DIFFERENTIAL PRESSURE / VOLUME FLOW CONTROLLER DPC200-R □ □ □ □ □ □ □ □ □ □ □ Electromechanical diaphragm measuring system Measuring range from 0...50 Pa (0.5 mbar) up to 0...6000 Pa (60 mbar) Alphanumeric LCD-display Analogue output 0...10 V Relay alarm output for measuring and control mode Selectable measurements (differential pressure or volume flow) Selectable units (metric or imperial) Adjustable k-factor for volume flow calculation Controlling mode or measuring mode selectable Measuring mode with adjustable limit value Control mode with adjustable: - 2 setpoints - PI parameters for PI algorithm - maximum output voltage - Control action: positive / heat or negative / cool Supply voltage 10...30 Vdc; 24 Vac (+/-15%) Compact plastic housing IP 54 The DPCs are electromechanical differential pressure / volume flow controllers with a diaphragm measuring system and a comprehensive evaluation software. They are used to measure and control the smallest differential pressures of non-aggressive gases, in particular of air. Their optimal application area can be found in the field of climatic technology for controlling fans, room pressure monitoring or filter control. The devices allow controlling of air flow or keeping up a constant pressure in a closed environment. In addition to the analog output, an additional alarm output (open collector, max. 30 V / 30 mA or relay 250 Vac / 10 A) is available for limit monitoring or filter monitoring. The device provides a radiated output signal as a volumetric flow sensor. In the case of the pressure or volume flow control, the output signal is the manipulated variable of the PI control. Arthur Grillo GmbH • Am Sandbach 7 • 40878 Ratingen • phone 0 21 02 - 47 10 22 • fax 0 21 02 - 47 58 82 www.grillo-messgeraete.de/en • Email: [email protected] • web shop: www.sensor-store.de

DIFFERENTIAL PRESSURE / VOLUME FLOW CONTROLLER DPC200-R Overpressure protection: Static pressure: Zero point calibration: Reaction time: PERFORMANCE: 0.2 bar max. 0.2 bar Adjustable by REEDcontact, no cyclic zero-point calibration required direct Zero drift: Sum of linearity and hysteresis: Temperature drift zero point: Temperature drift measuring range: Operating mode: Measuring medium: Measuring principle: Measuring unit: Smallest measuring range: Largest measuring range: Measuring range: Measuring range selection: Adjustable controlling parameters: Characteristic: Ambient temperature: Storage...