Dental Lab Type 1 Ultrapure Water Deionized Water Production Equipment for Hospital Test

• Customization: Available
• Certification: ISO9001, CE
• Salt Rejection Rate: 99.0%
• Model NO.: OK-EP80
• Application: Laboratory
• Capacity: 80L/H
• Water Output Type: RO and Ultra-Pure Water
• up Water: Resistivity 18.25mohm-Cm at 25 Celsius Degree
• Total Organic Carbon: 1-3 Ppb
• Feed Water Requirements: Tap Water,Pressure0.15-0.35MPa
• Model: Ok-Ep80
• RO Water: 80L/H
• Transport Package: Standard Export Carton, 1set/Carton
• Specification: 600*450*1000mm
• Trademark: Okay Energy
• Origin: Hunan, China
• HS Code: 2853001000
• Production Capacity: 200sets/Month

Product Description

Dental lab type 1 ultrapure water deionized water production equipment for hospital test
Using advanced reverse osmosis technology and ultra-purification column with original formula filler, Okay energy ultra-pure water and reverse osmosis RO pure water machine provides the overall solution of laboratory water. This series of machine use tap water as water. At the same time, the preparation of 18.2 MOhm-cm ultrapure water and RO pure water, ultrapure water reach or exceed the quality standards of China laboratory water and test methods(GB6682-2008)and ASTM, CLSI, ISO3696 level of water quality standards. This system is compact and easy to operate.

Technical Parameter

Model	OK-EP10	OK-EP20	OK-EP40	OK-EP60	OK-EP80
Output	10L/h	20L/h	40L/h	60L/h	80L/h
Feed water requirements	Tap water,temperature 10~35ºC,pressure0.15-0.35Mpa ; TDS:≤200mg/L
RO water quality
Conductivity(25ºC)	2-10μs/cm
Iron rejection rate	99%(new RO membrane)
Organic rejection rate	>99%,when MW>200Balton
Paeticles and bacteria rejection rate	>99%
Ultrapure water quality
Resistivity(25ºC)	18.2MOhm-cm
Total organic carbon TOC**	1-3ppb
Particles(>0.2μm)	No particles larger than 0.22μm
Bateria	<1CFU/ml
Particle	>0.22um/ml<1um/ml
AC requirement	110/220V,50/60Hz
Dimension(L*W*H-mm)	410*300*500mm / 500*400*750mm / 600*450*1000
Weight(kgs)	20kg,30kg,50kg,70kg,80kg

 

*The conductivity of RO water is affected by the inlet conductivity of tap water, and the typical value is calculated with inlet water less than 300 μS.

**The TOC value of water production is directly affected by inlet conditions and sampling operating environment.