Used ESPEC PVC-231 #9191994 for sale

ESPEC PVC-231 environmental chamber is a best-in-class temperature and humidity control equipment designed for use in product testing, aging, and research and development laboratories. The chamber is capable of providing temperature ranges from -20°C to 110°C and humidity levels between 10% and 98% RH, making it suitable for a wide variety of applications. With an interior volume of 231 liters, PVC-231 can accommodate numerous types of products, parts, or samples. The chamber is constructed from a strong PVC frame and utilizes a double wall seal design, ensuring a stable, uniform environment throughout. The heated stainless steel chamber interior is designed to enable even and consistent testing from top to bottom during a run, while the air flow system ensures maximum temperature uniformity and uniformity of humidity. The unit also includes a high-precision temperature and humidity sensor with a wide sensing range, meaning that readings obtained are highly accurate. ESPEC PVC-231 comes with a controller interface situated on the front of the chamber, which allows for easy monitoring and control of set points, data logging, and alarming. Additionally, the user-friendly controller can be connected to an external PC for remote monitoring. Standard safety measures are built in to the machine, including an overheating stop tool, emergency stop switch, and an over-current protector for the heater. The performance of PVC-231 can be further extended by adding a DVS asset, allowing users to accurately control and adjust humidity levels. This is an especially beneficial feature for aging tests requiring an accurately controlled and stable RH environment. The chamber also has a dust-proof filter as standard for improved air purification. Overall, ESPEC PVC-231 offers superior temperature and humidity performance in a stable and uniform environment for reliable, repeatable testing results. Its features and performance make it a top choice for product development and research laboratories seeking out precise testing data.