What to do if the TEC TECDrive TEC-3 shows Output Over Current?
Check for short circuits on the motor and connection cable. Note: Following a trip, the drive cannot be immediately reset. A delay time is inbuilt, which allows the power components of the drive time to recover to avoid damage.
What does it mean when my TEC TECDrive TEC-3 displays 'Over voltage on DC bus' and how can I resolve it?
An 'Over voltage on DC bus' error suggests the supply voltage is outside the allowed tolerance. Verify the supply voltage is within the correct range. If the fault occurs during deceleration or stopping, try increasing the deceleration time or install a suitable brake resistor and activate the dynamic braking function.
What causes a TEC Inverter to trip due to Motor Thermal Overload (I2t)?
The TEC Inverter tripped to prevent damage to the motor because it delivered more than 100% of the value in P-08 for an extended period.
What does it mean when the TEC TECDrive TEC-3 displays 'Under voltage on DC bus'?
An 'Under voltage on DC bus' error indicates that the incoming supply voltage is too low. Check the incoming power supply voltage and all components in the power feed line to the drive.
What should I do if my TEC TECDrive TEC-3 shows a Power stage trip error?
If your TEC Inverter displays a power stage trip error, check for short circuits on the motor and connection cable.
What should I do if my TEC Inverter displays '4-20mA Signal Lost'?
If the TEC Inverter displays '4-20mA Signal Lost', check the analog input connection(s).
What causes a TEC TECDrive TEC-3 Inverter to display 'Drive internal temperature too high'?
A 'Drive internal temperature too high' error occurs when the drive ambient temperature is too high. Check that adequate cooling air is provided.
What does it mean when TEC TECDrive TEC-3 Inverter is showing 'Under temperature'?
When TEC Inverter displays ‘Under temperature’, it means the ambient temperature is less than -10°C. The temperature must be raised over -10°C in order to start the drive.
What to do if TEC TECDrive TEC-3 shows 'DC bus ripple too high'?
If the TEC Inverter displays 'DC bus ripple too high', check that the incoming supply phases are all present and balanced.
How to troubleshoot a Brake channel over current error on a TEC TECDrive TEC-3 Inverter?
To troubleshoot a brake channel overcurrent error on the TEC Inverter, check the external brake resistor condition and connection wiring.
Standards the product is designed and manufactured in accordance with.
Information on EMC compliance and installer responsibility.
Critical safety precautions for installation and operation.
Crucial safety warnings regarding electrical hazards and installation practices.
Step-by-step guide for initial drive installation and setup.
Procedure for reforming DC Link Capacitors after storage.
Visual guide to basic drive operation and connections.
How to interpret and identify the drive model number.
Table listing available drive models, specifications, and frame sizes.
General guidelines for mounting the TECDrive unit vertically.
Dimensions and mounting for IP20 drives.
Advice for mounting IP20 drives within enclosures.
Dimensions and mounting for IP66/NEMA 4X units.
Environmental and clearance guidelines for IP66 units.
Cable gland requirements and lock-off procedures.
Recommended maintenance tasks for the drive.
Wiring diagrams for IP20/IP66 non-switched and switched units.
Grounding guidelines and safety requirements.
Cable selection and connection for incoming power.
Guidance on selecting input protection devices.
How to connect the motor to the drive.
Wiring guidelines for analog and digital control signals.
Configuration for directional control using a switch.
Detailed description of control terminal functions.
Built-in motor thermal overload protection and thermistor connection.
Guidelines for achieving EMC compliance with cable types.
Connection and usage of optional brake resistors.
Navigating the drive's interface and keypad controls.
Procedures for viewing, changing, resetting parameters, and managing displays/faults.
Detailed explanation of standard adjustable parameters.
Advanced parameters including input/output configurations and protections.
Configures start mode, auto-restart, and fire mode.
Selects keypad start mode when in keypad control.
Configures DC injection duration and mode.
Enables brake chopper for enhanced braking.
Configures Modbus RTU serial communication settings.
Configures display scaling for speed, current, or PI feedback.
Adjusts PI controller response to feedback changes.
Selects the motor control mode (Vector, V/f, etc.).
Enables automatic measurement of motor parameters for optimal performance.
Defines the maximum current limit in vector control modes.
Manages thermal overload retention and reaction.
Displays various operational statuses like speed, voltage, and current.
Explains the macro approach for configuring inputs.
Key to understanding terminal macro functions.
Macro configurations for terminal control mode.
Macro configurations for keypad control mode.
Macro configurations for fieldbus control.
Macro configurations for user PI control.
Ensures continuous operation in emergency conditions.
Illustrates various wiring examples for terminal macros.
Details the Modbus RTU protocol specifications.
