TECHNICAL DETAILS The miniDIA series has been designed to meet the various needs of small and medium-sized diagnostic laboratories. This machine possesses the appropriate capacity to use consumables allowing it to be suitable for those laboratories that require small quantities of water treated throughout the day. With its technical characteristics, the miniDIA is designed to handle also podiatry chairs, autoclaves for sterilization, and applications in other professional settings. The miniDIA, despite its small size, can produce the maximum reverse osmosis output. Through the use of carefully selected materials, along with the software that comes equipped with the machine, Quality Invents ensures long-lasting performance even with continuous machine usage. WATER SUPPLY: • TDS (verified chemical composition) • SDI (silt density index) • LSI (langelier saturation index) • Chlorine concentrations • Water flow rate OUTPUT WATER ELECTRICAL AND PHYSICAL DATA: • Grid frequency • Power consumption • Weight at delivery • Noise measured at 1 m • Voltage supply according to CLSI (Ex NCCLS Type II) Volt AC: • TOC (total organic carbon) • Nominal flow rate • Water pressure * Subject to correct operating and maintenance procedures ** if equipped with UV lamp 185 nm WATER PRODUCED FROM REVERSE OSMOSIS • Permeate flow • Salt rejection • Applied pressure Authorized distributor: 23 E. Ferrari str. 20010 - Arluno (MI), Italy Phone +39 02.901.72.24 Fax +39

highest quality SPECIFICATIONS MINI Double pass reverse osmosis Reverse osmosis Reverse osmosis Reverse osmosis Estimated capacity of exchange (g of CaCO3) CHARACTERISTICS Deionizer type Mode of consumables replacement SUMMARY OF OPTIONALS, CONSUMABLES AND SUPPLIED COMPONENTS MINI Mixed-bed resins polishing unit Q-1000-10 IONTank for miniDIA Plus (20, 20-T, 30) Q-1000-40 miniION for miniDIA 0,22 micron filtration for particles and colloids Q-1000-28 DIAnetwork kit (multi-DIA connections) Q-1000-98 DIApressure kit (pressurization pump) Q-1110-21 MODELS COMPONENTS QUALITY INVENTS TECHNOLOGY • Maximum...