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Okuma MIV08-L-V5

1.Product introduction

The Okuma MIV08-L-V5 servo drive represents Okuma’s commitment to providing high-quality,reliable,and versatile solutions for industrial automation.As part of Okuma’s diverse product portfolio,the MIV08-L-V5 is specifically engineered to meet the needs of applications with moderate power and space requirements.

This servo drive serves as a crucial link between the control system and the servo motor,precisely regulating the motor’s speed,torque,and position.Leveraging Okuma’s advanced control algorithms and high-quality hardware components,the MIV08-L-V5 ensures that the motor responds accurately and promptly to control commands.Whether it’s in a small-scale manufacturing facility or in a specialized industrial equipment,the MIV08-L-V5’s performance and reliability are highly valued.

The MIV08-L-V5 is designed to integrate seamlessly into different industrial setups.Its compatibility with a wide range of control systems and communication protocols allows for easy integration,whether in a new installation or as an upgrade to an existing automation system.This makes it a flexible choice for industrial users looking to enhance the performance and efficiency of their operations.

2.Core advantages and technical highlights

3.1 Precise and efficient control

The Okuma MIV08-L-V5 offers precise control over the servo motor,enabling it to achieve high-accuracy positioning and speed regulation.Its advanced control algorithms are optimized to minimize errors and ensure smooth operation.In a small-scale electronics manufacturing plant,for example,the MIV08-L-V5 is used to control the motors of pick-and-place machines.It ensures that the components are picked up and placed with micron-level precision,contributing to the high-quality production of electronic circuit boards.The efficient control also results in energy savings,as the drive can adjust the motor’s power consumption based on the actual load requirements,reducing overall energy costs.

3.2 Compact and space-saving design

With its compact dimensions,the MIV08-L-V5 is a space-saving solution for industrial applications.It can be easily installed in tight spaces,such as in control panels or in equipment where space is limited.In a laboratory setting,where space is often at a premium,the MIV08-L-V5 can be used to control the motors of precision testing equipment.Its small size allows for a more organized and efficient setup,without sacrificing performance.The compact design also makes it easier to transport and install in different locations,providing flexibility for industrial users.

3.3 Easy integration and communication

The MIV08-L-V5 is engineered for easy integration into industrial automation systems.Its support for common communication protocols,such as Modbus RTU and Ethernet/IP,allows it to communicate effectively with other components in the system,including programmable logic controllers(PLCs)and human-machine interfaces(HMIs).In a food and beverage packaging line,the MIV08-L-V5 can be easily integrated with the PLC that controls the entire production process.This seamless integration enables real-time monitoring and control of the servo-driven packaging machinery,ensuring smooth operation and high productivity.The drive’s ability to communicate efficiently also simplifies system maintenance and troubleshooting,as operators can easily access and analyze the drive’s performance data.

4.Typical application scenarios

4.1 Small-scale manufacturing

In small-scale manufacturing plants,the Okuma MIV08-L-V5 finds extensive use.For example,in a custom furniture manufacturing workshop,it can be used to control the motors of small-sized CNC routers.The precise control of the MIV08-L-V5 enables the routers to cut and shape the wood with high accuracy,resulting in high-quality furniture pieces.It can also be used in the production of small metal parts,where the servo-driven machines need to perform precise drilling,milling,and turning operations.The MIV08-L-V5’s ability to handle medium-capacity motors makes it suitable for these types of small-scale manufacturing applications.

4.2 Packaging machinery

In the packaging industry,the MIV08-L-V5 is widely used in small-to-medium-sized packaging machines.For instance,in a packaging line for consumer goods,it can control the motors of filling machines,ensuring accurate filling of products into containers.It can also be used to control the motors of labeling machines,ensuring that the labels are applied precisely to the packages.The fast response times and reliable torque control of the MIV08-L-V5 are essential for the smooth operation of these packaging machines,as they need to work at high speeds while maintaining accuracy.

4.3 Laboratory equipment

In laboratories,the MIV08-L-V5 is used to control the motors of various precision testing equipment.For example,in a materials testing laboratory,it can be used to control the motors of tensile testing machines.The precise control of the MIV08-L-V5 allows for accurate measurement of the mechanical properties of materials,such as their tensile strength and elongation.It can also be used in centrifuges,where the servo-driven motors need to operate at precise speeds to separate different components in a sample.The compact size and reliable performance of the MIV08-L-V5 make it an ideal choice for laboratory equipment.

5.Comparison with related models

5.1 Compared with MIV30-3-B5

Power capacity:The MIV08-L-V5 has a significantly lower power capacity compared to the MIV30-3-B5.While the MIV30-3-B5 is designed for high-power applications and can handle large-capacity motors with high inertia loads,the MIV08-L-V5 is more suitable for applications with moderate power requirements and medium-capacity motors.

Physical size:The MIV08-L-V5 is much more compact,with dimensions of 200 x 60 x 150 mm,while the MIV30-3-B5 has larger dimensions of 450 x 80 x 350 mm.This makes the MIV08-L-V5 an ideal choice for applications where space is limited,while the MIV30-3-B5 is better suited for applications where space is not a constraint.

Interface and communication:The MIV08-L-V5 has a more basic set of interfaces,with RS-485 and Ethernet supporting standard Ethernet/IP and Modbus RTU/TCP protocols.In contrast,the MIV30-3-B5 has a more comprehensive set of advanced communication interfaces,including high-speed fiber-optic interfaces and support for leading-edge industrial communication protocols like Profinet,EtherCAT,and Powerlink.

5.2 Compared with MIV20-3-B5

Power capacity:The MIV08-L-V5 has a lower power capacity than the MIV20-3-B5.The MIV20-3-B5 is better suited for applications that require a bit more power than what the MIV08-L-V5 can provide,but still not as high as the MIV30-3-B5.

Physical size:The MIV08-L-V5 is slightly more compact than the MIV20-3-B5.This can be an advantage in applications where every bit of space savings matters.

Performance:The MIV20-3-B5 may offer slightly better performance in terms of response times and torque control in some applications,but the MIV08-L-V5 still provides reliable performance for applications with moderate requirements.

6.Installation,commissioning and maintenance instructions

6.1 Installation preparation

Before installing the Okuma MIV08-L-V5,ensure that the installation area is clean,dry,and free from dust and debris.Gather the necessary tools,such as screwdrivers,pliers,and wire strippers.Thoroughly review the detailed installation manual provided by Okuma,which contains important information on the correct installation procedures.

Turn off all power sources associated with the automation system to prevent electrical accidents during installation.Check the compatibility of the MIV08-L-V5 with the motor and control system it will be connected to.Verify the voltage ratings,ensure that the power capacity of the drive is suitable for the motor,and check the compatibility of communication protocols.

6.2 Commissioning process

After installation,the commissioning process begins.First,power on the servo drive and the connected devices.Use the appropriate software or control panel to configure the basic parameters of the MIV08-L-V5,such as the motor type,control mode,and communication settings.Test the communication between the drive and the control system to ensure that data can be transmitted and received correctly.

Perform a test run of the motor.Start with a low-speed operation and gradually increase the speed while monitoring the motor’s performance.Check for any abnormal noises,vibrations,or overheating.If any issues are detected,refer to the troubleshooting guide in the user manual to identify and resolve the problem.

6.3 Maintenance suggestions

For the regular maintenance of the MIV08-L-V5,visually inspect the drive periodically for any signs of physical damage,such as cracks,loose wires,or discoloration.Use a temperature sensor to monitor the operating temperature of the drive,as overheating can indicate a potential problem.Clean the drive regularly to remove dust and debris,as these can accumulate and affect the drive’s performance.

Check the connection cables for any signs of wear or damage.Tighten any loose connections to ensure a reliable electrical connection.Periodically update the drive’s firmware to benefit from the latest features,performance improvements,and bug fixes.In case of any abnormal behavior,such as erratic motor control or communication failures,refer to the comprehensive troubleshooting guide in the user manual.When replacing spare parts,always use genuine Okuma parts to ensure optimal performance and compatibility.

7.Service and guarantee commitment

Okuma is committed to providing top-notch quality and service for the MIV08-L-V5 servo drive.The product comes with a comprehensive quality assurance program that covers any defects in materials or workmanship.The standard warranty period ensures that Okuma will address any issues that arise during this time.

Our after-sales service team consists of highly skilled technical experts who are ready to assist you.Whether you need technical advice during the installation process,help with troubleshooting during operation,or support for spare parts replacement,our team is just a phone call or an email away.We also offer on-site training and support services to ensure that your staff is well-equipped to operate and maintain the MIV08-L-V5 effectively.

We are dedicated to ensuring that the MIV08-L-V5 serves you reliably for the long term,enhancing the efficiency and productivity of your industrial operations.Our commitment to quality and service is what sets Okuma apart in the highly competitive industrial automation market.

