Used COSAM BCU-E252RSE-TEL #9281503 for sale

A COSAM BCU-E252RSE-TEL chiller is a type of recirculating heat exchanger designed to provide a cooling effect to a given environment. The chiller is designed to enable energy efficient cooling, even in environments where the ambient temperatures can be quite hot. The recirculating heat exchange system works by transferring hot air away from the ambient space and into a loop of refrigerant-filled tubes. The refrigerant absorbs the heat of the air and causes the air to cool. This cooled air is then circulated back into the space, creating a cooling effect. BCU-E252RSE-TEL chiller is made with a stainless steel inner exchanger tube, providing a strong and durable construction to the unit. The overall design offers a high heat transfer efficiency as well as an improved thermal response due to its finned tube design. This helps to ensure a quick reaction to changing temperatures in the environment, providing optimal performance. The unit is fitted with a TEFC motor, allowing for the clean and efficient operation as well as protection against the elements, such as dust or moisture. COSAM BCU-E252RSE-TEL chiller is further fitted with safety devices, such as a float switch, pressure control device and an over-temperature switch. This range of safety features makes the unit reliable and effective in any climate or environment, allowing it to operate safely at all times. The robust construction of the chiller also means that it is well suited to handling frequent startups and cycles, helping to ensure consistent performance over its lifespan. Additionally, the unit is completely sealed to prevent any contamination from outside elements. In summary, BCU-E252RSE-TEL chiller is an effective and efficient recirculating heat exchanger designed to provide rapid cooling in a range of environments. The unit is made with durable stainless steel, enabling a robust construction, and is outfitted with a range of safety features for reliable performance. The chiller is also designed to handle frequent starts and cycles, allowing it to remain consistent over its lifespan.