Tag: Yaskawa

Yaskawa CP-317/DO-01 Digital Output Module

The YASKAWA CP-317/DO-01 Digital Output Module is designed for precise control in industrial automation applications.

It offers reliable performance and efficient operation, making it an ideal choice for various industries including manufacturing, automotive, and more.

Module Type:Digital Output Module

Model:CP-317/DO-01

Manufacturer:Yaskawa

Communication Interface:Built-in relay outputs

Output Channels:16 channels

Rated Voltage:24V DC

Current Rating per Channel:0.5A

Protection Rating:IP20

Operating Temperature Range:-10°C to +60°C

Dimensions:110mm x 80mm x 50mm

Weight:0.5kg

CP-317DO-01

The YASKAWA CP-317/DO-01 is meticulously designed to deliver consistent and dependable performance in industrial automation applications.

With its robust construction and precise engineering, it ensures long-term reliability and minimal downtime.

This module supports up to 8 channels of digital output, each capable of handling up to 0.5 A of current. The output voltage is 24V DC, making it suitable for a wide range of industrial devices and machinery.

CP-317DO-01

The CP-317/DO-01 features a compact design that allows for easy installation in tight spaces without compromising on performance or functionality.

Its operating temperature range from -10°C to +60°C ensures it can withstand harsh environmental conditions.

The module’s low power consumption and lightweight design contribute to energy efficiency and reduced maintenance costs.

Additionally, its simple yet effective design makes it user-friendly and easy to integrate into existing control systems.

Designed for seamless compatibility with other YASKAWA products and third-party equipment, the CP-317/DO-01 enhances the flexibility and scalability of your automation system.

Whether you are upgrading an existing setup or building a new one, this module is a valuable addition to your industrial control infrastructure.

Yaskawa CP-317/218IF High-Speed System Controller

The Yaskawa CP-317/218IF is a high-performance integrated controller part of the Control Pack (CP) and CP-9200SH series.

It is designed for large-scale industrial systems requiring rapid sequence control and sophisticated motion synchronization.

The model name refers to the combination of the CP-317 CPU module and the 218IF communication interface, which provides Ethernet connectivity.

This allows the controller to act as a master station for complex manufacturing plants, coordinating between multiple sub-controllers, HMIs, and engineering workstations.

Technical Parameter Table

Parameter	Specification
Manufacturer	Yaskawa Electric (Japan)
Model	CP-317 (CPU) with 218IF (Communication)
Processor	32-bit High-speed RISC Processor
Scan Method	Constant-period scanning (High-speed & Low-speed levels)
Scan Time Setting	1 ms to 300 ms (Units of 0.1 ms)
Program Memory	Large capacity (Up to 512k steps in some revisions)
Communication (218IF)	Ethernet (10/100 Mbps), Supports MEMOBUS/TCP
Redundancy	ECC (Error Check and Correct) memory & FPGA self-diagnosis
I/O Capacity	Expandable via mounting bases (Up to 4 racks total)
Programming Tool	MPE720 Engineering Tool (Ladder / SFC)

Product Advantages and Features

High-Speed Execution: Designed for complex arithmetic and high-speed motion synchronization, making it ideal for high-throughput production lines.

Open Networking: The 218IF module provides robust Ethernet communication, supporting standard protocols like MEMOBUS/TCP and Modbus/TCP for seamless integration with third-party software (SCADA/HMI).

CP-317/218IF

Fault Tolerance: Features ECC memory to automatically correct single-bit errors and detect multi-bit errors, ensuring system stability in environments with high electrical noise.

Backward Compatibility: Fully compatible with earlier CP-series hardware and software, allowing for easy upgrades of legacy systems without rewiring.

Multi-Level Programming: Supports hierarchical drawing (DWG) structures, enabling engineers to separate high-speed control tasks from background monitoring tasks.

CP-317/218IF

Application Cases

The CP-317/218IF is commonly found in “heavy” automation sectors:

Steel and Metallurgy: Controlling rolling mills and blast furnace charging systems where reliability and speed are paramount.

Water & Sewage Treatment: Serving as the master controller for wide-area distributed I/O systems in municipal infrastructure.

