Overview
This series of pumps is suitable for pumping air and other general gases. It adopts an oil pump forced oil inlet device, and can still operate continuously when the pressure of the air inlet is less than or equal to 1.33x10 ^ 3. It can be used alone or for booster pumps, diffusion pumps, front pumps of molecular pumps, maintenance pumps, and pre-pumping pumps of titanium pumps. It is widely used in vacuum metallurgy, vacuum coating, vacuum drying, freeze drying, vacuum degassing, vacuum Encasement, Vacuum chuck, vacuum forming, food Encasement, printing, sputtering, vacuum casting, photovoltaic, aviation technology, chemical industry, electronics, refrigerators, air conditioning lines and laboratories and other vacuum operations and supporting uses.
Features
1. Formulate a specially designed gas ballast valve to prevent the pump oil from mixing with water and prolong the service time of the pump oil
2. High extraction efficiency, Ultimate vacuum degree, Long service life
3. Equipped with an automatic anti-return oil check valve, no oil return
4. Can be equipped with small diameter adapter, KF interface, flange interface
5. When the suction contains steam, particles, and corrosive gases, auxiliary equipment must be installed at the air inlet of the pump, such as condensers, dust collectors, etc
Principle
Adopting direct-coupled rotary vane design, continuous operation is achieved through the forced oil inlet device of the oil pump, equipped with a gas ballast valve to prevent the pump oil from mixing, and an automatic anti-return oil check valve is provided to ensure that the oil does not return.
Applications
Lyophilizer, Rotary evaporator, vacuum dryer, cleaning machine, centrifugal condenser, glove box, tubular furnace, double row tube, suctionfiltration, coating, sputtering equipment, various high vacuum pre-pump
Steps
1. Check the integrity of the pump body and accessories
2. Connect the power supply (working voltage 380V)
3. Install the required interface (small diameter adapter, KF interface or flange interface)
Step 4 Start the pump
5. Monitor pumping rate and limiting pressure parameters
6. If the suction contains steam, particles, and corrosive gases, auxiliary equipment (such as condensers and dust collectors) must be installed at the air inlet.
