Tag: Yaskawa

Yaskawa U1000 Matrix frequency converter

Next-generation motor driver.

Hope to solve the problems existing in the frequency converter!

To fulfill this long-cherished wish, Yaskawa Electric has developed products applying matrix frequency converter technology. In the continuous pursuit of evolution, the U1000 was born. Yaskawa Preferred Motor Drivers provide “answers” to the problems existing for customers.

Features

Renewable energy

When a motor rotates, it consumes energy and generates electricity at the same time.

Energy conservation can be achieved by making full use of this energy.

What is renewable energy?

“Visualized electricity saving

By using analog output and communication networks, etc., various data can be monitored through simple operations. Energy conservation is clear at a glance, and you can truly experience the effect of electricity saving.

High power factor, no high-order harmonics of the power supply!

The input current does not require special equipment and is almost the same as the sine wave of commercial power supplies, enabling the realization of high-order harmonics without power supply. It is easy to achieve the miniaturization of power supply equipment capacity and meet the standards for measures to suppress high-order harmonics (K5=0).

What are high-order harmonics

When a frequency converter is performing power conversion, it may generate high-order harmonics due to the distortion of the input current. Sometimes, this can lead to overheating and damage of power supply equipment, or cause malfunctions and noise in precision equipment, which may endanger other electrical equipment.

The miniaturization of power supply equipment capacity

The power factor is high, so a smaller capacity of the power supply equipment is sufficient. Moreover, the size of the wires and the capacity of the generators can both be miniaturized.

Integrated design, compact structure!

When connecting matrix frequency converters, there is no need for the previously necessary high-order harmonic response products (AC reactors for input, reactors for high-order harmonic filters and capacitors), which helps to save wiring, space and reduce energy loss.

D1000 High power factor Power supply regenerative converter

Energy conservation is achieved through frequency converters, through high-efficiency motors, and the third most common is “energy conservation through power regeneration”.

The D1000 fully exploits the possibilities of frequency converters and helps customers’ equipment achieve further power savings.

Features

More energy-efficient

Further power conservation is achieved through power regeneration

By combining the use of frequency converters and servo systems, renewable power generation energy is returned to the power supply side, thereby effectively utilizing energy.

Reduce excessive heat loss

Suppressing high-order harmonics can significantly reduce the heat loss of power supply equipment.

Multiple units can be connected

· Achieve energy conservation through renewable energy

By using a multi-axis frequency converter (servo) device, the renewable energy that has been discarded is unified as the energy source for other equipment, thereby achieving energy conservation.

· Supply a stable DC voltage

It is not affected by the fluctuations of the AC input voltage and supplies a stable DC voltage to the frequency converter and servo.

Energy conservation is obvious at a glance.

By using analog output and communication networks, it is possible to monitor power consumption, power savings, electricity charges, power factor, etc. through simple operations. It has the same operating performance as the 1000 series frequency converters.

Automatically set appropriate parameters. There is no need for complicated parameter Settings, which can shorten the trial operation time.

Suppress high-order harmonics

No high-order harmonics in the power supply

There is no high-order harmonics in the power supply (K5=0), significantly improving the distortion of the input power supply current waveform. Comply with the guidelines for high-order harmonic suppression countermeasures. There is no need to set up additional high-order harmonic countermeasure equipment to reduce high-order harmonics equivalent to active power filters.

Reduce the cost of power supply equipment

Improvement of power factor

Through power factor 1 control * and sinusoidal PWM control of the power supply, the miniaturization of power cables, power supply equipment and other power supply devices can be achieved, significantly reducing equipment costs. In addition, by improving the power factor, mechanical equipment can be added without increasing the capacity of existing power supply devices.

* : Power factor 1 control of power supply: Control of power phase voltage and power phase current being in phase (power factor 1)

It can reduce maintenance costs

Long-life design

The design life is 10 years

By adopting long-life components such as fans, capacitors and relays, a design life of 10 years has been achieved.