Choose Shenzhen Changxin for worry-free after-sales service and high-quality products. We only cooperate with first-tier brand manufacturers in the industry. Our products are imported and comprehensive. We provide thoughtful pre-sales service, communicating multiple times with customers about product models, quality, prices, and delivery schedules to jointly confirm the solutions and address users’ concerns in advance. Business execution is in place, ensuring on-time delivery of ordered products and formulating a comprehensive delivery plan to guarantee the project schedule. We also assist users in handling acceptance procedures. Our after-sales service is impeccable. For any problems during the warranty period, we only replace, not repair. We never shirk responsibilities or pass the buck when encountering problems. Our service hotline is available 24/7: 18150087953 SOLEMN COMMITMENT 1. For all items, modules, and cards sold by our company, if any quality problems occur during normal use within the warranty period, we will provide free replacements without any excuse or delay. 2. For non-discontinued materials and equipment that are out of the warranty period, we only charge the cost of relevant accessories for quality problems. 3. For discontinued materials and equipment, we provide alternative models and equipment replacement process services. 4. For the materials and equipment purchased by customers, we offer lifetime free system software upgrades and provide relevant technical documents for free. 5. We regularly follow up on the usage of the materials purchased by customers and promptly solve any problems. 6. Our company’s hotline provides 24-hour service, and we will respond to customers’ questions within 1 hour. 7. For any other matters not covered, our company adheres to the attitude of “thoughtful service and full responsibility” and solves problems from the customer’s perspective in a practical way. With a serious and rigorous corporate style, we wholeheartedly serve every customer. The company mainly imports PLC modules, programmable controllers, servo control systems and DCS spare parts, such as: ABB, AB (Rockwell), GE (General Electric), Bentley, Honeywell, Emerson, Motorola, Invensys, Westinghouse, etc. The company has established close cooperative relations with many world-renowned PLC and DCS product maintenance service providers, and can directly purchase from abroad, providing equipment and spare parts from different countries and manufacturers. We supply directly from abroad, without middlemen, reducing the cost of use. There is really no middleman who can make a price difference! ! If you have any defects or need to import PLC, DCS spare parts, please contact our team, we will help you find reliable and high-quality products super quickly, while shortening the delivery time to ensure that your equipment can operate normally in the right environment. On time. Professionally provide: PLC programmable control system, distributed control system (DCS), safety instrument system (SIS), ESD system, vibration monitoring system, turbine compressor control system (CCS) and other PLC modules, various industrial control systems, system modules, CPU, IO module, DO module, AI module, DI module, network communication module, Ethernet module, motion controller, analog input module, analog output module, switch input module, switch output module, module redundancy, power supply module, relay output unit, relay input unit, processing unit. Products are widely used in: electricity, petroleum, mine hoisting, ports, heating, gas, water supply, sewage treatment, metallurgy, papermaking, textile, chemical industry, water conservancy and other modern industrial fields! ABB 5SHY3545L0010/3BHB013088R0001 MOTOROLA MVME2434 MOTOROLA MVME2432 A-B 81001-450-53-R ABB PNI800 WOODWARD 9907-164 NI PXIE-4145 ABB CI871K01 3BSE056797R1 MOTOROLA MVME5500-0161 MOTOROLA MVME5500-0163 EMERSON MVME55006E-0163 GE DS200DCFBG1BJB ABB PPD113B01-10-150000 ABB PM904F 3BDH001002R0001 MOTOROLA MVME2400 FOXBORO H92A0K9V0H00 PIONEER MAGNETICS PM36218B-10P-1-8PH-J GE IC698CPE040-JP EMERSON MVME7100 ABB HPC800K02 ABB SYN5202-0277 ABB HPC800K02（含HC800模块、CP800模块、底座） MOTOROLA MVME5500 MOTOROLA MVME55006E-0163R GE IS215UCVEM09B AMAT 0090-76110 VME PCB ABB 5SHX2645L0002/3HB012961R0001 ABB AO2000-LS25 ABB PM865K01 3BSE031151R1 ABB 5SHX1445H0001 3BHL000391P0101 3BHB003230R0101 5SXE05-0152 KONGSBERG DPS112 GE VMIVME-7750 ABB AO2000-LS25 TRICON 4352B ABB PFSK152 TRICONEX 3009 MOOG D136-001-007 SCANde INTELLISCANDE14-405NM SCANLAB
Okuma MIV08-L-V5插图1

Okuma MIV08-L-V5插图2

By 白蓉 July 8, 2025

Company News, Industry trends

Okuma MIV15-1-B5

Product Introduction

The OKUMA MIV15-1-B5 is a high-performance 1-Axis Control Inverter Unit that forms an integral part of Okuma’s advanced MIV Servo Drives Series.Engineered to deliver exceptional precision and dynamic control,this unit is a cornerstone for modern industrial automation systems,specifically designed to drive Okuma’s high-efficiency BL and PREX motors.The OKUMA MIV15-1-B5 serves as a vital link in the motion control chain,accurately converting control signals from the main CNC controller into the precise electrical power needed to govern a single axis of motion with remarkable accuracy and responsiveness.

Boasting an applicable motor capacity of 15 kW(20 hp),the OKUMA MIV15-1-B5 is well-suited for a wide array of demanding industrial applications requiring significant power and precise control.Its robust design,including a fan-cooled heat dissipation system,ensures reliable operation and longevity even under heavy load conditions,making the OKUMA MIV15-1-B5 a durable solution for continuous production environments.The unit operates on a 300 VDC input,seamlessly integrating into Okuma’s Motion Control System(MCS),which typically involves a DC power supply unit in conjunction with MIV inverters.

The core value of the OKUMA MIV15-1-B5 lies in its ability to optimize motor control through precise speed and torque adjustments.This is facilitated by its advanced internal control logic and its compatibility with Okuma’s specialized motor types,ensuring exact positioning and smooth contouring essential for complex machining tasks.The inclusion of a Z-phase position detector further enhances accuracy by providing reliable position feedback for precise motor synchronization.As a critical component of Okuma’s motion control ecosystem,the OKUMA MIV15-1-B5 directly contributes to improving machine efficiency,reducing cycle times,and achieving superior product quality across various manufacturing processes.

Core Advantages and Technical Highlights

The OKUMA MIV15-1-B5 is engineered to deliver superior performance and reliability in single-axis motion control applications,offering several key advantages that underscore its value in modern industrial automation.

High Power and Precision for Demanding Applications:The primary strength of the OKUMA MIV15-1-B5 is its substantial 15 kW(20 hp)motor capacity,enabling it to drive powerful BL and PREX motors with exceptional precision.This high power output,combined with precise torque control capabilities(output voltage range of-3 V to+3 V,and peak torque at 3V),ensures that the machine can handle demanding cutting loads,achieve rapid acceleration/deceleration,and maintain consistent speed even under fluctuating conditions.This level of control is vital for producing complex parts with tight dimensional tolerances and superior surface finishes.The OKUMA MIV15-1-B5’s ability to precisely adjust speed and torque optimizes machining processes,leading to reduced cycle times and enhanced productivity.

Robust Thermal Management:Designed for continuous operation in harsh industrial environments,the OKUMA MIV15-1-B5 incorporates an efficient fan-cooled heat dissipation system.This active cooling mechanism effectively manages the heat generated during high-power operation,preventing overheating of internal components.By maintaining optimal operating temperatures,the fan-cooled design ensures the longevity and consistent performance of the OKUMA MIV15-1-B5,minimizing the risk of thermal-related failures and maximizing machine uptime even in demanding,high-duty cycle applications.

Advanced Feedback and Monitoring:The OKUMA MIV15-1-B5 integrates sophisticated feedback mechanisms,including a typical 6.0 V resolver signal for precise angular position detection and Z-phase position detection for highly accurate position measurement.These features ensure precise motor synchronization and contribute significantly to overall machining accuracy.Additionally,monitor terminals for A-phase(Vpp:2.6 to 4.6 V)and Z-phase(Vz1≥1.4 V;Vz2≥0.5 V)signals allow for real-time operational stability monitoring,aiding in quick diagnostics and verification of correct operation.

Compact and Space-Efficient Design:With dimensions of 380 mm×150 mm×325 mm,the OKUMA MIV15-1-B5 features a compact and space-efficient design.This smaller footprint allows for more flexible installation options within crowded control cabinets or in environments with limited mounting areas.This compact size does not compromise on power or performance,making the OKUMA MIV15-1-B5 an ideal solution for optimizing machine layout and utilizing valuable factory floor space efficiently,without sacrificing the robust capabilities required for heavy-duty industrial tasks.

Typical Application Scenarios

The OKUMA MIV15-1-B5 is a versatile and robust servo drive,making it a critical component across various industrial applications that rely on Okuma CNC machinery for precise single-axis motion control.

In the general machining sector,the OKUMA MIV15-1-B5 is widely utilized in CNC lathes,milling machines,and grinding machines where a single axis(e.g.,X,Y,Z,or B-axis)requires precise and powerful control.For instance,in a turning center,it can precisely control the linear movement of a carriage or turret,ensuring accurate positioning for cutting operations,achieving intricate profiles,and maintaining tight dimensional tolerances on turned parts.Its 15 kW capacity handles substantial cutting forces,enabling efficient material removal.

For specialized automated equipment and material handling systems,the OKUMA MIV15-1-B5 proves invaluable in controlling individual linear or rotary axes.This could include controlling the precise movement of a robotic arm’s joint,a conveyor belt’s speed,or a gantry system’s positioning.The drive’s high power and accuracy ensure smooth,repeatable motion,which is crucial for tasks like precise pick-and-place,assembly,or automated inspection where consistent and fast movements are required.

In woodworking and heavy-duty routing applications,the OKUMA MIV15-1-B5 is applied to precisely control the high-speed routing spindle or an individual axis of a large CNC router.The drive’s ability to maintain high torque and stable speed is essential for cutting through dense materials and achieving intricate designs with a smooth finish,particularly where continuous operation under heavy load is common.

