80 Ton Chiller – Chiller Machine Manufacturer

80 Ton Chiller – Chiller Machine Manufacturer

In the actual application of 80 ton chiller, the site environment of each customer is different. The harsh operating environment has a huge impact on the performance of the chiller. For example, for customers with oil in the site environment, the chiller is very easy to block after long-term use, resulting in a decrease in the cooling capacity of the chiller. There is also a type of site environment that is even worse. When their equipment has serious corrosion problems and there are many acidic substances, the 80 ton chiller will inevitably suffer from various corrosions at this time, and then the chiller will malfunction, affecting its normal operation.

Then, in industrial production, when the on-site environment is relatively harsh, how can our 80 ton chiller prevent and avoid being corroded by acidic substances as much as possible?

In order to avoid the corrosion of the 80 ton chiller and cause failure, it is very important to clean the industrial chiller regularly. Especially in an environment with a high acid environment, the industrial chiller must be cleaned regularly. For our 80 ton chiller in a normal environment, it is recommended to clean the dust filter regularly every 1 month and replace the circulating water regularly in about 2 months. Then, in harsh environments, this cycle time should be shortened as much as possible, depending on the actual situation on site. When our industrial chillers are cleaned regularly, the impact of acidic substances on the industrial chillers and the failure rate will be greatly reduced. If the surface and internal acid and alkali can be balanced, the impact on the operation of the 80 ton chiller will be lower, and the chiller will basically maintain normal operation.

Therefore, when the working environment of the 80 ton chiller is highly acidic, it is necessary to do a comprehensive cleaning of the chiller on a regular basis, and try to ensure that the acid-base standard of the exterior and interior of the industrial chiller meets the standard of PH equal to 7, so that the industrial chiller The machine operates in a medium-capacity use environment, and the service life of the industrial chiller will not be affected by excessive acidity, and even cause a large number of failures, affecting its normal operation.

To sum up, during the operation of the 80 ton chiller, the quality of its operating environment has a great impact on the performance of the chiller. In some special harsh environments, try to ensure that the acid and alkali of the operating environment meet the equipment operating standards, which can Avoid all kinds of acidic substances affecting the normal operation of the industrial chiller, and at the same time do a good job in the comprehensive cleaning and maintenance of the chiller on a regular basis, which can not only prolong the service life of the industrial chiller, reduce the failure rate, improve work efficiency and quality, but also help enterprises Reduce later maintenance costs.

Soluciones personalizadas para su empresa

Refrigeradores de baja temperatura (por agua o por aire)

Tecnología de refrigeración en cascada a temperatura ultrabaja.

Cada segmento de temperatura cuenta con más de una docena de modelos de productos entre los que elegir.

Enfriadoras de recirculación (Refrigerado por agua o por aire)

Tubería de circulación cerrada, etilenglicol mezclado con agua para refrigeración.

Refrigeradores de temperatura ambiente / Refrigeradores pequeños

Sistema de control de temperatura de refrigeración de alta precisión.

Equipos frigoríficos de refrigeración directa

Es adecuado para lugares con poca superficie de intercambio de calor y gran intercambio de calor.

Enfriadoras de temperatura ultrabaja de refrigeración directa

El enfriador directo de temperatura ultrabaja adopta la tecnología de subenfriamiento secundario, y la velocidad de enfriamiento es rápida. El refrigerante del sistema de refrigeración sale directamente y se evapora en el elemento de control de destino (intercambiador de calor) para enfriar.