Used TENNEY TTRS #199024 for sale

TENNEY TTRS is an environmental chamber designed to control temperature, relative humidity, and light exposure. It is a compact and robust unit that allows users to precisely monitor the conditions in the chamber and create repeatable results. TTRS uses forced air circulation to ensure uniform air distribution throughout the test area and provide precise control of temperature conditions. Its integrated fan provides uniform air circulation at a constant rate, allowing for consistent temperature readings. TENNEY TTRS is designed with temperature accuracy down to 0.1°F and offers a wide temperature range between -20°F to 140°F, making it a valuable environmental tool for a variety of temperature-controlled studies. TTRS also maintains control of relative humidity and light through its integrated humidity and light control systems. The humidity control system maintains humidity to within +/- 2% RH accuracy and offers relative humidity range of 10%-90% RH. The integrated light system allows users to control the amount of light in the chamber from full light to dark and anywhere in between, enabling data collection under a variety of lighting conditions. TENNEY TTRS is built with a rugged steel structure and lab grade construction, making it highly durable and reliable. It also includes a self-aligning mechanical seal system to create a reliable chamber seal, while the built-in viewing window allows for easy viewing of experiments without opening the chamber. TTRS is simple to operate, and includes a digital display that allows users to quickly set and view conditions within the chamber. It also includes multiple ports for external connections, including a Ethernet port for data logging and communications with other systems. This robust and reliable environmental chamber is the ideal solution for applications that require repeatable results and precise control of temperature, relative humidity, and light exposure. It offers users the opportunity to perform test experiments exactly as designed.