One Question per Day 20181227
Thread Content
What determines the capacity of the main fuel tank? What is the circulation rate of turbine oil? The oil storage capacity of the turbine’s main oil tank is determined by the size of the oil system, and it should be sufficient to meet the oil requirements of the lubrication and control systems. The larger the engine, the more oil is required for the regulation and lubrication systems. The larger the capacity of the fuel tank, too. The circulation ratio of turbine oil is equal to the ratio of the output volume of the main oil pump per hour to the total oil volume in the tank, and it should generally be less than 12. If the circulation rate is too high, the turbine oil stays in the tank for a short time, leaving no time for air and moisture to be separated, which causes the quality of the oil to deteriorate rapidly and shortens its service life.
The oil storage capacity of the turbine’s main oil tank is determined by the size of the oil system, and it should be sufficient to meet the oil requirements of the lubrication and control systems. The larger the engine, the more oil is required for the regulation and lubrication systems. The larger the capacity of the fuel tank, too. The circulation ratio of turbine oil is equal to the ratio of the output volume of the main oil pump per hour to the total oil volume in the tank, and it should generally be less than 12. If the circulation rate is too high, the turbine oil stays in the tank for a short time, leaving no time for air and moisture to be separated, which causes the quality of the oil to deteriorate rapidly and shortens its service life.
The capacity depends on the operation time; the ratio of the oil output per hour by the turbine’s main oil pump to the total amount of oil in the main oil tank is called the oil circulation rate
The oil storage capacity of the turbine’s main oil tank is determined by the size of the oil system, and it should be sufficient to meet the oil requirements of the lubrication and control systems. The larger the engine, the more oil is required for the regulation and lubrication systems. The larger the capacity of the fuel tank, too. The circulation ratio of turbine oil is equal to the ratio of the output volume of the main oil pump per hour to the total oil volume in the tank, and it should generally be less than 12. If the circulation rate is too high, the turbine oil stays in the tank for a short time, leaving no time for air and moisture to be separated, which causes the quality of the oil to deteriorate rapidly and shortens its service life.
The oil storage capacity of the main tank is determined by the size of the oil system, and it should be sufficient to meet the oil requirements of the lubrication and control systems. The larger the engine, the more oil is required for the regulation and lubrication systems. The larger the capacity of the fuel tank, too. The circulation ratio of turbine oil is equal to the ratio of the output volume of the main oil pump per hour to the total oil volume in the tank; it should generally be less than 12. If this ratio is too high, the turbine oil stays in the tank for a short time, leaving no time for air and moisture to be removed, which leads to a rapid deterioration of the oil quality and reduces its service life.
The oil storage capacity of the turbine’s main oil tank is determined by the size of the oil system, and it should be sufficient to meet the oil requirements of the lubrication and control systems. The larger the engine, the more oil is required for the regulation and lubrication systems.
The oil storage capacity of the turbine’s main oil tank is determined by the size of the oil system, and it should be sufficient to meet the oil requirements of the lubrication and control systems. The larger the engine, the more oil is required for the regulation and lubrication systems. The larger the capacity of the fuel tank, too. The circulation ratio of turbine oil is equal to the ratio of the output volume of the main oil pump per hour to the total oil volume in the tank, and it should generally be less than 12. If the circulation rate is too high, the turbine oil stays in the tank for a short time, leaving no time for air and moisture to be separated, which causes the quality of the oil to deteriorate rapidly and shortens its service life.
The oil storage capacity of the turbine’s main oil tank is determined by the size of the oil system, and it should be sufficient to meet the oil requirements of the lubrication and control systems. The larger the engine, the more oil is required for the regulation and lubrication systems. The larger the capacity of the fuel tank, too. The circulation ratio of turbine oil is equal to the ratio of the output volume of the main oil pump per hour to the total oil volume in the tank, and it should generally be less than 12. If the circulation rate is too high, the turbine oil stays in the tank for a short time, leaving no time for air and moisture to be separated, which causes the quality of the oil to deteriorate rapidly and shortens its service life.
The oil storage capacity of the turbine’s main oil tank is determined by the size of the oil system, and it should be sufficient to meet the oil requirements of the lubrication and control systems. The larger the engine, the more oil is required for the regulation and lubrication systems. The larger the capacity of the fuel tank, too. The circulation ratio of turbine oil is equal to the ratio of the output volume of the main oil pump per hour to the total oil volume in the tank, and it should generally be less than 12. If the circulation rate is too high, the turbine oil stays in the tank for a short time, leaving no time for air and moisture to be separated, which causes the quality of the oil to deteriorate rapidly and shortens its service life.
The oil storage capacity of the turbine’s main oil tank is determined by the size of the oil system, and it should be sufficient to meet the oil requirements of the lubrication and control systems. The larger the engine, the more oil is required for the regulation and lubrication systems. The larger the capacity of the fuel tank, too. The circulation ratio of turbine oil is equal to the ratio of the output volume of the main oil pump per hour to the total oil volume in the tank, and it should generally be less than 12. If the circulation rate is too high, the turbine oil stays in the tank for a short time, leaving no time for air and moisture to be separated, which causes the quality of the oil to deteriorate rapidly and shortens its service life.
The oil storage capacity of the turbine’s main oil tank is determined by the size of the oil system, and it should be sufficient to meet the oil requirements of the lubrication and control systems. The larger the engine, the more oil is required for the regulation and lubrication systems. The larger the capacity of the fuel tank, too. The circulation ratio of turbine oil is equal to the ratio of the output volume of the main oil pump per hour to the total oil volume in the tank, and it should generally be less than 12. If the circulation rate is too high, the turbine oil stays in the tank for a short time, leaving no time for air and moisture to be separated, which causes the quality of the oil to deteriorate rapidly and shortens its service life.