If you’re upgrading from an obsolete SSD 540 to a Parker 590 DC drive, you’re choosing a powerful path to improve your system’s efficiency, reliability, and supportability. SDS Drives specializes in making this upgrade process smooth, efficient, and customized to your unique setup. Below is our expert-led approach.
Eurotherm SSD 540 541 DC Drive
Step-by-Step Upgrade: SSD 540 to Parker 590 with SDS Drives
If you’re upgrading from an obsolete SSD 540 to a Parker 590 DC drive, you’re choosing a powerful path to improve your system’s efficiency, reliability, and supportability. SDS Drives specializes in making this upgrade process smooth, efficient, and customized to your unique setup. Below is our expert-led approach.
Step 1: Comprehensive System Assessment and Planning
Upgrading starts with understanding your existing system’s needs:
Detailed Assessment: SDS Drives engineers will analyze your SSD 540 configuration, including power specifications, control requirements, and communication setups.
Planning for Compatibility: With our expertise in drive upgrades, we create a precise plan for your upgrade, ensuring that the Parker 590 meets all your operational requirements without compromise.
Project Timeline and Steps: We’ll outline every phase of the upgrade, from preparation to post-installation, ensuring a clear path forward.
Step 2: Selecting the Right Parker 590 Model
Choosing the correct model of the Parker 590 drive is essential for a seamless upgrade:
Match Power Ratings: Our team will select a Parker 590 drive with power and voltage ratings suited to your motor and application.
Configure Communication and Control: Whether you need standard analog or advanced fieldbus communication, we ensure the Parker 590’s capabilities align with your control system.
Ensure Scalability: The Parker 590 is a scalable solution, and we’ll guide you in selecting features that future-proof your system.
Step 3: Safe Decommissioning of the SSD 540
Our expert engineers handle the decommissioning process carefully to prevent disruptions and maintain system integrity:
Power Down and Safety Checks: SDS Drives adheres to strict safety protocols, ensuring the power is fully disconnected and isolated.
Label and Record Connections: We label and document each connection, minimizing any chances of confusion or errors when installing the Parker 590.
Remove the SSD 540 Drive: The SSD 540 is carefully removed, and all reusable brackets or connectors are prepared for the new installation.
Step 4: Parker 590 Installation and Secure Mounting
The installation of the Parker 590 is a precision-focused process:
Mounting the Drive: Our engineers mount the Parker 590, adjusting for any physical differences with the SSD 540 to ensure a secure fit.
Reconnect Power and Control Wiring: Each wire is reconnected according to the Parker 590’s wiring specifications, ensuring accurate connections for reliable operation.
Set Up Communication: If using networked controls, our team connects and configures the appropriate communication ports and protocols.
Step 5: Parameter Configuration and Programming
Configuring the Parker 590’s settings to match your application’s needs is where SDS Drives’ expertise truly adds value:
Input Motor Specifications: We program the Parker 590 with your motor’s voltage, current, and speed ratings for optimal performance.
Replicate and Enhance Settings: Based on the SSD 540’s setup, our engineers adjust and optimize parameters like speed ramps, torque limits, and feedback settings to maximize system efficiency.
Configure Feedback Systems: SDS Drives ensures all feedback devices, such as tachometers or encoders, are accurately configured to ensure smooth control.
Step 6: Rigorous Testing and Fine-Tuning
SDS Drives conducts thorough testing to verify that the Parker 590 is fully operational and configured to perform at its best:
Low-Speed Tests: We begin with low-speed testing to check motor rotation and basic functionality.
Full Load Testing: SDS Drives engineers perform full load tests to simulate real operational conditions, monitoring system response and making any necessary adjustments.
Fine-Tuning for Precision: Based on test results, our team fine-tunes parameters to ensure that your system achieves peak performance.
Step 7: Complete Documentation and Staff Training
With SDS Drives, you’re not just getting an installation—you’re getting full support to ensure your team is equipped and informed:
Updated Documentation: We provide updated wiring diagrams, parameter settings, and operational guidelines to keep for future reference.
Operator Training: Our experts train your team on the new drive’s functions and features, so they’re fully prepared to operate and troubleshoot the Parker 590 with confidence.
Step 8: Ongoing Support with the SDS Drives Advantage
SDS Drives is committed to being your partner long after installation:
Free Technical Support: We provide 1 hour of FREE technical support with every purchase, an exclusive benefit you won’t find with other suppliers.
Long-Term Maintenance Assistance: We remain available for troubleshooting, maintenance advice, and any future adjustments your system might need.
Why Choose SDS Drives for Your Upgrade?
Choosing SDS Drives means entrusting your upgrade to engineers who understand the complexities of the SSD 540 and the capabilities of the Parker 590:
Seamless Transition: We manage every detail to provide you with a smooth upgrade experience.
Customized Solutions: SDS Drives tailors the upgrade to meet your specific needs, future-proofing your investment.
Unmatched Customer Care: From initial setup to ongoing support, our team is dedicated to ensuring your success.
Get Started with SDS Drives Today!
Ready to upgrade from the obsolete SSD 540 to the advanced Parker 590 DC drive? Reach out to SDS Drives today to speak with one of our expert engineers. With SDS Drives, you can count on a smooth transition, backed by industry expertise and superior customer support.
Industry News
The Eurotherm 545 drive has served as a reliable choice for DC motor control in a range of industrial applications. However, as the 545 reaches obsolescence, upgrading to a newer, more capable drive is essential to ensure continued performance, efficiency, and maintainability. The Parker 590 drive series offers a robust, feature-rich alternative, designed to meet the needs of modern industrial environments.
At SDS Drives, we specialize in handling obsolescence challenges. With extensive experience in Eurotherm and Parker systems, our expert engineers provide a seamless transition from the Eurotherm 545 to the Parker 590, ensuring minimal downtime and maximum operational reliability.
