EL-3000

MEETING HIGHER EXPECTATIONS

The Envirolyte EL-3000 is a further development of Envirolyte machines with bigger output capacity to suit our customers qrowing needs for bigger volumes of activated solutions.

The Envirolyte EL-3000 has been designed for production of Neutral Anolyte only.

Easy operating procedures give added benefits to rapid delivery of safe and fast acting disinfectan - Neutral Anolyte.

The strenght of Neutral Anolyte in terms of active chlorine concentration can be adjasted by current setting.

The Envirolyte EL-3000 unit has been developed to produce Neutral Anolyte (~3000L per day) on the spot and on demand when disinfecting, sterilisation and water purification are required.

EL-400 EL-900
EL-1200 EL-2000
EL-3000 EL-6000
EL-10000 EL-12000

THE KEY FEATURES AND GENERAL SPECIFICATIONS

  • The control system of EL-3000 units is simple and easy to operate. It can be altered to suit different applications and conditions.
  • The weight and dimensions of the unit are kept low and small to ease handling, maintenance and transportation. Despite the fact that the size of Envirolyte EL-3000 is bigger then the size of EL-900 or EL-1600 the unit still remains portable.
  • The enclosures are made of non-corrosive materials. Tubes and connectors are of EPDM/PVDF plastics and are highly resistant against aggressive solutions. Envirolyte EL-3000
  • All input and output connectors are located on the sides of the boxes to allow them wall-mountable.
  • A simple on/off switch with power indicator starts and stops the EL-3000 units manually.
  • A self-cleaning cycle has been programmed into the machine, which ensures easy maintenance and maximum productivity. Envirolyte EL-3000
  • The unique design of the diaphragmatic cell ensures that electrolyte used in the processing of solutions has maximum contact with the electrodes and therefore ensures the most effective use of energy and minimum salt consumption.
  • There is a minimal hydraulic resistance against liquids flowing through the cell chambers and therefore an optimum flow rate is achieved.
  • The electrodes are specifically designed to endure high electrochemical loading as are the membranes, separate the solutions.
  • No moveable or replaceable parts.