12/25/2023 0 Comments 2500 psi four inch ram pressure![]() We are well-versed in the latest technologies in materials, cylinder componentry, cylinder design and manufacturing methods to ensure your cylinder functions exactly as required. Knowing the load your application needs to move, and the hydraulic system pressure rating, will help determine the optimal bore size of your cylinders. The bigger the bore, more force the cylinder can develop. The bore size, along with the desired operating pressure of the cylinder determines the force output available. With bore sizes over 8 inches and up to 24 inches, RAM’s large bore cylinders are up to the task! These heavy-duty cylinders are robust and often necessary for machinery that operates in tough working environments. With half a century of experience, rely on the RAM name to manufacture hydraulic cylinders you can trust!Ĭontact RAM today for cylinder solutions that work under bore cylinders can achieve the power and pressure required for your equipment to move the heaviest loads. We make sure all internal components match the test pressure so your cylinders can withstand the pressure on the field. Customers may request testing at higher ratings, such as one and a half times the operating pressure. ![]() Static systems may experience constant pressure, unlike dynamic systems with fluctuations or shocks to the equipment. Ensuring your cylinders meet the required safety rating is essential, especially where human safety is directly involved.Īt RAM, we test every hydraulic cylinder at a higher pressure than the designated PSI to ensure reliable performance during pressure surges or spikes. This template provides output with the safety factor as a percentage of equivalent force. A standard template of engineering calculations takes all criteria from the design plan and performs safety calculations for all critical points in the cylinder. RAM creates a design plan with the criteria and componentry for each cylinder we make. As part of our full-service approach, the RAM team provides recommendations considering your equipment's operating environment to ensure safe and efficient operation. The experts at RAM review every aspect of your hydraulic cylinder design to verify your cylinders will achieve optimal performance. Letting us know your desired system pressure and pounds of force, or your preferred bore size, helps our team provide a suitable solution for your machinery. For example, an integrated 2500 PSI counterbalance valve would not work for a cylinder to be 3000 PSI rated.Ĭommunication is a valuable part of the relationship RAM builds with customers. For a cylinder to be rated as 3000 PSI, all integrated parts and materials must also be at least 3000 PSI. RAM can manufacture cylinders with a rating up to 7500 PSI.Īll components in the hydraulic system must be rated to the same PSI or higher. RAM Industries designs and builds cylinders to match your particular equipment's pressure rating. The industry standard for pressure ratings has evolved over the years to 3000 PSI, although each industry and application may vary. To calculate the pressure rating, you need to divide the force by the total surface area to get the system pressure. PSI, which stands for pounds per square inch, indicates the pressure rating for the hydraulic system. By working with our team, you can be confident your RAM hydraulic cylinders will perform reliably under pressure every time! ![]() All internal componentry and critical points in your cylinder will face significant pressure. Are you confident your cylinders are sufficient for the hydraulic pressure rating of your equipment? Off-the-shelf cylinders are typically designed to industry standards, but they cannot anticipate the operating conditions of all equipment.
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