Used TEK-TEMP TKD-100/5118 #9124196 for sale

TEK-TEMP TKD-100/5118 is a recirculating heat exchanger designed for high-performance cooling applications. This chiller utilizes a combination of compressed air and a special type of refrigerant to reduce temperatures in temperatures up to -100°F. TEK-TEMP TKD-100/5118 perfectly combines and balances the use of both air and refrigerant among its components. This combination optimizes the efficiency of cooling of the unit, allowing it to keep even the most sensitive and delicate processes at the desired temperatures. Due to its recirculation design, TEK-TEMP TKD-100/5118 is perfect for demanding applications for which temperature control is a necessity. As a unique feature, this heat exchanger replenishes its refrigerant as it works, allowing for continuous performance in otherwise grueling applications. TEK-TEMP TKD-100/5118 is constructed with an all-stainless steel body, ensuring durability and strength for many years. All components, including the refrigerant tanks, are made of high-grade materials designed to withstand industrial production environments. TEK-TEMP TKD-100/5118 utilizes a robust control system that can be easily configured to the desired settings. The user can easily access the control software and modify settings such as temperatures, times, and alarms. The user also has access to key readings and diagnostic information. TEK-TEMP TKD-100/5118 is Energy Star certified and product CE eligible, signifying its efficiency and energy usage. This product is also backed up with a generous 5-year warranty. In conclusion, TEK-TEMP TKD-100/5118 is a recirculating heat exchanger designed for critical cooling applications. This product balances the best of both air and refrigerant to provide prompt and consistent temperature control. Its durable stainless steel construction ensures longevity in industrial environments. Plus, its control system makes it easy to configure to the desired settings. It is an ideal chiller for any application requiring reliable and efficient cooling.