Used BAY VOLTEX Tempryte-PT #9397414 for sale

BAY VOLTEX Tempryte-PT
ID: 9397414
Liquid recirculator.
BAY VOLTEX Tempryte-PT is a recirculating chiller with a heat exchanger that is designed for industrial applications in commercial and industrial buildings. The chiller is equipped with an ayre-type heat transfer unit that exchanges heat from the refrigerant to the circulating fluid, allowing for efficient cooling and heating processes. The ayre-type heat exchanger is characterized by a high thermal capacity and a low noise level which allows for a quiet operation and cost-effective energy consumption. The temperature can be precisely adjusted to meet the requirements of the application. The heat exchanger is highly resistant to corrosion and has a long life expectancy. The cooling capacity of Tempryte-PT is adjustable from 0 to 85 kW and has a cooling capacity of up to 50 kW per hour. It features an adjustable frequency drive which allows for energy efficient and precise control of the cooling process. The chillers are equipped with two circulating pumps to ensure a steady and efficient flow of the circulating liquid. The pumps are controlled by an intelligent PID controller for precise liquid flow regulation. BAY VOLTEX Tempryte-PT is equipped with stainless steel tubes and an aluminum radiating panel which increases the heat exchange capacity. The chillers can be operated with a single-phase power source, making them more energy-efficient than three-phase chillers. The chillers are designed with a reliable and safe operating temperature range of -45°C to +90°C. Tempryte-PT is a reliable and efficient chiller that can meet the requirements of various industrial processes. It is easy to install and maintain, making it ideal for a variety of commercial and industrial applications. The robust design of the heat exchanger ensures efficient cooling and heating processes, while the adjustable cooling capacity allows for precise temperature control. The chillers can operate with a single-phase power source, which makes them more cost-effective and energy-efficient than three-phase chillers.
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