Automobile Assembly: Coordinating large robotic welding lines and synchronized conveyor systems.

Papermaking & Printing: Managing complex tension control and high-speed synchronization between multiple rollers.

Other Models in the Same Series

The CP series includes various CPU and interface combinations to suit different system scales:

CPU & Master Modules

CP-317M: The enhanced version of the CP-317 with higher memory and faster processing.

CP-3550: A high-end controller allowing up to four “virtual CPUs” in a single mainframe for parallel processing.

CP-9200SH: The overarching series name for these high-performance machine controllers.

Interface (IF) Modules

215IF: High-speed real-time core network (shared memory style).

217IF: Serial communication module (RS-232C / RS-422 / RS-485).

218TXB: A newer variant of the 218IF Ethernet module (Electrical/RJ45).

218FXB: Optical Ethernet variant for long-distance or high-noise communication.

Features:

Integrated Controller

Incorporates All Functions for General Machine Control

Optimum High Class Controller for Industrial Machinery

Performs High Speed Complete Synchronized Operation

The CP9200SH is an integrated controller which combines sequence control and motion control, incorporating all necessary functions for general machine control.

It is an optimum high class controller for industrial machinery which performs high speed, complete synchronized operation.

The modular design is organized into modules for each function.

The basic configuration consists of a power module, CPU module, and an SVA module.

Adding various types of other modules to this basic configuration makes it possible to expand your system.

Product Description

YASKAWA CP-317/217IF is a high-performance communication interface module engineered specifically for Yaskawa’s MP Series machine controllers, designed to enable seamless data exchange between controllers, HMIs, and external industrial devices in precision manufacturing and automation applications.

This module acts as a critical connectivity hub, supporting multiple industrial protocols to integrate Yaskawa’s motion control systems with third-party equipment such as PLCs, sensors, and SCADA platforms.

YASKAWA CP-317/217IF features a rugged industrial design with enhanced electromagnetic interference (EMI) protection, ensuring stable operation in harsh factory environments characterized by high vibration, temperature fluctuations, and electrical noise.

YASKAWA CP-317/217IF is fully compatible with Yaskawa’s MP3000/MP2000 controllers and MotionWorks software, allowing for plug-and-play integration and simplified system configuration without additional adapters.

CP-317217IF

Technical Parameters

Device Type: Communication Interface Module for Yaskawa MP Series Machine Controllers

Supported Protocols: Ethernet/IP, Modbus TCP/RTU, PROFINET IO, Yaskawa MECHATROLINK-III

Communication Ports: 2× Gigabit Ethernet ports, 1× RS-485 port, 1× internal MECHATROLINK-III port

Data Transfer Rate: Up to 1 Gbps (Ethernet), 100 Mbps (MECHATROLINK-III)

Operating Voltage: 24 V DC ±10%

Operating Temperature Range: -10°C to +60°C

Protection Rating: IP20 (cabinet-mounted installation)

Isolation: 2500 V AC between communication ports and controller logic

Compatibility: Yaskawa MP3000/MP2000 Machine Controllers, MotionWorks IEC Software, Yaskawa HMIs

Certifications: CE, UL, CSA, IEC 61131-2. RoHS Compliant

Advantages and Features

CP-317217IF

Multi-Protocol Flexibility

YASKAWA CP-317/217IF supports a comprehensive range of mainstream industrial communication protocols, eliminating the need for protocol converters and enabling smooth integration with both Yaskawa and third-party automation equipment. This flexibility reduces system complexity and deployment costs.

High-Speed Real-Time Data Transmission

With Gigabit Ethernet and MECHATROLINK-III support, YASKAWA CP-317/217IF delivers ultra-low latency data transfer, critical for synchronized motion control applications such as multi-axis robotic systems and high-speed packaging lines.

Rugged Industrial Design

Equipped with EMI shielding and reinforced circuit boards, YASKAWA CP-317/217IF resists electrical interference from nearby motors and power equipment, maintaining stable communication even in high-noise factory settings. Its wide operating temperature range also suits diverse industrial environments.

