Water pump filter removal and filter performance study at heavy commercial vehicle engine

Yıl 2022, Cilt: 11 Sayı: 2, 45 - 52, 01.07.2022

İsmail Hakki Savci , Yavuz Can Özkaptan Mehmet Demir

https://doi.org/10.18245/ijaet.972135

Öz

Cooling systems are one of the essential systems for internal combustion engines. They prevent damage to engine parts and extend the engine’s life by removing the high heat generated by the combustion from the engine. These systems vary depending on the engine’s volume, combustion pressure, coolant flow, and types and may differ in light commercial and heavy commercial vehicles. These differences are generally observed in the water pump used, type of refrigerant, filter systems, and pump control mechanisms. The most apparent differences are in the water pump and filter systems. Light commercial vehicles do not have a filtration system, while most of the heavy commercial vehicles have a filtration system. There are many studies in the literature focusing on the performance and durability of the filter systems.
In this study, the necessity of the filter system in the cooling systems of heavy commercial vehicles, system filtration performance, and whether it is possible to work without a filter were investigated. A water pump performance test setup was used to simulate the real engine condition. The test was performed at 110°C coolant temperature, 1 barg input pressure, and with 53.195gr contamination. Results of the study showed that removing the filter from the coolant system after the first service shortens the life of the water pump.

Anahtar Kelimeler

Heavy Commercial Vehicle, Filtration, Water Pump, Test, Performance

Kaynakça

• W.Li, L.Ji, L.Ma, Y.Yang, L.Zhou, R.K.Agarwal, "Numerical and experimental study of variable speed automobile engine cooling water pump," SAGE Journal, Vol. 103, (2), 1-27, 2020.
• F.Pizzonia, S.Bova, "A Novel Cooling System Control Strategy for Internal Combustion Engines," SAE International Journal of Materials and Manufacturing, 2016-01-0226, 2016.
• E.Cortona, C.H.Onder, "Engine Thermal Management with Electric Cooling Pump," SAE 2000 World Congress, 6-9 March 2000, Detroid, 2000-01-0965, 2000.
• M.Thomas, "Advanced Thermal Management for Internal Combustion Engine," PhD, Clemson University, 179, 2007.
• T.Xinran, "Design, Modelling and Control of a Thermal Management System for Hybrid Electric Vehicles," Ph.D., Clemson University, Dissertations, 2016.
• Z.Cao, Q.Zhang, "Design and Experiment Study of High Power Automobile Water Pump Based on CFD," MATEC Web of Conferences, 2017, 139, 00188, 2017.
• https://www.globalspec.com/specsearch/searchform/flow_control_flow_transfer/pumps/water_pumps, 01.05.2022.
• https://fdocuments.in/document/70582277-know-your-cooling-system.html, 25.03.2022.
• https://www.usmwpro.com/success-in-cooling-engine-water-pumps/ 30.04.2022.
• https://gmb.net/blog/water-pump-failure-causes, 03.04.2022.
• S.Shannon, O.John, M.David, "Coolant Pump Failure Rates as a Function of Coolant Type and Formulation," International Congress & Exposition, 28 February-3 March 1994, Detroit, 1944.
• R.Douglas Hudgens, R.D. Hercamp," A Perspective On Extended Service Internals and Long Life Coolants For Heavy-Duty Engines," International Off-Highway & Powerplant Congress & Exposition, 26-28 August, Indianapolis, 1996.
• I.H. Savci, M.Kutlu, U. Berc, "Vibrational Durability Test Methodology for an EGR Cooler" International Journal of Automotive Engineering and Technologies, Vol 6 (1), 1-8, 2017.
• E.Edward, D.Elvis, "Examination of Extended Life Heavy Duty Engine Coolant Filters. Society of Automotive Engineers, 2004-01-0157, 2004.
• H.Lyle, "Cooling System Cleaning through the use of a Chelating Cleaner Filter," International Truck & Bus Meeting and Exposition, 15-17 November, Detroit, 1999.
• R.Douglas Hudgens, R.D. Hercamp, "An Overview of Onboard Coolant Filtration for Heavy-Duty Diesel Engines," Vehicle Thermal Management Systems Conference and Exhibition, 10-12 May, Toronto, 2005.