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Constant pressure tank type water replenishment vacuum degassing unit
The biggest difference between the constant pressure tank type water replenishment vacuum degassing unit and the atmospheric pressure tank type is tha
Product details
Kono constant pressure tank type water replenishment vacuum degassing unit, constant pressure tank type water replenishment degassing device
❀ Introduction to Constant Pressure Tank Products
The biggest difference between the constant pressure tank type water replenishment vacuum degassing unit and the atmospheric pressure tank type is that the constant pressure tank replaces the atmospheric pressure tank, and all exhaust functions are completed by the vacuum degassing machine. The combination of vacuum degassing machine and constant pressure tank greatly improves the instability caused by system fluctuations, and largely solves the problems of active connections or valve bursts caused by sudden pressure increases in the system. High precision constant pressure, efficient exhaust, and the combination of softness and hardness improve the stability of the system.
❀ Technical parameters
Power supply voltage: 220V/380V, 50HZ
Protection level: IP55
Operating pressure: ≥ 0.1MPa
Maximum allowable pressure: 1.6MPa
Allowable working temperature: 0-70 ℃
Allowable instantaneous temperature: 0-120 ℃
Allowable ambient temperature: 0-70 ℃
Dissolved gas removal capacity: ≥ 90%
Free gas removal capacity: 100%
❀ Technical features
1. Install diaphragm capsules inside the tank to prevent water from coming into contact with the tank wall and prevent contamination;
2. Less land occupation, less investment, fast installation, easy operation, management, and maintenance;
3. Eliminate the need for high-level water tanks in buildings to save on structural investment;
4. The water tank serves as a buffer to eliminate the impact of water hammer on the pipeline network;
5. Automatic control and reliable operation;
6. Adjust the expansion and contraction of water bodies in the regulation system due to temperature fluctuations;
7. Vacuum degassing eliminates air resistance, air hammer, and "red water" phenomena in the circulation system, improving the efficiency of the system;
8. Effectively remove air from the system, with a removal rate of 90%, effectively preventing chemical oxidation corrosion of the inner walls of equipment in the system, greatly extending the service life of equipment and pipelines, and improving the heat transfer efficiency of equipment.
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