AY-10 Series-Micro Solenoid Valve

・Ultra-compact design: Compact size allows for flexible installation, making it ideal for precision equipment and instruments with limited space.

・High-precision fluid control: Enables precise adjustment of minute flow rates, meeting the highest demands for flow stability in medical and analytical instrumentation applications.

・Low-power operation: Utilizes an energy-saving electromagnetic system, making it suitable for battery-powered portable devices or those requiring long-term continuous operation.

・Fast response: Short opening and closing times, sensitive response, and support for high-frequency operation make it suitable for automated precision control systems.

・Extremely small internal volume: Effectively reduces fluid residue and waste, making it suitable for applications with precious or high-cost fluids.

Specifications

Model	AY-10A
Working Medium	Compressed Air (filtered by 40μm filter screen)
Action mode	Two-position three-way
Working mode	Normally Closed
Orifice	0.7mm
Pipe diameter	M3-M5 busbar connection
Working Pressure	0~0.7MPa
Working Temp.	-5~50℃
Working Pressure	0-7 bar
Voltage	DC12V / DC24V / AC110V / AC220V
Protection Class	IP65
Insulation Class	H
Body Material	PA66
Seal Material	NBR

Ordering Code

Micro solenoid valve AY-10A Ordering Code

Overall Dimension

AY-10A(PIN TYPE) AY-10A(Vertical Type)

AY-10A(Parallel Type) AY-10A(Vertical Parallel universal)

AY-10A(Profile)

No.	Description	Mat.	No.	Description	Mat.
1	Valve Body	Resin	16	Bracket Side plate	Carbon steel
2	Manual Lever	POM	17	PCB board
3	Manual Lever Spring	S.S	18	Pin	Copper
4	O-ring	NBR	19	Housing	PC
5	Manual Lever Card	S.S	20	Spring	S.S
6	O-ring	NBR	21	Plunger	Electromagnetic stainless steel
7	Bracket	Carbon steel	22	Ejector rod	POM
8	O-ring	NBR	23	Plug	NBR
9	Shim	Nylon	24	O-ring	NBR
10	Encapsulation	Nylon	25	Bottom cover	Copper
11	Copper Wire		26	Spring	S.S
12	Bobbin	POM	27
13	O-ring	NBR	28
14	Iron core	Electromagnetic stainless steel	29
15	Shim	Nylon	30

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FAQ

Q1:What are the benefits of the ultra-compact design in fluid control systems?

A:The ultra-compact design allows for flexible installation in environments with limited space, making it ideal for precision equipment and instruments. This compactness ensures that the fluid control system can be integrated seamlessly into various applications without compromising performance.
Q2:Why is low-power operation important for fluid control systems?

A:Low-power operation is essential for battery-powered portable devices and applications that require long-term continuous operation. By utilizing an energy-saving electromagnetic system, these fluid control systems can operate efficiently without draining power, making them suitable for a wide range of applications.