1.5 Ton Chiller

1.5 Ton Chiller

As one of the industrial refrigeration equipment used by most enterprises, 1.5 ton chiller plays an important role in small equipment. In recent years, chillers have been favored by people because of their advantages such as flexible use and convenient installation. So what are the factors that make the 1.5 ton chiller popular?

1. Saving investment and short construction period: Compared with the traditional air-cooled heat pump unit, the entire cooling water system can be omitted, no special machine room is required, the building space can be greatly saved, and the construction cost can be saved, thereby greatly reducing the project investment; The tower, cooling water pump and pipeline system make the installation quick and convenient, and the construction period is greatly shortened.

2. Flexible installation and layout: the 1.5 ton chiller can be installed directly on the ground, roof or courtyard, which saves the construction of the machine room, saves space, and reduces the initial investment cost; the design of the device takes the user’s installation into consideration to the greatest extent . The water inlet and outlet ports are reserved for connection with the water supply system and terminal equipment. After the user installs according to the requirements, he can inject water on the basis of ensuring the water quality and the cleanliness of the pump pipeline, and then run it with electricity.

3. Heat pump heating: no need to build a boiler room, directly absorb heat from the air, reduce costs, clean and safe, and avoid environmental pollution; for some places that rely on heat pumps to generate heat in winter, auxiliary electric heating can be selected to meet heat demand.

4. Modular combination, easy maintenance: according to the size of the load, it can be assembled in any combination, and the appearance is neat and elegant; multi-module units are operated in combination, and the entire air-conditioning system can still operate normally while some 1.5 ton chillers are being maintained, so as to realize non-stop operation maintenance.

5. High efficiency, energy saving, and reliable performance: the 1.5 ton chiller adopts high-efficiency scroll compressors and high-quality refrigeration components of world famous brands to ensure the highest energy efficiency of the whole machine. Since the unit is a modular combination, it can realize automatic unloading at partial load and realize energy-saving operation.

6. Complete protection device: 1.5 ton chiller is equipped with compressor exhaust temperature protection switch, high reliability motor special air switch, high and low pressure switch, dry filter, antifreeze switch, ambient temperature control, defrosting control and delay start device etc. to ensure the safe operation of the unit.

7. Microcomputer control: 1.5 ton chiller adopts microcomputer monitoring, which can realize various functions such as temperature control, protection function, time setting, memory, status display, alarm display, electric heating selection, parameter setting, password protection, and group control. The user can use the control switch of the 1.5 ton chiller itself to control, and can also use an external switch to realize remote control.

Maßgeschneiderte Lösungen für Ihr Unternehmen

Niedertemperatur-Kühlgeräte (wasser- oder luftgekühlt)

Ultra-Niedrigtemperatur-Kaskaden-Kältetechnik.

Für jedes Temperatursegment stehen Ihnen mehr als ein Dutzend Produktmodelle zur Auswahl.

Rückkühler (Wassergekühlt oder luftgekühlt)

Geschlossene Zirkulationsleitung, Ethylenglykol gemischt mit Wasser zur Kühlung.

Raumtemperatur-Kühlgeräte / Kleinkühlgeräte

Hochpräzises System zur Regelung der Kühltemperatur.

Kühlgeräte mit direkter Kühlung

Er eignet sich für Orte mit kleiner Wärmeaustauschfläche und großem Wärmeaustausch.

Direktkühlende Ultra-Niedrigtemperatur-Kühlgeräte

Der Ultra-Niedrigtemperatur-Direktkühler verwendet die sekundäre Unterkühlungstechnologie, und die Kühlgeschwindigkeit ist schnell. Das Kältemittel im Kältesystem wird direkt ausgegeben und verdampft in das Zielsteuerelement (Wärmetauscher) zur Kühlung.