Parker FG-K1-500-KW Compatibility Tester

Technical Specification

Features:
  • Make: Parker
  • Model code: FG-K1-500-KW
  • Kit: Yes
  • Application: For testing fuel oil compatibility and blends
  • Test time: 20 mins (unattended)
Additional info:

The Compatibility Tester is possibly the most useful and underrated tool available for testing fuel oil compatibility and blends. This kit provides a quick useful tool for engineers faced with the necessity to mix or blend residual fuel oil or wishing to establish the stability of a new bunker delivery. The Compatibility Tester can be purchased as a stand-alone kit, supplied in its own case, or as part of a more extensive suite of testing equipment in the Fuel and Lube Oil Lab, or Power Plant Lab.It will: Confirm that the fuel delivery will remain stable in the bunker tanks without excessive asphaltene drop out. Identify possible stability problems before blending two fuels and indicate the effectiveness of stability additives. Help prevent sludge deposits, failure of fuel handling systems and costly combustion related engine damage.

Read more
Make Parker
Manufacturer PARKER HANNIFIN CORP
Category Navigation, communication and electronics>Condition monitoring equipment
Model code FG-K1-500-KW
Kit Yes
Application For testing fuel oil compatibility and blends
Test time 20 mins (unattended)
Weight 3.7 kg
Additional info

The Compatibility Tester is possibly the most useful and underrated tool available for testing fuel oil compatibility and blends. This kit provides a quick useful tool for engineers faced with the necessity to mix or blend residual fuel oil or wishing to establish the stability of a new bunker delivery. The Compatibility Tester can be purchased as a stand-alone kit, supplied in its own case, or as part of a more extensive suite of testing equipment in the Fuel and Lube Oil Lab, or Power Plant Lab.

It will:

  • Confirm that the fuel delivery will remain stable in the bunker tanks without excessive asphaltene drop out.
  • Identify possible stability problems before blending two fuels and indicate the effectiveness of stability additives.
  • Help prevent sludge deposits, failure of fuel handling systems and costly combustion related engine damage.
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