Biotech Systec PREP Scale Vacuum Degassing Chamber, 6.3 mL, 15 mL/min - 9000-1172 *OBSOLETE*

THIS PRODUCT IS NOW OBSOLETE / DISCONTINUED - PLEASE CONTACT OUR SALES TEAM FOR FURTHER ASSISTANCE.

Biotech Systec® Prep/Semi-Prep Scale Vacuum Degassing Chambers, 1 Channel

The Systec Prep/Semi-Prep Scale degassing chambers are built for the rigors of modern preparative and semi-prep scale HPLC. Its unique design assures reliable continuous operation and the highest level of continuous performance available. The chambers are available in single or dual channel configurations, allowing two solvent lines to be degassed 
simultaneously by one unit.

Systec AF Degassing Technology

The prep / semi-prep scale degassing chambers are designed to be easy to prime, and are configured with a Systec AF degassing membrane to provide maximum degassing capacity with the absolute minimum internal volume (<3% of PTFE designs with comparable degassing capacity).

The standard prep scale design has its internal degassing membrane configured as a dual lumen tubing coil assembly, optimal for low-pressure mixing LC applications. Chambers  are available as single or dual-channel assemblies.

Specifications

• Degassing Channel Tubing: Systec AF™, 0.075 in. ID
• Degassing Channel Pressure Rating: 70 PSIG (testing pressure)
• Wetted Materials: Systec AF, PPS, Stainless Steel and Glass-filled PTFE
• Vacuum Housing Materials: Polypropylene and Stainless Steel
• Hardware: Stainless Steel
• Channel Volume (mL): 6.3
• Max HPLC Gradient Flow CapabilityC (mL/min): 15
• Pressure DropD (kPa/mL/min): 0.03

Custom configurations are available. Consult us for your specific application. 

The standard MINI degassing chamber is not recommended for GPC applications (room temperature or heated), nor for use with HFIP (hexafluoroisopropanol). A special GPC “hardened” version is available. 

The flow rates given are for a gradient mixture of 50/50 MeOH/H2O, with a typical low pressure gradient mixing valve. Higher flow rates are possible with high pressure mixing. 

Estimated tubing pressure per unit change in flow assuming laminar flow with a viscosity of 1.0 cP.