Used NEW BRUNSWICK U725 #9291425 for sale

NEW BRUNSWICK U725 is an environmental chamber designed to provide precise and efficient temperature and humidity control. The chamber is constructed from stainless steel and painted inside and outside with epoxy paint for corrosion resistance. The chamber is equipped with a forced air cooling equipment to ensure uniformity of temperature and humidity throughout the chamber and can accommodate samples of up to 70 liters in volume. The chamber controls temperature range from -10°C to 70°C with a stability of 0.1°C/min and humidity range from 0%RH to 95%RH with a stability of 1.0%RH/min. The wide range of temperature and humidity levels allows users to select the optimal conditions for research and testing. U725 also features a fan speed control that allows users to select a speed that is compatible with their sample size and test environment in order to maintain temperature uniformity. The chamber features an attractively designed interior and LED digital display with intuitive control panel, allowing users to store and program up to 50 steps of temperature and humidity. If desired, NEW BRUNSWICK U725 can be connected to a thermocouple or any other data acquisition system. It also has a built-in CO2 sensor and an optional humidity sensor. To ensure user safety, the chamber door is hinged and is equipped with an interlock unit which prevents it from opening when the chamber is under pressure. U725's sealed and insulated construction ensures minimal heat loss. This results in less energy consumption and lower running costs. The chamber is also equipped with several other features, such as a water distribution machine which ensures a uniform and continuous level of humidity, built-in power selector switch, a VFD display and an automatic over temperature safety device. NEW BRUNSWICK U725 is a reliable and rugged environmental chamber that provides controlled temperature and humidity conditions for research and testing. It is capable of creating a wide range of temperature and humidity environments, while maintaining precision and energy efficiency. This makes it an ideal choice for laboratory and industrial applications where precision and accuracy are essential.