Used THERMOTRON FA-10-CHM-5-5-A/C #293590588 for sale

THERMOTRON FA-10-CHM-5-5-A/C (FA-10-CHM) environmental chamber is a precision-engineered, low-temperature unit designed to simulate a range of extreme environmental situations. It is equipped with Electro Mechanical Controls and Monitoring Equipment, allowing users to precisely control and accurately monitor temperature and humidity in laboratory settings. The FA-10-CHM has an overall dimension of 84" x 86" and an interior dimension of 80" x 78". Its climatic control equipment can generate conditions ranging from minus -30°F to plus 302°F with ±0.1°F precise accuracy. The unit can also reach relative humidities of 30-95%, with a ±2.5% precise accuracy. For precise temperature and humidity control, the unit incorporates a hermetically sealed, dual-compressor cooling system and a computer-controlled 1/2 HP stainless steel steam humidifier that can generate a flow of 3 gallons/hour. The FA-10-CHM is capable of reaching precise temperature and humidity fluctuations quickly, ensuring that experiments are conducted in uniform conditions. Its double-wall, fiberglass-insulated door is supported on heavy-duty stainless steel counterbalanced hinges, providing access to the chamber's interior. A vacuum pump is used to lower the chamber's internal pressure for low-temperature operation. In addition to precise temperature and humidity control, this unit is also equipped with safety features designed to ensure safety in operation. These include an internal expansion tank to prevent overpressure, a high-grade stainless steel humidistat sensor and stainless steel probe immersion heater to protect the interior of the chamber from corroding agents such as condensation, as well as an emergency ventilation unit to prevent over-pressurization in case of machine failure. The FA-10-CHM is designed to meet the requirements of a wide range of laboratories and research applications. It is perfect for performing accelerated life testing and R&D tests, ensuring that the environment is optimal for application-specific requirements.