Easy to use pneumatic positioning. Offers a high load capacity, up to 250 lbs. Variety of electrical interfaces to choose from.
The AVENTICS subbase mounted EV03 electro-pneumatic (E/P) pressure regulating valve features extremely low energy consumption and can guarantee pressure control during a power loss.
The AVENTICS ED02 electro-pneumatic pressure control valve offers high performance in an extremely compact physical size (1.2” x 3” footprint). The ED02 E/P delivers a proportional pneumatic pressure to an analog signal.
ED05 E/P delivers a proportional pneumatic pressure to an analog signal. The direct acting ED05 (E/P pressure converter) features output ranges from 0-87psi (100psi supply) or 0-145psi (160psi supply). Input ranges are 0-10vdc or potentiometer, 0-20mA or 4-20mA. Offers a large flow capacity over 35 SCFM.
This E/P delivers a proportional pneumatic pressure to an analog signal. The direct acting ED07 features output ranges from 0-145 psi (175 psi supply) or 0-232 psi (245 psi supply). Input ranges are 0-10vdc or potentiometer, 0-20mA or 4-20mA. The ED07 has a large flow capacity of 45.9 SCFM.
This E/P delivers a proportional pneumatic pressure to an analog signal. The direct acting ED12 (E/P pressure converter) features an output range from 0-145 psi (175 psi supply). Input ranges are 0-20mA or 4-20mA. The ED12 has a large flow capacity of 91.8 SCFM.
Uses pressure control for precise, smooth positioning. Has faster delivery due to use of standard components. Eliminates “dithering“ problem associated with traditional pneumatic positioning.
The EV04 is a solenoid pilot controlled, analog version electro-pneumatic pressure control valve (E/P pressure converter) with a high flow (up to 12.35 SCFM) and a hysteresis of less than 1.5 psi. Delivers a proportional pneumatic pressure to an analog signal.
This is a solenoid pilot controlled, analog version electro-pneumatic pressure control valve (E/P pressure converter) with a high flow (up to 28.2 SCFM) and a hysteresis of less than 0.5 psi. Delivers a proportional pneumatic pressure to an analog signal.