K42 ORFS 90° DN25 1.11/16" Caterpillar End Fitting
The K42 hydraulic fitting of the ORFS 90° type DN25 with a 1.11/16" thread is a reliable component of the hydraulic system, designed for operation in demanding conditions.. It is compatible with Caterpillar brand machines and ensures tightness and resistance to high pressure. The K42 end fitting was designed for a safe and durable connection of hydraulic hoses, especially in industrial and construction applications.. Thanks to the ORFS design (O-Ring Face Seal) in the 90° knee version, allows installation in confined spaces, while ensuring high leak resistance. The precisely manufactured 1.11/16" thread ensures stable mounting, and the materials used guarantee a long service life even in the most demanding working environments. Compared to competing products, the K42 ORFS 90° end fitting stands out for its manufacturing precision and the quality of the materials used.. The ORFS type sealing construction minimizes the risk of oil leakage, which increases the reliability of the entire hydraulic system.. The product available in the Hydron offer has full technical support and complies with the requirements of Caterpillar systems.
Application of the tip
The K42 end cap is used in construction machinery, excavators, loaders, and other Caterpillar brand equipment.. Works well in high-pressure hydraulic systems, especially where a bent hose connection is necessary.. Ideal for mobile services, hydraulic workshops, and industrial plants.
Technical parameters:
Execution: galvanized steel
Thread: internal 1.11/16" ORFS
Type of tip / element: K42 – 90° ORFS elbow
Standard: ORFS (O-Ring Face Seal)
Sealing : Flat ( leading )
Nominal diameter: DN25 / 25mm / 1"
Application: for hydraulic hoses in Caterpillar machines
Maximum working pressure:210 bar
Norm:ISO 8434-3 (SAE J1453)
Mounting method: crimping on the hydraulic hose
Marking according to Manuli: M22493-16-20
Illustrative photo due to the different technological process, the tip may be delivered in a different visual version.