IMO Precision Controls Jaguar VXS - User Manual

Highlights owner, installer, and user responsibility for compliance with health & safety legislation.

Emphasizes user precautions to prevent equipment damage and personnel injury during operation.

Explains the meaning of WARNING, CAUTION, and NOTE indicators used in the manual.

Specifies information required when contacting IMO Precision Controls Ltd for assistance.

Details steps for inspecting the inverter after unpacking to check for damage and specification.

Defines acceptable temperature and humidity ranges for storing the inverter.

Provides guidelines on how to properly store the inverter to prevent damage.

Advises on the correct method for handling the inverter to avoid damage.

Lists output power ratings, voltage, frequency, and current for various inverter models.

Details input voltage, current, supply capacity, and MCB/fuse ratings for the inverters.

Specifies frequency ranges, setting accuracy, and resolution for inverter output.

Outlines braking torque capabilities and DC injection braking parameters.

Describes control features like PWM, Torque Vector, Auto-tune, and speed reference methods.

Lists protection functions including overcurrent, overvoltage, undervoltage, and thermal overload.

Specifies requirements for ambient temperature, humidity, altitude, and vibration.

Details requirements for inverter installation location, enclosure, and ventilation.

Provides guidelines on minimum clearances and ventilation for optimal inverter cooling.

Presents physical dimensions and mounting details for various inverter models.

Illustrates power connection diagrams for single-phase and three-phase inverters.

Explains power input and output circuits, terminal connections, and protection measures.

Details control circuit wiring, input/output signals, and suppression methods.

Describes the layout and components of the inverter's keypad interface.

Explains how to navigate and operate the inverter using the keypad and its functions.

Comprehensive table listing all inverter functions, settings, units, and defaults.

Detailed explanations of individual inverter functions and their operational parameters.

Explains inverter behavior during trips and the reset procedure.

Details how protective functions trigger trip codes and affect alarm relays.

Lists and explains various trip codes indicating specific inverter faults.

Provides graphical guides to diagnose and resolve common inverter faults.

Explains the principles of electrical braking and energy regeneration in inverters.

Discusses braking requirements for overhauling loads and the need for resistor selection.

Provides a worked example for calculating braking resistor ohmic value and power rating.

Lists minimum acceptable ohmic values for braking resistors for different inverter models.

Describes essential protection circuits for external braking resistors.

Discusses EMC requirements, standards, and precautions for inverter installations.

Details the specifications and mounting of single-phase RFI filters.

Details the specifications and mounting of three-phase RFI filters.

Provides physical dimensions for RF ferrite cores used with the inverters.

Outlines procedures and precautions for performing insulation tests on the inverter.

Provides guidance on selecting appropriate cable sizes and maximum lengths.

Lists heat loss values for different inverter models and carrier frequencies.