- Phone
-
Address
No. 18 Huaxing Road, Jintan District, Changzhou City, Jiangsu Province
Changzhou Nuoji Instrument Co., Ltd
No. 18 Huaxing Road, Jintan District, Changzhou City, Jiangsu Province
Usage Overview:
Low temperature constant temperature reaction bathSuitable for conducting low-temperature experiments in scientific research, biology, physics, medicine, chemical engineering and other departments, it can replace dry ice and liquid nitrogen for low-temperature reactions, or provide low-temperature conditions for related testing equipment. It can also be used as a low-temperature water tank for viscosity testing. Install magnetic stirring at the bottom of the constant temperature bath to separate the solution and reagents into two stages of stirring, resulting in a more uniform temperature inside the bath and more precise intelligent temperature control.
Product Features:
1. The bottom is equipped with magnetic stirring, and the stirring speed can be adjusted.
2. Fully enclosed compressor unit refrigeration, the refrigeration system has multiple protection devices for overheating and overcurrent.
3. The circulation pump can draw out the constant temperature liquid in the tank and establish a second constant temperature field.
4. The cold liquid inside the tank can be introduced externally, and the experimental container outside the cooling machine can also be used for low-temperature and constant temperature experiments directly inside the tank.
5. Adopt XMT analog digital PID automatic control system with temperature digital display.
6. The inner liner is made of 304 stainless steel, which is clean, hygienic, aesthetically pleasing, and corrosion-resistant. Installing casters makes movement more convenient.
7. Adopting a cylindrical inner liner for more uniform mixing, the tank can be designed with no coil inside, which can fully utilize the experimental space inside the tank.
8. Equipped with a liquid outlet for easy replacement of media.
Technical parameters:
name |
model |
Temperature Range |
temperature fluctuation |
volume |
refrigeration capacity |
Circulating pump flow rate |
Oral rotation speed |
Cold groove opening diameter |
|
Low temperature constant temperature Reaction bath |
DFY-5/25 |
-25-98℃ |
±0.1℃ |
5L |
1894-447 |
20L/min |
100-1300r/min |
190mm |
DFY-5/40 |
-40-98℃ |
2036-602 |
||||||
DFY-5/60 |
-60-50℃ |
2036-330 |
||||||
DFY-5/80 |
-80-50℃ |
2036-180 |
||||||
DFY-5/120 |
-120-0℃ |
3888-160 |
||||||
DFY-10/25 |
-25-98℃ |
10L |
3256-990 |
100-1300r/min |
220mm |
|||
DFY-10/30 |
-30-98℃ |
2036*1022 |
||||||
DFY-10/40 |
-40-98℃ |
2628-748 |
||||||
DFY-10/60 |
-60-50℃ |
3679-510 |
||||||
DFY-10/80 |
-80-50℃ |
3679-160 |
||||||
DFY-10/120 |
-120-0℃ |
4997-120 |
||||||
DFY-20/20 |
-20-98℃ |
20L |
3255-990 |
100-1300r/min |
290mm |
|||
DFY-20/30 |
-30-98℃ |
2628-1350 |
||||||
DFY-20/40 |
-40-98℃ |
3809-989 |
||||||
DFY-20/60 |
-60-50℃ |
4997-510 |
||||||
DFY-20/80 |
-80-50℃ |
7828-233 |
||||||
DFY-20/120 |
-120-0℃ |
7828-160 |
||||||
DFY-30/20 |
-20-98℃ |
6249-1825 |
||||||
DFY-30/30 |
-30-98℃ |
3809-1801 |
||||||
DFY-30/40 |
-40-98℃ |
4829-1140 |
||||||
DFY-30/60 |
-60-50℃ |
4997-160 |
||||||
DFY-50/10 |
-10 ℃ - room temperature |
±0.5℃ |
20L |
9428-4188 |
30L/min |
100-1300r/min |
350mm |
|
DFY-50/20 |
-20 ℃ - room temperature |
15786-3694 |
||||||
DFY-50/30 |
-30 ℃ - room temperature |
7549-3540 |
||||||
DFY-50/40 |
-40 ℃ - room temperature |
10364-2565 |
||||||
DFY-50/60 |
-60 ℃ - room temperature |
1442-2780 |
||||||
DFY-80/20 |
-20 ℃ - room temperature |
80L |
15786-3604 |
40L/min |
100-1300r/min |
420mm |
||
DFY-80/30 |
-30 ℃ - room temperature |
8842-1941 |
||||||
DFY-80/40 |
-40 ℃ - room temperature |
10364-1631 |
Note: 1. Operating temperature: ≤ 25 (℃), environmental humidity: 60-80%;
2. The standard circulation pump has a flow rate of 18L/min, and can be equipped with models such as 20L/min, 12L/min, 6L/min, etc;
3. The standard opening size is square, and the opening requirements can be customized according to customer requirements, or auxiliary devices such as electric mixing can be added.