The MKS 653B-2-50-2 is a high-speed exhaust throttle valve designed for precise control in demanding industrial environments. Its compact design and high-speed response make it ideal for applications requiring rapid adjustment and minimal air loss.
Material Type:Stainless Steel
Valve Size (mm):25
Flow Rate (l/min):50
Actuation Speed (rpm):2000
Operating Pressure (bar):5
Temperature Range (-°C to +°C):-40 to +125
Actuator Type:Electro-pneumatic
Power Supply Voltage (V):24 DC
The MKS 653B-2-50-2 is engineered to deliver unparalleled performance in demanding industrial environments. Crafted from durable stainless steel, this high-speed exhaust throttle valve ensures longevity and reliability.
Featuring an electro-pneumatic actuation mechanism, it offers precise control over airflow, making it ideal for applications requiring fine adjustments. With a maximum flow rate of up to 100 cubic meters per minute, this valve efficiently manages exhaust gases in various processes.
Adaptable to a wide range of pressures (0.1 to 0.7 MPa), the MKS 653B-2-50-2 can operate seamlessly across different systems without compromising on performance. Its exceptional response time of less than 0.01 seconds ensures swift adjustments in real-time scenarios.
Operating within a broad temperature range (-20°C to 120°C), this valve is suitable for use in extreme conditions, from cold storage facilities to high-temperature industrial furnaces. Additionally, its 24V DC power supply requirement simplifies integration into existing electrical systems.
Innovative design and meticulous engineering have made the MKS 653B-2-50-2 a preferred choice for industries seeking to optimize their exhaust management systems. Whether in automotive manufacturing, chemical processing, or any sector requiring precise control over exhaust gases, this valve delivers superior performance and efficiency.
The MKS 653B-2-50-2 is a high-speed exhaust throttle valve designed for precise control in demanding industrial environments. Its compact design and high-speed response make it ideal for applications requiring rapid adjustment and minimal air loss.