To Next PageTo Next PageWhat to do if problems persist after recovery procedure with IMO Inverter?
If problems persist after attempting the recovery procedure on your IMO Inverter, it is recommended to contact the company from which you purchased the inverter or contact IMO directly for further assistance.
How to prevent electric shock when working with IMO Inverter?
To prevent electric shock when working with the IMO Inverter, wait at least five minutes after turning off the power. Then, use a multimeter to check that the DC voltage between the main circuit terminals P (+) and N (-) is less than +25 VDC.
General safety information and warnings regarding the use of the inverter.
Guidelines for safe and correct handling and operation procedures for the inverter.
Safety warnings related to the intended application of the Jaguar CUB inverter.
Safety guidelines for the proper and secure installation of the inverter.
Essential safety measures to be followed during the wiring process of the inverter.
Critical safety advice for operating the inverter and connected equipment.
Safety guidelines for maintenance, inspection, and proper disposal of the inverter.
Overall safety advice applicable to the inverter and its operation.
Precautions for general-purpose motors, including driving, torque, vibration, and noise.
Guidelines on wiring size, length, grounding, and selecting inverter capacity.
Overview of the structure and content of the instruction manual.
Explanation of icons used throughout the manual for various types of information.
Procedures for checking the inverter upon receipt, including package contents and condition.
Identification of external views and terminal block arrangements of the Jaguar CUB inverter.
Guidelines for safely carrying and transporting the inverter unit.
Recommended environmental conditions for storing the inverter temporarily and long-term.
Requirements for the installation environment to ensure proper inverter operation.
Instructions and clearances required for physically mounting the inverter.
Detailed procedures and considerations for wiring the inverter's main and control circuits.
General safety rules and precautions to follow during inverter wiring.
Specific instructions for wiring main circuit terminals and grounding.
Guidelines for correctly wiring the inverter's control circuit terminals.
Instructions for switching the digital input signal logic between SINK and SOURCE.
Procedure for installing an optional RS485 communications card.
Steps for safely replacing the control circuit terminal block cover.
Advice on managing harmonic components, noise, and leakage current.
Description of the keypad layout, including keys, potentiometer, and LED monitor.
Overview of the three main operation modes: Running, Programming, and Alarm.
Detailed instructions for operating the inverter in the Running mode.
Procedure for setting and modifying function codes to configure inverter behavior.
How to review function codes that have been modified from their factory defaults.
Instructions for monitoring real-time operational status and parameters.
Methods for checking the status of digital and analog input/output signals.
Accessing and interpreting maintenance data for the inverter.
How to view alarm codes and related status information.
Steps for performing an initial test run of the motor with the inverter.
Procedures for starting normal operation after successful test runs.
Comprehensive tables listing all available function codes and their parameters.
Details on fundamental function codes for basic motor running and control.
Function codes related to extension terminal assignments and functions.
Function codes that control frequency settings and related parameters.
Function codes for setting motor-specific parameters like capacity and current.
Function codes for advanced features, high performance, and complex control.
Function codes for specific application functions, such as PID control.
Function codes related to link functions, typically for communication.
A summary and explanation of frequently used function codes for the Jaguar CUB series.
Function code for selecting run commands and controlling motor rotational direction.
Setting the maximum allowable output frequency for the motor.
Configures the inverter's behavior after an instantaneous power failure.
Function codes for setting starting frequency, braking level, and braking time.
Settings for the current limiter's operation condition and limiting level.
Codes for configuring electronic thermal overload protection for the braking resistor.
Assigning commands to input terminals for controlling inverter functions.
Assigning output signals to terminals for status indication.
Summary of the inverter's built-in protective functions and their alarm codes.
Selecting the motor type to optimize automatic control features.
Procedure for initializing function codes or motor constants to factory defaults.
Configuring automatic retry attempts after alarms and waiting times.
Enables or disables instantaneous overcurrent limiting processing.
Controls overload suppression by adjusting output frequency or deceleration.
Initial steps and safety checks before starting troubleshooting procedures.
Diagnosing and resolving problems related to motor rotation and speed.
Resolving issues caused by incorrect inverter settings or data protection.
Guidance on identifying and resolving issues based on displayed alarm codes.
Routine visual checks to ensure the inverter is operating correctly.
Scheduled inspections to maintain the inverter's performance and longevity.
Procedures for measuring electrical parameters in the main circuit.
Methods for performing insulation tests on the inverter's circuits.
List of parts recommended for periodic replacement and their intervals.
Information on how to inquire about the product and details of the warranty.
Detailed specifications for the standard Jaguar CUB inverter models.
Specifications for special order models, including EMC filter built-in types.
General specifications applicable across various Jaguar CUB inverter models.
Details on terminal functions and connection diagrams for external signal inputs.
Physical dimensions and mounting information for standard and special order models.
Overview of the built-in protective functions of the inverter.
List and application of essential peripheral equipment like circuit breakers and contactors.
Key optional components such as braking resistors, DC reactors, and output filters.
Options enabling enhanced operation and communication capabilities.
Additional peripheral devices and accessories for system integration.
Information on compliance with UL and Canadian (cUL) safety standards.
Details regarding compliance with relevant European directives and standards.
Guidelines and recommendations for achieving EMC compliance.
Information on EU regulations concerning harmonic components emitted by inverters.
Compliance considerations for the Jaguar CUB series under the EU Low Voltage Directive.
General| Output Voltage Tolerance | ±5% |
|---|---|
| Output Frequency | 50Hz |
| Cooling | Fan |
| Protection | Overload, short circuit, over temperature, low battery alarm |
| Output Voltage | 230VAC |
| Battery Type | Lead-acid |
