With the modular test system HMT 1000, oil separators (e.g. for the separation of blow-by aerosols in internal combustion engines or for the separation of oil mist downstream of compressors) can be quickly and accurately characterized and, in particular, tested under practically relevant, isothermal conditions up to 120 °C.
Quality assurance and the development of filtersseparatorstraps should preferably be performed under test conditions that are relevant to the actual conditions encountered in practice. For this reason, oil separators must be tested at high temperatures of up to 120 °C and, depending on the type of application, at high pressures.

With the modular test system HMT 1000, oil separators (e.g. for the separation of blow-by aerosols in internal combustion engines or for the separation of oil mist downstream of compressors) can be quickly and accurately characterized and, in particular, tested under practically relevant, isothermal conditions up to 120 °C.
Quality assurance and the development of filtersseparatorstraps should preferably be performed under test conditions that are relevant to the actual conditions encountered in practice. For this reason, oil separators must be tested at high temperatures of up to 120 °C and, depending on the type of application, at high pressures.