Mac PPC093A-AAA-OAGE-DGA-FO Proportional Valve – Precise Control for Industrial Automation
The Mac PPC093A-AAA-OAGE-DGA-FO Proportional Valve is designed for precise control in industrial automation processes, ensuring efficient fluid regulation and enhanced system performance.
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Content details
Operating Range:10 psi to 500 psi
Response Time:Less than 1 ms
Pressure Rating:5000 psi
Electrical Input Voltage:DC 24V
Actuator Type:Electro-hydraulic
Connection Type:ISO 21388
Valve Body Material:Stainless Steel
Temperature Range:-40°F to +257°F
Output Signal Type:PWM
Introducing the MAC PPC093A-AAA-OAGE-DGA-FO Proportional Valve, a cornerstone in precision control solutions for hydraulic and pneumatic systems. Designed with cutting-edge technology, this valve ensures unparalleled performance in environments where accuracy and reliability are paramount.
Engineered for applications that demand high precision, our MAC valve delivers exceptional response times, enabling swift adjustments to system pressures without compromising on stability. Its wide operating range, from 10 psi to 500 psi, makes it versatile for various industrial needs.
Crafted with robust materials, including stainless steel for the valve body, the PPC093A-AAA-OAGE-DGA-FO is built to withstand harsh conditions, ensuring longevity and durability. The electrical input voltage of DC 24V supports seamless integration with modern control systems, while the electro-hydraulic actuator ensures smooth and precise operation.
Offering an impressive temperature range of -40°F to +257°F, this valve is designed to operate under extreme conditions without sacrificing performance. The PWM output signal type allows for fine-tuned control, making it an indispensable component in sophisticated control systems.
For professionals seeking a reliable and efficient proportional valve, look no further than the MAC PPC093A-AAA-OAGE-DGA-FO. Its combination of advanced features, robust construction, and superior performance makes it the preferred choice for industries worldwide, ensuring optimal system control and efficiency.