Question 1

Can integrated and split chillers achieve the same cooling performance?

Accepted Answer

Yes. In most industrial applications, both integrated and split chiller systems can achieve similar cooling capacity, temperature stability, and process cooling performance when properly selected and configured.

Question 2

Which system is more suitable for temporary projects?

Accepted Answer

For temporary projects, integrated chillers are usually more favored because their installation, commissioning, relocation and reconnection are all more convenient, which helps shorten the project cycle and reduce construction costs.

Question 3

Which system is more affected by outdoor weather conditions?

Accepted Answer

Since some equipment is installed outdoors, the split system is more susceptible to weather conditions. Without taking appropriate protective measures, high temperatures, low temperatures, rain, snow, dust, and direct sunlight can all affect the operation of the equipment.

Question 4

Is refrigerant charge different between integrated and split systems?

Accepted Answer

There are differences. The integrated chiller has completed the refrigerant filling process before leaving the factory. The overall filling volume will be preset according to the specifications of the unit. Generally, no additional filling is required during on-site installation.

For the split chiller, since the indoor and outdoor units need to be connected with pipelines on-site, it usually requires additional filling of refrigerant after on-site installation based on the actual length of the pipeline. The total filling volume will be higher than that of the integrated water chiller with the same cooling capacity.

Question 5

Can integrated chillers support multiple cooling zones?

Accepted Answer

Yes. With proper piping design, pump selection, and flow balancing, one integrated chiller can simultaneously serve multiple cooling zones, helping improve system efficiency and reduce overall equipment investment.

半導體冷水機

冷水機組

高精度動態溫度控制系統

氣體溫控系統

新能源車測試溫控機Chiller

直冷式冷水機

TCU溫度控制單元

高溫熱循環機

工業冰箱

環境試驗箱

關於 LNEYA

LNEYA 視頻

半導體晶圓廠

半導體封裝與測試

原料藥 & 試驗工廠

生物製藥

新材料 | 特殊氣體

航空航天材料 | 測試

微通道 | 管式反應器

氫能產業

新能源產業

蒸餾濃縮

化學介質冷卻

低溫材料

Integrated vs Split Chiller Systems

Diferenças entre chillers split e chillers integrados

LNEYA Thermo Refrigeration Co., Ltd. 專注於冷凍加熱溫控系統、超低溫冷水機、工業冷凍機、半導體冷水機、新能源溫控及流量控制系統等專用設備的研發與生產，產品廣泛應用於醫藥化學、半導體、新能源、航空航太等領域。