Why Upgrade from the Eurotherm 545 to the Parker 590?
The Parker 590 drive brings enhanced functionality, modern connectivity options, and long-term support, making it an ideal upgrade for those currently relying on the Eurotherm 545. Here’s how the 590 drive adds value:
Advanced Control Features: The Parker 590 offers more sophisticated control algorithms for DC motor management, allowing for finer control and smoother performance.
Enhanced Reliability and Support: The 590 drive is built for longevity, with extended product support and improved durability.
Future-Ready Connectivity: With compatibility for various modern communication protocols, the Parker 590 integrates seamlessly into industrial networks, enhancing control and monitoring capabilities.
User-Friendly Interface: The 590’s interface is designed for ease of use, allowing for quicker setup and simpler management compared to the 545.
SDS Drives offers an end-to-end solution to help you take advantage of these features, managing every stage of your upgrade to ensure a smooth and efficient process.
SDS Drives’ Step-by-Step Approach to the Eurotherm 545 to Parker 590 Upgrade
As specialists in obsolescence solutions, SDS Drives follows a proven process to ensure your upgrade to the Parker 590 is seamless. Here’s what our upgrade journey typically looks like:
1. Comprehensive System Assessment
We start with a detailed assessment of your current Eurotherm 545 setup to understand your system’s specifications and unique requirements. This allows us to:
Determine power, speed, and control requirements for your application.
Identify communication and connectivity needs.
Plan any necessary modifications to accommodate the new drive.
2. Selection of the Right Parker 590 Model
The Parker 590 series comes in various configurations and power ratings. SDS Drives’ engineers work closely with you to choose the model that best meets your operational requirements, ensuring compatibility and optimized performance for your setup.
3. Detailed Upgrade Planning
With a tailored solution in hand, our team creates a detailed plan that outlines every step of the upgrade:
Customized wiring schematics for the Parker 590.
Documentation of parameter settings to match or enhance the performance of the Eurotherm 545.
A backup of your existing configuration settings for reference and validation.
4. Expert Installation
Our engineers manage the entire installation process, ensuring that every connection, configuration, and mounting detail is handled with precision:
The Eurotherm 545 is carefully decommissioned, and all components are labeled for clarity.
The Parker 590 drive is installed with exacting standards, ensuring optimal grounding, connectivity, and space utilization.
If mounting adapters or other modifications are required, SDS Drives has you covered.
5. Programming and Fine-Tuning
SDS Drives configures the Parker 590 to closely match your application’s needs, using our in-depth knowledge of both the Eurotherm 545 and Parker’s advanced control settings. We handle all programming and fine-tuning, including:
Setting motor control parameters to replicate or improve upon your Eurotherm 545’s performance.
Optimizing control modes, speed ramps, and protection settings.
Configuring communication protocols for seamless network integration.
6. Thorough Testing and Validation
Once the Parker 590 is installed and configured, we conduct a full testing phase to ensure all systems are functioning as expected:
Initial low-speed testing to confirm correct parameter settings.
Testing of communication protocols and network functionality to verify connectivity.
Full-load testing to validate performance and make final adjustments as needed.
7. Ongoing Support and Optimization
SDS Drives is committed to supporting your system beyond the upgrade itself. We offer training, ongoing maintenance support, and optimization advice, ensuring your new Parker 590 continues to perform at its best.
Why Choose SDS Drives as Your Upgrade Partner?
When it comes to upgrading from the Eurotherm 545 to the Parker 590, SDS Drives stands out as the preferred partner for several reasons:
Technical Expertise: Our engineers have in-depth experience with both Eurotherm and Parker drive systems, allowing us to deliver a tailored and efficient upgrade.
Comprehensive Support: From planning through to post-installation support, we provide end-to-end service, making your transition seamless and stress-free.
Minimizing Downtime: With a well-practiced approach, SDS Drives ensures minimal downtime and a smooth switchover to your new drive system.
Spare Parts and Documentation: We help you prepare for ongoing operations by supplying spare parts and updating documentation to match your new configuration.
Ready to Upgrade? Contact SDS Drives for a Consultation
If your Eurotherm 545 drive is becoming a bottleneck, now is the time to upgrade to a Parker 590. With SDS Drives as your expert partner, you’ll gain a reliable, efficient, and future-ready system backed by unmatched technical support and industry expertise.
Don’t let an obsolete drive compromise your productivity. Contact SDS Drives today to discuss your specific upgrade needs and take the first step toward a more powerful and reliable drive system.
By choosing SDS Drives, you’re investing in a smooth, hassle-free upgrade that not only replaces outdated equipment but also positions your system for peak performance in the future.
Industry News
Is your Eurotherm 620 drive nearing the end of its lifecycle, becoming harder to maintain, or no longer meeting the demands of your applications? You’re not alone. With many Eurotherm 620 drives now reaching obsolescence, SDS Drives offers a seamless upgrade path to the Parker AC20 drive, a powerful, modern solution that keeps your systems efficient, reliable, and future-ready.
With extensive expertise in drive upgrades and integration, SDS Drives specializes in helping industries transition smoothly from outdated systems like the Eurotherm 620 to newer, more capable drives. Our experience and customer-focused approach ensure a smooth upgrade process tailored to your specific needs.
From Obsolete to Optimized: Transition from Eurotherm 620 to Parker AC20 with SDS Drives
Eurotherm 620 upgrade to Parker AC20
Why Choose the Parker AC20 as Your Next-Generation Solution
The Parker AC20 drive offers substantial upgrades over the Eurotherm 620, making it the ideal replacement. Here’s why it’s the top choice:
Advanced Control Capabilities: With modern motor control technology, the AC20 ensures smoother, more precise performance.
