In order to meet the torque output requirements of high torque valves, conventional rack and pinion actuators often do not meet the technical requirements and cost-effectiveness. In the selection of pneumatic actuators, it is generally recommended to choose a high-power fork-type pneumatic actuator, which can provide higher torque output and larger diameter valve control.
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In order to meet the torque output requirements of high torque valves, conventional rack and pinion actuators often do not meet the technical requirements and cost-effectiveness. In the selection of pneumatic actuators, it is generally recommended to choose a high-power fork-type pneumatic actuator, which can provide higher torque output and larger diameter valve control.
The main technical parameters
Power air source: dry or lubricated air, non-corrosive gas, oil, impurity particles in the medium <30μm;
Air source pressure: minimum air source pressure 3Bar, maximum air source pressure 10Bar;
Working temperature: standard type: -20 ℃ ~ + 80 ℃; low temperature type -40 ℃ ~ + 80 ℃; high temperature type -20 ℃ ~ + 150 ℃;
Connection standard: the air source interface, the output shaft and the installation size of the top of the cylinder comply with the NAMUR standard;
The installation dimensions of the bottom of the cylinder comply with S05211, DIN3337 standards;
Stroke adjustment: two independent stroke adjustment screws can adjust the opening and closing positions conveniently and accurately ± 6 °;
Cylinder body material: carbon steel covered plastic, stainless steel;
Optional valves: ball valve, butterfly valve, plug valve and other angular stroke valves.
Maximum torque output: single-acting can provide more than 110000Nm, double-acting can provide more than 240,000Nm of torque output.
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