Description
Product Information
The MMS Membrane System Pilot System SW18 is an exemplary laboratory device designed for microfiltration, ultrafiltration, nanofiltration, and reverse osmosis processes. Presenting near new condition with minimal use, this versatile bench membrane system excels in fractionation, purification, and concentration tasks across various sectors such as Bio-Pharmaceuticals, Food & Extracts, Biofuels, and Chemical processing. The SW18 system can accommodate different modules for test applications up to 40 bar, featuring speed control of pressure and circulation pump, testing of diverse membrane elements like spiral wound and ceramic, and a multitube heat exchanger. This equipment stands out with its easy operation and robust build, boasting high operational pressures and data logging capabilities via an advanced HMI interface. Although it does not come with additional computers or software, it includes a power cord and user manual for straightforward installation and use. Perfect for laboratories involved in diverse testing operations.
Key Features
- Microfiltration, ultrafiltration, nanofiltration, reverse osmosis
- Applications in purification, concentration, fractionation
- Supports various membrane types
- High pressure operations up to 40 bar
- HMI interface for data logging and control
Specifications
- Max pressure: 40 bar
- Permeate flow rate: 1 – 5 l/h
- Flow rate: 450 L/h
- Membrane type: Spiral wound, area: 0.3 m2
- Temperature range: 5 – 80 °C
- Feed tank Volume: 10 L, Stainless steel 316L
- Installed power: 1.5 kW (220/110V)
- Tubing: 316 L material
- System hold-up volume: 500 – 800 mL
Weight
Imperial: 1080.0 Pounds
Metric: 489.88 Kilograms
Shipping Dimensions
Imperial: 37.2 lb x 58.8 lb x 79.2 lb
Metric: 94.49 cm x 149.35 cm x 201.17 cm
Harmonized Code
842121
Harmonized Code Details
HS Code 842121: Filtering or purifying machinery and apparatus for liquids. This code is applicable to the MMS Membrane System Pilot System SW18 due to its primary function of filtration and purification of liquids in laboratory settings.
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