Optimized Energy Efficiency: The AC20 is designed to reduce power consumption, resulting in cost savings and greater environmental sustainability.
User-Friendly Interface: The AC20’s intuitive interface makes setup and daily operations simpler for users.
Expanded Connectivity: With support for multiple communication protocols like Ethernet/IP and Modbus, the AC20 integrates seamlessly with current industrial networks.
Extended Product Support: The Parker AC20 is a current-generation drive, meaning long-term support and availability for parts and expertise.
SDS Drives offers end-to-end upgrade services to ensure you can take full advantage of these benefits and improve your system’s performance.
How SDS Drives Ensures a Seamless Upgrade from Eurotherm 620 to Parker AC20
At SDS Drives, we have refined the upgrade process for Eurotherm 620 users, making sure each step is customized to your requirements. Our team handles everything from initial assessments to final validation, ensuring the highest level of service and expertise.
1. Initial System Assessment
Our process begins with a comprehensive evaluation of your current Eurotherm 620 setup. Our specialists look at key factors like:
Power and Control Specifications: We analyze your motor requirements and operating settings to ensure compatibility with the Parker AC20.
Communication Protocols: We assess your networking needs and make sure the AC20 will integrate seamlessly with your existing systems.
2. Model Selection for Optimal Performance
We guide you in choosing the right Parker AC20 model to match your system’s specific needs. SDS Drives ensures you get the perfect drive, taking into account power ratings, application requirements, and optional modules.
3. Customized Upgrade Plan
Our experts develop a customized plan for your upgrade, covering:
Wiring schematics to integrate the AC20 drive.
Parameter adjustments to replicate or improve your current configuration.
Detailed backup procedures for existing settings, ensuring nothing is lost in the transition.
4. Professional Installation
Once the plan is in place, our technicians will handle every aspect of the physical installation:
We carefully decommission your Eurotherm 620 drive, noting all connection points and labels.
Our team then installs the Parker AC20, verifying all connections and ensuring that the drive is fully secured.
Any required mounting or additional fittings are handled by SDS Drives to fit your space requirements.
5. Programming and Configuration
SDS Drives configures the Parker AC20 according to your application’s needs. We program essential settings like torque limits, speed ramps, and any special control modes. Our technical team ensures your AC20 is optimized to meet and exceed the performance of your Eurotherm 620.
6. Comprehensive Testing and Validation
After installation, we rigorously test the AC20 to confirm that it’s performing correctly:
We conduct initial low-speed tests to ensure all settings are calibrated correctly.
Communication protocols are verified, so you can be confident in network performance.
Finally, we test the system under load, making any necessary final adjustments to maximize performance.
7. Ongoing Support and Optimization
At SDS Drives, we provide continued support after the upgrade. We’ll monitor system performance, help with troubleshooting, and advise on best practices for operating and maintaining your new Parker AC20. With SDS Drives as your partner, you have access to expert advice and technical support whenever needed.
Why SDS Drives?
Our in-depth knowledge of both Eurotherm and Parker drives makes SDS Drives the ideal partner for this upgrade. We understand the challenges of migrating from an obsolete system to a modern solution and offer tailored support every step of the way.
Training for Maintenance Teams: We can provide training on the AC20’s interface and diagnostics so your team feels confident in maintaining the new system.
Spare Parts Inventory: We ensure your team has access to critical spares to minimize downtime.
Documentation Updates: SDS Drives provides updated documentation to reflect the new configuration, complete with wiring diagrams and setting parameters.
Take the Next Step Toward a More Reliable and Efficient Drive System
With SDS Drives leading your upgrade from the Eurotherm 620 to Parker AC20, you’re not just replacing hardware—you’re enhancing your system’s performance, reliability, and energy efficiency. Don’t wait for outdated drives to compromise your operations. Contact SDS Drives today to discuss your upgrade options and keep your systems running at peak performance.
By choosing SDS Drives, you ensure a seamless upgrade path and gain a trusted partner dedicated to maximizing the value and longevity of your drive systems.
To enquire about the Parker AC20, email the SDS Drives team via: info@sdsdrives.com
When it comes to configuring and optimizing industrial drives, the right software is critical to ensure smooth operation, easy diagnostics, and tailored performance.
Parker Hannifin offers a variety of software solutions that are designed to interface with its range of AC and DC drives, each serving different drive series and application needs. However, with so many software variations available, it can be tricky to figure out which one is best suited for your system.
In this blog, we’ll break down the most commonly used Parker software tools—explaining what they do, which drive series they support, and what kind of applications they are designed for. This guide will help you identify the most appropriate software for your specific drive configuration needs.
1. DSE Lite – User-Friendly Configuration for Standard Applications
DSE Lite is one of Parker’s most popular software tools, designed for straightforward drive configuration and monitoring. It is a free and easy-to-use software interface aimed at simple applications that don’t require extensive customization or complex parameter adjustments.
Key Features:
User-friendly interface with quick access to parameters and settings.
Basic configuration and diagnostic tools for general-purpose applications.
DSE Lite is perfect for users looking for a simple and intuitive platform to configure drives in basic applications like pumps, fans, and conveyors. Its straightforward interface is ideal for engineers or technicians who need to get systems up and running quickly with minimal setup time.
2. DSE 890 – Advanced Drive Configuration for the 890 Series
The DSE 890 software is an advanced tool specifically designed for Parker’s high-performance 890 series drives. It offers a more powerful platform for configuring, commissioning, and monitoring drives in complex, multi-axis systems. It can support the same drives as DSE, but also has an additional feature which allows you to communicate with multiple drives within a system, which is commonly seen within the 890 Series.
Key Features:
Sophisticated control features for advanced drive setups.
Integrated motion control options.
Diagnostic tools for monitoring and troubleshooting.
