MEDICA® Pro EDI 60/120
Electrodeionization (EDI) 'Pulse Technology' delivers 4 L/min and up to 60 or 120 L/hour of CLSI CLRW water.
Features- Space-saving – ‘all in one’ design allows easy under-bench installation and flexibility for future relocation as the laboratory grows
- Economy – incorporates ‘Pulse Technology’ using Electrodeionization (EDI) to ensure fixed and predictable running costs
- Guaranteed performance at all times – self-monitoring software with built-in emergency by-pass allows uninterrupted operation 24 hours per day
- Guaranteed bacterial specification – onboard technology combined with easy system sanitization ensures a specification of <1 CFU/ml
- Upgradeable configuration – from 60 l/hr up to 120 l/hr production rate, to grow as your laboratory demands increase
Ideally suited for:
• Large clinical analyzers or linked multiple analyzers requiring up to 120 liters/hr and an instantaneous demand of up to 2.5 liters/min
• Automated analyzer platforms that use a mix of technologies, e.g. combining chemistry and immunoassays
Predictable Running Costs At Higher Volumes
The MEDICA Pro range is specifically designed to meet the water quality needs of high performance, high volume single or multiple Clinical Diagnostic Analyzers. The MEDICA Pro EDI incorporates EDI ‘Pulse Technology’ using Electrodeionization (EDI). The system delivers 2.5 l/min of CLSI CLRW water with up to 60 or 120 l/hr productivity to meet your analyzer requirements. The single system design incorporates all the water purification components plus a 50-liter storage reservoir to ensure a very quick and cost-effective installation.
"The compact size of our Medica units has been ideal for best use of lab space. There is not a lot of noise or alarming and we've had both of our units for 5 years now. Support and service is very personalized and customized to our location. I will say the one drawback to that is when one service person knows our site so well, when they are on another assignment or vacation it can be difficult to find a knowledgeable support person in urgent situations."
Tech Specs
| PRODUCT SPECIFICATIONS | MEDICA PRO EDI 60 | MEDICA PRO EDI 120 |
|---|---|---|
| Dispense flowrate | 60 l/hr | 120 l/hr |
| Inorganics (resistivity at 25°C) | >10 MΩ.cm | >10 MΩ.cm |
| Organics (TOC) | <30 ppb | <30 ppb |
| Bacteria | <1 CFU/ml * | <1 CFU/ml * |
| Particles | 0.05 μm filter | 0.05 μm filter |
| Silica | <0.05 mg/l | <0.05 mg/l |
| Delivery flow rate | Up to 2.5 l/min @ 14psi (1bar) | Up to 2.5 l/min @ 14psi (1bar) |
| PRODUCT SPECIFICATIONS | MEDICA PRO EDI 60 | MEDICA PRO EDI 120 |
|---|---|---|
| Dispense flowrate | 60 l/hr | 120 l/hr |
| Inorganics (resistivity at 25°C) | >10 MΩ.cm | >10 MΩ.cm |
| Organics (TOC) | <30 ppb | <30 ppb |
| Bacteria | <1 CFU/ml * | <1 CFU/ml * |
| Particles | 0.05 μm filter | 0.05 μm filter |
| Silica | <0.05 mg/l | <0.05 mg/l |
| Delivery flow rate | Up to 2.5 l/min @ 14psi (1bar) | Up to 2.5 l/min @ 14psi (1bar) |
*Subject to correct operating and maintenance procedures.
Installation of a MEDICA Pro EDI unit requires a starter kit, please order either LC237 or LC238.
Consumables
Ions will remain in the water
Weakly bound ions are released back into the water reducing resistivity
High levels of organics and inorganics remain in the water reducing the functional life of the DI pack
Increase in airborne contaminants and potential recontamination of purified water
High levels of organics and inorganics remain in the water reducing the functional life of the DI pack
High levels of organics and inorganics remain in the water reducing the functional life of the DI pack
Chlorine, chloarmine and organics remain, increasing the burden on downstream consumables which will need more frequent and expensive changes
Chlorine, chloarmine and organics remain, increasing the burden on downstream consumables which will need more frequent and expensive changes
Weakly bound ions are released back into the water reducing resistivity
Reduced flow-rates and bacterial specification will not be maintained
Uncontrolled bacterial contamination and TOC levels are not reduced
Ions will remain in the water
Weakly bound ions are released back into the water reducing resistivity
High levels of organics and inorganics remain in the water reducing the functional life of the DI pack
Increase in airborne contaminants and potential recontamination of purified water
High levels of organics and inorganics remain in the water reducing the functional life of the DI pack
High levels of organics and inorganics remain in the water reducing the functional life of the DI pack
Chlorine, chloarmine and organics remain, increasing the burden on downstream consumables which will need more frequent and expensive changes
Chlorine, chloarmine and organics remain, increasing the burden on downstream consumables which will need more frequent and expensive changes
Weakly bound ions are released back into the water reducing resistivity
Reduced flow-rates and bacterial specification will not be maintained
Uncontrolled bacterial contamination and TOC levels are not reduced
FAQs
- What is the MEDICA product range?
The MEDICA product range is specifically targeted at the Clinical diagnostics market. The MEDICA will either directly feed (analysers which require a direct feed) or fill via a dispense gun the analyser with water that meets the recommendations of the Clinical Laboratory Standards Institute (CLSI).
- How often do I need to change my consumables?
Consumables life depends entirely on the quality and volume of water being fed into the MEDICA product. Higher volumes and lower quality water will increase consumables usage.
- What feedwater is required?
Normally potable water is sufficient as feedwater. However, the quality of potable water can vary between countries and regions. Feed water specifications can be found in the operators manual and the data sheet of the product. It is important that if the feedwater specification is exceeded suitable pre-treatment be installed to bring the feedwater within specifications.
- What is the MEDICA Pro EDI?
The MEDICA Pro EDI is designed to reduce the running costs associated with purified water purification. This is because the EDI stack removes significant ionic content from the water before the water passes through downstream consumables, lowering the number of consumables which need to be changed. The MEDICA Pro EDI also contains a degasser to remove CO2.
- If it is cheaper to run should I always purchase the MEDICA EDI?
Low quality feedwater with very high ionic content can cause saturation of the EDI stack nullifying its benefits. It is therefore important to ensure that the feedwater is within the product specifications.
- Why remove CO2 from the water?
CO2 acts as a weakly charged ion which affects the purity of the water. It is removed by the Deionisation packs down stream which causes them to expire more quickly. Removing CO2 helps lengthen the life of consumables lowering your costs of ownership.
- How much CO2 should be in the water?
The CO2 levels are set out in the feedwater specifications.
WHITEPAPER
Protecting Clinical Output from Water Risks
When lives are at stake, there is no margin for error. Your clinical analyser must receive a constant and reliable supply of CLRW* water, regardless of the quality of the feedwater available. Download our whitepaper to learn more.
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