80 l tank for Ultra Clear RO systems with pump 1.2 l/min

Catalog nr. W3T197526
Evoqua Water Technologies

Price:
Sale price€3.317,00
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Description

Ultra Clear® RO tank 80 l with pump 1,2 l/min 4-20 mA is a design-matched storage vessel for Ultra Clear RO systems (up to year of manufacture 2015). The tank offers a useful capacity of approximately 80 l, a conical bottom and an integrated booster pump with pressure-dependent control. A built-in level sensor enables continuous fill-level monitoring, displayed in percent on the Ultra Clear RO unit. Electrical supply is 100–240 VAC, 50/60 Hz, with a maximum power draw of 0,08 kW at 230 VAC. Pump delivery is 1,2 l/min against 3 bar counterpressure, and the noise level is 50 dB(A). External dimensions are 820 mm height, 345 mm width and 520 mm depth; weight is 20 kg. This assembly from manufacturer Evoqua Water Technologies buffers reverse-osmosis permeate and supports reliable delivery in laboratory pure-water installations. The compact footprint and integrated hydraulics simplify placement beside Ultra Clear RO systems used for purified water supply in research, analytical and technical environments where controlled storage and pressurised output are required.

This article is part of Pumps (other) & accessories, in Pumps, vacuum & evaporation.

Key features

  • Pack size: 1 pc
  • Useful capacity: approx. 80 l
  • Pump output: 1,2 l/min at 3 bar
  • Signal: 4-20 mA
  • Electrical connection: 100–240 VAC, 50/60 Hz
  • Dimensions (H × W × D): 820 × 345 × 520 mm
  • Technical Information Sheet: PDF

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Questions about 80 l tank for Ultra Clear RO systems with pump 1.2 l/min

What is this article?

80 l tank for Ultra Clear RO systems with pump 1.2 l/min is the article on this page. Luminix Health distributes Evoqua Water Technologies for laboratory use. It sits in Pumps (other) & accessories, inside Pumps, vacuum & evaporation, in Lab instruments.

These are the pumps and fittings that are not a vacuum pump, a peristaltic pump or a drum pump. Flow, pressure and chemical compatibility of the wetted parts remain the three questions.

A vacuum pump lowers the pressure above a liquid so it boils at a lower temperature. That is the point of a rotary evaporator: solvent leaves a sample without cooking it. A diaphragm pump or a rotary-vane pump is chosen by the vacuum it reaches and by whether solvent vapour will destroy it. A peristaltic pump moves liquid by squeezing a tube, so the liquid touches only the tube. A barrel pump transfers a larger volume from a drum. The glassware on the evaporator is indexed under ISO laboratory glassware. Solvent identity is on PubChem.

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