Seamless Yaskawa Ecosystem Integration

Optimized for Yaskawa’s MP Series controllers, YASKAWA CP-317/217IF integrates seamlessly with MotionWorks software for one-click configuration, real-time diagnostics, and motion control parameter tuning. It also supports remote monitoring for predictive maintenance.

High Reliability and Durability

Built with industrial-grade components and a fanless design, YASKAWA CP-317/217IF has a mean time between failures (MTBF) of over 150.000 hours, ensuring long-term, maintenance-free operation in continuous production environments.

Application Cases

Robotic Assembly Lines: YASKAWA CP-317/217IF enables real-time communication between Yaskawa MP controllers and articulated robots, synchronizing multi-axis movements to achieve precise component assembly in automotive electronics manufacturing.

High-Speed Packaging Machinery: Integrated into Yaskawa-controlled packaging lines, the module connects motion controllers to sensors and conveyor drives, ensuring accurate product positioning and reducing packaging errors by 30%.

Semiconductor Manufacturing Equipment: Used in wafer handling systems, YASKAWA CP-317/217IF supports high-speed data exchange for ultra-precise motion control, meeting the strict accuracy requirements of semiconductor processing.

Yaskawa CIMR-M5D2018 VS-626M5 Spindle Inverter

The Yaskawa CIMR-M5D2018 is a high-performance AC Spindle Drive belonging to the Varispeed-626M5 (VS-626M5) series.

1 Unlike general-purpose industrial drives, this model is a vector-controlled inverter specifically engineered for machine tool spindle applications.

It is designed to work in tandem with a power regenerative converter (such as the VS-656MR5) to return energy to the power line during motor deceleration, significantly improving energy efficiency.

Technical Parameter Table

Parameter	Specification
Manufacturer	Yaskawa Electric (Japan)
Model	CIMR-M5D2018 (Series: VS-626M5)
Capacity	18.5 kW / 22 kW (Typical based on duty rating)
Input Voltage	200V Class (DC Bus Input: 270–325 VDC)
Output Voltage	3-Phase 0–230 VAC
Rated Output Current	Approx. 75 A – 85 A (Varies by load profile)
Control Method	Sine-wave PWM Inverter (Vector Control)
Speed Control Range	40 rpm to maximum motor speed
Speed Regulation	±0.2% or less of maximum speed
Weight	Approx. 12.25 kg (27 lbs)

Product Advantages and Features

High-Precision Vector Control: Provides exceptional torque control and speed stability, which is critical for high-quality surface finishes in machining.

Energy Savings: When paired with a regenerative converter, it recycles braking energy back into the power grid rather than dissipating it as heat.

Compact Integration: Specifically designed for CNC cabinets where space is at a premium, featuring a high power-to-size ratio.

Wide Speed Range: Supports both low-speed high-torque cutting and high-speed finishing within a single spindle motor setup.

CIMR-M5D2018

Reliability: Includes thermal protection for the motor and drive, overcurrent/overvoltage prevention, and ground fault protection.

CIMR-M5D2018

Application Cases

The CIMR-M5D2018 is a standard component in high-end manufacturing environments:

CNC Machining Centers: The primary drive for main spindles in 3-axis and 5-axis milling machines.

Lathes & Turning Centers: Managing the heavy-duty start/stop cycles of turning spindles.

Grinding Machines: Ensuring constant surface speed regardless of the grinding wheel’s diameter change.

High-Speed Woodworking: Precise control of routers and shapers requiring rapid acceleration.

Other Models in the Same Series

The VS-626M5 series scales according to the kilowatt (kW) requirement of the spindle motor:

200V Class Models

CIMR-M5D23P7: 3.7 kW Small Capacity.

CIMR-M5D27P5: 7.5 kW Medium Capacity.

CIMR-M5D2011: 11 kW Capacity.

CIMR-M5D2015: 15 kW Capacity.

CIMR-M5D2022: 22 kW High Capacity (Step up from 2018).

400V Class Models

CIMR-M5N45P5: 5.5 kW.

CIMR-M5N4011: 11 kW.

CIMR-M5N4018: 18.5 kW.

