Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice Proportional technology 2 | 172 Series 1700 Electronic proportional regulator - Sizes 0 - 1 - 3 2 Air Service Units Series 1700 - Electronic proportional regulators General Modern industrial applications require increasingly high performances from their pneumatic components. For example, the speed and thrust of a pneumatic actuator may need to be varied. These parameters often need to be modified dynamically while an operation is running. This solution can be achieved by means of a regulator that can vary pressure over time. Pneumax portfolio includes 1700 Series electronic proportional regulator, available in three different sizes with flow rates of 7, 1100, and 4000 Nl/min respectively and supporting Analog/Digital, CANopen® or IO-Link communication interfaces. Application fields Typical applications will include the necessity to dynamically control the force of the actuator, be it thrust of torque. Examples include: Closing systems, painting systems, tensioning systems, packaging systems, pneumatic braking systems, force control for welding grippers, thickness compensation systems, balancing systems, laser cutting, pressure transducers for the control of modulating valves, test benches for system testing, force control for buffers on polishers, etc. Product presentation The supply and exhaust connections are on one side of the regulator and the working port is on the opposite side. The two remaining sides carry G 1/8” ports that are blanked off with removable plugs, these can be used to connect a pressure gauge or as an outlet port. If you order the version with the external feedback there is a M5 threaded connection to which connect the feedback pressure (to the pressure transducer). This connection is placed on the outlet connection side. This option allows to take the signal from a remote point instead of directly from the outlet connection; this function is typically used when the regulated pressure is used far away to the regulator. The control solenoid valves, the pressure sensor, and the management electronics are placed in upper part of the regulator. The electronic management system is the same for all the size 0, size 1 and size 3 regulators. CLOSED LOOP diagram (internal control circuit) The proportional regulator is known as a CLOSED LOOP regulator because a pressure transducer in the circuit transmits a continuous analog signal to the microprocessor, which compares the reference value and supplies the control solenoid valves accordingly. REFERENCE SIGNAL MICROPROCESSOR SOLENOID VALVES MANAGEMENT PRESSURE MANAGEMENT IN BALANCING CHAMBER PRESSURE OUTPUT TRANSDUCER CONNECTOR REGULATOR OPERATING PORT +24VDC Analogic/Digital CANopen® IO-Link 0 VDC MICROPROCESS. E P EXH IN OUT Functional diagram
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