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Supplier: Sartorius Lab Instruments GmbH & Co. KG
Description: arium® advance EDI H2O-EDI-2-B Automatically optimised water consumption with iJust Easy-to-use - unique glass display with touch function Easy handling - intuitive menu navigation The arium® advance EDI pure water system delivers
- Market: Food / Medical / Sanitary
- Removal Application: Precious and Heavy Metals, Other
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Supplier: Uson, L.P.
Description: The External Digital I/O Module (EDI/O) provides 16 discrete inputs and outputs with a 24 VDC reference. The module may be used to interface the tester to Programmable Logic Controller (PLC) I/O or to fixture actuators such as valves, lights, air cylinders, and other general
- Control Signal Output: Network / Fieldbus Output
- Control Technique: Advanced / Nonlinear Control
- Controller Inputs: Network / Fieldbus Input
- Form Factor: Panel / Chassis Mount
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Supplier: Mar Cor Purification
Description: Mar Cor Purification offers the next generation USP high purity water system, the BioPure LSX. The base system is a compact centralized single pass hot water sanitizable RO-EDI system designed to produce USP purified water grade. The BioPure LSX system has been designed to minimize
- Continuous Flow Rate: 2.5 to 20 GPM
- Market: Food / Medical / Sanitary, Industrial
- Removal Application: Ultra Pure Water, Purification
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Supplier: Mar Cor Purification
Description: The VPure 4400H is a value designed USP grade water system for use in bacteria controlled applications in the Life Science market. The base system is a compact centralized hot water sanitizable RO system and distribution system with an option for Service DI (SDI) or Electrodeionization (EDI)
- Continuous Flow Rate: 2.5 to 10 GPM
- Market: Food / Medical / Sanitary, Industrial
- Removal Application: Ultra Pure Water, Purification
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Advanced Designs and Researches for Manufacturing
Maintain EDI inlet valve to open, open EDI freshwater discharge valve, the EDI feed water pump, wait until the fresh water, strong water flow and pressure to meet the technical requirements into the flushing state; rectifiers start to adjust to each EDI …
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Aortic balloon valvuloplasty and aortic valve replacement: A comparative follow-up study
RAm: mean right atrial pressure: PAs: systolic pulmonary arterial pressure: LAm: mean left atrial pressure; LVs: left ventricular systolic pressure: LVd: left ventricular diastolic pressure; HR: heart rate; CI: cardiac index in L/min/M2; Gradient: aortic valve gradient; EDI : end-diastolic volume in …
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Hemodynamic Energy Dissipation in the Cardiovascular System: Generalized Theoretical Analysis on Disease States
To be able to assess the outcome of aortic valve replacement, AV- EDI needs to be compared with an independent and proper index characterizing the ventricular function.
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Peculiarities of the Design and Operation of Water Electrodeionization Systems
The structures and types of valves are determined by the EDI system destination and working capacity.
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http://www.wcponline.com/pdf/0703Gallagher.pdf
EDI systems require power supplies, valves and piping.
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Hemodynamic energy dissipation in the cardiovascular system: generalized theoretical analysis on disease states.
Three new indices are introduced to evaluate more complex disease states: (1) circulation energy dissipation index (CEDI), (2) aortic valve energy dissipation index (AV- EDI ), and (3) total cavopulmonary connection energy dissipation index (TCPC-EDI).
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The Pure Electron Discharge And Its Applications In Radio Telegraphy And Telephony
As to just wherein the “Kenotron” differs in principle from the Edi - son–Wehnelt–Fleming “vacuum valves ,” or the “Pliotron” from the audion amplifier and oscillating audion is a somewhat more debatable question.
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Practical Pharmaceutics
drinking water supply via non-return valve and break tank Softener or RO apparatus or EDI apparatus or any combination of those .
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CONCEPTUAL DESIGN AND ECONOMICS OF A NOMINAL 500 MWe SECOND-GENERATION PFB COMBUSTION PLANT
The EDI system includes all controls and instrumentation, piping, valves , and accessories for a fully functional and automatic system.
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http://www.wcponline.com/pdf/V55N3%20Zinser.pdf
It applies to most components of a high-purity water treatment system, including multiport valves, pretreatment valve nests, water storage and distribution systems and electrodeionization ( EDI ) systems.