Used EDWARDS TMP-3403 LMTC #9201773 for sale

EDWARDS TMP-3403 LMTC is a cryogenic liquid pump designed for ease of use and dependable performance. Constructed with a combination of high-grade stainless steel and plastic, TMP-3403 LMTC offers maximum durability and heat resistance, making it the ideal choice for any laboratory application. Its low-maintenance design eliminates the need for lubrication while the thermally managed operating range prevents overheating, resulting in an efficient solution that safely maintains temperatures between -150°C and +70°C. The advanced technology of EDWARDS TMP-3403 LMTC facilitates a quieter and more reliable operation compared to traditional liquid motors. The pump is designed specifically to handle the high volume pressures and temperatures of advanced laboratory applications. Its efficient motor design and heat-resistant casing enable reliable circulation of samples at any temperature. It also features an integrated microprocessor control board to ensure easy and precise temperature adjustments and safeguards against overheating. Designed with simple and intuitive controls, TMP-3403 LMTC can be easily operated with precise pressure control. The included software provides convenient access to a wide range of settings, including temperature, pressure levels, and timing functions for quick adjustment and programming. In addition to the standard features, EDWARDS TMP-3403 LMTC can be fitted with a variety of accessories and customization options to meet the needs of any application. The choice of two different sizes ensures the right pump for any specific system size, and its modular design allows for easy installation. The intuitive user interface and remote operation ability empower users to quickly adjust and monitor the pump from anywhere. Overall, TMP-3403 LMTC is the ideal choice for compact, cryogenic liquid pump applications due to its reliable design and easy operation. Its superior construction materials and reliable motor ensure longevity even under the toughest laboratory conditions. The perfect combination of flexibility, intuitive controls, and remote operation make it the ideal solution for any laboratory setting.