Used CVC SO-5000-6 #9238508 for sale

Manufacturer
CVC
Model
SO-5000-6
ID: 9238508
Wafer Size: 6"
Thermal evaporator, 6".
CVC SO-5000-6 is a state-of-the-art evaporator designed to efficiently and effectively lower liquid levels in a wide range of applications, such as wastewater treatment, food processing, cooling systems, and process heating. This evaporator features an advanced mechanical 3-stage evaporator design with a maximum operating pressure of 6.5 bar, allowing for optimal performance with a wide range of liquids. The 3-stage evaporator process works by combining condensation, vaporization, and mechanical separation techniques to reduce the amount of liquid contained in the solution. The evaporator is designed to reduce liquid levels quickly and efficiently, featuring a number of key design features that make it reliable, safe, and easy to use. This includes a low profile design that is easy to transport and set up, robust belt guard insulation that prevents heat loss and improves safety, a stainless steel glycol insulated pump housing, and multiple ports for ease of maintenance. In addition, the evaporator is built with a modulating loading feature, allowing it to adjust to differing load requests for a more consistent output. In terms of energy efficiency, the evaporator features a wide range of control options, including various speed settings, timer functions, and temperature monitoring features that allow users to fine-tune the efficiency of the evaporator and reduce unnecessary energy consumption. The evaporator is also designed to reduce noise pollution, thanks to the low-noise design of the pump. SO-5000-6 Evaporator is recommended for industrial applications where a reliable and cost-effective evaporator is required. This evaporator is designed to deliver efficient performance, reliability, and longevity, and is tested and certified to meet stringent safety standards. With its compact size and reliable performance, CVC SO-5000-6 offers a smart and economical solution for reducing liquid levels in a wide variety of processes.
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