Supported Drives:
Parker 890 series
Applications:
DSE 890 is intended for multi-axis control systems and high-precision applications, making it suitable for industries like printing, packaging, and material handling where complex motion control is required. If you’re working with the 890 series, this is the go-to software for both configuration and maintenance.
Parker 890 drive series
3. DSD – Comprehensive Software for the LINK and 590 Series
DSD (Drive System Designer) is another versatile software tool from Parker, built to support a wider range of drive series. It is primarily designed for 590 DC drives and LINK. DSD offers extensive customization options, allowing users to configure complex drive systems with a high degree of flexibility.
Key Features:
Advanced programming capabilities with user-defined logic.
Support for LINK.
Real-time data monitoring and parameter adjustment.
DSD is particularly useful for industries that rely on both DC and AC motor control, such as metals, plastics, and paper processing. It enables precise control over motor speed, torque, and energy efficiency, which is crucial for high-performance industrial operations.
4. PDD (Parker Drive Developer) – Programming for the AC30 Series
Parker Drive Developer (PDD) is specifically tailored for Parker’s AC30 series AC drives. PDD provides a comprehensive environment for programming and parameter adjustment, allowing users to create customized drive configurations and fine-tune the performance of their systems.
Key Features:
Full support for drive programming and logic.
Real-time feedback and system diagnostics.
Advanced communication protocol support for integration into larger control systems.
PDD is designed for more complex drive control environments where users need full control over motor behavior and application-specific customizations. It’s ideal for advanced AC motor control applications, including automated machinery, material handling, and manufacturing systems that require fine-tuned operational control.
5. PDQ – Programming for AC30 Series
The PDQ software is used to configure Parker’s AC30 series, offering advanced options for those working with older AC drive systems. Though less commonly used today due to newer technologies, PDQ remains essential for businesses that continue to operate legacy equipment with Parker drives.
Key Features:
Provides detailed configuration options for AC drive systems.
Includes support for AC30 series installations.
Diagnostics and parameter setup tailored to AC applications.
For industries using AC drive systems such as heavy-duty processing plants and steel mills, PDQ ensures that these older drives can be optimized and maintained for extended use, allowing businesses to avoid costly upgrades while still maintaining high levels of performance.
6. CE Lite – Legacy Software for 590 and 690 Drives
CE Lite was previously used for configuring the 590 and 690 series drives but has since been made obsolete. Although some businesses may still have CE Lite in their software arsenal, Parker now recommends switching to DSE Lite or PDD for more modern solutions. CE Lite’s discontinuation highlights the importance of staying updated with supported software tools.
For those still using CE Lite, it’s time to transition to a more current platform like DSD or PDD to ensure compatibility with modern hardware and software systems. SDS Would recommend using DSE Lite.
Choosing the Right Software for Your Drives and Applications
When selecting the right software for your Parker drives, it’s essential to consider the drive series you’re working with and the specific application requirements. Here’s a quick recap of which software is suited to which drive:
DSE Lite: Best for basic setups with the AC10, 590, 690, 650G, 650G, 890, AC15, AC20, and AC30 series.
DSE 890: For high-performance multi-axis control in the 890 series.
DSD: Ideal for LINK and 590L DC drives in more complex applications.
PDD: For programming the AC30 series, offering advanced customization.
PDQ: For legacy AC30 series drive systems.
CE Lite (Obsolete): Previously for legacy Eurotherm Drives, now replaced by DSD and PDD.
SDS Drives: Your Partner for Parker Drive Solutions
At SDS Drives, we’re experts in all aspects of Parker drive configuration, offering full support with the right software solutions for your specific drives and applications. Whether you need help installing and configuring your drives, transitioning to newer software platforms, or troubleshooting issues, our team is here to help.
Contact us todayfor assistance in selecting the right software and ensuring your Parker drives are fully optimized for your operations.
Upgrading from Parker 690 to AC20 Drives: A Complete Technical Guide
As industries evolve, so too must the equipment and technology used to keep them running smoothly. The Parker 690 Drives, once a staple in AC motor control, are now obsolete, leaving many businesses searching for a reliable replacement. Fortunately, Parker’s AC20 Drive Seriesoffers a powerful and efficient solution that can serve as a like-for-like replacement with a few key considerations.
In this blog, we’ll provide a technical guide on how to replace the 690 drives with the AC20 series, outlining what you need to know about Top of Frame (TOF) sizes and voltage supply to ensure a seamless upgrade.
Understanding the Parker 690 Drive Obsolescence
The Parker 690 Drive is a versatile AC drive used in various applications ranging from conveyor systems to pumps and fans. However, like many industrial drives, it has reached its end-of-life status, meaning Parker no longer manufactures or supports it. For businesses still relying on the 690 series, this presents challenges in sourcing replacement parts or repairing faulty units.
Luckily, the Parker AC20 series offers a modern alternative with similar features and benefits, ensuring continued performance without the worry of obsolescence. But before making the switch, it’s important to understand the technical considerations involved in replacing the 690 with the AC20.
Key Considerations for Replacing 690 Drives with AC20 Drives
1. Top of Frame (TOF) Size
One of the most critical factors to account for when replacing the 690 with the AC20 is the Top of Frame (TOF) size. TOF refers to the kW power, so if you have a 2.2kW, the TOF for this can be 4kW. Naturally and in most cases, the larger the kW, the more likely the physical size and form factor of the drive will be bigger, and this must be carefully matched to ensure that the new drive fits within your existing enclosure or control cabinet. For further guidance on the Frame Size conversions to the AC20, click here.
The AC20 series is available in a range of frame sizes to suit different applications, but you’ll need to compare the frame size of your existing 690 drive with the equivalent AC20 model to ensure a like-for-like replacement. While the AC20 offers a more modern, compact design, some adjustments may be required to accommodate the new unit in your existing setup.
