Used EG&G 173 #9072383 for sale

EG&G 173 is a lab equipment and accessory engineered to provide precise temperature control in a wide variety of scientific research settings. It features a sophisticated design that can maintain temperatures from -45°C up to 220°C, with a full-scale accuracy of 0.1°C and resolution of 0.01°C. The device is suitable for use in numerous experiments that involve temperature control, including polymer studies and chemical reactivity. Additionally, its fully adjustable parameters (including temperature, time, and pressure) allow for fine-tuning and optimization to meet the precise specifications for a wide range of applications. The temperature control unit has an adaptive programming technology that allows for automated ramping and manual input to ensure maximum accuracy. It is also equipped with an alarm for when surpassing or dropping below a certain predetermined temperature. This adjustable alarm feature is built-in to prevent any drastic consequences from occurring during an experiment. Additionally, the control unit is enclosed in an air-jacketed design for insulation. This improves temperature stability and thermal uniformity throughout each experiment. To ensure accuracy and control precision in 173, a number of feedback and control loops are implemented. It boasts a PID control system for accurate temperature control in both heating and cooling modes. Additionally, it features a cascade temperature control loop for maintaining temperature between two set points. This allows for fine-tuning to achieve optimal performance. EG&G 173 is a reliable piece of lab equipment designed to provide precise temperature control in a number of scientific experiments. With self-adaptive programming, adjustable parameter settings,-45 °C to 220°C temperature range, and an alarm system for maintaining safety, this device offers maximum control for a large scope of experiments. Furthermore, the air-jacketed design, PID control system, and cascade temperature control loop all contribute to improved temperature accuracy and improved performance.