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Part No.
Product Description 1-9 of 9
IND-3P-RD Air Indicator, Red 1/8” Male NPT
IND-3P-YL Pressure Indicator, Yellow 1/8” Male NPT
IND-3P-GN Air Indicator, Green 1/8” Male NPT
IND-3-YL Pressure Indicator, Yellow, #10-32
IND-3-WH Pressure Indicator, White, #10-32
IND-3P-WH Pressure Indicator, White 1/8” Male NPT
IND-3-RD Pressure Indicator, Red, #10-32
IND-3-GN Pressure Indicator, Green, #10-32
M-IND-3-GN Pressure Indicator, Green, M5
Engineering Solutions for MRI Compatibility Learn more about Clippard components that can be specified in MRI compatible medical equipment...  
CINTI O The marking of "CINTI O" on Clippard parts only means it was manufactured in Cincinnati, Ohio  
Clippard 10mm & 15mm Valves Press Release Learn more about the many features Clippard's 10 and 15 mm valves offer for design flexibility, especially in applications with limited space...   
Clippard EVPD Proportional Valve Driver The EVPD is a plug-and-play interface between Clippard's DVP and EVP proportional valves and PLCs or other controls.  
An Overview of Leak Detection Testing Understandably, manufacturers of leak decay testing equipment have especially high standards for the valves they use. In order for their testing equipment to function, it must hold a pressure or vacuum over a period of time, which is not possible if the valve leakage exceeds a certain amount. However, low leak valves are critical in other situations as well, such as for performing chemical analysis, controlling a flammable gas, or achieving a particular level of vacuum. This begs the question—how does Clippard ensure your leak requirements are met? Leaks in a valve are characterized by a leak rate, which is often given as a volumetric flow rate at a standard temperature and pressure (e.g. standard cubic centimeters per minute; sccm). The  
Critical Aspects of a Valve's Internal Design Out of sight often means out of mind, but when valves are concerned, that which is out of sight should be top of mind—at least during valve selection. This paper will discuss key internal design characteristics a valve should have in order to meet high efficiency, critical control demands common in pharmaceutical, medical, or analytical applications. These design features include the valve's flow path, dead space, flushability, and internal volume. Flow Path For fluids susceptible to hemolysis or  
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