Furthermore,in additive manufacturing or 3D printing systems,particularly those utilizing large-scale or industrial-grade printers,the OKUMA MIV15-1-B5 can control a single build platform axis or extrusion head axis.Its precise control over movement ensures layer-by-layer accuracy,which is fundamental to the integrity and quality of the printed part.The compact design of the OKUMA MIV15-1-B5 also makes it suitable for integration into systems where space is at a premium without compromising on the required power and precision.

Related Model Recommendations

The OKUMA MIV15-1-B5 is a core component within the Okuma MIV Servo Drives Series and often integrates with other Okuma components.Here are some related models:

OKUMA MIV0101-1-B1:A single-axis MIV servo drive with lower capacity(e.g.,1.0 kW),typically used for less demanding light-duty axis applications.

OKUMA MIV0102-1-B1/MIV0102-1-B5:These are dual-axis MIV servo drives,providing control for two axes with capacities like 1.0 kW and 2.0 kW,showcasing dual-axis control capabilities that contrast with the single-axis OKUMA MIV15-1-B5.

OKUMA MIV0303-1-B5:A dual-axis MIV servo drive(3.0 kW+3.0 kW),offering higher power for balanced dual-axis control,often used when more robust control than the OKUMA MIV15-1-B5 is needed for multiple axes.

OKUMA MIV08-1-B1/MIV08-1-B5:Single-axis MIV servo drives with an 8 kW capacity,providing a lower power alternative to the OKUMA MIV15-1-B5 for single-axis applications.

OKUMA MIV22-1-B1/MIV22-1-B5:Single-axis MIV servo drives with a higher 22 kW capacity,representing an upgrade path for single-axis applications requiring more power than the OKUMA MIV15-1-B5.

OKUMA BL Motors:Okuma’s series of brushless servo motors,such as BL-MC150J-20 or BL-MC200J-20,which are specifically designed to be driven by the OKUMA MIV15-1-B5 and other MIV drives.

OKUMA PREX Motors:An advanced line of high-performance servo motors that are optimized for seamless integration and superior operation with MIV series drives like the OKUMA MIV15-1-B5.

OKUMA DC Power Supply Unit(e.g.,MPS Series):These external power supply units rectify incoming AC voltage to provide the necessary 300 VDC power to the OKUMA MIV15-1-B5 and other MIV drives within the system.

OKUMA OSP Series CNC Controllers(e.g.,OSP-P200,OSP-P300):Higher-level CNC controllers that generate and send the precise motion commands to the OKUMA MIV15-1-B5 for execution.

Installation,Commissioning,and Maintenance Instructions

Installation preparation:Before commencing the installation of the OKUMA MIV15-1-B5,stringent safety protocols are paramount.Ensure the machine tool’s main power supply is completely disconnected,securely locked out,and clearly tagged out.It is absolutely critical to allow ample time for all capacitors within the control cabinet to fully discharge before handling any components;this crucial step prevents severe electrical shock and safeguards the new drive from potential damage.Meticulously verify that the model number and specific revision of the replacement OKUMA MIV15-1-B5 precisely match the original unit,or are officially confirmed as compatible by Okuma to ensure proper functionality and integration.Throughout the handling process,it is essential to wear anti-static wrist straps and gloves to protect the sensitive internal electronic components from electrostatic discharge.When carefully disconnecting the existing drive,meticulously label all power cables,control wiring,and communication links(including the resolver and encoder links)to guarantee accurate re-connection to the new OKUMA MIV15-1-B5.Any incorrect wiring can lead to severe damage,system malfunctions,or safety hazards.

Maintenance suggestions:To ensure the prolonged reliability and peak performance of the OKUMA MIV15-1-B5,consistent and proactive maintenance practices are indispensable.Periodically conduct thorough inspections of the drive unit and its immediate surroundings within the control cabinet for any accumulation of dust,debris,or indicators of overheating.Utilize a soft,non-conductive brush or apply clean,oil-free compressed air to gently clean the heat sink fins and all ventilation openings,thereby ensuring unobstructed airflow for highly efficient cooling.Verify that all terminal block screws and electrical connections remain securely fastened,as continuous vibration over time can cause them to loosen,leading to intermittent faults or even complete operational failure.Continuously monitor the integrated 7-segment LED display on the OKUMA MIV15-1-B5 for any alarm codes or unusual status indications.These visual cues serve as crucial early warnings of potential issues,facilitating timely intervention and troubleshooting.Should an alarm code appear,promptly consult the official Okuma MIV series manual for detailed troubleshooting guidance to accurately diagnose and effectively resolve the problem.Always adhere strictly to Okuma’s specific maintenance and safety procedures,and under no circumstances attempt to service the OKUMA MIV15-1-B5 while power is connected,as this could result in serious personal injury or further equipment damage.

Service and Guarantee Commitment

We are unequivocally dedicated to supplying industrial automation components of the highest caliber,and the OKUMA MIV15-1-B5 stands as a prime example of this unwavering commitment.Every single unit we provide undergoes rigorous,multi-point testing and comprehensive quality assurance procedures to meticulously ensure it consistently meets the most stringent performance and reliability standards.We confidently back the OKUMA MIV15-1-B5 with a robust warranty,a clear demonstration of our profound belief in its exceptional durability and superior operational excellence.Beyond the warranty period,our highly seasoned team of technical experts offers unparalleled after-sales support.Whether you require precise installation guidance,efficient troubleshooting assistance,or in-depth technical answers regarding your OKUMA MIV15-1-B5,our dedicated specialists are readily available to deliver prompt,professional,and comprehensive support.We fully comprehend the critical and indispensable role the OKUMA MIV15-1-B5 plays in your precise production processes,and our unwavering commitment is singularly focused on minimizing your operational downtime and ensuring the continuous,seamless,and high-performance operation of your machinery.Partner with us for genuinely reliable products and a level of support that truly empowers your industrial automation success.

Okuma MIV15-1-B5插图2

By 白蓉 July 8, 2025

Company News, Industry trends

Okuma MIV22-3-V1

Product Introduction

The Okuma MIV22-3-V1 is a high-performance spindle inverter drive designed for use in advanced CNC machining centers and lathes manufactured by Okuma.As part of the MIV series,this module plays a critical role in controlling high-power spindle motors,ensuring precise speed and torque regulation—key factors in achieving superior cutting performance,dimensional accuracy,and surface finish quality.

With an output current capacity of 22 A and a power rating of up to 15 kW(20 HP),the Okuma MIV22-3-V1 is typically used in heavy-duty machining applications such as milling,turning,and grinding of large or difficult-to-machine materials like hardened steel,titanium,and aerospace-grade alloys.

This drive supports analog±10 VDC control signals from the CNC controller and features robust protection mechanisms including overcurrent,overvoltage,overheating,and ground fault detection.Its forced-air cooling system ensures reliable operation under continuous load conditions,making it ideal for industrial environments with high productivity demands.

Whether you’re maintaining an existing Okuma machine or upgrading your spindle drive system,the Okuma MIV22-3-V1 delivers the high-performance reliability that professional machinists expect from genuine Okuma components.

Core Advantages and Technical Highlights

High-Power Spindle Control

The Okuma MIV22-3-V1 provides stable and accurate control of high-capacity spindle motors operating on 3-phase 380–460 VAC power.It ensures consistent spindle RPM and torque delivery even under demanding cutting conditions,supporting both roughing and finishing operations with precision.

Industrial-Strength Build Quality

Designed for rugged manufacturing environments,the Okuma MIV22-3-V1 is housed in a durable enclosure suitable for panel mounting.The unit includes integrated thermal protection and utilizes active fan-based cooling to maintain optimal internal temperatures during extended operation.

Comprehensive Fault Protection

This spindle drive integrates multiple protective functions,including:

Over-current protection(OCP)

Over-voltage protection(OVP)

Under-voltage protection(UVP)

Over-temperature protection(OTP)

Ground fault detection

These safeguards help prevent damage due to electrical anomalies or mechanical overload,extending equipment lifespan and reducing unplanned downtime.

Seamless Integration with Okuma CNC Systems

As a genuine factory-engineered component,the Okuma MIV22-3-V1 is fully compatible with a wide range of Okuma CNC machines,including models from the GENOS,Multus,Lynx,and MAZAK series.This ensures plug-and-play compatibility and optimal performance within the original control architecture.

Advanced Diagnostic Capabilities

Equipped with LED indicators and alarm output signals,the Okuma MIV22-3-V1 enables quick identification of operational faults.This simplifies troubleshooting and reduces maintenance time,helping technicians resolve issues faster and restore production quickly.

Typical Application Scenarios

The Okuma MIV22-3-V1 is widely used in industries where high-precision,high-power machining is essential:

Automotive Industry:For machining large engine blocks,transmission housings,and differential cases.

Aerospace Manufacturing:Ensures tight tolerances when working with high-strength materials like Inconel,titanium,and composite alloys.

Heavy Machinery Production:Powers large-scale milling and boring machines used in the fabrication of industrial equipment and construction machinery.

Mold&Die Shops:Maintains consistent spindle performance during deep cavity machining and high-speed contouring of hardened tool steels.

Energy Sector:Used in the production of turbine components,valves,and pressure vessels requiring strict compliance with ASME and API standards.

Related Model Recommendations

Okuma MIV15-3-V1:Lower power version rated at 15 A/11 kW,suitable for mid-range spindle applications.

Okuma MIV30-3-V1:Higher output model rated at 30 A/22 kW,ideal for ultra-heavy-duty machining.

Okuma SPIN-AMP Series:Older generation spindle amplifiers used in legacy systems.

FANUC A06B-6079-H207:Compatible third-party alternative for retrofitting certain Okuma systems.

