The ASCO H111P3 is a solenoid valve from ASCO, a brand known for its high-quality fluid automation solutions. The H111P3 model is typically used in various industrial, automation, and control systems for regulating fluid and gas flow.
Key Features of ASCO H111P3 Valve:
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Valve Type:
- It is a 2-way or 3-way solenoid valve. The H111P3 typically operates in a 2-way configuration, meaning it controls the flow of a fluid or gas in one direction, either opening or closing a passage depending on the electrical signal received by the solenoid.
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Functionality:
- These valves are used for on/off control of fluid flow, often in pneumatic or hydraulic systems.
- In a 3-way valve, it can control flow between three ports and is often used for diverting or mixing applications.
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Operating Pressure:
- The ASCO H111P3 is built to handle a wide range of pressures, typically operating within low to medium pressure ranges depending on the specific version of the valve.
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Electrical Input:
- The valve operates with various voltage inputs, typically in the range of 24V DC, 110V AC, 220V AC, or similar, making it adaptable for various control systems.
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Materials:
- The valve is generally made of brass or stainless steel, depending on the application, providing resistance to corrosion and wear.
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Applications:
- The ASCO H111P3 is widely used in pneumatic systems, water treatment plants, oil & gas industries, and industrial automation systems. It is ideal for controlling air or gas in various automated systems and processes.
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Quick Response Time:
- The valve is designed to open and close quickly in response to electrical signals, ensuring fast control of fluid or gas flow in applications requiring rapid transitions.
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Mounting and Installation:
- The valve is easy to install and typically can be mounted in a variety of orientations depending on the system setup. Installation guides are available from ASCO to ensure correct fitting.
Benefits:
- Durability: The H111P3 is built to last in demanding environments and provides reliable operation over extended periods.
- Precision: It offers precise control of fluid or gas flow, which is essential in automation and process control.
- Efficiency: Minimizes energy usage with efficient operation and quick response.
Typical Applications Include:
- Pneumatic Systems: Air pressure control and regulation.
- Hydraulic Systems: Flow control in hydraulic circuits.
- Fluid Handling Systems: Control of gases, liquids, or steam in process lines.
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