Solution to the inability to cool down the industrial high and low temperature recirculating chiller
When the high and low temperature
recirculation chiller system is in use, what is the general cause if the high
temperature cannot be reduced? How should we deal with such failures?

First, let’s analyze the
principle and method of cooling. The circulating heat transfer medium is
different. Generally, the high and low temperature cooling system industry
mostly uses direct cooling, while the high and low temperature recirculation
chiller system mostly uses indirect cooling with internal installation. There
are devices such as plate heat exchangers or oil coolers. The heat medium and
cooling water source in the system exchange heat in the heat exchanger to
reduce the temperature of the medium.
Generally, we conduct investigation and
maintenance from the following aspects:
1. The cooling solenoid valve is damaged:
it is necessary to check whether the solenoid valve coil can work normally, if
it is damaged, it needs to be replaced; the panel does not output a cooling
signal, carefully check the circuit or use the component replacement method to
check.
2. Circuit failure: Check the circuit part
of the system, the cooling water inlet or outlet pipeline is blocked: check
whether the valve in the cooling water pipeline is fully opened, and ensure
that the flow and pressure of the cooling water are sufficient, and the heating
contactor is stuck, Always heating: observe the pull-in state of the contactor,
and worsen damaged electrical parts.
In addition to troubleshooting the above
several possible causes of failure, we also need to check whether the cooling
plate is replaced or the cooling exchanger is blocked. The advantage of using
indirect cooling is that it has high temperature control accuracy and strong
adaptability. It can be applied to the temperature control of high and low
temperature recirculation chiller systems, and because the heat transfer medium
is cooled first, the cooling impact on the temperature control equipment is
relatively relatively large. Of course, the disadvantage is that the cooling
speed is relatively slow, and the price is more expensive than the direct
cooling method.
If you can’t solve it by yourself, you need
to contact the manufacturer of the high and low temperature recirculation
chiller system to solve it in time to avoid delays and increase costs.
Verwandte Empfehlungen
-
Chemische Kühl- und Heizsysteme - Hersteller von dynamischen Temperaturregelungssystemen
1818In the pharmaceutical and chemical industries, cooling and heating system are widely used. As the developing of internet, many enterprises compete fiercely. The following will introduce the benefits of the LNEYA chemical cooling and heating system...
Details anzeigen -
Warum ist die Betriebsart des Kühlwasserumwälzers hauptsächlich die Wasserzirkulation?
1719Kühlwasserumwälzer sind eine Möglichkeit, Wasser zur Kühlung zu verwenden. Mit dem Anstieg der Umgebungstemperatur haben auch viele Unternehmen festgestellt, dass die Verwendung von zirkulierendem Wasser zunimmt. Die Ergänzung von zirkulierendem Wasser ist auf die Wasserkühlung ausgerichtet...
Details anzeigen -
Technologische Merkmale des Glykol-Kältesystems
1634At present, it is often necessary to provide process chilled water of 1-4℃ for the production line in the milk, beverage and other industries. Because the temperature of frozen water in 1-4℃ process is close to the freezing point of water at 0℃, i...
Details anzeigen -
The use and characteristics of the SUNDI series of high and low temperature cooling circulators
2192The SUNDI series of high and low temperature cooling circulators are equipment for direct or auxiliary heating in the fields of biology, physics, chemical engineering, medical treatment, environmental protection, etc. Moreover, the temperature con...
Details anzeigen
工業冷水機製造商 LNEYA Taiwan