Here’s how to approach TOF matching:
Step 1: Identify the TOF size of your 690 drive. This will usually be listed in the technical documentation or on the drive’s nameplate.
Step 2: Cross-reference this with the AC20 series TOF specifications, ensuring that the new drive’s size and mounting options align with your setup.
Step 3: If space is limited, you may need to make minor adjustments to your control cabinet or consider re-routing cables and mounting brackets to ensure the new drive fits seamlessly.
2. Voltage Supply (230V or 400V)
Another essential factor to consider when replacing a Parker 690 Drive is the voltage supply. The 690 series could operate on either 230V or 400V power, and it’s important to match the voltage rating of the new AC20 drive to that of your existing supply to avoid any electrical issues.
The AC20 series is available in both 230V and 400V versions, so you can easily select the correct model based on your existing power infrastructure.
230V Applications: If your 690 drive was operating on a 230V supply, ensure that the replacement AC20 drive matches this voltage. The wrong voltage rating could result in underperformance or even damage to the drive.
400V Applications: For industrial systems running on a 400V supply, select the 400V version of the AC20 to ensure full compatibility and efficient operation.
It’s critical to verify the supply voltage before installation, as connecting a drive to the wrong voltage can lead to serious operational issues or drive failure.
Other Considerations for a Seamless Upgrade
1. Motor Compatability
When replacing the 690 with an AC20, ensure that the motor specifications remain compatible. The AC20 series offers flexible motor control for both induction and permanent magnet motors, but it’s always a good idea to verify the motor’s power rating, torque requirements, and speed range to ensure optimal performance.
2. Communication Protocols
While the Parker 690 drive supported various communication protocols, the AC20 drive offers an expanded range of options for more modern systems. The AC20 supports protocols like Modbus RTU, Ethernet, and CANopen, ensuring seamless integration with your existing control systems.
However, it’s important to check if any additional configuration or adapters are required when switching to a new communication protocol during the upgrade.
3. Programming and Configuration
One of the major advantages of the AC20 series is its ease of programming and configuration. Parker provides intuitive programming tools that allow you to replicate the configuration from your existing 690 drive or set up new parameters based on your application requirements.
If you’re unfamiliar with drive programming, SDS Drives offers programming and commissioning services, ensuring that your new AC20 drive is fully optimized and tailored to your operation.
How SDS Drives Can Help with Your AC20 Upgrade
At SDS Drives, we specialize in helping businesses make the transition from obsolete drives like the Parker 690 to newer, more efficient solutions like the Parker AC20. Our experienced engineers provide full support throughout the upgrade process, including:
Drive Selection: We help you select the right AC20 model based on your existing system, TOF size, and voltage requirements.
Installation and Commissioning: Our team of certified technicians can install and commission the new drive, ensuring it is fully integrated and configured for optimal performance.
Support and Maintenance: We offer ongoing support, troubleshooting, and repair services for the Parker AC20 series, ensuring that your system runs smoothly over the long term.
Conclusion: Future-Proof Your Operations with Parker AC20
Upgrading from the obsolete Parker 690 drives to the modern AC20 series is a smart choice for businesses looking to improve efficiency and avoid the headaches associated with unsupported hardware. By carefully considering factors like Top of Frame (TOF) size and voltage supply, you can ensure a smooth, like-for-like replacement.
At SDS Drives, we’re here to support you through every step of the upgrade process, from product selection to installation and beyond. Contact us today to discuss your upgrade requirements, and let us help you future-proof your operations with the powerful and efficient Parker AC20 drives.
When it comes to DC motor control, the Parker 590P Drive stands as one of the most reliable, efficient, and user-friendly options available.
This drive series delivers exceptional performance across a wide range of industries and remains a leading choice for businesses looking for power, flexibility, and ease of use in a compact design.
In a world where many industrial drives are becoming obsolete, the 590P remains a current, actively supported model, ensuring long-term availability and support. At SDS Drives, we specialize in selling, supporting, and maintaining Parker 590P drives, providing comprehensive solutions from initial installation to ongoing support.
Why Choose the Parker 590P Drive?
1. Regenerative Power – Efficiency at Its Best
One of the most important features of the Parker 590P drive is its regenerative capability. This means the drive can take energy from braking or deceleration and feed it back into the power supply, resulting in significant energy savings and improved overall efficiency. In applications where motors frequently stop or reverse, such as in conveyors, hoists, and winding systems, this feature can dramatically reduce energy costs over time.
By recovering energy that would otherwise be wasted, the 590P drive not only reduces your energy bill but also contributes to a more sustainable and eco-friendly operation.
2. Easy to Program and Customize
The 590P drives are designed with simplicity in mind, making them one of the easiest DC drives to program and operate. Whether you’re a seasoned engineer or someone newer to the field, the user-friendly interface and intuitive configuration tools make setup a breeze. With flexible software options and programming wizards, the drive can be quickly tailored to fit your exact requirements.
For those looking to integrate the drive into a more complex system, the 590P supports a wide range of communications protocols, including Ethernet, Modbus, and Profibus, ensuring seamless integration with your existing control infrastructure.
3. Compact and Space-Saving Design
In many industrial environments, space is a premium. The 590P drive is compact and designed to take up minimal space within your control panels or enclosures, without compromising on performance. Its smaller footprint makes it an ideal choice for retrofits or for applications where space constraints are an issue.
Despite its compact size, the 590P is powerful and capable of handling the most demanding DC motor applications, providing high torque and precise motor control in a streamlined package.
4. Not Obsolete – Future-Proof Your Operations
Many industrial drives are being phased out, leaving businesses stuck with unsupported hardware or forced to upgrade prematurely. Fortunately, the Parker 590P DC drive series is still in active production, and Parker Hannifin continues to offer full support, including parts, software updates, and technical assistance.
