The HTY-DG132 deaerator is an independently developed equipment by our company, specifically designed for deaeration of purified water, distilled water, and deionized water. It can quickly and safely remove dissolved gases from water. It fully complies with the provisions of the Chinese Pharmacopoeia (2015 edition) and can replace manual boiling and other degassing methods, saving time, effort, and improving work efficiency.

1. From startup to usability in less than 5 minutes, greatly reducing preparation time and allowing for easy operation at any time, improving work efficiency;
2. There is no upper limit on the volume of the solution, and as long as the water source is sufficient, it can sustainably supply deaeration water;
3. One click implementation of liquid inlet, heating, and degassing functions:
4. Adopting a large LCD display screen, Chinese menu prompts, and easy instrument operation;
5. Equipped with fault self diagnosis function, the equipment will automatically stop running and provide error reminders in case of abnormal situations;
6. Equipped with power-off protection function, it will automatically cut off power when the power is too high, reducing equipment damage;
7. Equipped with memory storage function, it can save the customer's last set parameters;
8. Equipped with temperature compensation and calibration functions;
9. Has quantitative function;

Power supply: (220 ± 10%) VAC, 50Hz
Maximum power: 3500W
Inlet medium temperature: (10.0-30.0) ℃
Temperature control range: (37.0-40.0) ℃
Temperature resolution: 0.1 ℃
Temperature control accuracy: ± 0.5 ℃
Degassing vacuum degree: (0.07～0.09)MPa
Vacuum resolution: 0.01 MPa
Processing volume: unlimited, depending on the amount of water at the inlet
Dissolved oxygen after degassing: ≤ 2.8mg/L
Water output:> 1000ml/min
Quantitative volume: (250-9990）mL
Quantitative accuracy: ± 3% mL@800mL
Instrument size: 55cm × 40cm × 59cm

Suitable for degassing distilled water and deionized water in industries such as pharmaceutical research, pharmaceuticals, and chemical engineering.