Low Voltage Air Solenoid Valve

The PYF2 - XZ low voltage air solenoid valve is a state - of - the - art device designed to meet diverse air - control needs.

Weighing approximately 17g, its compact design makes it highly adaptable for various applications where space is at a premium.

This 2 way or 3 way solenoid valve for air offers a range of low - voltage options, from DC 3V to DC 12.0V, catering to different power - supply requirements. With a maximum pressure of - 60KPa (- 450mmHg) and an air tap O.D. of Ø4.5mm, it can handle air flow effectively. Its mode is normally closed, providing flexibility in system design.

One of its standout features is the rapid exhaust speed of <1.0sec (from - 60KPa to 0KPa in a 100cc tank), ensuring quick response times. low voltage air solenoid valve also boasts excellent airtightness of < - 1KPa/sec (under - 60KPa in a 100cc tank), crucial for maintaining vacuum levels.

Typically used in home appliances, medical equipment like breast pumps, and beauty products such as essential oil machines, the miniature Mini solenoid valve operates within a temperature range of 0 - 50°C. With a life test of ≥200,000 times (ON 5s, OFF 5s), it offers long - term reliability. This valve combines low - voltage operation, precision, and durability, making it an ideal choice for a wide range of applications.

The maximum pressure of - 60KPa (- 450mmHg) of the PYF2 - XZ low - voltage air solenoid valve has several implications for its application scenarios.

In industrial settings, it restricts its use in applications that demand high - pressure air systems. For instance, it cannot be employed in heavy - duty pneumatic machinery like large - scale industrial compressors or high - pressure air - driven tools, as these require much higher pressures to function effectively.

In the medical field, while it can be suitable for some low - pressure applications such as certain types of suction devices in basic medical procedures or in the operation of some simple respiratory aids, it is not appropriate for more complex medical equipment that requires higher negative pressures, like advanced ventilators.

For home appliances and consumer products, it limits its use in applications where a stronger suction or air pressure is needed. For example, it may not work well in high - performance vacuum cleaners that need to generate significant negative pressures to effectively pick up dust and debris. However, it is well - suited for mild - suction - required devices like some basic facial cleansing devices or small - scale air - controlled massage products.