Used IGLOO FRF 4341 #9303321 for sale

IGLOO FRF 4341 environmental chamber is a reliable and easy-to-use system designed to control temperature and humidity to meet specific test requirements. It is capable of delivering temperatures ranging from -40°C to +105°C and has a humidity range of 20-98%RH. FRF 4341 is equipped with a programmable controller, allowing users to easily configure and store programs for the controlled environment. It continuously monitors conditions, making sure that the test chamber is consistently operating within a user-defined range. The unit is constructed with safety in mind and is built from highly durable materials, including a stainless steel inner vessel. It also features interior lighting for ease of use and a durable, corrosion-resistant exterior. Additionally, IGLOO FRF 4341 comes with a hygrostat for precise humidity control and a visual/audible alarm system to alert users of any changes in the environmental conditions. FRF 4341 provides a reliable and repeatable source of temperature and humidity control. It is highly efficient, using forced-air circulation and a high-capacity cooling system to ensure uniform test conditions across the entire test chamber. Additionally, the unit is equipped with a dual vapor pump to precisely adjust the relative humidity. This feature helps prevent condensation and further ensures consistent conditions. IGLOO FRF 4341 is also economically constructed and designed to help keep energy costs low. The insulation used in the chamber helps reduce the amount of energy needed to maintain the environment inside. Additionally, it helps maintain low noise levels, making it suitable for use in noise-sensitive labs or research facilities. Overall, FRF 4341 is a safe, reliable, and cost-effective environment chamber that is capable of providing users with reliable and consistent environments for a wide range of applications. It features quality construction and top-notch features that are designed to help users efficiently control temperatures, humidity, and other environmental conditions while simultaneously minimizing energy costs.