You may know that properly maintaining a hydraulic pump will ensure maximum efficiency and prevent damage, but did you know that it is especially critical to regularly monitor inlet conditions?...

Doing more with less is a common theme in business and the pump market for medium-duty applications is no exception. With the overall hydraulic system size becoming increasingly smaller and smaller,...

For decades, the dump truck industry has been relegated to two sizes of dump pumps; a larger, higher flowing (up to 27GPM) C Series pump, and a smaller, lower flowing (up to 16GPM) G series pump. The...

This is part two of a two-part post explaining how to determine the best size for a hydraulic pump motor and how to scale the size and cost with RMS loading and Hp limiting. In Part 1 of this post,...

This two-part post explains how to determine the best size for a hydraulic pump motor and how to scale the size and cost with RMS loading and Hp limiting. Knowing how to right-size an electric motor...

When it comes to mobile heavy lifting applications, we are increasingly seeing that the electrification market can benefit from integrated, decoupled solutions. These solutions offer an alternative to...

Using mechanical energy produced by a machine’s engine, a hydraulic pump can move hydraulic fluid from the pump’s own reservoir to a connected hydraulic motor, converting the mechanical energy...

Work in the turf industry can be tough, dirty and unforgiving. The last thing you need is for the machine to fail in the midst of a job. Machine failure leads to unscheduled maintenance and...

For a long time, the use of hydraulic power in industrial processes has been associated with its traditional benefits: high power density, precise control, and long-term performance. Yet...

Not so long ago, only the largest OEMs could afford to develop complex proprietary control systems. But the recent introduction of versatile digital ecosystems connecting electronic control...

Over the last several years, the trend in the oil and gas market has been the near constant decrease in oil prices. As prices continue to drop, companies must find ways to remain profitable...

Inefficient energy allocation, heat generation and noise are typical concerns among facility engineers in manufacturing environments. Parker’s new variable speed drive solution, called Drive...

You are already interested in variable speed pump drives, which save up to 70 percent energy compared to conventional drive solutions. But you are still hesitant due to their greater complexity. For...

Modern industrial machinery is creating ever-increasing demands on hydraulics to provide more efficient and quieter solutions with a smaller footprint, while maintaining the benefits traditionally ...

The world is quickly moving towards more hybrid and electric vehicles, which reduce toxic emissions. This trend is leading to an overall improvement in the quality of the air we breathe, especially in...

The variable-speed hydraulic pump, with its potential for energy savings, power density and temporary noise reduction, is currently the dominant pressure supply system in the media. It provides...

The selection of a motor for a hydraulic application can be complicated. Learn about the essential motor selection criteria in the following guide that breaks down the process discussing fundamental...

Hydroelectric plants, Parker and their distributors / integrators make powerful teams in the area of power generation support and technical expertise. Carter Lake Hydroelectric, adjacent to...

High-production shredding applications produce tremendous shock in hydraulic systems. Hydraulic transmission design, shaft speed and operating torque are just the beginning of the...

Consider a variable frequency drive (VFD) to provide a quiet, energy-saving operation on a hydraulic power unit (HPU). An HPU can make for an interesting example of a hybrid system that...