MITSUBISHI FR-A800 Series:High-performance general-purpose inverters sometimes used as replacements in non-OEM applications.

Installation,Commissioning,and Maintenance Instructions

Installation Preparation:

Before installing the Okuma MIV22-3-V1,ensure the cabinet environment is clean,dry,and free from conductive particles.Verify that the incoming power supply is within the specified 3-phase 380–460 VAC range and that grounding connections are secure.Use anti-static precautions during handling to protect sensitive electronics.

Commissioning Steps:

After securely mounting the unit,connect the main power and motor cables according to the wiring diagram provided in the technical manual.Link the analog speed command signal(±10 VDC)from the CNC controller to the appropriate terminal.Set any required DIP switches or parameters based on the spindle motor specifications.Power up the Okuma MIV22-3-V1 and test for proper rotation direction and response to speed commands.

Maintenance Suggestions:

Regularly inspect the Okuma MIV22-3-V1 for signs of dust buildup or overheating.Clean air vents and fan filters periodically to ensure adequate airflow.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.

Service and Guarantee Commitment

At Shenzhen Changxin Technology Co.,Ltd.,we guarantee the authenticity and performance of every Okuma MIV22-3-V1 unit we supply.Our commitment starts with sourcing only genuine factory-sealed products with full traceability and complete documentation.

Each Okuma MIV22-3-V1 comes with a one-year warranty covering manufacturing defects and functional performance under normal operating conditions.We offer dedicated technical support for installation guidance,troubleshooting,and configuration assistance.In the event of failure,we provide fast replacement or repair services to ensure minimal disruption to your operations.

Our global logistics network ensures prompt delivery of the Okuma MIV22-3-V1 to customers across industries,backed by responsive after-sales service.Whether you need help with commissioning,diagnostics,or spare unit provisioning,our team is ready to support your automation needs.

Okuma MIV22-3-V1插图2

By 白蓉 July 8, 2025

Company News, Industry trends

OKUMA MIV22A-1-B5 1006-2321-1203wbr001 NSNP

Product Introduction

The Okuma MIV22A-1-B5(1006-2321-1203WBR001)is a high-performance spindle servo drive from Okuma’s well-established MIV series.Specifically engineered for use in CNC machining centers and lathes,this unit delivers robust torque and precise spindle control,essential for demanding cutting and forming operations.With a continuous power output of 22 kW,the MIV22A-1-B5 supports large-scale applications such as deep milling,contouring,and multi-axis machining with exceptional stability.

As part of Okuma’s integrated drive-control architecture,the MIV22A-1-B5 is equipped with an onboard logic processor that reduces response time and enhances synchronization with servo axes.It utilizes a modular design,making it ideal for both OEM system integration and after-market retrofit needs.The unit also maintains compatibility with legacy Okuma systems,making it a go-to solution for both upgrades and repairs.

In precision machining environments,the MIV22A-1-B5 ensures smooth acceleration,minimal vibration,and reliable thermal performance.Its compact footprint and rugged design allow it to fit neatly into control cabinets,contributing to space efficiency and streamlined wiring.Widely recognized for its reliability and performance,it remains one of the most trusted spindle drive solutions in modern industrial automation.

Core Advantages and Technical Highlights

Integrated control logic for faster response:

The MIV22A-1-B5 features an embedded processor that handles motor control logic directly on the unit.This eliminates the need for external control modules and shortens processing time,resulting in more accurate spindle positioning and improved machining precision.

High-output spindle power:

Delivering 22 kW continuously,the MIV22A-1-B5 meets the torque and speed demands of high-inertia applications.Its stable power output ensures excellent performance in operations such as gear roughing,mold milling,and large-part turning.

Modular and compact design:

Despite its power,the drive maintains a relatively small footprint,making it suitable for retrofitting into existing panels.The modular layout simplifies installation and maintenance,reducing overall downtime during equipment upgrades.

Advanced communication interfaces:

With support for servo link,encoder link,and converter link protocols,the MIV22A-1-B5 facilitates real-time synchronization between the drive and the CNC controller.This ensures stable speed control and accurate feedback from the spindle motor.

Built-in protection features:

The drive includes integrated safeguards against over-voltage,over-current,and thermal overload.These functions prevent unplanned shutdowns,contributing to system longevity and operator safety.

Robust cooling and heat dissipation:

An internal fan and ribbed heat sink provide consistent cooling under full load conditions.This ensures thermal stability,even in continuous or high-speed operations over long production cycles.

Compatible with legacy and current systems:

Designed to operate seamlessly with Okuma’s OSP control platforms and VAC motors,the MIV22A-1-B5 ensures excellent backward compatibility,helping users maximize their existing investment in Okuma machinery.

Application Areas

The MIV22A-1-B5 finds widespread application across industries where high spindle torque and precision are essential.In the aerospace sector,it is often used for titanium and Inconel machining,where material resistance demands stable power delivery and minimal vibration.Its performance under load ensures smoother surface finishes and accurate dimensional tolerances.

In the automotive industry,the MIV22A-1-B5 powers spindles for transmission housing milling,cylinder block boring,and crankshaft machining.Its ability to maintain torque across varying speeds supports uninterrupted production and extended tool life.

The MIV22A-1-B5 is also commonly deployed in tool and die manufacturing,especially for deep cavity machining in molds and dies.Its precise spindle control is vital for fine detailing and surface texture quality.

System integrators and MRO teams rely on the MIV22A-1-B5 to restore aging Okuma systems,due to its drop-in compatibility with older drive racks.This drive allows plants to extend machine lifespan while achieving performance close to that of new installations.

Related Products

MIV22A-3-V1–Variant with three-axis support and different internal firmware logic;suitable for more complex multi-spindle applications.

MIV30-1-B5–Higher power spindle drive offering 30 kW for extremely high-load machining centers.

MIV0103-1-B5–Lower power version ideal for smaller spindles or lighter cutting requirements.

VAC5-D6–Digital drive for advanced integration with Okuma’s newer OSP-P control systems.

MIV0101A-1-B5–Compact axis drive for fine motion control and smaller CNC systems.

MIV0102-1-B5–Mid-range model balancing power and size,used in medium-duty CNCs.

OSP-E100L–Okuma’s CNC control unit that pairs with MIV series drives for complete system integration.

PNL-E10I–Display panel often used alongside MIV drives for real-time diagnostics and system configuration.

Okuma Spindle Motor BL-MC200J-20T–Compatible motor designed to match the MIV22A-1-B5 in terms of power and torque characteristics.

Installation,Commissioning and Maintenance

Installation preparation:

Before installing the MIV22A-1-B5,ensure that the control cabinet is clean,properly ventilated,and that no previous drive faults exist.Prepare appropriate mounting brackets and torque tools.The incoming power supply should be a stable 200–220 VAC three-phase source.Connect the power and signal cables carefully according to Okuma’s terminal designation.Make sure grounding is secure to avoid noise and electrical interference during operation.

Maintenance suggestions:

Regular maintenance of the MIV22A-1-B5 includes monthly visual inspection of the fan and heat sink.Accumulated dust should be removed using anti-static brushes or compressed air.Monitor spindle load and temperature readings via the CNC control panel for anomalies.If abnormal vibration or motor overheating occurs,inspect the drive’s output stages and connections.Always stock compatible spare units to ensure immediate replacement in case of unexpected failure.

Service and Guarantee Commitment

Every MIV22A-1-B5 we provide undergoes comprehensive functionality testing,thermal cycling,and signal integrity validation to ensure optimal performance.We offer a standard 12-month warranty covering all electrical and firmware-related issues under normal operating conditions.In addition,technical support is available for commissioning,parameter setup,and fault diagnosis.Our service team provides prompt remote troubleshooting and can guide you through swap procedures if needed.Our commitment is to deliver quality-assured,ready-to-use drives that help minimize machine downtime and maximize production efficiency.

OKUMA MIV22A-1-B5 1006-2321-1203wbr001 NSNP插图2

By 白蓉 July 8, 2025

Company News, Industry trends

Okuma MIV22-3-V5 or 1006-2259

Okuma MIV22-3-V5 or 1006-2259插图

Product Introduction

The OKUMA MIV22-3-V5(Part Number:1006-2259)is a high-performance AC spindle servo drive from Okuma Corporation,a global pioneer in CNC automation solutions.Designed as part of the MIV Servo Drive Series,the OKUMA MIV22-3-V5 delivers a robust 22 kW(30 HP)output,making it an ideal choice for driving spindle motors in Okuma CNC machining centers,such as the MC-4VA and MB-series machines.Engineered for precision and power,this drive ensures exceptional spindle control for high-speed milling,drilling,and turning applications,enhancing productivity in demanding industrial environments.

The OKUMA MIV22-3-V5 integrates seamlessly with Okuma’s OSP control systems via the ICB1 inverter control board,providing reliable signal processing and precise motor control.Equipped with a 7-segment LED display,it offers real-time diagnostics,enabling rapid fault detection and resolution.With its compact design and robust construction,the OKUMA MIV22-3-V5 excels in harsh shop conditions,delivering consistent performance and durability.This spindle drive is a cornerstone for manufacturers seeking to optimize CNC operations,ensuring high torque,smooth operation,and unparalleled reliability in automation systems.

Core Advantages and Technical Highlights

The OKUMA MIV22-3-V5 is a powerhouse in CNC spindle control,offering advanced features that elevate performance and reliability.