Choosing the 590P means you’re investing in a drive that will be supported for years to come, providing long-term peace of mind for your business.
Parker Hannifin DC Drive 590P with keypad
SDS Drives: Your Trusted Parker 590P Experts
At SDS Drives, we don’t just sell Parker 590P drives – we’re experts in them. From sales to ongoing maintenance, we offer a full range of services to ensure your drives are perfectly suited to your needs and remain operational throughout their lifecycle.
1. Tailored Sales Solutions
Our team at SDS Drives understands that no two applications are exactly alike. That’s why we work closely with our customers to help them select the best drive configuration for their specific requirements. Whether you need a drive for a small DC motor or a more complex, high-torque application, we’ll guide you through the process and ensure you get the perfect match.
2. Installation and Commissioning
Our skilled engineers provide expert installation and commissioning services, ensuring that your 590P drive is set up correctly and optimized for your application. From initial programming to system integration, we’ll take care of every step, minimizing downtime and ensuring a smooth installation process.
3. Ongoing Support and Repairs
Even the most reliable equipment needs occasional support. That’s why SDS Drives offers comprehensive after-sales services, including maintenance, repairs, and technical assistance. If your drive encounters any issues, our experienced technicians are on hand to diagnose and fix problems quickly, ensuring your operations continue to run smoothly.
4. Retrofits and Upgrades
If you’re using older, unsupported DC drives, our team can help you upgrade to the Parker 590P series with minimal disruption. We offer retrofit solutions that allow you to replace aging or obsolete drives with modern 590P drives, improving efficiency, reducing energy consumption, and extending the lifespan of your equipment.
Why Choose SDS Drives for Your Parker 590P Needs?
Regenerative Efficiency: Maximize energy savings with the regenerative capability of the 590P drive.
User-Friendly Programming: Easily program and customize your drives to fit your specific application needs.
Compact and Powerful: Enjoy the benefits of a space-saving design without sacrificing performance.
Future-Proof: Invest in a drive that’s actively supported and won’t become obsolete.
Expert Support: From sales to repairs, SDS Drives offers full support for all your Parker 590P needs.
Contact SDS Drives for All Your Parker 590P Drive Requirements
Looking for a reliable, efficient, and future-proof DC drive solution? The Parker 590P series is the answer, and at SDS Drives, we’re here to provide expert guidance and support every step of the way. Whether you need help selecting the right drive, require installation services, or need ongoing maintenance, we’ve got you covered.
Contact us today to learn more about how the Parker 590P can enhance your operations and how SDS Drives can support your business.
Parker AC30 / AC70 series group image
Why the Parker AC30 is a must-have for your business
When it comes to drive solutions, you want a product that delivers top-notch performance, reliability, and flexibility. That’s exactly what the Parker AC30 Series drives offer. As one of the most powerful drives in Parker’s range, the AC30 series is a game-changer, especially with the growing trend of obsolescence in the industrial automation world.
In this blog, we’ll explore why the Parker AC30 is a must-have for your business, highlight its unique selling points, and explain how SDS Drives can support you with purchasing, installing, and maintaining these drives.
Why the Parker AC30 Stands Out
1. Unmatched Power – Up to 450 kW One of the AC30’s most impressive features is its massive power capacity—it supports up to 450 kW, making it the largest drive in Parker’s portfolio. This level of power output means the AC30 is ideal for heavy-duty industrial applications, from water treatment plants to large manufacturing facilities.
With this drive, you don’t need to compromise on performance. Whether you’re running large conveyors, pumps, fans, or compressors, the AC30 delivers smooth and reliable motor control, even in the most demanding environments.
2. Future-Proof: Still in Production Despite Obsolescence In a world where industrial drives are constantly becoming obsolete, the Parker AC30 stands out as one of the few that is still being manufactured. Obsolescence is a major issue across industries—many older drives are no longer supported by manufacturers, leaving businesses scrambling for replacements or costly workarounds.
Fortunately, the Parker AC30 Series is not going anywhere. As a current, actively supported product line, you can invest in the AC30 with the peace of mind that parts, software, and support will be available for years to come.
3. Fully Modular & Flexible The AC30 Series is designed with flexibility in mind. Whether you need a simple fan or pump control or a more complex multi-axis setup, the AC30 can handle it. Its modularity means that the drive can grow with your application—adding functionality as needed without the need for a complete system overhaul.
It supports everything from basic motor speed control to advanced process automation, with the ability to integrate seamlessly into your existing infrastructure. Additionally, its open communications architecture ensures compatibility with a wide range of industrial protocols, including Ethernet, Profibus, and CANopen.
Parker AC30 features
SDS Drives: Your Complete AC30 Solution Provider
At SDS Drives, we don’t just sell you a product—we offer complete end-to-end support to ensure that your Parker AC30 is the perfect fit for your business and that it runs smoothly for years to come.
1. Sales & Custom Solutions
We understand that each business has unique needs, and we’re here to help you select the right AC30 model for your application. Whether you’re looking for a drive to handle a specific process or need a solution for a large-scale operation, our expert team can help you choose the best configuration.
2. Installation & Commissioning
Our qualified engineers have extensive experience with Parker drives and can handle all aspects of installation and commissioning. This means we don’t just deliver the drive—we ensure it’s fully set up and optimized for your system, minimizing downtime and getting your operations up and running quickly.
3. Ongoing Support & Repairs
We know that reliability is critical, but even the best equipment needs servicing from time to time. That’s why we offer comprehensive support and repair services for the AC30 drives. Our team of technicians is fully trained in diagnosing and repairing any issues that may arise, ensuring that your production lines keep moving.
4. Retrofit & Upgrades
Do you have an aging drive system that’s no longer supported? Let us help you retrofit your old equipment with Parker AC30 drives. Upgrading to an AC30 can drastically improve efficiency, reduce energy costs, and future-proof your operations. With our full range of commissioning and integrationservices, the transition will be seamless.
