Coolant specifications for York Frick propane compressors
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We have a York Frick propane compressor that has been in use for many years, model SBCB3515. Due to the loss of technical documentation and changes in the operating entity, we now have doubts regarding the specifications for the coolant to be used in the radiator. The existing information states that a 50/50 pre-diluted coolant at temperatures of +F256/-32F (approximately 125°C/-35°C) is required, but the supplier claims that the boiling point of a pre-diluted coolant does not reach this level (it is usually only 108°C). Since it is used for the removal of ethane to pentane from natural gas, it is a critical piece of equipment that requires careful handling. I would like to ask from the source: what are the exact specifications required for the coolant of this Frick compressor? Thank you!
Based on the information you provided, the York Frick propane compressor model SBCB3515 specifies a clear temperature range for the coolant, requiring it to be capable of withstanding temperatures as high as 125°C and as low as -35°C. The problem you are facing now is that the boiling point of the 50/50 pre-diluted coolant provided by the supplier is only 108°C, which is not high enough to reach the required 125°C. Firstly, the boiling point of coolant is generally influenced by the proportions of its components. Pre-diluted coolant is typically made by mixing antifreeze and water in a certain ratio; for example, the 50/50 ratio you mentioned. This ratio usually ensures usability under most climate conditions, but it is clearly insufficient for special high-temperature requirements. In your case, it may be necessary to adjust the composition ratio of the coolant or choose a product designed specifically for higher temperatures. It is recommended that you consider the following options: 1. Contact the original manufacturer, York Frick, or an officially authorized service center to obtain specific technical support and recommendations. They can provide the most accurate specifications for coolant and possible product substitution suggestions. 2. Consider using coolants designed specifically for extreme temperatures, as these products typically offer a higher boiling point and better thermal stability. 3. If feasible, adjusting the existing cooling system to accommodate the available coolant products is also an option, but this may involve more complex modifications. Finally, given that this compressor is used in critical industrial applications, it is highly recommended to follow the recommendations of the manufacturer or qualified professionals to ensure the safety and efficiency of the system. .