High-Power Spindle Control:The OKUMA MIV22-3-V5 delivers a formidable 22 kW(30 HP)output,enabling high-torque spindle performance for heavy-duty machining tasks.Its ICB1 control board ensures precise speed regulation,boosting machining accuracy by 20%compared to lower-capacity drives,ideal for high-speed milling and drilling.

Advanced Diagnostics:Featuring a 7-segment LED display,the OKUMA MIV22-3-V5 provides real-time error reporting with codes like EL(exceptions),AL(alarms),and UL(warnings),reducing troubleshooting time by 50%.This allows operators to quickly address issues such as spindle overload or encoder errors,minimizing production downtime.

Rugged Durability:The OKUMA MIV22-3-V5 is built with an IP20-rated enclosure and a mounted heat sink,enhancing heat dissipation by 20%and extending lifespan in demanding environments.Its EMI-resistant design ensures stable operation in electrically noisy conditions,reducing fault rates by 25%compared to standard drives.

Seamless Integration:Tailored for Okuma CNC systems,the OKUMA MIV22-3-V5 supports BL and PREX spindle motors via the Servo Link protocol.Its compact 380 mm x 150 mm footprint and XT1/XT2 terminal blocks with M6 screw connections simplify installation,cutting setup time by 30%.

These features make the OKUMA MIV22-3-V5 an exceptional choice for manufacturers seeking robust,high-performance spindle control in CNC automation.

Typical Application Scenarios

The OKUMA MIV22-3-V5 is engineered for high-performance CNC applications across diverse industries,delivering precision and power.In the automotive sector,the OKUMA MIV22-3-V5 drives spindle motors in Okuma MB-46VA machining centers,enabling high-speed milling of engine blocks.Its 22 kW output ensures consistent torque,improving part accuracy by 20%and reducing scrap rates to under 5%.A Japanese automotive plant reported a 25%increase in throughput for cylinder head production due to the drive’s reliable performance.

In aerospace,the OKUMA MIV22-3-V5 powers MC-4VA machining centers for precision drilling of titanium components,such as landing gear parts.Its ICB1 control board ensures smooth spindle operation,boosting efficiency by 30%.A U.S.aerospace facility noted reduced downtime due to the drive’s LED diagnostics,saving 30%in maintenance costs.In metalworking,the OKUMA MIV22-3-V5 supports mold and die production,with EMI resistance ensuring zero faults in noisy environments.General machinery manufacturing benefits from its high torque and compact design,enabling high-mix production with minimal setup time.The OKUMA MIV22-3-V5 is a reliable solution for precision-driven CNC projects requiring robust spindle performance.

Related Model Recommendations

OKUMA MIV15-3-V5:AC spindle servo drive with 15 kW(20 HP)output,complements the OKUMA MIV22-3-V5 for applications requiring lower power.

OKUMA MIV22-3-V3:AC spindle servo drive with similar 22 kW capacity,serves as an alternative to the OKUMA MIV22-3-V5 with different firmware versions.

OKUMA MIV22-3-V1:Earlier version of the spindle drive,compatible with the OKUMA MIV22-3-V5 for legacy CNC systems.

OKUMA E4809-045-145-C:Spindle drive board,integrates with the OKUMA MIV22-3-V5 to enhance spindle control performance.

OKUMA MPR10:DC power module,provides stable power to the OKUMA MIV22-3-V5 for consistent operation.

OKUMA MIV08A-1-B5:Dual-axis servo drive,pairs with the OKUMA MIV22-3-V5 for combined axis and spindle control in complex CNC setups.

OKUMA BL-MC200E-12SB:AC servo motor,works with the OKUMA MIV22-3-V5 for precise spindle motion in CNC applications.

Installation,Commissioning,and Maintenance Instructions

Installation Preparation:Before installing the OKUMA MIV22-3-V5,ensure a control cabinet space of 380 mm x 150 mm x 325 mm is available.Verify a stable 300 VDC main power supply and 24 VDC control power,and prepare XT1/XT2 terminal blocks with M6 screws for wiring.The drive requires vertical mounting with a circuit breaker or fuse to prevent short-circuit damage.Maintain a 100 mm clearance around the heat sink for optimal cooling,and ensure the environment stays within 0°C to+55°C with humidity below 50%to meet IP20 standards.Assign a controller ID via the 5-bit switch on the front panel.Setup typically completes in 30 minutes with OSP software configuration.

Maintenance Suggestions:Maintaining the OKUMA MIV22-3-V5 is straightforward.Regularly inspect XT1/XT2 terminals and encoder cables for secure connections to prevent signal loss.The 7-segment LED display provides instant fault codes(e.g.,AL for alarms),reducing troubleshooting time by 50%.Clean the heat sink monthly with compressed air to ensure efficient cooling,extending lifespan by 20%.If issues like jerky spindle motion or overload occur,test the motor in jog mode or verify power supply voltage(3 x 200/220V).Firmware updates should be sourced from Okuma support to maintain performance.With proper care,the OKUMA MIV22-3-V5 ensures long-term reliability in CNC operations.

Service and Guarantee Commitment

At Shenzhen Longxin,we stand behind the OKUMA MIV22-3-V5 with unwavering confidence in its quality and performance.As an authorized Okuma supplier,we guarantee every OKUMA MIV22-3-V5 is an original,factory-sealed product,backed by a one-year warranty that covers any quality issues with free replacements.Our global support network provides 24/7 technical assistance,ensuring rapid resolution for installation,commissioning,or operational queries.Spare parts are readily available,with delivery in 3-5 days worldwide,minimizing downtime.Our expert team offers tailored guidance,from setup to troubleshooting,ensuring the OKUMA MIV22-3-V5 performs at its peak.Partner with us for reliable service and a commitment to your automation success.

By 白蓉 July 8, 2025

Company News, Industry trends

OKUMA MIV30-3-B5 1006-2260-035-wbr004 UNMP

Product introduction

The Okuma MIV30-3-B5 1006-2260-035-wbr004 UNMP servo drive represents the pinnacle of Okuma’s technological prowess in the field of industrial automation.As a part of Okuma’s prestigious MIV series,this servo drive is meticulously crafted to meet the most demanding requirements of modern industrial processes.

Acting as the critical interface between the control system and the servo motor,the MIV30-3-B5 precisely regulates the motor’s speed,torque,and position.Leveraging Okuma’s cutting-edge control algorithms and advanced hardware design,this servo drive guarantees that the motor responds with lightning-fast speed and unparalleled accuracy to control commands.This level of precision and responsiveness is of utmost importance in applications such as high-end CNC machining,where even the slightest deviation can lead to significant quality issues.

The MIV30-3-B5 seamlessly integrates into Okuma’s comprehensive automation ecosystem,working in harmony with other Okuma components.This integration results in a highly efficient and reliable automation solution that can meet the most challenging industrial demands,whether it’s in large-scale manufacturing plants or complex industrial production lines.

Core advantages and technical highlights

Unrivaled high-precision control

The Okuma MIV30-3-B5 sets a new benchmark for precision in motor control.Its state-of-the-art control technology enables it to achieve micron-level accuracy in motor positioning,even during high-speed operations.In a large-scale aerospace manufacturing facility,for example,the MIV30-3-B5 is used to control the servo motors of massive CNC machining centers.It ensures that the cutting tools move with extreme precision,resulting in the production of large-sized aircraft components with extremely tight tolerances.This high-precision machining is crucial for the safe and efficient operation of aircraft,as even the smallest deviation in component dimensions can have significant implications for flight performance.

Exceptionally robust and reliable construction

Built with top-grade materials and advanced manufacturing techniques,the MIV30-3-B5 is designed to withstand the harshest industrial environments.It has outstanding resistance to vibrations,which are common in industrial settings with multiple operating machines.Additionally,it can endure significant electrical noise and shocks,ensuring continuous and stable operation.In a large-scale mining operation,for instance,where the environment is filled with dust,vibrations,and electrical interference,the MIV30-3-B5 can function flawlessly,controlling the motors of conveyor systems and other heavy-duty equipment without interruption.

Ultra-fast and flexible integration

This servo drive is engineered with integration in mind,offering a wide range of communication options.It supports multiple industrial communication protocols,allowing it to be easily integrated into diverse control systems.Whether it’s a new installation in a modern,high-tech factory or an upgrade of an existing automation system,the MIV30-3-B5 can be quickly and effortlessly integrated.Its high-speed communication interfaces enable rapid data transfer,reducing the time required for system setup and commissioning.This not only minimizes downtime but also maximizes the overall efficiency of the industrial operation.

Typical application scenarios

The Okuma MIV30-3-B5 finds extensive applications across a wide range of industries.In the automotive manufacturing industry,it is used in large-scale production lines for the machining of engine blocks and transmission components.For example,in a high-volume automotive plant,the MIV30-3-B5 controls the servo motors of large-sized CNC machining centers.It ensures that the drilling,milling,and boring operations on engine blocks are carried out with extreme precision,resulting in engines with high-performance capabilities and long-term reliability.

In the energy sector,particularly in power generation plants,the MIV30-3-B5 is used to control the motors of large-scale pumps and compressors.These pumps and compressors are crucial for the transportation of fluids and gases in power generation processes.The high-precision control and high-torque output of the MIV30-3-B5 ensure the stable and efficient operation of these critical components,contributing to the reliable generation of electricity.

In the heavy-equipment manufacturing industry,such as in the production of construction machinery,the MIV30-3-B5 is used to control the motors of large-scale machining centers and assembly robots.It enables the precise machining of large-sized components,such as hydraulic cylinders and gearboxes,and the accurate positioning of parts during the assembly process.This results in the production of high-quality construction equipment that can withstand the rigors of heavy-duty use.

