Order number: 38E5.1
Part number: AC100048199
Utilized in a broad range of chemical manufacturing applications, the Pure And Ultrapure Water System Omniatap Series Omniatap Uv Without Storage Tank offers efficient production of both pure and ultrapure water. This system, modeled as Omniatap Uv 12 L/H, operates within an ambient temperature range of 2-35°C and can handle maximum and minimum pressures of 6 bar and 2 bar respectively. It features a RS-232 port and connects via a 3/4” connection. The system produces water that meets ASTM Type II standards, exhibiting resistance values between 10-15 MΩ·cm and conductivity levels of 10-15 µS/cm. For high-purity water, it adheres to ASTM Type I specifications, delivering a TOC value of 1-5 ppb, resistance of 18.2 MΩ·cm, and conductivity of 0.055 µS/cm. The withdrawal capacity for pure water (Type II) is 12 l/h, while for high-purity water (Type I), it is 2 l/min. The system also ensures minimal bacterial contamination (<0.1 KbE/ml) and particle count (<1 particle per ml, particle size >0.2 μm) in high-purity water (Type I).
| Name | Value | |
|---|---|---|
| Port | : | RS-232 |
| Type | : | OmniaTap UV 12 l/h, without storage tank |
| Depth | : | 530 mm |
| Width | : | 390 mm |
| Height | : | 720 mm |
| Weight | : | 18.5 kg |
| Connection | : | R 3 / 4 ″ |
| Mains connection | : | 100-240 V, 50/60 Hz |
| Ambient temperature | : | 2-35 °C |
| Max. operating pressure | : | 6 bar |
| Min. operating pressure | : | 2 bar |
| Resistance of pure water, type II | : | 10-15 MΩ·cm |
| Conductivity of pure water, type II | : | 0.067-0.1 µS/cm |
| TOC value of high-purity water, type I | : | 1-5 ppb |
| Resistance of high-purity water, type I | : | 18.2 MΩ·cm |
| Conductivity of high-purity water, type I | : | 0.055 µS/cm |
| Withdrawal capacity of pure water, type II | : | 12 l/h |
| Bacteria content of high-purity water, type I | : | <0,1 KbE/ml |
| Particle content of high-purity water, type I | : | 0.2 μm) |
| Withdrawal capacity of high-purity water, type I | : | 2 l/min |
© 2026 Copyright. All Rights Reserved.
© 2026 Copyright. All Rights Reserved.