Used SHINWA T&H-ESA 8-M-08 #293615193 for sale

SHINWA T&H-ESA 8-M-08 is an advanced environmental testing chamber designed to simulate a variety of environmental conditions to aid in testing various products and materials. The chamber is equipped with an advanced microprocessor controller, an automatic temperature and a humidistat. This allows for precise temperature and humidity control, making it suitable for a wide range of environmental tests. The main chamber features an eight-cubic-meter working volume with a 0.05-degrees Celsius temperature uniformity. The cabinet features two 8-inch ports that are designed for connection to external temperature and humidity sensors. The chamber is designed to reach temperatures ranging from -30 to +80 degrees Celsius, with a humidity range from 0 to 85%, and a dehydrator output rated at 0.1 liters of water per hour. The chamber is also equipped with an automatic dehumidification cycle and a condensation system to reduce condensation during periods of high humidity. The chamber has both manual and automatic functions, allowing the user to choose between pre-programmed tests and customized testing protocols. The touch panel LCD display allows the user to monitor the chamber temperature, humidity, and other parameters, in real time. The chamber also features a programmable thermal cycle system, allowing the user to program the number of thermal cycles and to monitor the cycle parameters in real time. T&H-ESA 8-M-08 is constructed from stainless steel sheets with a polyurethane/epoxy coating. The chamber meets a variety of safety and durability standards, including UL, CSA, VDE, CE, CSA, and RoHS. The chamber's dimensions are 1600 x 900 x 1000mm and it weighs approximately 450kg. SHINWA T&H-ESA 8-M-08 is designed for a variety of industries and applications, including medical, electronics, and automotive, as well as research, development, education and other laboratory uses. The chamber is ideal for evaluating a variety of materials and components in different environmental conditions. It can be used to evaluate the effects of temperature, humidity, and other environmental factors on various products and materials, making it an ideal choice for verification and reliability tests.