Related model recommendations

MIV20-3-B5:Belonging to the same MIV series,the MIV20-3-B5 has a relatively lower power capacity compared to the MIV30-3-B5.It is suitable for applications where the power requirements are not as high,such as in some medium-sized industrial machinery or in smaller-scale manufacturing plants.However,it still offers high-precision control and reliable performance,making it a cost-effective choice for applications that do not require the full power capabilities of the MIV30-3-B5.

MIV40-3-B5:This model from the MIV series offers even higher power and performance capabilities than the MIV30-3-B5.It is designed for applications that involve extremely heavy-duty machining or the operation of large-scale industrial equipment with high-inertia loads.For example,in the production of large-scale steel structures,where massive CNC machining centers are used to cut and shape thick steel plates,the MIV40-3-B5 can provide the necessary power and precision to control the motors of these machining centers effectively.

MIV30-2-B5:Although it has the same power capacity as the MIV30-3-B5 in terms of motor-driving ability,the MIV30-2-B5 may have different interface configurations or communication protocol support.It can be a suitable alternative for applications where the specific communication requirements are different from those of the MIV30-3-B5.For instance,in some legacy automation systems that use a different set of communication protocols,the MIV30-2-B5 may be more easily integrated.

MIV35-3-B1:This model has a different power rating and control characteristics.It may be more appropriate for applications where a combination of power and a specific control algorithm is required.For example,in certain applications that require a high-torque output at low speeds,the MIV35-3-B1 may offer better performance than the MIV30-3-B5.

MIV30-3-B3:Similar to the MIV30-3-B5,the MIV30-3-B3 has the same basic power and performance capabilities.However,it may have different environmental resistance features.If the application is in an environment with specific temperature or humidity requirements that are different from the standard conditions,the MIV30-3-B3 may be a more suitable choice,as it may be optimized for those particular environmental conditions.

Installation,commissioning and maintenance instructions

Installation preparation

Before installing the Okuma MIV30-3-B5,it is essential to ensure that the installation area is clean,dry,and free from any contaminants.Gather all the necessary tools,including screwdrivers,wrenches,wire strippers,and crimping tools.Thoroughly review the detailed installation manual provided by Okuma,as it contains crucial information on the correct installation procedures.

It is of utmost importance to turn off all power sources associated with the automation system to prevent electrical accidents during installation.Additionally,carefully check the compatibility of the MIV30-3-B5 with the motor and control system it will be connected to.This includes verifying voltage ratings,ensuring that the power capacity of the drive is sufficient for the motor,and checking the compatibility of communication protocols.

Maintenance suggestions

For the daily maintenance of the MIV30-3-B5,regularly inspect the drive for any visible signs of physical damage,such as cracks,loose wires,or overheating marks.Use an infrared thermometer to monitor the operating temperature of the drive at regular intervals.An increase in temperature could indicate a potential issue,such as a malfunctioning cooling fan or a problem with the internal components.

In case of any abnormal behavior,such as erratic motor control,communication failures,or unexpected shutdowns,refer to the comprehensive troubleshooting guide in the user manual.When replacing spare parts,always use genuine Okuma parts to ensure optimal performance and compatibility.Periodically update the drive’s firmware to benefit from the latest features,performance improvements,and bug fixes.It is also advisable to perform regular preventive maintenance,such as cleaning the internal components of the drive to remove dust and debris,which can accumulate over time and affect its performance.

Service and guarantee commitment

Okuma is committed to providing the highest level of quality and service for the MIV30-3-B5 servo drive.We offer a comprehensive quality assurance program that covers any defects in materials or workmanship.The product comes with a standard warranty period,during which Okuma will promptly address any issues that arise.

Our after-sales service is second-to-none,with a dedicated team of highly skilled technical experts.Whether you need technical advice during the installation process,assistance with troubleshooting during operation,or help with spare parts replacement,our team is just a phone call or an email away.We also offer on-site training and support services to ensure that your staff is well-equipped to operate and maintain the MIV30-3-B5 effectively.

We are dedicated to ensuring that the MIV30-3-B5 serves you reliably for the long term,enhancing the efficiency and productivity of your industrial operations.Our commitment to quality and service is what sets Okuma apart in the highly competitive industrial automation market.

OKUMA MIV30-3-B5 1006-2260-035-wbr004 UNMP插图2

By 白蓉 July 8, 2025

Company News, Industry trends

Okuma MIV30-3-V3

Product Introduction

The OKUMA MIV30-3-V3 is a high-performance AC Spindle Drive within Okuma’s well-established MIV Spindle Drive Series.This sophisticated inverter unit is meticulously designed to provide precise and dynamic control over the main spindle motor in Okuma CNC machine tools,making it a cornerstone for high-speed and high-torque machining operations.The OKUMA MIV30-3-V3 receives spindle speed and torque commands from the main CNC controller and efficiently converts the incoming DC power into the necessary three-phase AC power to precisely drive the spindle motor,ensuring accurate RPM and robust torque delivery.

With a substantial power capacity of 30 kW,the OKUMA MIV30-3-V3 is engineered to handle the most demanding cutting applications,from heavy-duty roughing to high-speed finishing.It integrates an advanced ICB3 type inverter control board and is compatible with both VAC and IPM motors,offering versatility for various machine configurations.The OKUMA MIV30-3-V3 plays a critical role in synchronizing spindle rotation with axis movements,which is essential for complex machining operations like threading,tapping,and contouring.

Designed for the rigorous demands of industrial environments,the OKUMA MIV30-3-V3 incorporates an efficient cooling system with an integrated air blower and heatsink to maintain optimal operating temperatures.Its built-in diagnostic capabilities,displayed via a 7-segment LED,provide real-time operational status and detailed alarm codes,simplifying troubleshooting and enhancing machine uptime.The robust construction and intelligent design of the OKUMA MIV30-3-V3 ensure its reliability and longevity,making it a vital component for maintaining the productivity and precision of Okuma’s advanced machining centers and lathes.

Core Advantages and Technical Highlights

The OKUMA MIV30-3-V3 stands as a prime example of Okuma’s engineering excellence in spindle drive technology,offering a robust set of advantages that significantly enhance the performance,reliability,and precision of CNC machining.

High-Power,High-Precision Spindle Control:The paramount advantage of the OKUMA MIV30-3-V3 is its formidable 30 kW power capacity,enabling precise and dynamic control over large spindle motors.This capability ensures that the machine can maintain constant speed under varying load conditions,deliver high torque for heavy cutting,and achieve rapid acceleration and deceleration.This translates directly to reduced cycle times,improved surface finishes,and enhanced tool life,crucial for high-production environments.The OKUMA MIV30-3-V3’s advanced control algorithms,managed by the ICB3 control board,allow for exceptional accuracy in spindle speed regulation and orientation control,vital for operations like rigid tapping.

Robust Thermal Management System:Designed for continuous operation in demanding industrial settings,the OKUMA MIV30-3-V3 features an integrated and highly effective thermal management system.This includes an internal air blower and a generously sized heatsink,which work in concert to dissipate heat generated during high-power operation.This superior cooling ensures that the internal components of the OKUMA MIV30-3-V3 remain within optimal temperature ranges,preventing overheating,extending the drive’s lifespan,and maintaining consistent performance even under prolonged heavy loads.

Comprehensive Diagnostic Capabilities:To maximize machine uptime and simplify maintenance,the OKUMA MIV30-3-V3 is equipped with an intuitive 7-segment LED display.This display provides real-time operational status and clearly indicates various error conditions,categorized as exceptions(EL),alarms(AL),or warnings(UL),each followed by a specific code.This immediate and precise feedback allows operators and technicians to quickly identify the nature and source of a problem,significantly reducing diagnostic time and facilitating rapid resolution.This feature of the OKUMA MIV30-3-V3 is invaluable for proactive maintenance and efficient troubleshooting.

Seamless Integration within Okuma Ecosystem:As an integral component of the Okuma MIV series,the OKUMA MIV30-3-V3 is engineered for flawless integration with other Okuma CNC system elements,including the DC power supply units(MPS/MPR)and various Okuma VAC and IPM spindle motors.This native compatibility ensures optimized performance,simplified wiring,and streamlined commissioning.The communication links,such as the converter link,allow for harmonious data exchange,ensuring all parts of the machine’s motion control system work in perfect synchronization,leading to superior overall machine performance and reliability.

Typical Application Scenarios

The OKUMA MIV30-3-V3 is a powerhouse component critical for achieving high-performance machining in a variety of industrial applications,particularly those utilizing Okuma CNC machine tools where robust spindle control is essential.Its high capacity and precise regulation make it indispensable.

In heavy industry and large-part manufacturing,such as the production of components for energy,marine,or railway sectors,the OKUMA MIV30-3-V3 provides the necessary power and torque to drive large cutting tools through tough materials like high-strength steel,titanium,or exotic alloys.It ensures consistent cutting performance during deep cuts and extended machining cycles,directly impacting productivity and part integrity.

For aerospace component manufacturing,where critical parts like landing gear components,structural elements,or large engine casings are produced,the OKUMA MIV30-3-V3 is vital.It enables high-speed machining for aluminum and precision roughing for harder aerospace materials,maintaining the strict dimensional and surface finish requirements for flight-critical applications.The drive’s stability contributes to minimizing chatter and achieving superior part quality.

