Product Introduction:
The AM555APM Micro air pump is equipped with a 555 carbon brush motor (with voltage flexibly adjustable according to equipment requirements), and its housing is manufactured using a precision blue zinc plating process. This special plating not only enhances the corrosion resistance and wear resistance of the casing, but also adapts to the long-term stable operation needs in various scenarios such as home and medical settings, extending the service life of the equipment.
Product size：
Product Parameter Information：
Products model： AM555APM
Rated voltage： 12V
Operating voltage： 11V-13V
No-load current： <850mA
Vacuum degree： >90Kpa
Air Flow： >14.0L/Min
No-load noise： <70dB
Fluid Usage： Air
The core advantages of the AM555APM micro air pump are particularly prominent: the large-flow design can quickly deliver air, efficiently matching the pneumatic needs of various equipment; material selection and production processes comply with environmental protection standards, without releasing harmful substances, in line with the concept of green development; high-efficiency energy-saving technology minimizes energy consumption while outputting strong power, achieving a balance between performance and energy efficiency. In terms of application scenarios, the adaptation range of the AM555APM micro air pump has further expanded:
Drives the dehumidification system of household smart shoe cabinets, using strong air flow to accelerate the evaporation of moisture in shoes, and cooperating with temperature control functions to inhibit bacterial growth;
Adapts to the pneumatic components of medical nebulizers, atomizing medicinal liquids into fine particles through stable air flow to facilitate efficient drug absorption;
Serves as the core pneumatic component of massage seats, realizing precise massage on the waist, back and other parts through graded air pressure control, adapting to different strength requirements.
With reliable performance, the AM555APM micro air pump continues to be an ideal accessory for pneumatic systems in multiple fields such as home and medical care.