Yaskawa CACR-HR10BB Multi-Function Position Controller

The Yaskawa CACR-HR10BB is a high-performance AC Servo Drive (Servopack) belonging to the legacy HR Series.

1 It is defined as a general-purpose multi-function position controller that integrates Yaskawa’s software-based positioning control technologies.

This series was specifically developed for advanced Factory Automation (FA) and Flexible Manufacturing Systems (FMS).

The “BB” designation indicates it is a Base-Mounted Type, as opposed to the “AB” rack-mounted versions.2

Technical Parameter Table

Parameter	Specification
Manufacturer	Yaskawa Electric (Japan)
Model	CACR-HR10BB
Device Type	AC Servopack / Servo Drive
Mounting Style	Base-Mounted
Input Voltage	3-Phase 200–230 VAC (+10% to -15%), 50/60 Hz
Output Voltage	3-Phase 0–230 VAC
Capacity / Power	1.0 kW
Rated Current	7.6 A to 8.0 A (Approx. varies by revision)
Control System	Software-based multi-function position control
Weight	Approx. 6.0 kg to 6.9 kg
Operating Temperature	0°C to +55°C

Product Advantages and Features

Integrated Positioning: Unlike standard speed-control drives, the HR series features a built-in position controller, reducing the need for high-level motion control hardware in some applications.

High Reliability: Built-in protection circuits prevent damage from overvoltage, overcurrent, abnormal regeneration, and voltage drops.

Maintainability: Includes a display function on the front panel to monitor status and troubleshoot via specific alarm codes.

Flexible Feedback: Compatible with Yaskawa’s precision optical encoders for high-accuracy positioning.

Dynamic Response: Optimized for quick response and stability even under adverse operating conditions or low-speed ranges.

CACR-HR10BB

Application Cases

The CACR-HR10BB is typically found in vintage and robust industrial machinery:

CNC Machine Tools: Precision control of feed axes in milling, turning, and grinding machines.3

Robotic Arms: Acting as the joint control drive for early-generation industrial robots requiring coordinated motion.

Injection Molding: Controlling the high-speed movements and positioning of molds and ejectors.

Textile & Printing: Managing high-speed synchronization in printing presses or textile weaving machines.

Automated Assembly: Used in dedicated assembly lines for electronics and semiconductor manufacturing.

Other Models in the Same Series

The CACR-HR series is divided by capacity (kW) and mounting style. Common variants include:

Capacity Variants (1-Axis)

CACR-HR05BB: 0.5 kW version.

CACR-HR15BB: 1.5 kW version.

CACR-HR20BB: 2.0 kW version.

CACR-HR30BB: 3.0 kW version.

CACR-HR44BB: 4.4 kW version.

Related Hardware

CACR-HRxxAB: Rack-mounted versions of the same controllers.

CACR-IR Series: Specifically designed for current command inputs (often used with older CNC controllers).

USA (M, F, G, S) Series Motors: The AC Servomotors typically paired with the HR10BB Servopack.

Since the transistor inverter (VS-616T) of Yaskawa Electric was launched in 1974, the cumulative number of inverter shipments has exceeded 30 million.
As one of the pioneers in motor control, it has developed numerous drive technologies such as vector control, digital control, and IGBT(Insulated Gate Bipolar TRAN-Resistor) drive. And through the achievements of these technological developments, they have “penetrated into multiple industries”, making significant contributions to enhancing factory production efficiency, energy conservation, and reducing CO2 emissions.

The inverter business has established a global sales and service network, implementing pre-sale services (technical proposals) and after-sale services directly related to the regions. In addition, we have a mother factory in Japan and five bases in the United States, Europe, China and India. We integrate the demands of each region for development and production, and are deeply trusted by our customers.

In 2017, new series of frequency converters were launched, namely “High-Performance Multi-functional Frequency Converter GA700” and “Lifting Multi-functional Frequency Converter CH700”.
In 2019, Yaskawa launched the “Small High-performance Inverter GA500”. The new series of inverters inherits the high quality that Yaskawa takes pride in and, with the concepts of “versatility”, “ease of use” and “peace of mind”, provides suitable “answers” to the problems existing in customers.

