ENABLING FAST INTEGRATION OF THE MINIPID SENSOR ionscience.com/usa Unrivaled Gas Detection.

HIGH PERFORMANCE SENSOR DEVELOPMENT KIT FOR THE INTEGRATION OF THE MINIPID PHOTOIONIZATION DETECTION SENSOR OFFERS A FAST, SIMPLE, COST EFFECTIVE SOLUTION FOR OEMS • The ION Science sensor development kit (SDK) is a cost effective, efficient way to test and integrate the ION Science photoionization detection (PID) sensors into any application. The SDK is comprised of two printed circuit boards (PCBs), a sensor PCB and an integration PCB. Sensor PCB • The sensor PCB provides a breakout of the sensor pins, making it easier to supply power to a PID sensor and read the raw analogue output signal....

Typical applications • Heating, Ventilation and Air Conditioning (HVAC) filter breakthrough • HVAC air quality monitoring and control • Fenceline monitoring • Connect to Arduino or Raspberry pi for IoT sensor applications • Outdoor air quality monitoring • Laboratory air monitoring • Industrially proven technology • 4-20 mA input and output • Modbus® communication • Data logging • Simple sensor calibration • MS Windows compatible configuration software • Bayonet locking gas hood • Easy sample delivery • Small footprint for easy integration Benefits • Reduced time to market • Reduced R&D costs

Technical specifications Sensor PCB Dimensions in mm • 50 (W) x 62 (D) x 40(H) (Total height with hood) Outputs • Modbus RS485 • Relay (250 Vac / 2A) • 4-20 mA outputs Pipe connection • 1/16” OD barb push fit. • 1/16” ID / 1/8” OD Viton pipe recommended Seal material • Viton Output • Analogue 0 to rail voltage Input voltage • 5 Vdc ± 0.5 V Working temperature • -20 oC to +60 oC Humidity resistant • 0 to 99% RH non condensing Humidity resistant • 0 to 99% RH non condensing Range • 0 to 100 ppm or 0 to 1000 ppm Compatible MiniPID 2 sensors: Lamp energy Voltage Part number • MiniPID 2 ppm 10.6 eV...