OKUMA MIV0102A-1-B5 1006-2325-1146wbr001 Product Overview

The OKUMA MIV0102A-1-B5 1006-2325-1146wbr001 is a precision-engineered spindle inverter module designed for use in high-performance CNC machining systems from Okuma.As part of the MIV series,this drive plays a critical role in controlling low to mid-range spindle motors,ensuring accurate speed and torque regulation—key factors in achieving superior cutting performance and surface finish.

This compact yet powerful module supports analog control via±10 VDC signal input and integrates seamlessly into Okuma’s proprietary CNC control architecture.It’s commonly found in lathes,turning centers,and vertical machining centers where precise spindle dynamics are essential to maintain production quality and efficiency.

Designed with industrial durability in mind,the OKUMA MIV0102A-1-B5 1006-2325-1146wbr001 includes built-in overcurrent,overvoltage,and thermal protection features to safeguard both the module and connected motor.Its natural convection cooling design makes it suitable for installation in tightly packed electrical cabinets without the need for additional cooling infrastructure.

Whether you’re maintaining an existing Okuma machine tool or upgrading your CNC system,the OKUMA MIV0102A-1-B5 1006-2325-1146wbr001 ensures stable and reliable spindle operation that professional machinists can count on day after day.

Core Advantages and Technical Highlights

Precision Analog Control

The OKUMA MIV0102A-1-B5 1006-2325-1146wbr001 utilizes an analog±10 VDC input signal to precisely control spindle speed.This allows for smooth,continuous adjustment across the full RPM range—ideal for applications requiring fine-tuned cutting conditions such as threading,facing,and finishing operations.

Compact&Space-Saving Design

Despite its robust capabilities,this spindle drive maintains a slim profile.Designed for DIN rail or panel mounting,it fits easily into modern CNC electrical enclosures without requiring extensive cabinet rework or layout changes.

Built-In Fault Protection Mechanisms

To ensure long-term reliability,the OKUMA MIV0102A-1-B5 1006-2325-1146wbr001 comes equipped with comprehensive protection features including over-current detection,over-voltage suppression,and internal temperature monitoring.These safeguards help prevent damage due to power surges or mechanical overload conditions.

Seamless Integration with Okuma CNC Systems

As a genuine factory-built component,the OKUMA MIV0102A-1-B5 1006-2325-1146wbr001 is fully compatible with a wide array of Okuma CNC machines,including models from the GENOS,Lynx,and Multus series.This ensures plug-and-play compatibility and optimal performance within the original equipment manufacturer(OEM)control framework.

Industrial-Grade Reliability

Engineered for tough manufacturing environments,the OKUMA MIV0102A-1-B5 1006-2325-1146wbr001 operates reliably under fluctuating line voltages and ambient temperatures up to 55°C.With no active cooling required,it delivers dependable service even in dusty or vibration-prone settings.

Typical Application Scenarios

The OKUMA MIV0102A-1-B5 1006-2325-1146wbr001 is widely used in industries that demand consistent spindle performance and tight tolerances.In automotive component manufacturing,it powers small to medium-sized lathes responsible for producing camshafts,valve bodies,and transmission parts.

In aerospace machining,the OKUMA MIV0102A-1-B5 1006-2325-1146wbr001 helps maintain dimensional accuracy when working with exotic alloys and composite materials.Mold and die shops benefit from its precise RPM control when machining hardened steel molds or aluminum prototypes.

Medical device manufacturers also rely on the OKUMA MIV0102A-1-B5 1006-2325-1146wbr001 for machining miniature implants and surgical instruments where micro-level precision is non-negotiable.Even in educational institutions,this module is often used in training CNC machines due to its ease of diagnostics and replacement.

Installation,Commissioning and Maintenance Instructions

Installation preparation:Before installing the OKUMA MIV0102A-1-B5 1006-2325-1146wbr001,ensure the control cabinet is clean,dry,and free from conductive debris.Verify that the incoming power supply matches the specified single-phase 200–230 VAC input.Use anti-static precautions during handling to avoid damaging sensitive electronics.

Commissioning steps:After securely mounting the unit,connect the main power and motor cables according to the wiring diagram in the technical manual.Link the±10 VDC analog speed reference signal from the CNC controller.Set any necessary DIP switches or parameters based on the spindle motor specifications.Power up the OKUMA MIV0102A-1-B5 1006-2325-1146wbr001 and verify correct rotation direction and response to speed commands.

Maintenance suggestions:Regularly inspect the OKUMA MIV0102A-1-B5 1006-2325-1146wbr001 for signs of overheating or dust accumulation.Ensure proper airflow around the unit to support passive cooling.Monitor alarm indicators and log fault codes for early diagnosis.Replace faulty units promptly using standard wiring practices.Store spare modules in anti-static packaging and avoid exposure to extreme humidity or temperature fluctuations.