The WF2053 water filter base serves as a critical component for cooling systems in various Cummins engine models, including the NT855, NTA855, NTAA855, KT19, KTA19, KTTA19, and KTAA19. This product is essential for maintaining the efficiency and longevity of your engine by ensuring that the coolant fluid remains clean and effective in its functions.
With the continuous advancements in diesel technology, it is important to utilize high-quality components that provide optimal performance. The WF2053 is engineered to meet these demands, making it a go-to choice for professionals in the field of engine maintenance and repair.
Type | WF2053 water filter base replacement for Cummins |
OEM NO. | DNP554016 DNP554073 163041011 163041010 4734562 KW2053 |
APPLICATIONS | NT855, NTA855, NTAA855, KT19, KTA19, KTTA19, and KTAA19. |
Product advantage | Filtration: It removes contaminants like oil, dust, and other particles from the engine's coolant. Corrosion prevention: It delivers supplemental coolant additives to prevent corrosion, pitting, and scale formation within the cooling system. Heat transfer: By maintaining a clean coolant system, it ensures more efficient heat transfer and helps reduce engine wear. |
Suitable Applications Include:
Heavy-Duty Trucks Water Filter: Ensuring optimal engine operation under heavy loads.
Construction Equipment: Facilitating high performance in harsh environments.
Agricultural Machinery: Keeping engines running smoothly during long hours of use.
Marine Engines: Providing reliable performance in varying water conditions.
A heavy-duty truck’s cooling system relies on stable, contaminant-free coolant circulation. When water quality becomes unstable due to rust, sediment, or chemical imbalance, the engine faces risks such as overheating, cavitation, pump wear, and premature liner failure. As part of essential Industrial Vehicle Filters, a high-performance Heavy Duty Truck Water Filter ensures the cooling system maintains clean fluid conditions, extending engine service life and reducing unplanned downtime.