The standard CDI-Low systems come in flow rates from 1.7 to 180 gpm (0.39 to 40.88 m3/hr), combining single or multiple (up to 8) IONPURE® CDI-LX modules on a frame with power supplies, controllers, piping, sample valves, cleaning connections, and flow and quality monitoring instrumentation. Select CDI-LX systems can be hot water sanitized at up to 185°F (85° C). Standard CDI – High systems come in flow rates ranging from 100 gpm to 600 gpm nominal (22.7 to 136.3 m3/hr), combining multiple Ionpure® VNX modules on a frame with power supplies, controllers, piping, sample
valves, cleaning connections, and pressure, flow and quality monitoring instrumentation.
valves, cleaning connections, and pressure, flow and quality monitoring instrumentation.
Continuous electrodeionization is a safe, chemical free way to take RO (reverse osmosis) water to a higher level of purity. CDI Low and High systems use our proven, proprietary process to continuously produce an uninterrupted supply of high purity water, up to 18 megohm-cm, without the need for regeneration chemicals or deionization (DI) tanks.
SPECIFICATIONS
• A complete, power supply assembly \
(NEMA 12 or optional NEMA 4 and 4X)
• Controllers
• Piping
• Sample valves
• Cleaning connections
Flow and quality monitoring instrumentation and remote I/O is available as
an option.
(NEMA 12 or optional NEMA 4 and 4X)
• Controllers
• Piping
• Sample valves
• Cleaning connections
Flow and quality monitoring instrumentation and remote I/O is available as
an option.
ADVANTAGES
• Reliable, compact design
• Quick installation
• Low maintenance
• Easy validation
• Hot water sanitizable
• (HWS) units available up to 185 °F (85 °C)
• Quick installation
• Low maintenance
• Easy validation
• Hot water sanitizable
• (HWS) units available up to 185 °F (85 °C)
• High operating temperature
• (up to 100 psig feed)
• Completely leak-free operation
• Ideal for loop applications
• Low power consumption
• Individual power supplies and controls
• (up to 100 psig feed)
• Completely leak-free operation
• Ideal for loop applications
• Low power consumption
• Individual power supplies and controls
