tsaising的能源護罩空調照明技術高效節能產品部落格

美國冷凍空調協會1997年"能源護罩"的化學穩定測試

樣品A

冷媒       冷凍潤滑劑    添  加  劑      總      酸                摻混性

R 123.A   Alkylbenzine        無         .07 mgKOH/gm    -40º C

樣品B

冷媒     冷凍潤滑劑    添   加   劑             總       酸       摻混性

R123.A Alkylbenzine   5%.CS PROA   0.1mgKOH/gm    -40º C

宗旨 :

在空調和制冷系統極端狀態測試潤滑劑被使用的化學穩定性。

被測試材料:

測試了五個樣品未添加"能源護罩" (樣品A), 且測試了五個冷媒、冷凍潤滑油與5%"能源護罩" (樣品B) 組合。

測試結果:

Alkylbenzine 測試時未添加"能源護罩"增加酸水平。

實  驗  室 :    Intertek Testing Services測試服務

試驗條件:     ASHRAE 97, 密封玻璃管的方法

Chemical Stability Test

Sample A

Refrigerant  Lubricant   Additive    Total Acid    Miscibility

R 123A       Alkylbenzine    None     .07 mgKOH/gm    -40º C

Sample B

Refrigerant  Lubricant   Additive    Total Acid    Miscibility

R 123A       Alkylbenzine    5%.CS    01 mgKOH/gm    -40º C

                            PROA

OBJECTIVE : To test the chemical stability of lubricants used in airconditioning and refrigeration systems under extreme conditions.

MATERIALS TESTED :

Five samples were tested without Compress Shield®

(Sample A), and five refrigerant/lubricant combinations were tested with 5% Compress Shield® (Sample B).

TEST RESULTS:

Alkylbenzine tested without Compress Shield increased in acid level. The refrigerant oil with Compress Shield did not form acid in the system and maintained miscibility. It can be concluded that Compress Shield® added chemical stability to the refrigeration oil.

LAB:        Intertek Testing Services

TEST CONDITIONS: ASHRAE 97, Sealed Glass Tube Method