Used TENNEY T21RC-3 #9265182 for sale

TENNEY T21RC-3 environmental chamber is a cost-effective solution for a wide range of applications in laboratory and industrial settings. This environmental chamber is able to simulate a variety of controlled environments such as temperature, light, humidity, air velocity and gas pressure. It can also measure and log these conditions to help analyze the effects of environmental variables on materials or processes. The chamber is constructed out of a welded, reinforced steel outer shell and interior walls made of an epoxy-coated steel. The exterior is designed to be durable and free from exposed wiring. For safety, the chamber features a ground fault detection system with automatic shutoff to protect users in the event of a power failure. The walls of the chamber are foam-insulated to keep internal temperatures stable. The interior features adjustable racks, shelves, and trays to conveniently store parts and supplies. The chamber is also equipped with stainless steel sample racks that can be adjusted to different heights. This chamber also includes a built-in fan and temperature control system to maintain internal humidity and temperature within required levels. For monitoring and control of the chamber conditions, T21RC-3 is equipped with a microprocessor-based digital controller with set-point programming. The LCD display allows users to easily view all chamber parameters including set-points, actual readings, and detailed diagnostic information. The controller also provides alarm, alert, and warning features to ensure suitable conditions are maintained. TENNEY T21RC-3 environmental chamber is designed to offer reliable performance and precise control of environmental conditions. Its construction and features make it a cost-effective solution for a variety of applications. The chamber can be used for long-term testing, accelerated aging and material conditioning tests. It is also a versatile solution for product research and development, stability testing, and calibration and material evaluation.