INVT Goodrive10 Series User Manual

Defines safety terms like Danger, Warning, Note, and explains warning symbols used in the manual.

Outlines general safety rules for VFD operation, installation, commissioning, and maintenance.

Guides through initial VFD setup: unpacking, application confirmation, environment, and basic commissioning.

Detailed technical specifications including input/output, control, and peripheral performance.

Explanation of the VFD model code structure and a table of rated electrical specifications.

Diagram and description of the VFD's physical components and their functions.

Guidelines for physically mounting the VFD, including environment and direction.

Instructions for wiring main and control circuits, including terminal identification.

Methods for protecting the VFD, input power cable, and motor cables from electrical issues.

Introduction to the VFD keypad, its connection, and basic functions.

Explanation of the keypad's display, LEDs, and code display zone.

Detailed procedures for operating the VFD using the keypad, including parameter modification.

Parameters for fundamental VFD operations like speed control, command sources, and frequency limits.

Parameters controlling VFD startup modes, braking, and stopping behavior.

Parameters for configuring motor characteristics to optimize VFD control performance.

Parameters related to SVPWM control, including V/F curves and torque boost settings.

Configuration of digital and analog input terminals for control and frequency setting.

Parameters related to the Human-Machine Interface, including keypad settings and fault display.

Parameters for setting up and tuning the Proportional-Integral-Derivative (PID) control loop.

Parameters for configuring multiple speed steps and their selection logic.

Parameters for VFD protection functions like overvoltage, overcurrent, and overload protection.

Parameters for configuring serial communication using protocols like Modbus RTU.

Parameters used to display the VFD's real-time operational status and values.

Methods for preventing VFD faults through regular maintenance and component checks.

Steps and information for identifying, resetting, and resolving VFD fault conditions.

Introduction to the Modbus protocol and its application in VFD communication.

Details on Modbus RTU mode and 2-wire RS485 communication interface.

Description of Modbus RTU command codes, data formats, and error checks.

Information on VFD derating due to temperature, altitude, and carrier frequency.

Details on CE marking, EMC compliance, and EMC regulations for VFDs.

Diagram showing the physical structure and dimensions of the VFD keypad.

Table detailing wall-mounting dimensions for various VFD models.

Diagram illustrating typical peripheral wiring connections for the VFD.

Recommendations for selecting power and control cables, including size and shielding.

Guidance on selecting circuit breakers and contactors for VFD protection.

Selection criteria for input and output reactors to enhance VFD performance.

Information on selecting input and output filters for VFD interference reduction.

Information on braking units and resistor selection for VFD applications.

Contact information for product and service support from INVT.

Guidance on finding VFD manuals and product documents on the internet.