3/8" x 3/8" Push-Lok to Tube Adapter for Fractional Tube

The Parker 6P2TU6 Push-Lok to Tube Adapter is designed to provide a secure connection between Push-Lok hose and fractional instrumentation tubing in fluid handling, pneumatic, hydraulic, and process control systems. Manufactured as part of Parker's CPI™/A-LOK® instrumentation fitting family, this adapter delivers dependable sealing performance and long service life in demanding industrial environments.

Featuring a 3/8" hose connection and 3/8" tube connection, the 6P2TU6 combines Parker's proven fitting technology with durable construction for leak-resistant operation in applications requiring reliability and vibration resistance.

Key Features

• Parker 6P2TU6 Push-Lok to Tube Adapter
• Connects Push-Lok hose to fractional tubing
• 3/8" hose size connection
• 3/8" tube OD connection
• Part of the Parker CPI™/A-LOK® instrumentation fitting family
• Designed for leak-free fluid and gas connections
• Single ferrule compression technology
• Excellent vibration resistance
• Heat-code traceable 316 stainless steel available as standard material
• Interchange reference: PB6-TA6

Construction Details

Parker CPI™ fittings utilize a single ferrule design that creates a constant spring-loaded sealing force between the fitting body and nut. This design helps maintain connection integrity while simplifying installation and remakes.

The fitting is engineered to transmit assembly forces axially rather than twisting the tubing, helping preserve tubing integrity and reducing installation stress.

Parker instrumentation fittings are widely used throughout chemical processing, power generation, petroleum, analyzer systems, environmental equipment, and other critical industrial applications requiring dependable leak-free performance.

Specifications

• Part Number: 6P2TU6
• Connection Type: Push-Lok to Tube
• Tube OD (T1): 3/8"
• Hose Size (T2): 3/8"
• Overall Length (A): 2.02"
• Dimension K: 0.72"
• Hex Size (W): 9/16"
• Interchange: PB6-TA6

Important Notes

Pressure capabilities depend on tubing material, wall thickness, operating conditions, and system design.

Proper assembly procedures are critical for achieving leak-free performance and should follow Parker installation guidelines.

Consult manufacturer documentation for pressure ratings, tubing compatibility, and installation requirements before use.