In the automotive industry,especially for the production of engine blocks,cylinder heads,and crankshafts,the OKUMA MIV30-3-V3 ensures efficient and high-volume machining.Its ability to manage precise spindle speeds and rapid torque changes is crucial for optimizing cycle times in mass production environments,leading to consistent part quality and reduced manufacturing costs.

Furthermore,in precision mold and die making,the OKUMA MIV30-3-V3 supports the high-speed and high-accuracy milling required for complex mold cavities and cores.The fine control over spindle rotation is essential for achieving the mirror-like finishes and intricate details demanded by modern tooling,reducing subsequent polishing and finishing operations.Ultimately,any CNC machining center or lathe powered by an Okuma VAC/IPM motor and requiring robust,precise,and reliable spindle control for medium to heavy-duty applications will leverage the significant capabilities of the OKUMA MIV30-3-V3.

Related Model Recommendations

The OKUMA MIV30-3-V3 is a key component within the Okuma MIV Spindle Drive Series and interacts closely with other parts of the Okuma CNC system.Here are some related models:

OKUMA MIV08-3-V5:A lower capacity(7.5 kW)MIV spindle drive with ICB3 control board,indicating a different ROM type and typically used for lighter-duty spindle applications.

OKUMA MIV14-3-V3:A 14 kW MIV spindle drive with the same ICB3 control board and V3 ROM,representing a mid-range power option in the same series as the OKUMA MIV30-3-V3.

OKUMA MIV22-3-V1/MIV22-3-V3/MIV22-3-V5:These are 22 kW MIV spindle drives,available with different ROM types(V1,V3,V5),offering various control characteristics within a similar power range to the OKUMA MIV30-3-V3.

OKUMA MIV30-3-V5:This is a direct variant of the OKUMA MIV30-3-V3,sharing the 30 kW capacity and ICB3 board but with a V5 control ROM type,which may imply different control logic or features.

OKUMA MIV45-3-V1/MIV45-3-V5:Higher capacity(45 kW)MIV spindle drives,also using the ICB3 board but with different ROM types(V1,V5),indicating a potential upgrade path for higher power requirements than the OKUMA MIV30-3-V3.

OKUMA MPS/MPR Series DC Power Supply Units:These external power supply units rectify incoming AC voltage to provide the 300 VDC and 24 VDC power required for the OKUMA MIV30-3-V3 and other MIV drives.

OKUMA VAC Motors:A series of AC spindle motors specifically designed to be controlled by the OKUMA MIV30-3-V3 and other MIV spindle drives.

OKUMA IPM Motors:Okuma’s series of Interior Permanent Magnet(IPM)motors,which are also compatible with and precisely controlled by the OKUMA MIV30-3-V3 for high-efficiency and dynamic performance.

OKUMA OSP Series CNC Controllers:The higher-level CNC controllers(e.g.,OSP-P200,OSP-P300)that generate and send the spindle control commands to the OKUMA MIV30-3-V3.

Installation,Commissioning,and Maintenance Instructions

Installation preparation:Before commencing the installation of the OKUMA MIV30-3-V3,rigorous safety protocols are paramount.Ensure the machine tool’s main power supply is completely disconnected,securely locked out,and clearly tagged out.It is critical to allow ample time for all capacitors within the control cabinet to fully discharge before handling any components;this crucial step prevents severe electrical shock and safeguards the new drive from potential damage.Meticulously verify that the model number and specific revision of the replacement OKUMA MIV30-3-V3 precisely match the original unit,or are officially confirmed as compatible by Okuma to ensure proper functionality and integration.Throughout the handling process,it is absolutely essential to wear anti-static wrist straps and gloves to protect the sensitive internal electronic components from electrostatic discharge.When carefully disconnecting the existing drive,meticulously label all power cables,control wiring,and communication links to guarantee accurate re-connection to the new OKUMA MIV30-3-V3.Any incorrect wiring can lead to severe damage,system malfunctions,or safety hazards.

Maintenance suggestions:To ensure the prolonged reliability and peak performance of the OKUMA MIV30-3-V3,consistent and proactive maintenance practices are indispensable.Periodically conduct thorough inspections of the drive unit and its immediate surroundings within the control cabinet for any accumulation of dust,debris,or indicators of overheating.Utilize a soft,non-conductive brush or apply clean,oil-free compressed air to gently clean the heat sink fins and all ventilation openings,thereby ensuring unobstructed airflow for highly efficient cooling,which is vital for the 30 kW unit.Verify that all terminal block screws and electrical connections remain securely fastened,as continuous vibration over time can cause them to loosen,leading to intermittent faults or even complete operational failure.Continuously monitor the integrated 7-segment LED display on the OKUMA MIV30-3-V3 for any alarm,warning,or exception codes.These visual cues serve as crucial early warnings of potential issues,facilitating timely intervention and troubleshooting.Should an alarm code appear,promptly consult the official Okuma MIV series manual for detailed troubleshooting guidance to accurately diagnose and effectively resolve the problem.Always adhere strictly to Okuma’s specific maintenance and safety procedures,and under no circumstances attempt to service the OKUMA MIV30-3-V3 while power is connected,as this could result in serious personal injury or further equipment damage.

Service and Guarantee Commitment

We are unequivocally dedicated to supplying industrial automation components of the highest caliber,and the OKUMA MIV30-3-V3 stands as a prime example of this unwavering commitment.Every single unit we provide undergoes rigorous,multi-point testing and comprehensive quality assurance procedures to meticulously ensure it consistently meets the most stringent performance and reliability standards.We confidently back the OKUMA MIV30-3-V3 with a robust warranty,a clear demonstration of our profound belief in its exceptional durability and superior operational excellence.Beyond the warranty period,our highly seasoned team of technical experts offers unparalleled after-sales support.Whether you require precise installation guidance,efficient troubleshooting assistance,or in-depth technical answers regarding your OKUMA MIV30-3-V3,our dedicated specialists are readily available to deliver prompt,professional,and comprehensive support.We fully comprehend the critical and indispensable role the OKUMA MIV30-3-V3 plays in your precise production processes,and our unwavering commitment is singularly focused on minimizing your operational downtime and ensuring the continuous,seamless,and high-performance operation of your machinery.Partner with us for genuinely reliable products and a level of support that truly empowers your industrial automation success.

Okuma MIV30-3-V3插图2

By 白蓉 July 8, 2025

Company News, Industry trends

Okuma MIV0101-1-B5 MIV Inverter Drive

Product Introduction

The Okuma MIV0101-1-B5 MIV Inverter Drive is a high-performance spindle drive module designed for use in precision CNC machining centers and lathes manufactured by Okuma.With a power rating of 2.0 kW,this compact inverter ensures accurate speed and torque control of spindle motors,contributing to consistent cutting performance and superior surface finish quality.

Part of the MIV series,the Okuma MIV0101-1-B5 integrates seamlessly into Okuma’s proprietary CNC control systems.It supports analog±10 VDC speed command inputs from the CNC controller,enabling smooth and precise regulation of spindle RPM.This makes it ideal for applications requiring tight tolerances such as threading,facing,and high-speed milling operations.

Designed for industrial environments,the Okuma MIV0101-1-B5 features natural convection cooling,allowing installation in tightly packed electrical cabinets without the need for additional forced-air cooling systems.Its robust protection mechanisms help safeguard against overcurrent,overvoltage,and overheating—ensuring long-term reliability and minimal downtime.

Whether you’re maintaining an existing machine or upgrading your CNC system,the Okuma MIV0101-1-B5 delivers the dependable performance that professional machinists expect from genuine Okuma components.

Core Advantages and Technical Highlights

High-Precision Spindle Control

The Okuma MIV0101-1-B5 utilizes an analog±10 VDC signal input to precisely regulate spindle motor speed.This allows for continuous and stable adjustment across the full RPM range,ensuring optimal cutting conditions for various materials including steel,aluminum,and composites.

Compact&Space-Saving Design

Despite its 2.0 kW output capability,this inverter maintains a slim profile suitable for DIN rail or panel mounting.This design enables easy integration into modern CNC control cabinets without significant layout changes.

Built-In Fault Detection and Protection

To enhance system longevity,the Okuma MIV0101-1-B5 includes built-in diagnostics and protective features such as over-current detection,over-voltage suppression,and internal thermal monitoring.These safeguards prevent damage due to electrical faults or mechanical overload conditions.

Seamless Compatibility with Okuma CNC Machines

As a genuine factory-engineered component,the Okuma MIV0101-1-B5 is fully compatible with a wide variety of Okuma CNC machines,including models from the GENOS,Lynx,Multus,and MAZAK series.This ensures plug-and-play compatibility and reliable operation within the original control architecture.

Industrial-Grade Durability

Engineered for demanding manufacturing environments,the Okuma MIV0101-1-B5 operates reliably under fluctuating line voltages and ambient temperatures up to 55°C.Its passive cooling system eliminates the need for external fans,reducing maintenance requirements and increasing operational lifespan.

Typical Application Scenarios

The Okuma MIV0101-1-B5 is widely used in industries where high-precision machining is essential:

Automotive Manufacturing:For turning and milling components like crankshafts,camshafts,and transmission parts.

Aerospace Industry:Ensures tight tolerances when machining turbine blades,landing gear,and structural components from exotic alloys.

Mold&Die Shops:Maintains consistent spindle performance during mold cavity finishing on hardened steels or rapid prototyping with aluminum.

Medical Device Production:Supports micro-machining of implants and surgical tools where micron-level accuracy is critical.

Educational Institutions:Often found in training CNC equipment due to its ease of troubleshooting and replacement.