Shows the RJ45 connector pinout for Modbus.
Lists Modbus registers for drive control and monitoring.
Specifies ambient temperature, humidity, and altitude limits.
Provides tables for drive ratings, fuses, and cable sizes.
Requirements for UL compliance including power and mechanical aspects.
Procedure for disconnecting the EMC filter.
Lists fault codes, descriptions, and suggested remedies.
Standards the product is designed and manufactured in accordance with.
Information on EMC compliance and installer responsibility.
Critical safety precautions for installation and operation.
Crucial safety warnings regarding electrical hazards and installation practices.
Step-by-step guide for initial drive installation and setup.
Procedure for reforming DC Link Capacitors after storage.
Visual guide to basic drive operation and connections.
How to interpret and identify the drive model number.
Table listing available drive models, specifications, and frame sizes.
General guidelines for mounting the TECDrive unit vertically.
Dimensions and mounting for IP20 drives.
Advice for mounting IP20 drives within enclosures.
Dimensions and mounting for IP66/NEMA 4X units.
Environmental and clearance guidelines for IP66 units.
Cable gland requirements and lock-off procedures.
Recommended maintenance tasks for the drive.
Wiring diagrams for IP20/IP66 non-switched and switched units.
Grounding guidelines and safety requirements.
Cable selection and connection for incoming power.
Guidance on selecting input protection devices.
How to connect the motor to the drive.
Wiring guidelines for analog and digital control signals.
Configuration for directional control using a switch.
Detailed description of control terminal functions.
Built-in motor thermal overload protection and thermistor connection.
Guidelines for achieving EMC compliance with cable types.
Connection and usage of optional brake resistors.
Navigating the drive's interface and keypad controls.
Procedures for viewing, changing, resetting parameters, and managing displays/faults.
Detailed explanation of standard adjustable parameters.
Advanced parameters including input/output configurations and protections.
Configures start mode, auto-restart, and fire mode.
Selects keypad start mode when in keypad control.
Configures DC injection duration and mode.
Enables brake chopper for enhanced braking.
Configures Modbus RTU serial communication settings.
Configures display scaling for speed, current, or PI feedback.
Adjusts PI controller response to feedback changes.
Selects the motor control mode (Vector, V/f, etc.).
Enables automatic measurement of motor parameters for optimal performance.
Defines the maximum current limit in vector control modes.
Manages thermal overload retention and reaction.
Displays various operational statuses like speed, voltage, and current.
Explains the macro approach for configuring inputs.
Key to understanding terminal macro functions.
Macro configurations for terminal control mode.
Macro configurations for keypad control mode.
Macro configurations for fieldbus control.
Macro configurations for user PI control.
Ensures continuous operation in emergency conditions.
Illustrates various wiring examples for terminal macros.
Details the Modbus RTU protocol specifications.
Shows the RJ45 connector pinout for Modbus.
Lists Modbus registers for drive control and monitoring.
Specifies ambient temperature, humidity, and altitude limits.
Provides tables for drive ratings, fuses, and cable sizes.
Requirements for UL compliance including power and mechanical aspects.
Procedure for disconnecting the EMC filter.
Lists fault codes, descriptions, and suggested remedies.
The TECDrive TEC-3 is an AC Variable Speed Drive designed for professional incorporation into complete equipment or systems as part of a fixed installation. It is distributed by TEC Electric Motors and is available in IP20 and IP66 (NEMA 4X) enclosed units. The drive supports motor power from 0.37 to 22kW (0.5 – 30HP) and operates on input voltages ranging from 110V to 480V.
The TECDrive TEC-3 is designed to control the speed of AC motors, offering precise and variable speed operation. It features a keypad and display for configuration and monitoring, allowing users to manage parameters, view operating displays, and reset faults. The drive supports various control modes, including Terminal Control, Keypad Control (uni-directional and bi-directional), Modbus Network Control, PI Control, and CANopen Control.
A key feature is the "Fire Mode" function, designed for emergency conditions. This mode ensures continuous operation of the drive even when it might otherwise trip, by disabling certain protection features like over-temperature, external trip, and phase imbalance. This allows the drive to continue operating to clear smoke or maintain air quality in critical situations.
The drive includes an internal motor thermal overload function (l.t-trP trip) to protect the motor. It also supports optional brake resistors for improved braking torque in applications requiring it. For communication, the TECDrive TEC-3 can be connected to a Modbus RTU network via an RJ45 connector, allowing for remote control and monitoring of parameters and drive status.
The TECDrive TEC-3 offers a user-friendly interface with a keypad and display for easy operation.
Routine maintenance is crucial for the longevity and optimal performance of the TECDrive TEC-3.
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