Used REVCO ULT 2186-9-A14 #170872 for sale

REVCO ULT 2186-9-A14 environmental chamber is used to store and accurately simulate a wide range of environments. It is designed to provide both precise temperature range and uniform conditions. The chamber is constructed from heavy gauge steel plating with microprocessor-controlled digital temperature readouts that display in both Fahrenheit and Celsius. It features a self-latching door with gasket-sealed access and an advanced stainless steel low-noise cooling system. The entire unit is mounted on casters to easily move around the laboratory. The temperature range of this chamber ranges from -86°C to +180°C, and maintains uniform conditions in the chamber within ±0.2°C. It uses an isothermal wall construction to reduce convection and keep the temperature stable. It is also counterbalanced to reduce temperature fluctuation and absorption of external heat. ULT 2186-9-A14 offers powerful circulation for improved temperature stability. It creates and maintains exceptional uniformity of temperatures, significantly helping to reduce sample variation. The chamber is equipped with a variety of features, from adjustable humidity and carbon dioxide level to continuous pressure measurements. Its onboard computer offers logic and mathematical operations, data logging, and graphing capabilities. It also has a secure door locking system and connected diagnostic alarm system for added safety. REVCO ULT 2186-9-A14 is extremely reliable, with a 10 year shelf life when operated and calibrated correctly. It can also be programmed to meet a variety of protocols and is perfectly suited for a variety of experiments, such as thermal fatigue testing, accelerated corrosion testing and material testing. Its energy-saving features make it an efficient addition to any laboratory. Overall, ULT 2186-9-A14 is a high performance environmental chamber that provides accurate and stable temperature control, humidity and CO2 control, as well as continuous pressure measurements. It is a safe, reliable, and efficient choice for simulating different environments for a variety of testing applications.