Water jet vacuum pump

Water jet vacuum pumpAdopting reinforced polypropylene plastic and steel lining F40 material, withstrongThe anti-corrosion performance. When used in series with a steam jet pump, the vacuum degree is higher. This product has the characteristics of strong corrosion resistance, high mechanical strength, smooth surface, simple structure, small volume, and few vulnerable parts. The characteristics of long service life, large displacement, and high vacuum degree.

Water jet vacuum pumpIt can be used alone or as a pre pump for booster pumps, diffusion pumps, molecular pumps, maintenance pumps, and titanium pumps. It can be used for the manufacturing of electric vacuum containers, vacuum welding, printing, vacuum forming, refrigeration equipment maintenance, instrument and equipment matching, and laboratory testing. Widely applicable to departments such as food, scientific research, healthcare, electronics, chemical engineering, pharmaceuticals, and colleges and universities

A device that uses mechanical, physical, chemical, and physicochemical methods to evacuate containers in order to obtain and maintain a vacuum. Vacuum pumps and other equipment (such as vacuum containers, vacuum valves, vacuum measuring instruments, connecting pipelines, etc.) form vacuum systems, which are widely used in electronics, metallurgy, chemical industry, food, machinery, medicine and other departments.

Safety operating procedures

1、 The operator must be familiar with the structural performance, working principle, and operating procedures of the vacuum pump of this model.

2、 Before starting the pump, the following checks must be performed:

1. Whether the electrical switches and grounding wires are intact and reliable;

2. Whether the vacuum gauge is sensitive and reliable, and whether the liquid level absorbed by the collector and neutralization tank is normal and effective;

3. Whether the lubricating oil in each part is sufficient, and whether the anchor bolts and belt covers are firm;

4. Whether the inlet and outlet valves of the cooling water are open and whether the water volume is appropriate;

5. Is the valve opening or closing of the vacuum pipeline correct;