1/8" Parker CPI Tube End Bulkhead Adapter

The Parker CPI™ 2-2 T2H2BZ-SS Tube End Bulkhead Adapter provides a dependable bulkhead connection for 1/8" OD fractional tubing in instrumentation and process control systems. Designed with Parker's proven CPI™ single ferrule compression technology, this fitting delivers reliable leak-free sealing while simplifying installation and remakes.

Manufactured from heat code traceable 316 stainless steel, this tube end bulkhead adapter is engineered for demanding chemical processing, power generation, oil and gas, analytical instrumentation, and industrial fluid handling applications requiring secure panel-mounted tube connections.

Key Features

• Tube end bulkhead adapter
• 1/8" OD fractional tube connection
• Parker CPI™ single ferrule compression design
• Heat code traceable 316 stainless steel construction
• Excellent vibration resistance
• Leak-free compression seal
• Easy installation and reliable remakes
• Interchanges with 200-R1-2
• Designed for instrumentation and process control applications

Construction Details

The CPI™ single ferrule creates a spring-loaded sealing action that maintains constant tension between the fitting body and nut, providing dependable leak-tight performance throughout service.

The fitting design prevents tubing from twisting during installation, minimizing stress on the tubing while allowing repeated disassembly and remake without excessive wear.

Manufactured from corrosion-resistant 316 stainless steel with documented heat code traceability for high-integrity industrial applications.

Specifications

• Manufacturer: Parker Hannifin
• Series: CPI™
• Part Number: 2-2 T2H2BZ-SS
• Connection Type: Tube to CPI™
• Tube Size: 1/8 in. OD
• Material: 316 Stainless Steel
• Length (L): 0.97 in.
• Hex Size (W): 1/2 in.
• Interchange: 200-R1-2

Important Notes

For maximum performance, Parker recommends using compatible tubing materials and following the manufacturer's installation procedures.

Pressure ratings depend on tubing material, tubing wall thickness, and the complete system configuration.