Used HERAEUS / VOTSCH VT 3050 #9010997 for sale

HERAEUS / VOTSCH VT 3050 environmental chamber is a versatile tool for environmental simulation and testing. It is used for a variety of production, laboratory, and research applications, providing controlled environmental conditions to ensure reliable long-term performance of components, systems, and products. VOTSCH VT 3050 has a 120 cm x 120 cm x 120 cm volume and can accommodate large test specimens. It offers a temperature range of -70 to 200 C and relative humidity of 10% to 95%. It is equipped with DC-motors that guarantee fast and reliable operation. The easy operation and high quality of HERAEUS VT 3050 also provide precise control of temperature and humidity. In addition, the unit can be configured to automatically monitor pressure, gas concentration, and other non-stressed parameters, allowing accurate evaluation of test specimens. The chamber is constructed with a double-walled, insulated stainless steel cabinet ensuring low energy consumption and a long product life. Its chamber interior is made of type 304 stainless steel and the interior is coated with condensation-proof polyurethane foam for easy cleaning and maintenance. The cooling system works with (R134a) CFC-free refrigerant, and pre-cooling is enabled with a built-in pre-cooling pump. In order to meet exacting standards, VT 3050 features a digital, microprocessor-controlled system to ensure that the test environment is accurately maintained. Its user interface utilizes both digital and analog displays for precise temperature and humidity readings, enabling quick setup and reliable operation. In addition, it offers detailed documentation, providing users with detailed test results and charts. Overall, HERAEUS / VOTSCH VT 3050 is a reliable and robust environmental chamber that serves a variety of research, production, and laboratory testing needs. The user-friendly operation, precise control, and built-in safety systems make VOTSCH VT 3050 an ideal choice for research and production facilities seeking to accurately simulate and control environmental conditions.