Linde C200/2P-3BC Cylinder Regulator

Linde C200/2P-3BC Cylinder Regulator:

Product Name: REDLINE® C 200/2P  
- Manufacturer: Linde HiQ  
- Type: Two-stage pressure regulator with high-pressure purge  
- Primary Pressure Range: 7 to 230 bar  
- Primary Pressure Range in psi: 100 to 3,300 psi  
- Outlet Pressure Range 1: 0.2 to 3 bar  
- Outlet Pressure Range 1 in psi: 3 to 45 psi  
- Outlet Pressure Range 2: 0.5 to 6 bar  
- Outlet Pressure Range 2 in psi: 8 to 85 psi  
- Outlet Pressure Range 3: 1 to 10 bar  
- Outlet Pressure Range 3 in psi: 15 to 150 psi  
- Optional Negative Pressure Range: -1 bar  
- Optional Negative Pressure Range in psi: -14.5 psi  
- Outlet Connection Size: NPT ¼ inch  
- Housing Material Options: Chrome-plated brass or stainless steel 316L  
- Seal Material: PCTFE  
- Diaphragm Material: Stainless steel  
- Seating Material: PCTFE  
- Weight: 3.0 kg  
- Weight in pounds: 6.6 lb  
- Operating Temperature Range: -40 to 50 °C  
- Operating Temperature Range in Fahrenheit: -40 to 122 °F  
- Flow Rate: Approximately 3 m³/h  
- Gas Purity Compatibility: Grade 6.0 (99.9999%)  
- Purge Function Type: High-pressure side (P configuration)  
- Stability Performance: Outlet pressure rise < 0.01 bar  
- Stability Performance in psi: < 0.1 psi  
- Inlet Pressure Drop for Stability Test: 10 bar  
- Inlet Pressure Drop for Stability Test in psi: 145 psi  

- Applications: Semiconductor manufacturing, analytical laboratories, high-purity gas systems  

Description:  
The Linde C200/2P-3BC is a dual-stage, high-precision cylinder regulator with a 6-port configuration designed for demanding gas applications. Built with a chrome-plated brass body, it offers excellent durability and pressure stability, making it ideal for use in industrial gas delivery, calibration systems, and laboratories. The dual-stage design ensures consistent outlet pressure even as cylinder pressure drops. It includes multiple inlet and outlet ports for versatile connection setups and is suitable for use with non-corrosive gases such as nitrogen, argon, CO₂, and similar process gases.