Life diagnosis prediction alarm output

Through life diagnosis prediction, the maintenance period of life parts (roughly standard) can be output in advance through alarm signals.

Simple maintenance

Detachable terminal block with parameter backup function

Support tool -DriveWizard Plus

Parameter copy function

Yaskawa R1000 power regeneration unit

The operation process is the power generation process!!

The machinery has actually generated electricity.

However, this energy source has been discarded as heat by the braking resistor.

Just replace the braking resistor with R1000. and the energy previously discarded can be effectively utilized.

R1000 introduces a brand-new energy-saving mode to customers who hold the idea that “there is nothing more to do about energy conservation.”

Features

Constantly save energy

Further energy conservation is achieved by adding R1000.

It saves 54% of energy when applicable to elevators

Replace from the braking resistor

Improvement of braking force

The braking torque increases, enhancing the braking force of the mechanical device during continuous regenerative operation.

It can meet all kinds of requirements.

Energy conservation is obvious at a glance.

By using analog output and communication networks, etc., various “visual” data can be monitored through simple operations. The operating performance is the same as that of Yaskawa 1000 series frequency converters.

A reassuring long lifespan

The design life is 10 years

By adopting long-life components such as fans, capacitors and relays, a design life of 10 years has been achieved.

Preventive maintenance

Life diagnosis prediction alarm output

Through life diagnosis prediction, the maintenance period of life parts (roughly standard) can be output in advance through alarm signals.

Don’t worry if something goes wrong

The detachable terminal block with parameter backup function does not require wiring of control signals or resetting parameters.

It is easily supported by a computer

Regenerative energy-saving effect simulation program

The return on investment at the time of introduction can be easily confirmed through the simulation of depreciation.

·DriveWizard Plus

The adjustment and maintenance of R1000 are more convenient.

The Yaskawa Σ-X series is an iterative product of the Σ-7 series

While enhancing the athletic performance, it also better integrates the i³-Mechatronics concept, supporting the flexible application of data perception functions.

Shorten the servo adjustment time

Provide multiple adjustment methods to achieve the required performance of the equipment.

Digital data solutions starting from servo

Real-time data collection can be carried out without changing the design of machinery and equipment.

Trend prediction is made based on vibration, interference and torque command data to prevent sudden stops and malfunctions.

Safety specifications are generally applicable to control system handling. Instructions and warnings related to a specific subject or operation of the product.

The following norms must be strictly observed:

 must strictly comply with the technical specifications and typical applications of the product system

 Personnel training: Only trained personnel shall install, operate, maintain or repair the product system. must

Provide guidance and explanation of the situation in danger areas to these personnel.

 Unauthorized changes: Changes or structural changes to the product system may not be made.

 Maintenance responsibility: Must ensure that the product system is used only under appropriate conditions and in full fitness for use.

 Working environment: The user must meet the specified environmental conditions:

Safety regulation

The following safety provisions of EN 50110-1 shall be fully complied with when handling product systems (maintenance) :

1 Disconnect completely.

2 Secure to prevent reconnection.

3 Verify that the installation is complete.

4 Ground and short-circuit the device.

Warning: Only qualified maintenance personnel can remove and insert the module. In order to ensure the personal safety of the operator, before each pulling out or inserting, you must

Disconnect the power supply and ensure that there is no voltage on all terminals at the back, and the product is effectively grounded with the ground screw at the back.

Yaskawa Σ-7 series servo driver

Upgraded to “Σ-7 with 7 major advantages”, it provides customers with Yaskawa Electric’s considerate solutions.

With its outstanding performance, ease of operation, long life cycle and other features, it can demonstrate its strengths in various fields and provide suitable solutions.

