To Next PageTo Next Page
Need help?Do you have a question about the Panasonic M2X Series and is the answer not in the manual?
Safety guidelines for installing the inverter to prevent hazards.
Safety measures for electrical wiring to prevent accidents.
Critical safety steps for operating the inverter safely.
Safety steps for performing maintenance and inspections.
General safety advice and disposal guidelines.
Procedures for checking the inverter after unpacking.
Guide to verifying the inverter model number from the nameplate.
Identification of the inverter's main components and their locations.
Details on accessing the inverter's operation panel.
Guidelines for selecting a suitable location for inverter installation.
Specifies the environmental conditions for proper inverter operation.
Instructions on mounting orientation and required clearances for cooling.
Overview of the typical wiring diagram for the inverter system.
Selection guide for breakers, contactors, relays, and wiring.
Guidance on selecting relays and switches for control circuits.
Shows wiring diagrams for different inverter capacities.
Details on the inverter's control circuit terminal connections.
How to set sink and source input logic for control signals.
Critical safety warnings and tips for wiring the inverter.
Describes the terminals for the main power and motor connections.
Detailed functions of the inverter's control terminals.
Functions of input and output terminals for commands and signals.
Details on communication connector and terminating resistance switch.
Explanation of the inverter's operation panel buttons and displays.
Description of modes and steps for setting parameters.
Checks to perform before running the inverter for the first time.
Step-by-step guide for performing a test run of the inverter.
How to select run commands from panel or terminals.
Steps to change the frequency command source.
Guide to modifying acceleration and deceleration times.
Overview of jogging, free-run, DC brake, and other functions.
Illustrates operation patterns for DC braking.
How to select different operational modes (e.g., 2-speed, 4-speed).
Explains the priority and function of input terminals.
Methods for selecting frequencies in multi-speed modes.
Example sequences of operations in 2-speed and 4-speed modes.
Lists inverter protection functions and their displays.
How the inverter prevents stalls due to overcurrent or overvoltage.
Protection against undervoltage and overvoltage conditions.
Covers restart prevention, overcurrent, regenerative overvoltage, and overload trips.
Protection against overheating, CPU errors, communication issues, and external trips.
Procedures for resetting the inverter after a trip occurs.
Safety guidelines and precautions for performing maintenance.
Daily and periodic inspection checks for the inverter.
Recommended replacement periods for inverter components.
Table to identify causes and corrective actions for common inverter problems.
Defines operating frequency and multi-speed settings.
Options for selecting run commands, frequency sources, and operation modes.
Parameters for acceleration, deceleration, and DC brake control.
Settings for carrier frequency, input/output signals, and parameter lock.
Parameters for display modes, frequency meter, and communication.
Parameters for handling power failures and retrying operations.
PID control, motor selection, and voltage adjustment parameters.
Procedures for copying, extracting, and locking parameters.
How frequencies are set for 0th speed and multi-speed operations.
Details on run command and frequency command selection functions.
Functions related to acceleration, deceleration, and DC brake control.
Settings for V/F patterns and frequency jump ranges.
Configuration of input/output signals and detection levels.
Settings for monitor display, meter, and protection functions.
Parameters for handling power failures and retrying operations.
Detailed settings for PID control loops.
Initializes the operation panel for parameter copying.
Reads parameter values from inverter to operation panel.
Copies parameter values from operation panel to inverter.
Describes and handles errors during parameter copying.
Step-by-step guide to register and save parameters.
Procedure to cancel parameter lock.
Technical specifications for the 3-phase power supply.
Technical details of the inverter's control system.
List of protective functions available in the inverter.
Details on enclosure, cooling, and weight.
Physical dimensions for different inverter capacity models.
Explains EC Directive applicability for electronic products.
How inverter systems conform to EMC Directive standards.
Lists standards relevant to EC Directive and EMC conformance.
Requirements for the inverter's installation environment.
Specifications for power supply, breakers, fuses, and absorbers.
Conditions for inverter conformance to UL508C standard.
Proper grounding procedures for safety and performance.
Table of inverters and recommended peripheral components.
Details on available operation panels and their mounting dimensions.
Information on remote cables for operation panels.
Specifications for noise filters and frequency meters.
Recommended noise filters with part numbers and dimensions.
Recommended surge absorbers and contact information.
Specifies the warranty duration for the product.
Details what is covered and excluded under the warranty.
Guidance on obtaining repair services for the product.
Section for recording purchase details for service.
General