• how to select and size hydraulic-oil coolers
  • how to select and size hydraulic-oil coolers
  • how to select and size hydraulic-oil coolers
  • how to select and size hydraulic-oil coolers
  • How to choose a hydraulic oil cooler?
  • This means that to maintain the hydraulic oil temperature within a safe range, the cooler must be capable of rejecting at least 25 kW of heat. When selecting a cooler in practice, a safety margin is usually added to ensure the cooler can effectively operate under various conditions. 2. Choosing the Cooler Type
  • What is a hydraulic oil cooler sizing calculator?
  • Using Online Calculation Tools Parker’s hydraulic oil cooler sizing calculator is a professional online tool that helps users quickly select the appropriate hydraulic oil cooler based on specific working conditions.
  • How much heat can a hydraulic oil cooler handle?
  • For example, if a hydraulic system has a continuous input power of 100kW and it's 80 percent efficient, then 80kW is available at the output to do useful work and 20kW is converted to heat. So the oil cooler must be capable of rejecting at least 20kW of heat to maintain an acceptable and stable oil temperature.
  • What should I consider when sizing an oil cooler?
  • So starting from the beginning, when sizing an oil cooler, the first thing to consider is the continuous input power of the system. I like to work in kilowatts, because kilowatts of input power given up as heat equates near enough to the same amount of required heat rejection in kilowatts.
  • What are hydraulic oil coolers used for?
  • Heat kills hydraulic systems so hydraulic oil coolers are used widely in numerous agricultural, mobile, manufacturing, and industrial settings. Several different types of oil coolers are suitable for hydraulic systems, with air and water cooler being the most common among all.
  • How much heat does an oil cooler need?
  • So the oil cooler must be capable of rejecting at least 20kW of heat to maintain an acceptable and stable oil temperature. The next thing to consider is the native efficiency of the system. This is almost impossible to calculate, but can be estimated based on the type of system and the components used.