“Choose a servo, choose Σ-7.”

point

Significantly enhance the performance of the equipment

Servo performance conducive to high-speed and ultra-precise control. It is possible to bring out the performance of the device and solve the problem

Greatly enhance the convenience of use

Yaskawa Electric’s newly developed “no-adjustment function” has been further deepened. No need for complicated tuning operations, and the movement is stable.

There is no need to adjust the gain of the servo

With Yaskawa’s unique [No Adjustment function], it can withstand up to 30 times the load without vibration. Even if the load changes during operation, it can still run stably.

Significantly enhance environmental resistance performance

A servo that can be used in harsh environments and is energy-efficient. High-quality systems can be smoothly constructed on a global scale.

Suitable for global and harsh usage conditions

· Applicable to AC240V · Applicable to altitude up to 2000m · Applicable to the maximum ambient temperature up to 60°C

The waterproof protection structure has been upgraded to IP67

【SGM7A(7.0kW with IP22), SGM7J, SGM7G type 】

Rich auxiliary functions

Support the management and use of customer information. The required information can be used immediately when necessary.

Through the intelligent software SigmaTouch! Strengthen the maintenance and upkeep throughout the life cycle.

Products that meet the customer’s required specifications are available for order at least one unit

When ordering the Σ-7 series servo unit, you can specify the parameters set at the factory. There is no need to write parameters on the equipment assembly site, which can reduce the equipment delivery time.

Support the management and maintenance of products

After scanning the QR code with a smart phone, the traceability (production information) of the product can be easily confirmed. (SigmaTouch!)”

It is easy to manage the product serial number of the device (SigmaTouch!). .

Each device can be managed in the cloud.

SigmaWin+ also corresponds to MechatroCloud.

After the product is adjusted, parameters and tracking data can be pre-stored in the cloud on a device-by-device basis.

Strengthen troubleshooting

After reading the QR code through a smart phone, the fault diagnosis of the product can be displayed.

Automatically obtain the tracking information when an alarm occurs in the servo unit. It is helpful for the early elimination of faults.

Monitor the operation status and carry out planned maintenance

Predict the lifespan of maintenance parts and prompt the replacement time on the screen. Based on this information, maintenance can be carried out before product failure to prevent system downtime.

Σ-7

Yaskawa Σ -V series

Outstanding mechanical properties are all at your fingertips!

Easy and efficient work is no longer a dream. The Σ -V series servo drive can make your dream come true.

The new no-adjustment function equipped in the Σ -V series breaks the common sense that servo drives cannot operate smoothly without adjustment, achieving immediate use upon connection.

The new advanced automatic tuning function of the Σ -V series not only shortens the installation time but also fully exploits the performance of the machinery.

Features

Excellent performance

It features a relatively high amplifier responsiveness in the same industry, significantly reducing the setting time

It is only 1/12 of our company’s previous products

The vibration suppression function has been enhanced

By adding and improving the vibration suppression function, the following performance can be enhanced and the setting time shortened.

In addition, it can also reduce the vibration (noise) during driving and the vibration at the mechanical front end when stopping.

When combined with medium-inertia servo motors, it enhances mechanical performance

Easy to start

Shorten the installation time

According to the wizard prompts, simple parameter Settings can be made

The wiring check can be completed in one go through the SigmaWin+ wiring confirmation function.

Real-time tracking and adjustment status can be achieved, and confirmation can be completed instantly.

In addition to being easy to start, it is also equipped with various user-friendly functions!

Servo motor capacity selection software SigmaJunmaSize+

Select the appropriate type based on the application: taking into account the moment of inertia, DB resistance, etc

Tuning is simple

New type of no-adjustment function

Even without servo adjustment, it can be driven without vibration when the load moment of inertia changes by no more than 20 times.

Setting time: 100 to 150ms range

New advanced automatic tuning function

Based on the command filter function and feedback gain adjustment function, an automatic feedforward gain adjustment function has been added, allowing for appropriate adjustments. Through the friction compensation function, the irregularity of friction during driving can be automatically leveled.

