To Next PageTo Next PageHow to fix parameter setting error in Omron OMNUC R88D-WT15HF?
If you encounter a parameter setting error with your Omron Servo Drives, it's likely because a value outside the acceptable range was entered. To resolve this, reset the parameters to values within the specified setting range.
What to do if parameters corrupted in Omron OMNUC R88D-WT15HF?
If the parameters in your Omron Servo Drives have been corrupted, it may be due to the power supply being turned off while parameters were being written. You can initialize the user parameters using function Fn005, and then re-set the parameters.
Why is there a servomotor mismatch in my Omron OMNUC R88D-WT15HF Servo Drives?
A servomotor mismatch in your Omron Servo Drives indicates that the Servomotor and Servo Driver combination is incorrect. To fix this, ensure that you correct the combination.
What to do if there is an internal memory error in Omron OMNUC R88D-WT15HF?
If your Omron Servo Drives display an internal memory error, replace the Servo Driver.
What causes main circuit detection error in Omron Servo Drives?
A main circuit detection error in Omron Servo Drives is caused by a main circuit detection data error. The suggested solution is to replace the Servo Driver.
What to do if there is a control panel error in Omron OMNUC R88D-WT15HF?
If you are experiencing a control panel error with your Omron Servo Drives, replace the Servo Driver.
What to do if there is an encoder internal data error in Omron OMNUC R88D-WT15HF Servo Drives?
If you encounter an encoder internal data error with your Omron Servo Drives, replace the Servomotor.
General| Model | R88D-WT15HF |
|---|---|
| Rated Output | 1.5 kW |
| Control Method | PWM Control |
| Ambient Operating Temperature | 0 to 55°C |
| Storage Temperature | -20 to 85°C |
| Type | Servo Drive |
| Series | OMNUC R |
| Power Supply Voltage | 200 to 240 VAC |
| Communication | RS-485 |
| Protection Functions | Overload, Overvoltage, Undervoltage, Overheat, Overspeed |
| Ambient Humidity | 10% to 90% RH (non-condensing) |
| Vibration Resistance | 4.9 m/s² |
| Output | Three-phase |
Details the enhanced performance, wider selection, and IP67 rating of the W-series AC Servomotors.
Illustrates various system configurations involving OMNUC W-series servo drivers and servomotors with different controllers.
Identifies and describes the various parts and connectors of the OMRON R88D-WT AC Servo Driver.
Lists the EC Directives and UL/cUL standards that the W Series conforms to for compliance.
Provides detailed block diagrams illustrating the internal structure and connections for different voltage AC Servo Drivers.
Lists the available OMNUC W-series Servo Drivers and their specifications, including power ratings.
Details the compatible combinations of OMNUC W-series Servo Drivers and Servomotors based on voltage and rated output.
Provides external and mounted dimension drawings for AC Servo Drivers, including wall and front panel mounting.
Outlines the general and performance specifications for OMNUC W-series AC Servo Drivers, including input types and control specifications.
Details the general specifications and performance characteristics for OMNUC W-series AC Servomotors across various models and speeds.
Provides specifications for control cables, including models, lengths, outer diameters, and weights.
Lists specifications for Servo Relay Units and their associated cables for connecting to OMRON Position Control Units.
Details the specifications for the Hand-held Parameter Unit (R88A-PR02W) and its associated cable.
Provides specifications and external dimensions for DC Reactors and external regeneration resistors/units for harmonic current control.
Lists specifications and connection details for the absolute encoder backup battery unit required for absolute encoder operation.
Details DC Reactor models and specifications for harmonic current control in Servo Drivers.
Covers essential conditions for installing Servo Drivers and Servomotors, including space, mounting direction, and environment.
Explains the types of connecting cable used in the OMNUC W-series servo system and provides wiring diagrams.
Details the servo driver's internal regenerative energy absorption circuitry and external regeneration resistance options.
Provides guidance on adjusting system parameters and using dynamic braking for applications with high load inertia.
Outlines the step-by-step procedure for mounting, wiring, setting functions, and performing trial operations.
Explains checks required before and after turning on the power, including parameter unit connections and indicator status.
Details the procedures for conducting trial operations, including low-speed and actual load condition checks.
Provides comprehensive explanations of user parameters, including setting and checking procedures for various functions.
Describes various operational functions available for the OMNUC W-series AC Servo Drivers.
Provides a detailed procedure for conducting trial operations, including low-speed and actual load condition checks.
Explains how to use online auto-tuning and manual tuning to adjust servo system gains for optimal performance.
Details advanced functions for optimizing servo system performance, including bias, feed-forward, and gain switching.
Explains how to use the servo driver's digital displays, including status indicators, bit data, and symbol displays.
Describes how to use the analog monitor output connector (CN5) to monitor Servomotor parameters like speed and torque.
Covers various functions available in System Check Mode, such as alarm history display, auto-tuning, and parameter settings.
Explains preventive checks and analysis tools for determining the cause of trouble.
Lists and explains various alarms, their causes, and countermeasures, including error codes.
Provides guidance on checking error types, verifying causes, and implementing countermeasures for machinery errors.
Details the servo driver's built-in overload protection and displays overload characteristics curves.
Lists recommended periodic maintenance schedules for servomotors and servo drivers based on operating hours and conditions.
Provides a procedure for replacing the absolute encoder backup battery and setting up the encoder after replacement.
Illustrates various connection examples for OMNUC W-series Servo Drivers with different controllers.
Explains how to set the encoder dividing rate for OMNUC W-series AC Servo Drivers and lists maximum rotation speeds.
Describes wiring methods and precautions for operating 3,000-r/min (750-W) Servomotors using a single-phase power supply.
Provides tables for function selection parameters (Pn000, Pn001, Pn002, Pn003) and servo gain parameters (Pn100-Pn106).
Lists additional alarms and warnings specific to the MECHATROLINK-II Option Unit.
