MELSERVO J5 - Perfect match for your company!

J5 - It's a match
Webinar recordings

Melservo J5 - The perfect match for your company!

Melservo J5 servo drives are the ideal choice for machines that emphasize precision, performance, and short cycle times. With its compact design, installing the drive in your machine becomes incredibly easy, and the use of multi-axis amplifiers allows for significant size reduction of applications. Whether you prefer solutions within the Mitsubishi Electric ecosystem or work with an EtherCAT network, the MR-J5 offers advanced features to meet your needs.

Enter a new era of automation with the Melservo J5, where precision meets reliability!

Did you know that the J5 series servo drives are a perfect fit for many products and solutions?

Boost the efficiency of your machine park with the compact MR-J5 servo drives!

The MR-J5 series servo drives are designed with space-saving in mind. In control cabinets, the reduction in size has been achieved through:

The use of multi-axis amplifiers (for smaller applications, up to 8 drives)
Systems utilizing a shared DC bus (for more than 8 drives)

These solutions ensure a significant size reduction compared to traditional solutions, even up to 50%. This allows for the installation of twice as many drives in a single cabinet, effectively reducing its size by half!

Predicting failures and maximizing efficiency – Artificial Intelligence safeguarding your production

Predicting failures and maximizing efficiency – Artificial Intelligence safeguarding your production

The MELSERVO J5 series amplifiers integrate Maisart AI technology in the predictive maintenance function, called Machine Diagnosis Function. What benefits does this feature offer?

Predicts failures in the drive system and the entire mechanical setup
Allows the servo drive to function as an advanced sensor
Significantly reduces production downtime with minimal financial investment

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Engineer's Workshop: How to easily size servo drives?

Did you miss the first webinar? Nothing lost! We've posted the entire recording of the meeting below.

During the webinar you will learn, among other things:

What is the moment of inertia
What is the MR-J5 series portfolio by inertia class
How to select motors for different applications
What is the methodology for selecting drives and what to pay attention to
How to select drives for a multi-axis application using Motorizer software

Engineer's Workshop: Use of Predictive Maintenance in drvies

What real impact can predictive diagnostics in servo drives have on your machines?

We answer this question in this episode of Engineer's Workshop!

Is predictive maintenance in drives important?
What is Machine Diagnosis Function and where can it be applied?
How to set the parameters of a servo amplifier?
What is the live test of angular clearance testing in a mechanical gearbox
What are the differences in the performance of a new and used ball screw?

Ready for a solid dose of knowledge? Take a look at our episode!

Engineers' Workshop: Designing energy-efficient applications with servo drives

How do you ensure that an automated production line saves energy?

It is worth equipping it with automation components that have this functionality!

How do you locate potential savings areas and optimise energy consumption?
Where does the regenerative energy in servo drives come from and why are common DC bus systems crucial in this context?
Practical aspects of measuring and analysing energy consumption with the advanced Motorizer software
How much can be gained through the right design approach?

Find out the answers to these and other questions in a webinar on designing energy-efficient applications with servo drives

Engineer's Workshop: How to speed up an application with servo drives?

Does a precision machine = slower machine? How do you lighten the machine?
Increasing performance by using modern Ethernet networks
How do you locate potential savings areas and optimise energy consumption?
What is a speed response loop and why is the frequency of its response important?
Power factor, or how to know if your motor can do more
Using multi-axis amplifiers to reduce electrician working time
Reducing weight and application size with compact motors, multi-axis amplifiers and common DC bus systems

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