Why is my CG emotron TSA showing 'Over temp'?
If the CG Controller displays 'Over temp', it indicates the heatsink temperature is too high, possibly due to high ambient temperature, insufficient cooling, excessive current, or blocked fans. Ensure proper cooling of the softstarter cabinet, verify the functionality of the built-in fans (if applicable), check the softstarter and motor ratings, and clean the fans.
What to do if CG Controller shows 'M Phase loss'?
If the CG Controller shows 'M Phase loss', it means that 2 or 3 phases are lost in the mains supply voltage. Check the fuses and the mains supply to resolve this issue.
Why does my CG emotron TSA display 'Phase loss'?
If the CG Controller displays 'Phase loss', it indicates a single phase loss, possibly due to a broken fuse. Check the fuses and the mains supply, and ensure that the terminal screws are tightened.
What causes 'Under voltage' on my CG emotron TSA Controller?
If the CG Controller displays 'Under voltage', it means the 3-phase mains supply voltage is too low, possibly due to a mains voltage dip. Ensure all three phases are properly connected and that the terminal screws are tightened. Verify that the 3-phase mains supply voltage is within the limits set in menu group [433]. If the dip is caused by other machinery, use other mains supply lines.
What does 'Over voltage' mean on my CG emotron TSA?
If the CG Controller displays 'Over voltage', it indicates that the 3-phase mains supply voltage is too high. Check the 3-phase main supply voltage. Remove the interference cause or use other main supply lines.
What does 'Motor I2t (Area D: I2t)' mean on my CG emotron TSA Controller?
If the CG Controller shows 'Motor I2t (Area D: I2t)', it means the I2t value has been exceeded, indicating an overload on the motor. Check for mechanical overload on the motor or machinery (bearings, gearboxes, chains, belts, etc.). Change the Motor I2t Current setting in menu [2312]. Check setting of menu [228] Motor Vent, which affects I2t behaviour.
What does 'Locked rotor' mean on my CG emotron TSA?
If the CG Controller displays 'Locked rotor', it means there is a torque limit at motor standstill, indicating a mechanical blocking of the rotor. Check for mechanical problems at the motor or the machinery connected to the motor. Set [4221] Locked rotor alarm to “No action”. Adjust Locked Rotor time [4222] and Locked Rotor Current [4223].
What does 'Curr limit' mean on my CG emotron TSA Controller?
If the CG Controller displays 'Curr limit', it means the current limit parameters might not be matched to the load and motor. Increase the start time (menu [336]) and/or the current limit at start (menu [335]).
How to fix 'Comm error' on CG emotron TSA Controller?
If the CG Controller displays 'Comm error', it indicates an error on serial communication/ Fieldbus (option). Check cables and connection of the serial communication. Check all settings with regard to the communication. Restart the equipment including the softstarter.
How to resolve 'Phase rev' on CG emotron TSA Controller?
If the CG Controller displays 'Phase rev', it means there is an incorrect phase sequence on the 3-phase main supply. Swap L2 and L3 input phases. Check setting of menu [4342] Allowed Sequence.
General| Brand | CG |
|---|---|
| Model | emotron TSA Series |
| Category | Controller |
| Language | English |
Explanation of the product's identification code for specific information retrieval.
Overview of the standards and directives the product adheres to.
Instructions for installing the softstarter within a cabinet, including ventilation requirements.
Detailed dimensions, weight, and connection specifications for various frame sizes.
Diagrams illustrating the hole patterns for mounting the softstarter onto panels.
Wiring diagrams and instructions for connecting the main supply and motor terminals.
Details on connecting digital and analogue signals to the control board for operation.
Practical wiring examples for various start/stop and control functions.
Overview of applications, challenges, and Emotron TSA solutions with menu settings.
Guide to selecting softstarter rating based on duty cycle and AC-53b norms.
List of applications and recommended softstarter ratings according to duty cycle.
Guidance for softstarter use under specific conditions like low load or high altitude.
Pre-installation and pre-operation checklist for proper setup and safety.
Step-by-step guide for connecting mains supply, motor, and control voltage.
Demonstration of setting up the softstarter for external control via digital inputs.
Description of the softstarter's display layout, areas, and status indicators.
Description of the functions assigned to the physical keys on the control panel.
Explanation of the dual function of the toggle/Loc/Rem key for menu navigation and mode switching.
Configuration of motor start, stop, and run control signals via various sources.
Methods for using parameter sets to manage different configurations and motors.
Setting up protective functions, alarms, and automatic reset behaviors for fault conditions.
Essential initial settings for softstarter operation, including motor data and protection.
Functions for protecting the machine and process against overload or underload conditions.
Configuration of all standard inputs and outputs, including analogue and digital interfaces.
Detailed configuration of comparators, logic functions, timers, and counters for advanced control.
Configuration details for Modbus RTU communication via RS232, RS485, or USB.
Explanation of integer and floating-point data formats used in serial communication.
Explanation of basic theory for squirrel-cage motors and Direct On-Line (DOL) starting.
Description of methods like star-delta and voltage ramp starting for reduced voltage applications.
Benefits and configuration of softstarters utilizing torque control for optimal performance.
Guide to identifying and resolving system failures and trip conditions with possible causes and solutions.
Table of common alarms, their possible causes, and suggested remedies for quick issue resolution.
Description of the external control panel option for remote mounting and cabinet installation.
Overview of available communication modules for fieldbus and serial interfaces.
Specifications for ambient temperature, pressure, humidity, and altitude.
Guidelines for current derating based on ambient temperature conditions.
Guidelines for current derating based on operating altitude.
Terminal assignments and electrical characteristics for control and I/O signal connections.
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