Setting time: 10ms level

New single-parameter tuning function

It can be finely adjusted to further enhance mechanical performance.

Setting time: 0 to 4ms range

Yaskawa Σ -V mini

The Σ -V mini, as its name suggests, inherits the high performance, high functionality and ease of operation of the Σ -V in the industry. It is a powerful servo the size of a finger.

Features

Pursue miniaturization

It can effectively utilize the limited space and reduce the volume of the control cabinet and machinery.

The flange dimensions of the motor

The flange size is 15mm to 25mm

Capacity: 33W – 10W

5.5W – 20W

11W    30W

Servo unit dimensions: H116(100)mm × W30mm × D80mm

Weight of the servo unit: 300g

Supports DC power input

The main circuit power supply is shared by DC24V and DC48V

The control power supply corresponds to DC24V, and the main circuit power supply can correspond to both DC24V and DC48V.

When the main circuit power supply uses DC48V, it can further enhance the motor’s “torque-speed characteristic”, thus being suitable for high-speed and high-frequency applications.

The extent to which the characteristics are improved varies depending on the motor.

It can be powered by a battery.

As a small, high-performance servo that can be powered by a battery, it can enhance mechanical performance when used in cleanroom robots and AGVs (unmanned transport vehicles), etc.

The control power supply is separated from the main circuit power supply system

The control power supply and the main circuit power supply system are separated

When an alarm occurs, only the power supply on the main circuit side can be cut off for fault maintenance.

Pursue high performance and convenient operation by applying the latest technology

Inheriting the high performance and convenient operation of ∑ -V!

It has the same speed-frequency responsiveness as the ∑ -V series (1.6kHz).

By applying the new advanced tuning function, servo adjustment that enables the equipment to achieve high-quality performance can be realized in a short time.

The product is also equipped with a new type of no-adjustment function, which is most suitable for: model tracking control function that shortens positioning time,

vibration suppression function that suppresses equipment vibration, friction compensation function with strong resistance to load changes, and applications where the equipment debugging operation time or load changes are large.

Achieve high-precision positioning and high-speed operation!

Equipped with a high-resolution 17-bit absolute value serial encoder (with an accuracy more than 16 times that of the previous product ∑-mini)

Through the parameter setting of the servo unit, it can be used as an incremental encoder

Achieving a maximum rotational speed of 6000min-1 is conducive to the high efficiency of the equipment

High-quality scalability

Corresponding to multiple instructions

Analog voltage, pulse sequence, MECHATROLINK-II communication, MECHATROLINK-III communication

Corresponding to various specifications (under development in sequence

CE marking, UL specification

Yaskawa Large Capacity Σ -V

Σ -v youdaoplaceholder0 has launched a powerful lineup of products that can not only enhance the speed and performance of various large-scale machinery, but also help achieve miniaturization, lightness and cleanliness.

A large-capacity servo that inherits the advantages of high performance and simple debugging of the Σ -v youdaoplaceholder1 series.

Features

High-performance servo motors that are suitable for various applications

The high-resolution encoder equipped is conducive to the high-precision of the equipment.

There are two types of models with different rated speeds (1500min-1 and 800min-1).

Motors with appropriate speed and torque can be provided according to the application.

A servo unit for achieving system energy conservation

By adopting separable inverters, it is possible to support power regeneration inverters and general-purpose inverters.

The regenerative energy generated when the motor decelerates is fed back to the power supply, achieving energy conservation in the system.

It inherits the high performance and convenient operability of the Σ -V series

By applying the new advanced self-tuning function, servo adjustment that matches the customer’s system can be completed in a short time.

The product is also equipped with a new type of no-adjustment function, which is applicable to: model tracking control function that shortens positioning time, vibration suppression function that suppresses equipment vibration, friction compensation function with strong resistance to load changes, and applications during equipment debugging operations or with large load changes.

