o Economical Recirculating Cooler
o Provides Quiet, Low-Cost Heat Removal
o Economical Heat Removal
o Powerful Pumping
o Easy to Maintain
o Small Footprint
Niles, IL - An efficient and reliable liquid-to-air recirculating cooler that provides exceptionally economical heat removal for laboratory equipment and procedures is available from PolyScience. Intended for applications where the cooling fluid temperature is higher than ambient and control is not required, the Model 3370 Recirculator provides 4000 watts of cooling capacity at 20°C (68°F) and can handle liquid temperatures as high as 77°C (170°F). As a result, it offers significant cost-savings over mechanically refrigerated circulators.
Designed for simple operation and maintenance, the Model 3370's positive displacement or turbine pump circulates fluid to the equipment, back into a reservoir, and through a fan-cooled radiator which removes heat. A built-in low-liquid level indicator safeguards the reservoir and circulation system. The pump and cooling system are further protected with reusable filters.
In addition to long life and easy maintenance, the Model 3370 Recirculator is also extremely compact. Measuring just 22.25 x 15 x 22.5 inches (56.5 x 38.1 x 57.2 cm), it requires only slightly more than 2¼ sq.ft. of floor or bench space.
For more information on the PolyScience Model 3370 Recirculator, visit www.polyscience.com or call toll-free, 1-800-229-7569, outside the US call 847-647-0611, email email@example.com, or fax us at 847-647-1155.
About PolyScience PolyScience is a leading manufacturer of refrigerating circulators, heating circulators, chillers, heat exchangers, water baths, and custom temperature control equipment for industrial and laboratory use. The company has been providing customers worldwide with precision temperature control equipment since 1963 and serves a diverse range of industries, including biotechnology, chemical, industrial laser, medical, refining, and pharmaceutical.
Contact: Sue Gibbons, Inside Sales Manager 847-647-0611 x 1221