Choosing a new pump for your hydraulic system can be confusing, with many options from which to choose, including; pump size, flow rate, hose inlet and outlet sizes. Selecting the wrong pump could lead to a poorly performing hydraulic system, premature wear of components, and endless hours to carry out repairs and upgrades while the system is out of action. So, when choosing a hydraulic pump, what are the main considerations?
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A slow running or underperforming pump is a frustrating problem as it prevents the hydraulic system from operating at capacity or with sufficient power. Identifying the cause can causes extensive system downtime, as there are various reasons why a hydraulic pump may operate sluggishly.
Today’s cylinder catalogue is a toybox of variety. Many different sizes, designs, and configurations are available, but how do you know which one is optimal for your pneumatic requirements? Here’s a guide to selecting the right size:
Every professionally-designed hydraulic system in use today started life as either a CAD digital or paper schematic – a technical drawing. A hydraulic technical drawing is a visual roadmap of the system layout, detailing hydraulic flow, inputs, outputs, and moving parts, alongside any motors or electromechanical components.
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Modular valves are found in almost every hydraulic system in use today. Like all hydraulic valves, they make sure the fluid inside the circuit flows the right way. Controlling the direction, rate, and strength of the flow of hydraulic fluid around the machine’s circuit is critical to preventing overloading, under-pressured lines and lifts, and fluid retention. Modular valves help prevent these issues, along with limiting damaging backflow and reducing the risk of O-ring seal breakage.
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If you have spare hydraulic cylinders that you need to store, it’s important that they remain in optimum condition and don’t deteriorate over time. Failing to prepare the cylinders correctly for storage, or storing them in inappropriate conditions, can be an expensive mistake; they may not function properly later and will probably need to be replaced.
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If your business relies on hydraulic systems, you’ll understand that time is of the essence. Unforeseen and sudden equipment failures cause significant disruption to production lines. At the same time, leaks from hydraulic hoses are both time-consuming to remedy, and dangerous, due to the sudden release of hot liquids.
Continue reading “How To Crimp A Hydraulic Hose: A 10-Step Guide”
Keeping ambient heat under control is a challenge in many hydraulic systems. Fluid pressure, motion, and moving parts all raise the temperature, making user safety and smooth running far trickier to maintain. One effective way to reduce the risks and challenges of ambient heat is by investing in thermoplastic hydraulic hoses.
Continue reading “The 5 Top Advantages of Using Hydraulic Thermoplastic Hoses”
In engineering, fluids (whether liquids/hydraulic, or gases/pneumatic) play a significant role in the design and construction of systems and machines. The study of fluids enables engineering applications in a variety of designs and structures, ranging from medical equipment to irrigation systems. Hydraulics and pneumatics focus on the mechanical qualities of liquids and gases respectively. How to decide the type of system most suited to your application at the design stage?
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Every powered hydraulic machine generates ambient heat. Heat dissipates throughout the system, creating a broadly equivalent level temperature. It’s both a benefit and a hazard to engineers and designers working with volatile, sensitive mechanical systems. While the wasted thermal energy from moving hydraulics helps prevent freezing, rusting, and jams, hydraulic warmth also needs to be safely and quickly dissipated away when the machine’s fluid loop is deactivated.
Continue reading “What is ‘Specific Heat’ in Hydraulic Systems?”
