Electronic Regulators
Electro pneumatic air regulators control air/vacuum pressure steplessly in proportion to an electric signal. They are light weight in design with a bright and easy to read LED display. The monitor output is available either as analog output or switch output.
IITV23
IITV23 Electro-Pneumatic Regulator connects both EX600 fieldbus system and electro-pneumatic regulator in the same manifold. By consolidating connection to a single manifold, no external wiring is required.
ITV
Series ITV electro-pneumatic and electronic vacuum regulators control air/vacuum pressure steplessly in proportion to an electric signal. They are light weight in design with a bright and easy to read LED display. The monitor output is available either as analog output or switch output. The ITV series is IP65 equivalent.
VY1
A hybrid regulator is created from a regulator and a solenoid valve with the electro-pneumatic regulator series VY1. A maximum effective area of 670mm² (2B) can be covered by the combination of an ultra-compact electro-pneumatic pilot valve (22.4 X 30 X 39) and a 3 port, high-capacity exhaust main regulator (VEX1*00 series). Having the amplifier built into the electro-pneumatic pilot valve, only an external (24V DC) power supply and (1 to 5V DC) signal voltage need to be connected making handling simple. Using the VVEXB/2/4 series, a maximum 10 station manifold is possible.
PVQ
PVQ series, compact proportional solenoid valve, was designed by SMC with a direct poppet construction. This construction enables low leakage, while de-energized. PVQ series has been used in applications such as air blow, flow control, hand piece control for dental unit and other respiratory equipment, as well as, cooling for laser machinery etc.
VEF/VEP
A proportional control valve system provides the ability to infinitely control the position of the internal spool assembly which increases or decreases the amount of flow or pressure being released from the valve. SMC offers 2 types of proportional control valves, a pressure type VEP which controls secondary pressure by varying the current through the solenoid, and a flow rate type VEF which controls air flow by varying current through the solenoid.