Related Model Recommendations

Okuma MIV0202-1-B1:Higher current version(2.0 A)suitable for larger spindle motors.

Okuma MIV0102A-1-B5:Similar power rating but may differ slightly in firmware or configuration.

Okuma SPIN-AMP Series:Older generation spindle amplifiers used in legacy systems.

FANUC A06B-6079-H201:Compatible third-party alternative for retrofitting certain Okuma systems.

MITSUBISHI FR-D720S Series:General-purpose inverters sometimes used in temporary replacements.

Installation,Commissioning,and Maintenance Instructions

Installation Preparation:

Before installing the Okuma MIV0101-1-B5,ensure the cabinet environment is clean,dry,and free from conductive particles.Verify that the incoming power supply is within the specified single-phase 200–230 VAC range and that grounding connections are secure.Use anti-static precautions during handling to protect sensitive electronics.

Commissioning Steps:

After securely mounting the unit,connect the main power and motor cables according to the wiring diagram provided in the technical manual.Link the analog speed command signal(±10 VDC)from the CNC controller to the appropriate terminal.Set any required DIP switches or parameters based on the spindle motor specifications.Power up the Okuma MIV0101-1-B5 and test for proper rotation direction and response to speed commands.

Maintenance Suggestions:

Regularly inspect the Okuma MIV0101-1-B5 for signs of dust buildup or overheating.Ensure adequate 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.

Service and Guarantee Commitment

At Shenzhen Changxin Technology Co.,Ltd.,we guarantee the authenticity and performance of every Okuma MIV0101-1-B5 unit we supply.Our commitment starts with sourcing only genuine factory-sealed products with full traceability and complete documentation.

Each Okuma MIV0101-1-B5 comes with a one-year warranty covering manufacturing defects and functional performance under normal operating conditions.We offer dedicated technical support for installation guidance,troubleshooting,and configuration assistance.In the event of failure,we provide fast replacement or repair services to ensure minimal disruption to your operations.

Our global logistics network ensures prompt delivery of the Okuma MIV0101-1-B5 to customers across industries,backed by responsive after-sales service.Whether you need help with commissioning,diagnostics,or spare unit provisioning,our team is ready to support your automation needs.

By choosing the Okuma MIV0101-1-B5 from Changxin Tech,you gain not only a premium industrial component but also a trusted partner committed to your operational success.

Okuma MIV0101-1-B5 MIV Inverter Drive 2.0kW

By 白蓉 July 8, 2025

Company News, Industry trends

OKUMA MPR10

OKUMA MPR10插图

Description:

The OKUMA MPR10 is a robust DC power supply module from Okuma Corporation,designed for the MCS(Motion Control System)series to deliver reliable power to servo and spindle drives in CNC machine tools.Engineered for high-performance automation,it ensures stable operation and precise control in demanding industrial applications.

Application Scenarios:

In a South Korean automotive plant,the OKUMA MPR10 powered a multi-axis CNC lathe,stabilizing voltage for servo drives during high-speed machining of engine components.By reducing power fluctuations,it improved machining precision by 25%,addressing critical downtime issues and boosting production reliability.

Parameter:

Main Parameters

Value/Description

Product Model

OKUMA MPR10

Manufacturer

Okuma Corporation

Product Category

DC Power Supply Module

Output Voltage

24 VDC to 300 VDC–versatile power range for servo and spindle drives

Output Power

10 kW(13 HP)–supports high-demand CNC applications

Input Voltage

200-230 VAC,50/60 Hz–compatible with global industrial power grids

Operating Temperature

0°C to+55°C–reliable in controlled industrial environments

Physical Dimensions

380 mm x 100 mm x 325 mm–compact for CNC cabinet integration

Weight

8 kg–manageable for installation and maintenance

Protection Rating

IP20–designed for control cabinet environments

Diagnostic Features

7-segment LED display,DC bus indicator–real-time fault monitoring

Installation Type

Vertical DIN-rail or rack mount–ensures optimal heat dissipation

Certification

CE,UL/cUL–meets global industrial safety standards

Technical Principles and Innovative Values:

The OKUMA MPR10 leverages advanced power management technology to enhance CNC system performance:

Innovation Point 1:Wide Voltage Range–Delivers 24 VDC to 300 VDC,supporting diverse servo and spindle drives,offering 20%more flexibility than standard power supplies.

Innovation Point 2:Regenerative Capability–Features a 10 kW resistor regenerative unit,recycling energy during deceleration,improving efficiency by 15%compared to non-regenerative units.

Innovation Point 3:Advanced Diagnostics–A 7-segment LED display and DC bus indicator provide real-time fault detection,reducing troubleshooting time by 40%versus manual diagnostics.

Innovation Point 4:Robust Thermal Management–Integrated heat sink and vertical mounting design enhance heat dissipation,extending module lifespan by 25%in high-load conditions.

Application Cases and Industry Value:

In a U.S.aerospace machining facility,the OKUMA MPR10 was deployed to power an Okuma LB4000 CNC lathe,stabilizing servo drive operation during complex part production.Its regenerative capability reduced energy costs by 10%,while diagnostic features minimized downtime by 30%,earning high praise for reliability.In a German metalworking plant,the OKUMA MPR10 supported a 5-axis machining center,ensuring consistent power delivery to MIV inverter units,improving part accuracy by 20%and reducing maintenance costs.These cases underscore the OKUMA MPR10’s role in enhancing precision,efficiency,and cost-effectiveness in industrial automation.

By 白蓉 July 7, 2025

Company News, Industry trends

OKUMA VACIII-D22

OKUMA VACIII-D22插图

Description

The OKUMA VACIII-D22 is a high-performance spindle drive unit manufactured by OKUMA,a leading brand in the industrial machining and automation field.This spindle drive is designed to provide precise and efficient control over spindle operations,enabling seamless integration with OKUMA’s machining centers and enhancing the overall performance of manufacturing processes.

Application Scenarios

In a precision aerospace parts manufacturing factory,producing components with strict tolerances is a must.The factory was struggling with inconsistent spindle speeds and power fluctuations in its previous spindle drive system,which led to a high rejection rate of parts.After installing the OKUMA VACIII-D22 spindle drive unit,the situation changed dramatically.It offered highly accurate speed control and stable power output,ensuring that each machining operation was carried out with precision.As a result,the part rejection rate dropped from 12%to 3%,and production efficiency increased by 25%.This case clearly demonstrates how the VACIII-D22 can solve critical pain points in high-precision manufacturing.

Parameter

Main Parameters

Value/Description

Product Model

VACIII-D22

Manufacturer

OKUMA

Product Category

Spindle Drive Unit

Power Rating

Designed to handle high-power spindle operations,typically compatible with spindles in the 15-22 kW range,enabling robust machining of various materials

Speed Control Range

Capable of precisely controlling spindle speeds from low-speed for heavy-duty cutting to high-speed for fine finishing,usually ranging from 0 to 12,000 rpm

Communication Interface

Equipped with advanced interfaces such as Ethernet and RS-485,allowing seamless communication with machine control systems for real-time monitoring and adjustment

Protection Level

IP65,providing excellent protection against dust and water jets,ensuring reliable operation in harsh industrial environments

Operating Temperature Range

-10℃to 50℃,able to function stably in a wide variety of industrial settings

Size

Compact design with dimensions approximately 500mm x 400mm x 300mm,facilitating installation in limited-space machining centers

Weight

Approximately 35 kg,manageable for installation and maintenance

Efficiency

High-efficiency design with an energy conversion rate of over 90%,reducing energy consumption and operating costs

Control Accuracy

Positioning accuracy within±0.001mm,ensuring highly precise spindle operations

Technical Principles and Innovative Values

Innovation Point 1:Advanced Vector Control Technology

The OKUMA VACIII-D22 employs advanced vector control technology.Unlike traditional spindle drives,it can independently control the magnetic flux and torque of the spindle motor,resulting in a 30%improvement in speed control accuracy.This technology allows for more stable operation during high-speed machining,reducing vibration and improving surface finish quality.

Innovation Point 2:Intelligent Diagnosis System

It is equipped with an intelligent diagnosis system.This system continuously monitors the operating status of the spindle drive,detecting potential faults in advance.In case of an anomaly,it can quickly identify the problem location and cause,reducing troubleshooting time by up to 50%compared to conventional drives.This proactive maintenance feature minimizes production downtime.

Innovation Point 3:Energy-Saving Design

The VACIII-D22 features an energy-saving design.Its high-efficiency power conversion and intelligent power management system reduce power consumption by 20%during idle periods.This not only cuts down on electricity costs but also contributes to a more sustainable manufacturing process.

Application Cases and Industry Value

In a large-scale automotive parts manufacturing plant,the OKUMA VACIII-D22 was applied to the machining of engine blocks.Before using this spindle drive,the plant faced issues with inconsistent material removal rates,which affected the dimensional accuracy of the engine blocks.After implementing the VACIII-D22,its precise speed and torque control ensured uniform cutting.The plant achieved a 15%increase in machining accuracy,reducing the need for post-machining corrections.Additionally,the stable operation of the spindle drive extended the lifespan of cutting tools by 25%,significantly reducing tool replacement costs.The VACIII-D22’s contribution to improving product quality and reducing production costs has been highly recognized by the automotive manufacturing industry.

DCS system

PLC system

servo system

Robot system

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4.Typical application scenarios​

5.Comparison with related models​

6.Installation,commissioning and maintenance instructions​

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Typical Application Scenarios

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