What does OH1 Heatsink overheat mean on my TECO Inverter and how to fix it?
If your TECO Inverter displays an OH1 Heatsink overheat error, you can try the following: Install a fan or AC to cool the surroundings. Replace the cooling fan. Reduce the carrier frequency. You can also reduce the load and measure the output current.
What to do if my TECO E510s displays OL2 Inverter overload?
If your TECO Inverter is showing an OL2 Inverter overload error, consider these steps: Check the V/f curve. Replace the inverter with a larger rating. Also, check and reduce the motor load, and check the operation duty cycle.
What does LV Low Voltage mean on my TECO E510s and how to fix it?
If your TECO Inverter is showing an LV Low Voltage error, here are some things to check: the input voltage, the input wiring, and the power source. You might also want to increase the acceleration time, replace the pre-charge contactor, or replace the control board or the entire inverter.
What to do if my TECO E510s Inverter displays OL1 Motor overload?
If your TECO Inverter shows an OL1 Motor overload error, you can try the following: Check the V/f curve. Check the motor's rated current. Also, check and reduce the motor load, and check the operation duty cycle.
Why does my TECO E510s Inverter show GF Ground fault, and how can I fix it?
If your TECO Inverter is displaying a GF Ground fault error, consider these steps: Replace the motor. Check the motor wiring. Disconnect the motor and try running the inverter. Check the resistance between cables and ground. Reduce the carrier frequency.
What should I do if my TECO E510s displays OCC over current?
If your TECO Inverter shows an OCC over current error, here are a few things you can try: Set a longer acceleration time. Consider changing to an inverter with a bigger capacity. Examine the motor and check the wire. If necessary, replace the IGBT module.
What does OV Over voltage mean on my TECO Inverter and how to fix it?
If your TECO Inverter is showing an OV Over voltage error, here are some possible solutions: Increase the deceleration time. Reduce the input voltage to comply with the input voltage requirements, or install an AC line reactor to lower the input voltage. Remove the power factor correction capacitor. You could also use a dynamic braking unit, replace the braking transistor or resistor, or adjust the speed search parameters.
What should I do if my TECO E510s displays OCA over current?
If you're seeing an OCA over current error on your TECO Inverter, try these steps: Set a longer acceleration time. If that doesn't work, consider changing to an inverter with a bigger capacity. Examine the motor and check the wiring. As a last resort, replace the IGBT module.
General| Storage Temperature | -20°C to +60°C |
|---|---|
| Enclosure Rating | IP20 |
| Series | E510s |
| Input Voltage | 3-phase 380-480V AC |
| Power Range | 0.4kW~22kW |
| Overload Capacity | 150% for 60 seconds |
| Braking Unit | Built-in or external (optional) |
| Protection Features | Over-voltage, Over-current, Under-voltage, Over-heat, Short-circuit |
| Communication Interfaces | RS-485 (Modbus RTU) |
| Operating Temperature | -10°C to +50°C |
| Humidity | 5% to 95% RH, non-condensing |
| Cooling Method | Forced air cooling |
Introduction to the inverter manual and contact information for support.
Safety guidelines before applying power to the inverter.
Safety guidelines during the power-up sequence of the inverter.
Safety checks and procedures to perform before operating the inverter.
Safety guidelines to follow while the inverter is operating.
Procedures for safe maintenance, inspection, and replacement of inverter parts.
Guidelines for the proper and safe disposal of the inverter unit.
Explanation of the information provided on the inverter's nameplate.
Details on how to identify the specific model and series of the inverter.
Technical specifications for standard product models of the inverter.
Recommended environmental conditions for inverter installation and operation.
Guidelines and methods for installing the inverter correctly.
Instructions and best practices for wiring power and control circuits.
Detailed description of the inverter's keypad, displays, and functions.
Overview of parameter groups and their organization within the inverter.
Detailed explanation of individual parameters and their functions.
Information on the inverter's integrated PLC functionality and ladder logic.
General information and overview of fault detection mechanisms.
Common troubleshooting steps and checks for general inverter issues.
Detailed troubleshooting procedures for specific inverter faults and errors.
Checklist for routine and periodic inspections to ensure stable inverter operation.
Instructions for performing regular maintenance tasks on the inverter.
Specifications for external reactors used with the inverter.
Selection and specifications for electromagnetic contactors and circuit breakers.
Recommended fuse types and ratings for inverter protection.
UL recommended fuse specifications for inverter models.
Specifications and selection guide for braking resistors.
Information on input noise filters for suppressing electrical noise.
List and specifications of available accessories for the inverter.
General safety precautions and warnings for UL certified products.
Warnings related to fire hazards due to improper installation or connections.
Information regarding UL/cUL certification and compliance standards.
Conditions for maintaining UL compliance when using the drive with other equipment.
Overview of basic parameters for inverter configuration.
Parameters related to Volts/Hertz (V/F) control mode.
Parameters for configuring external digital inputs and outputs.
Parameters related to inverter start, stop, and fault reset functions.
Parameters for inverter protection functions like overload and stall prevention.
Parameters for configuring the Proportional-Integral-Derivative (PID) control.
Details on communication connection methods and data frame formats.
Diagrams illustrating network connection configurations for Modbus.
Memory map for the E510s inverter's built-in PLC function.
Instructions for operating the PLC function, including RUN/STOP and memory clear.
Model number and technical specifications for the JN5-CM-USB.
Pin definitions for the USB interface cable connection.
Notes on accessory models, descriptions, and specifications.
Introduction to the E510s Safe Torque Off (STO) function.
Overview of safety directives and standards applicable to the STO function.
Explanation of the E510s Safe Torque Off (STO) feature and its safety functions.
Details on terminal layouts and interface connections for the inverter.
Explanation of safety input logic levels and status indicators.
Truth table for safety-related signals and input/output status.
Safety design principles and specifications for the 11-301 series.
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