Yaskawa GA700 high-performance multi-functional frequency converter

For Your Appilcations

~ Here is the “answer” you want ~

The GA700 of the new inverter series inherits the high-quality inverter heritage that Yaskawa takes pride in and is born from the product concepts of “versatility”, “ease of use” and “peace of mind”.

By leveraging new motor control to achieve high efficiency, integrating peripheral devices to reduce system costs, and relying on excellent environmental adaptability that can be used worldwide, we provide “answers” to the problems existing for our customers.

Has your machinery been performing at its best?

Yaskawa Electric, relying on its long-term accumulated motor control technology, can provide any machinery that meets customer expectations

Outstanding performance.

Even without an encoder, high torque can be achieved at startup

High-speed operation

Due to the significant improvement in basic performance, induction motors and synchronous motors can be driven at a maximum frequency of 590Hz. Thus, the miniaturization of machinery can be achieved through gearless operation and the miniaturization of motors.

Are you troubled by how to reduce costs?

By adding the function of peripheral devices to the main body of the frequency converter, no peripheral devices are needed, which can save space.

Wiring and labor are reduced to lower the total cost.

Are you preparing to advance IoT?

We have prepared all the purchase cards that can handle major industrial networks.

Gateway connection method

Convert the industrial network protocol to RS-485.1. One communication purchase card can control up to five frequency converters at most. It is suitable for fans, pumps and compressors that require multi-unit control and have no limit on communication speed.

Have you spent a lot of effort on adjustments or troubleshooting?

By taking advantage of the refreshed operator and the wizard function of the dialogue mode, the setup time and downtime have been significantly reduced.

The abnormal status can be confirmed without the main circuit power supply

By connecting the DC24V control power supply, abnormal conditions can be confirmed without connecting the main circuit power supply, and repair operations can be carried out safely.

Parameter setting can be performed without the main circuit power supply *

The parameters of the frequency converter can be managed through a single operator. By connecting the operator to the computer via USB, parameters can be edited within the operator even without the main body of the frequency converter. Even when it is impossible to prepare the main circuit power supply, necessary Settings can be made in advance.

Have you spent a lot of time dealing with malfunctions?

Through cooperation with smartphone applications and PC support tools as well as cloud management, the maintenance and upkeep services for the life cycle of frequency converters have been strengthened.

Support tool DriveWizard

Just connect the frequency converter to the computer, and the parameters of the frequency converter can be managed in a unified manner. Equipped with various functions such as monitoring, parameter editing, curve operation, and oscilloscope, it makes the adjustment and maintenance of the frequency converter more convenient.

Yaskawa GA500 Small high-performance frequency converter

Yaskawa GA500 Small high-performance frequency converter

Yaskawa Electric always stands in the customers’ shoes and provides them with frequency converters that meet their needs with uncompromising quality. The GA500 not only embodies the product concepts of “versatility”, “ease of use” and “peace of mind” of the new frequency converter series, but is also born as a miniaturized frequency converter that adopts innovative PM motor control and enables users’ machinery and equipment to operate without shutdown. It has brought epoch-making progress to users’ machines and equipment with its leading performance among small-sized models.

Features

It remains stably driven under impact loads

With Yaskawa’s PM motor control technology, the magnetic pole position of the PM motor can be detected and operated without sensors, thereby outputting 100% torque at zero speed.

Reduce the number of parts

Convert the industrial network protocol to RS-485. One communication purchase card can control up to five frequency converters at most

Provide support for the startup and maintenance of machinery and equipment

Support tool DriveWizard

Just connect the frequency converter to the computer via USB, and the parameters can be managed in a unified manner. In addition, the oscilloscope function can be used for monitoring, which is helpful for maintenance.

It can also respond promptly when a malfunction occurs

Abnormal confirmation and parameter setting can be carried out without the main power supply.

Even if a malfunction occurs, it can be restored immediately

In case the frequency converter malfunctions, there is no need to disassemble and reassemble the control wiring or reset the parameters. The frequency converter can be effectively replaced in a short time simply by replacing the control circuit board. There are also a variety of parameter backup methods available.

