Intelligent vacuum pumps are widely used in laboratories, medical equipment, industrial automation, and refrigeration equipment such as air conditioning installation.
Vacuum pump Main features:
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DC brushless explosion-proof motor
Adopting DC brushless motor, it has the features of no spark and no friction, which ensures safe operation in demanding working environments.
Explosion-proof function: avoiding sparks or arcs, it is suitable for flammable and explosive environments, improving equipment safety.
High reliability: brushless motor is not affected by brush wear, smooth operation, low maintenance cost, and long service life.
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Integrated cylinder design, built-in solenoid valve and vacuum gauge
One-piece cylinder: integrated design reduces parts connection, compact structure, and reduces air leakage and failure points.
Built-in solenoid valve: accurately controls the suction and discharge of the vacuum pump to ensure stable operation.
Built-in vacuum gauge: real-time monitoring of the vacuum level, ensuring the vacuum status of the system is always within the set range.
Vacuum pump Functional features:
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Built-in filter mesh, filter oil mist, reduce pollution
Oil mist filtration: Built-in high-efficiency filter can effectively filter oil mist, keeping the pump and environment clean, especially suitable for non-polluting environments such as medical and laboratory use.
Environmental protection: reduces oil mist emissions, maintains a clean working area, and protects the environment and equipment from oil mist pollution.
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Full copper air inlet, strong and durable
High-strength material: All-copper air inlet is wear-resistant, corrosion-resistant, can withstand long-term and high-frequency work, and reduces wear.
High temperature and oxidation resistance: Copper material has excellent thermal conductivity and oxidation resistance, ensuring stable work in high temperature environments and extending service life.
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Large oil window design prevents oil shortage and enables timely refueling
Oil level monitoring: The large oil window design allows users to observe the oil level in real time, avoiding overheating or damage caused by lack of oil.
Timely refueling: Users can refuel as needed based on the oil window marking, protecting equipment operation and avoiding mechanical damage.
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Grid type heat dissipation port, effectively protects machine performance
Optimized heat dissipation design: The grille type heat sink improves air flow efficiency, enhances heat dissipation, and prevents pump body overheating.
Protects motor performance: The heat dissipation design reduces temperature buildup, preventing high temperature damage to the motor and components, thus extending the equipment’s service life and ensuring stable long-term operation.