By John on February 17, 2010
Lytron chillers are in compliance with the refrigerant use regulations of the U.S. EPA and the Montreal Protocol. Continue
Posted in Chillers, Cooling Systems | Tagged Cooling Systems, Recirculating Chillers, Refrigerant
By John on January 7, 2010
In applications where weight is much less of a factor, the strength and cleanliness of stainless steel might make it worth sticking with stainless. Continue
Posted in Cold Plates, Heat Exchangers | Tagged Cold Plates, Corrosion Resistance, Heat Exchangers, military and aerospace, Stainless Steel
By John on December 1, 2009
The selection of the proper fittings and hose clamps for cold plates and heat exchangers is critical to a reliable liquid cooling system. Continue
Posted in Cold Plates, Heat Exchangers | Tagged ask an engineer, clamps, Cold Plates, fittings, Heat Exchangers, hoses
By John on November 10, 2009
Buying a new recirculating chiller with the correct components is a better option than replacing parts in an existing machine. Continue
Posted in Chillers, Cooling Systems | Tagged cooling capacity, laser cooling
By John on October 26, 2009
Filtration of a heat exchangers coolant depends on how clean it is. Ensure your coolant is clean to help minimize the risk of corrosion. Continue
Posted in Chillers, Heat Exchangers | Tagged ask an engineer, corrosion, ES Series, ES0505, filters, filtration, Heat Exchangers, recirculating chiller cleaning, standard heat exchanger
By John on October 15, 2009
Lytron’s recirculating chiller has a heater option that allows the chiller to more quickly reach a set point temperature above the ambient temperature. Continue
Posted in Chillers, Cooling Systems | Tagged Chillers, Cooling Systems, options, recirculating chiller, specifications
By John on September 29, 2009
Most standard heat exchangers are designed to operate with a flow rate between 1 gpm and 4 gpm. Continue
Posted in Heat Exchangers | Tagged ask an engineer, fan, flow rates, Heat Exchangers, liquid cooling, Lytron, standard heat exchanger, thermal management