Application P-separators P-separators are based on purifier technology, which means that the oil/water interphase is manually adjusted by means of a gravity disc. Because the separators do not automatically adjust to varying oil density, they are most suitable for economical cleaning of the following:. Lubricating oils.

1. Technics Receiver Manual Su-g91

Distillates. Lighter diesel oils If the oil is well defined and does not vary in density, P-separators can also be manually adjusted to clean heavy fuel oils with densities up to 991 kg/m3 and viscosities up to 600 cSt/50°C. P-separators are designed for automatic operation in periodically unmanned engine rooms at sea and in automated power stations ashore. Scope of supply The S and P Flex separation concept provides a wide range of alternatives for P-separators.

Depending on the need, a P-separator can be supplied as a separator and ancillaries, as a customer-specified module, or as part of a comprehensive package including services and order-specific documentation. Flex system A P-separator with ancillaries in the form of optimized block components provides full say over the use of space. This allows for local modularization or do-it-yourself assembly. Flex modules A compact P-separator module can be built to a customer-specified configuration from a wide range of modular skids and machine blocks. Multi-modules are possible, as well as mixed modules including one or more S-separators and/or P-separators for the simultaneous treatment of different types of mineral oils. All Flex modules are factory tested to ensure faster start-up and commissioning. Single flex module with separator (excluding heater and pump) Single flex module with separator, heater and pump Quadruple flex module with separators, heaters and pumps Operating principle A Flex separation system based on S-separators 805/815 is operated automatically by the EPC 60 controller, except at startup.

Technics Receiver Manual Su-g91

Untreated oil, heated to the correct temperature,is fed continuously to the separator, which is driven by an electric motor via a friction clutch and belt. The separator bowl is fixed at the top of a spindle, which is supported by bearings and springs. During operation separated sludge and water accumulate at the bowl peripheryand are intermittently discharged by the high-precision discharge system.

Operation of the separator is based on the Alcap principle, which means the separator automatically adjusts to the density of the oil. Thus, no gravity disc is needed.

A water transducer in the clean oil outlet measures capacitive resistance and signals changes to the EPC 60 controller. When the water content has increased or the timer setting has expired, the system automatically discharges the accumulated water and sludge through the bowl discharge ports during a controlled sludge discharge. During normal operation, vital process parameters are monitored. These parameters, as well as alarms, are indicated by easy-to-understand text messages on the LCD display of the EPC 60 controller. The EPC 60 controller provides many alarm functions, in-cluding alarms for low oil pressure, high sludge tank level (if the optional sludge removal kit is included) and power failure.

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Additional functions are available as well.