· Standard operator: Can store the parameters of 1 frequency converter

· Select an LCD operator: It can store the parameters of 4 frequency converters

Yaskawa CH700 high-performance frequency converter for reuse

CH700 high-performance frequency converter for reuse

For Your Cranes

~ Here is the “answer” you want ~

The new inverter series CH700 adheres to the product concepts of “versatility”, “ease of use” and “peace of mind”, and is an optimized product specifically designed for cranes.

By adopting advanced technologies such as brake sequential control that integrate rich previous experience, it provides “answers” for various issues related to crane operation.

Features

Shorten the operation cycle and improve quality

The high-performance frequency converter integrating Yaskawa’s advanced technology features a wealth of special functions for cranes.

It is of great benefit to improving and enhancing work efficiency.

Accelerated operation under light load

Through the “Light Load speed increase function”, an operating speed that matches the load can be achieved. Under light load, it can operate at a maximum speed of six times, which can shorten the operating cycle of cranes with longer heads such as engineering cranes.

Anti-sway function

It is equipped with an “anti-sway function”, which can suppress the shaking of goods during translation. Since the load does not shake and can be lowered more quickly, it is conducive to shortening the operating cycle.

Improve operability and operational efficiency

Equipped with functions such as the initial setting of the crane’s action shaft, it pursues the convenience of use.

It can effectively enhance operability and operation efficiency in various operation sites.

The function of switching three motors

One frequency converter can switch and control three motors. It supports sequential control of the brakes on each axis, reducing the number of frequency converters previously required for each axis to just one. By switching the axes, the number of frequency converters can be reduced. And, in case of frequency conversion

When the device malfunctions, other shafts can still be used for alternative operation, which shortens the downtime.

Prevention of diagonal movement

It can be precisely controlled according to the operating conditions of the machinery to achieve stable walking and operation.

[Load Balancing Function

Even without an encoder, the load on each drive device can be made equal.

Reliable crane sequential control technology

Yaskawa’s crane smooth control technology has received countless praises and trust from users over the past 30 years. This time

We have further enhanced the key performance to ensure stable operation.

Strengthen maintenance and servicing services

In addition to the protection functions of the frequency converter and the crane, it has also been strengthened through collaboration with smartphone applications and cloud technology

We have received maintenance and upkeep services.

Smart phone application DriveWizard Mobile

We offer new support methods that effectively utilize smartphones, such as wireless connection with frequency converters and cloud-based parameter management.

Yaskawa H1000 high-performance heavy-duty frequency converter

H1000 Heavy-duty high-performance frequency converter

The brand-new Yaskawa “H1000” heavy-duty frequency converter performs stably and outstandingly in the heavy industrial field!

The industry-leading driving performance stems from our confidence in the product.、

Features

High output & high performance

Reliable torque limit (when driving induction motors and synchronous motors)

When it is necessary to protect machinery, the high-precision torque limiting function under vector control is used to limit the output torque.

When there are sudden load changes, the machinery is protected by the torque limiting function.

High control accuracy (when driving induction motors and synchronous motors)

High control accuracy enhances mechanical performance.

The new online self-learning and adaptive control methods suppress the impact when the motor temperature rises.

High response and prevention of vibration and overshoot

Both IM motors and PM motors can achieve speed responses above 50Hz. (Occasions with PG control)

In situations where mechanical rigidity is insufficient, a vibration-free and overshoot response can be achieved through acceleration and deceleration compensation (feedforward function). The debugging of the speed controller (ASR) is simple.

Acceleration and deceleration time • S-shaped characteristic switching ensures smooth acceleration and deceleration.

High-precision torque control (when driving induction motors and synchronous motors)

Both IM motors and PM motors can achieve high-precision torque control (±5%). It is acceptable when equipped with PG vector control.

It can achieve fine-tuning of the speed-limiting input mode, speed-priority loop operation, and torque command polarity.

Adaptive control can suppress the rise in motor temperature and the impact during electric/regenerative switching.

Convenience & Environmental Protection

Customize the frequency converter according to your preferences

Equipped with visual programming function DriveWorksEZ *

It is equipped with a USB port for easy connection to a computer

Easy debugging

Automatically set appropriate parameters

Environmental resistance