Excellent scalability

Rich instruction correspondence

Analog voltage, pulse sequence, MECHATROLINK-II communication (under sequential development), MECHATROLinK-III (under sequential development)

Corresponding to various specifications (under development in sequence

CE marking, UL specification, KC symbol

MP3100

The MP3100 is a motherboard type motion controller that can be embedded in a computer to perform motion control easily and conveniently. The MP3100 can access PC data and control motion through a rich API. It is compatible with the MP2100 series, while enhancing control performance and ease of use. In addition to high-speed and high-precision motion, it has also achieved strong interaction with the PC through the motion API.

Features

Realize high-speed application processing

The CPU performance of the MP3100 has been enhanced, and its computing processing time has increased by four times compared to the MP2100. The minimum scan can be set to 125μs. Supports MECHATROLINK-III, with a communication cycle of 125μs, enabling high-speed and detailed instructions while also enhancing processing accuracy and trajectory accuracy.

High-speed I/O(5 input points, 4 output points), built-in high-speed I/O module, supporting I/O service under 125μs high-speed scanning. The adoption of PCI Express has improved the data communication speed with computers and can shorten working hours.

The MP3110 model (an enhanced version of the MP3100) has achieved high speed through soft motion.

The MP3110 and MP3110M adopt an architecture (soft motion) that performs motion functions on a PC and achieves high-speed motion control based on the processing speed of the PC. High speed is further achieved by supporting the high-speed PCI Express bus. By calling the motion API from a user application written in C language, devices such as servo and distributed I/O connected to the PC board controller MP3110/MP3110M that support MECHATROLINK-III can be operated.

Adopt soft motion

The architecture that performs motion functions on a PC is called soft motion. The MP3110/MP3110M adopts soft motion. The sports performance of MP3110/MP3110M depends on the processing speed of the PC. Users can make flexible choices. When they have high requirements for the performance of the device, they can choose a high-performance PC. When they hope to balance cost and performance, they can choose a low-priced PC.

Achieve a control cycle of 125μs

By adopting soft motion and PCI Express bus, it is possible to control MECHATROLINK-III devices with an industry-faster control cycle of 125μs.

Support real-time OS

It is equipped with a motion API* that runs on the real-time OS. With the real-time OS, it is possible to perform synchronous motion control of other devices such as I/O boards and image boards with the MP3110/MP3110M. In addition, by using a real-time OS(hybrid OS) that can coexist with Windows, HMI control and motion control can be achieved on a single PC, which is expected to reduce device costs.

Motion network

The MP3110 has one channel and the MP3110M has two channels, both equipped with MECHATROLINK-III communication interfaces. The number of PCI Express slots for PCS is generally small. The existing product series should make the best use of resources as much as possible.

Note: The Motion API is an interface software through which applications on a PC issue instructions to the MP3110/MP3110M. Motion control can be simply carried out through a PC.

MP2400

Compact controllers for the wire-saving series suitable for positioning and interpolation.

Equipped with MECHATROLINK-II and Ethernet(100Mbps) as standard, it is a small controller that simultaneously achieves miniaturization and simplified programming

Features

It can significantly shorten the operation steps before performing movement actions

As long as the motion program is compiled and the execution sequence is logged in, the upper-level PLC can start the motion program without a program. If multiple programs are logged in, complex movements can be achieved.

It can achieve simple control of up to 16 axes

Standard equipment includes MECHATROLINK-II and Ethernet

Just connect the servo unit and the touch screen to build an independent system that saves space and wiring. I/O can use distinctive products manufactured by members of the MECHATROLINK Association. In addition, if the PLC is connected to the Ethernet, a system with the PLC at the upper level can be constructed.

Standard equipped with Ethernet(100Mbps

High-speed communication with touch panels (capable of automatically receiving data)

It can communicate with the upper-level PLC without ladder diagram programs (I/O information communication).

High-speed communication with the engineering tool MPE720