cad

Hydraulic fitting Intru-Lok®
pneumaticscrew-incompression

hydraulic fitting
hydraulic fitting
Add to favorites
Compare this product
 

Characteristics

Applications
hydraulic, pneumatic
Attachment
screw-in, compression
Configuration
T, 90° angle, 45° angle, cross
Material
plastic, brass, aluminum, copper
Gender
male
Other characteristics
inspection
Diameter

Min.: 0.25 in

Max.: 0.75 in

Operating pressure

Min.: 0 psi

Max.: 1,500 psi

Description

Parker's flareless inch bite type fittings, Intru-Lok®, have a visible bite which allows the fitting assembler to visually inspect the bite quality, which significantly minimizes the risk of improper assembly and related service problems. This design has higher working pressures than most brass compression type fittings, and addresses those applications that require a bite by the ferrule in systems with brass, copper, aluminum and plastic tubing. Markets: • Machine Tool • Oil and Gas • Pulp and Paper • Thermoplastics Processing Features/Benefits: • The Intru-Lok design includes a precision machined ferrule to assure a safe, leak-free, and vibration resistant connection compared to brass compression fittings. • Visible bite allows for easy inspection of bite quality. • Easy to assemble due to ferrule and nut that do not need to be removed prior to insertion of the associated tube for final assembly. • Optional knurled BIP nut available for areas where wrench use is tight or impossible. The knurled nut can be tightened by hand allowing for quick assembly. • Offered in brass in sizes ¼" through ½” with working pressures of 1500 psi. Applications: • Lubrication • Air Lube lines • Pilot lines • Instrumentation • Panel boards Connection Type Flareless Application Various Fitting Type Tube Fitting Connection 4 Size Male Flareless Bite Type
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.