Why Choose Parker AC30 and SDS Drives?
Unrivaled Power: Up to 450 kW for heavy-duty applications.
Future-Proof: Still being manufactured and supported in a world of increasing obsolescence.
Modular Flexibility: Fully adaptable to your changing needs, with seamless integration into your system.
If you’re looking for a powerful, reliable, and future-proof drive solution, the Parker AC30 Series is the answer. And with SDS Drives by your side, you can rest assured that your drive will perform at its best from the moment it’s installed.
Contact us today to discuss your requirements, and let us help you find the ideal solution for your industrial application.
Understanding the Letter Designations in Parker Hannifin 590 and 591 Series Drives
Ever wanted to know what the letters after Parker Hannifin’s 590 and 591 Series Drives part numbers mean?
Here the SDS team explain their meaning and offer guidance on interchangeability when a specific model is not in stock.
Parker 590 and 591 Drives
Parker Hannifin’s 590 and 591 series DC drives are well-known for their reliability, precision, and flexibility in controlling DC motors across various industries. However, many users find the letter designations following the main part numbers confusing. These letters (P, PX, S, DRV) carry specific meanings and refer to key features or configurations of the drive.
In this article, we’ll explain what each letter means and explore whether different versions can be interchanged if your exact part number is unavailable.
1. 590P and 591P: Standard Drives
The 590P and 591P refer to the standard versions of Parker’s DC drives. These drives provide advanced digital control with a fully regenerative capability. The “P” designation highlights that these drives are part of the Performance Series:
590P: Single-quadrant drive for controlling DC motors in a non-regenerative mode.
591P: Similar to the 590P, but the difference is typically tied to its use for applications requiring four-quadrant (regenerative) operation, meaning it can drive the motor in forward and reverse and brake using regenerative braking.
Key Features:
Full digital control
Advanced performance for industrial applications
Regenerative capability (for 591P)
2. 590PX and 591PX: Enhanced Performance
The PX in the 590PX and 591PX refers to an Enhanced Performance Series. These drives come with additional features compared to the standard P versions. The “X” indicates extra functionality, such as enhanced cooling, extra firmware capabilities, or improved response times.
590PX: Enhanced performance for single-quadrant applications.
591PX: Enhanced performance for four-quadrant applications with regenerative braking.
Key Features:
Extended firmware options
Enhanced cooling capabilities
Improved response time for demanding applications
3. 590S and 591S: Simplified Models
The S designation stands for Simplified or Standard versions. These models are generally stripped down in terms of advanced features but provide core drive functionality for more straightforward applications where the high-end features of the P or PX models aren’t necessary.
590S: Standard single-quadrant control for basic DC motor applications.
591S: Standard four-quadrant regenerative drive with simplified settings.
Key Features:
Essential control features
Lower cost for basic industrial needs
Ideal for less demanding environments
4. 590DRV and 591DRV: Drive Only Modules
The DRV designation stands for Drive Module Only. These drives are modular units, which means they come without the complete enclosure or the additional components found in standard drives. The DRV versions are often used in larger, custom installations where users may already have external controllers, power supplies, or other system elements in place.
590DRV: Modular drive for single-quadrant applications.
591DRV: Modular drive for four-quadrant regenerative applications.
Key Features:
Modular design for integration into larger systems
Lacks enclosure and some auxiliary components
Can One Model Be Used in Place of Another?
One common question is whether you can use a different model (e.g., a 590P instead of a 590PX) when a specific model is not in stock.
The short answer is it depends on your application:
590P vs. 590PX: If you require the enhanced features provided by the PX version, such as extra cooling or advanced firmware, the 590P may not be suitable as a direct replacement. However, for basic motor control, a 590P may work in place of a 590PX.
591P vs. 591S: The 591P offers more advanced control features than the 591S. While the 591S can be used in place of the 591P for simpler applications, it may not perform as well in high-demand environments, especially where regenerative braking is critical.
DRV Versions: The DRV versions should only be replaced with other DRV versions. These modular drives are designed for specific installations, so replacing them with a standard enclosed drive would require substantial changes to your setup.
Key Considerations for Replacement:
Application Demands: Ensure that the replacement drive meets the voltage, current, and control requirements of your motor and application.
Quadrant Control: If your application requires four-quadrant operation (regenerative braking), make sure the replacement model has this capability (i.e., don’t replace a 591P with a 590P).
Firmware & Features: Some models (like PX) come with advanced firmware options. Replacing them with a base model may result in loss of functionality.
Parker 590 Series Group Image
Conclusion
Understanding the differences between the P, PX, S, and DRV versions of the Parker Hannifin 590 and 591 Series drives is crucial for selecting the right drive for your application. While some models may be interchangeable for basic applications, it’s important to evaluate your specific requirements to ensure a successful replacement.
If you’re unsure which model to use or if you need assistance with sourcing, feel free to reach out to us at SDS Drives, and we’ll help you find the best solution for your application needs. Drop the SDS team an email: info@sdsdrives.com
Deciphering Parker part codes
When deciphering Parker Hannifin part codes specific to drives and ancillary parts/equipment, such as power boards and related components, the structure of the part number provides key information about product functionality, size, and specifications.
Here’s how to break down these part codes step by step, focusing only on parts relevant to drives, power electronics, and related equipment.
Step-by-Step Guide for Decoding Parker Hannifin Part Codes
1. Understand the Product Family
Parker Hannifin drives and power electronics components, such as AC drives, DC drives, and servo drives, are typically categorized by product family.
For example, you might see codes like:
AC10: Refers to the AC10 variable speed drive series.
AC30: Refers to the AC30 series, which offers more advanced control options.
