15 Liter laboratory ultra-pure water machine desktop pure water machine distilled water deionization equipment

The product model classification parameters encompass a variety of options to suit different water purification needs. These models include 15 liters (Class 0.1 conductivity meter), 30 liters (0.1 level conductivity meter), 60 liters (0.1 level conductivity meter), 15 liters (0.01 resistance meter), 30 liters (0.01-level resistance meter), and 60 liters (0.01-level resistance meter). Additionally, there are models such as 15 liters (resistance meter + germicidal lamp), 30 liters (resistance meter + germicidal lamp), and 60 liters (resistance meter + germicidal lamp). The product model classification parameters encompass a variety of options to suit different water purification needs. These models include 15 liters (Class 0.1 conductivity meter), 30 liters (0.1 level conductivity meter), 60 liters (0.1 level conductivity meter), 15 liters (0.01 resistance meter), 30 liters (0.01-level resistance meter), and 60 liters (0.01-level resistance meter). Additionally, there are models such as 15 liters (resistance meter + germicidal lamp), 30 liters (resistance meter + germicidal lamp), and 60 liters (resistance meter + germicidal lamp). These systems are designed to process municipal tap water with a TDS (Total Dissolved Solids) value of less than 200PPM. Depending on the water pressure, they can operate effectively with water pressure greater than 0.1MPA. In cases where the water pressure is too low or nonexistent, an upgrade to a self-priming pump may be required to ensure proper functioning. The water yield varies among the models, with options for 15L/H, 30L/H, and 60L/H. The rated water production is specified under standard water temperature conditions, and instant water withdrawal rates range from 1.5-2L J/MIN for RO water to 1.2-1.5L/MIN for UP water. The RO effluent conductivity is maintained within the range of 2-10US/CM, while UP effluent conductivity remains below 0.1US/CM. The UP outlet water resistivity is specified at 18.25MΩ·CM at 25°C. These water purification systems excel in removing impurities, as evidenced by their low Total Organic Carbon (TOC) levels (< 10PPB), minimal microparticulate matter (< 1/ML), and extremely low levels of heavy metal ions (< 0.1PPB). Power consumption varies depending on the model, with 15 liters (Class 0.1 conductivity meter) requiring 30 watts, 30 liters (Class 0.1 conductivity meter) needing 50 watts, and 60 liters (0.1 level conductivity meter) utilizing 70 watts. Similarly, the 15 liters (0.01-level resistance meter) consumes 30 watts, the 30 liters (0.01-level resistance meter) uses 50 watts, and the 60 liters (0.01-level resistance meter) requires 70 watts. Models equipped with a germicidal lamp, such as the 15 liters (resistance meter + germicidal lamp), use 50 watts, the 30 liters (resistance meter + germicidal lamp) consumes 70 watts, and the 60 liters (resistance meter + germicidal lamp) utilizes 90 watts of power. The dimensions of the host unit are 353642CM, while the package dimensions for shipping or storage are 454550CM. The number of filter elements varies based on the model, with 15 liters (Class 0.1 conductivity meter) having 8 levels, 30 liters (0.1 level conductivity meter) containing 9 levels, and 60 liters (0.1 level conductivity meter) featuring 11 levels of filtration. The filtration process involves a sequence of filter elements, including PP cotton filter elements, granular activated carbon filter elements, RO reverse osmosis membrane filter elements, and a pure water column. Additionally, models with a germicidal lamp incorporate PP cotton filter elements, activated carbon particle filter elements, RO reverse osmosis membrane filter elements, a pure water column, and a bactericidal lamp to ensure thorough water purification.