Used TEMPTRONIC 4000A #152967 for sale

TEMPTRONIC 4000A is an environmental chamber ideal for high-precision temperature applications. It is designed and manufactured to provide reliable and highly precise temperature performance. This environmental chamber is capable of reaching precise temperatures from a range of -60°C to +60°C (-76°F to 140°F). The temperature is controlled by a precise microprocessor-based controller. 4000A is made of a double-walled insulation, which is constructed out of galvanized steel and a layer of CFC free foam. This insulation ensures high thermal performance, resulting in reduced energy consumption and improved efficiency. With an adjustable internal fan, the chamber is able to evenly distribute the temperature throughout the cabinet, resulting in more precise and uniform temperatures throughout. The chamber comes with adjustable racks and an adjustable door, making it easier to arrange different experiment setups without having to take out and rearrange the items. There's also an adjustable shelf for simple data logging. The chamber is also equipped with several sensors and network ports for monitoring and tracking the performance. If for any reason the door opens, an alarm will be sounded, alerting the operator of the disturbance. The chamber also has a humidity control system, allowing users to adjust the relative humidity within the chamber up to 90%. This feature is beneficial in certain types of experiments by providing more stable experimental conditions. At the rear of the chamber, there is an adjustable storage drawers, designed to store accessories and applications that need to remain in the chamber. The rear of the chamber also has an inlet and outlet ducts for linking with an external air duct or exhaust. TEMPTRONIC 4000A is designed and constructed with safety features to protect the user and the environment. This includes features such as an automatic over-temperature cut-out, over-pressure and gas safety cutoff. This helps to prevent any risk of combustion, which can be caused by high temperature and over-pressure.