590+: DC drives family, used for DC motor control. Example: AC10-04D022F (AC10 Series Drive)
AC10: The product family indicates this is an AC10 drive.
2. Voltage and Power Ratings
The next part of the code often indicates voltage, current, or power rating for the drive or board. It’s essential to know these values to select the correct part for your application.
04D: Typically, this refers to a drive with a 400V input.
022: This can refer to the current rating (e.g., 22A).
F: Indicates a specific feature, such as frequency or phase (often used for single-phase or three-phase power specifications). Example: AC10-04D022F
04D: Indicates this drive operates on a 400V input voltage.
022: Indicates a 22A current rating.
F: May refer to a specific frequency or phase configuration.
3. Drive Configuration and Form Factor
Drives and power electronics from Parker also include part codes that specify the form factor or configuration of the unit, such as chassis type or whether it’s enclosed.
Key codes:
C: Refers to a chassis-mounted drive.
E: Indicates an enclosed drive or power board. Example: 590P-534000C
590P: Refers to the 590+ DC Drive series.
534000: This can refer to a specific model number that gives detailed configuration information.
C: Indicates that this is a chassis-mounted drive.
4. Power Board and Control Board Specifications
For power boards or control boards (ancillary parts), Parker Hannifin part numbers often include codes that specify power capacity, control features, and interface options.
PBA: Refers to a power board assembly.
CBA: Refers to a control board assembly.
IO: Refers to input/output (I/O) capabilities on control boards. Example: PBA-040
PBA: This is a power board assembly.
040: Refers to a specific power rating, such as 40 kW.
5. Special Features or Modifications
In some cases, part codes include suffixes or letters indicating special features or modifications. These might be related to environmental ratings (e.g., IP ratings), added options, or firmware versions.
Common suffixes:
IP54: Indicates the drive is rated for protection against dust and water splashes.
T: Can indicate a “tropicalized” version with enhanced moisture protection. Example: AC30V-450T-IP54
AC30V: Refers to the AC30 series drive.
450T: Indicates a 450A current rating with tropicalization.
IP54: Environmental protection rating of IP54.
Summary:
Summary of Key Parts in the Code:
Product Family: Identifies whether it’s an AC, DC, or servo drive (e.g., AC10, 590+).
Voltage/Current Rating: Refers to the voltage and power capacity of the drive (e.g., 04D for 400V, 022 for 22A).
Form Factor/Configuration: Specifies whether the drive is chassis-mounted or enclosed (e.g., C for chassis).
Ancillary Part Type: Identifies power boards or control boards (e.g., PBA for power board assembly).
Special Features: Indicates environmental protection, phase configuration, or other custom features (e.g., IP54 for dust and water resistance).
Want to find out more about Parker drives? Drop the SDS team an email: info@sdsdrives.com
As technology evolves, so does the need for updating and replacing legacy equipment to maintain efficiency, reliability, and performance in industrial applications. Parker Hannifin’s AC20 inverter drives are designed to address obsolescence issues that plagued their predecessor models. Here’s how the AC20 achieves this:
1. Backward Compatibility
Seamless Transition: The AC20 drives are designed to be backward compatible with older (obsolete) inverter models. This compatibility ensures a smooth and hassle-free transition from older systems to the new AC20 drives without needing extensive modifications to existing setups.
Ease of Installation: By maintaining similar mounting dimensions and connection interfaces, the AC20 reduces installation time and costs, making it a straightforward replacement for outdated, obsolete drives.
2. Enhanced Performance and Efficiency
Advanced Motor Control: The AC20 incorporates advanced motor control techniques, such as sensorless vector control, providing superior performance over older models. This ensures precise speed and torque control, which is crucial for modern industrial applications.
Energy Savings: With improved efficiency, the AC20 helps reduce energy consumption, which is particularly beneficial given the rising costs of energy. This feature also aligns with contemporary goals of sustainability and reduced operational costs.
3. Robust Connectivity and Integration
Modern Communication Protocols: The AC20 supports a range of contemporary communication protocols, including Ethernet/IP, Modbus TCP, and Profinet. This makes it easier to integrate into modern industrial networks and control systems.
IoT and Industry 4.0 Ready: Enhanced connectivity allows the AC20 to be a part of smart manufacturing environments, enabling remote monitoring, diagnostics, and predictive maintenance. This reduces downtime and maintenance costs.
4. Improved Reliability and Durability
Advanced Protection Features: The AC20 includes built-in protection mechanisms against voltage fluctuations, short circuits, and overloads. These features enhance the reliability of the drive, ensuring long-term operation even in demanding environments.
Quality Components: Manufactured with high-quality, locally sourced components (whenever possible), the AC20 guarantees durability and consistent performance, addressing reliability issues found in older drives.
5. User-Friendly Interface and Configuration
Intuitive Setup: The AC20 offers an intuitive user interface and configuration tools, simplifying the setup and parameter adjustment process. This ease of use is particularly beneficial for technicians transitioning from older models.
Comprehensive Documentation and Support: Detailed documentation and robust customer support from Parker Hannifin ensure that users can quickly resolve any issues and fully leverage the capabilities of the AC20.
6. Extended Functionality
Versatility in Applications: The AC20 is versatile, supporting various motor types and control methods. This adaptability makes it suitable for a wide range of applications, from simple pump and fan control to complex machinery.
Expanded Power Range: The AC20 offers a broader power range compared to its predecessors, allowing it to handle more demanding applications and providing a future-proof solution for growing operational needs.
AC20 Conclusion
The Parker AC20 inverter drives effectively address the obsolescence issues associated with previous models by offering enhanced performance, improved connectivity, robust protection features, and user-friendly interfaces. By ensuring backward compatibility, the AC20 facilitates a smooth upgrade path, making it an ideal choice for modernizing industrial applications while maintaining high reliability and efficiency.
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