, and current.
Technical specifications for binary outputs, including count, voltage, and current.
Technical specifications for analogue inputs, including range, resolution, and accuracy.
Technical specifications for analogue outputs, including range, resolution, and accuracy.
Technical data for auxiliary voltage input and output, including ranges and consumption.
Details on motor power assignments for mechanical reversing starters.
Information on the electronic reversing contactor (thyristors) used for motor control.
Specifies the possible voltage ranges for the SMARTCON control unit power supply.
Details about power and control signal connections for different actuator sizes.
Miscellaneous technical data including ambient temperature and protection class.
To Next Page
