The ASCO™ Series 068 flapper isolation valve is designed for use with neutral or aggressive liquids and gases in analytical and medical systems. Its excellent self-draining capability and easy-to-flush low-volume internal cavity make the valve ideal in applications where cross-contamination must be minimized. The valve's special flapper mechanism results in no pumping or sticking effect of the valve seat. Typical applications include hematology, chromatography, liquid sample preparation, in-vitro diagnostics, DNA sequencing, and surgical fluid management.
ASCO™ Series 068 Flapper Isolation Valve 16mm Features
- Flapper isolation valves are designed for use with neutral or highly aggressive liquids in analytical and medical systems
- Special Flapper mechanism results in no pumping or sticking effects
- Reduced heat transfer between control mechanism and fluid make them ideal for use with heat-sensitive reagents and biological samples
- Hermetic separation of control mechanism prevents particulate contamination caused by friction of moving parts, assuring maximum purity of liquid samples
- Excellent self-draining capability and easy-to-flush low- volume internal cavity make these valves ideal in application where cross-contamination must be minimized
- Meets all relevant CE directives, and is RoHS compliant
- Typical applications include:
- In-vitro Diagnostics
- Hematology
- DNA Sequencing
- Industrial Liquid Analyzers
ASCO™ Series 068 Flapper Isolation Valve 16mm Specifications
- Valve Actuation: Proportional; Solenoid
- Body Material: Engineered Plastics
- Media: Aggressive Liquids/Gases
- Pipe / Port Size: 1/8 "; M5
- Port Type: G ISO228/1-G BSPP
- Function: 2 way - 2/2 Normally Closed
- Flow: From 0.5 Cv to 1.0 Cv; From 0.1 Cv to 0.5 Cv
- Voltage: 12 DC; 24 DC; 12 to 24 DC Voltage Ranging | 60
- Operating Environment: Corrosive; Indoor
- Standards / Regulations: IP65
Download ASCO Series 068 Flapper Isolation Valve 16mm Datasheet Talk to one of our automation experts today at
(855) 737-4716, or fill out our
online form to learn more.