• Part: T7OXV
  • Description: Oxygen Transmitter
  • Manufacturer: City Technology
  • Size: 253.91 KB
Download T7OXV Datasheet PDF
City Technology
T7OXV
T7OXV is Oxygen Transmitter manufactured by City Technology.
Features & Benefits: - - Robust 7-Series packaging Industry standard 4-20 m A output Technical Specifications MEASUREMENT Sensor Type Used 7OXV Measurement Range 0-25%vol. O2 Filter None Output 4-20 m A d.c. Response Time (T95) <15 Seconds at 20°C Resolution 0.1%vol O2 Linearity Can be considered linear in many cases. Refer to OP-05 for further details ELECTRICAL Power Supply Required 10 - 35 VDC Output Impedance 15 MΩ Calibration Via built-in span potentiometer MECHANICAL Mounting Via mounting nose supplied Weight Approx. 120 g including mounting accessory Position Sensitivty None ENVIRONMENTAL Operating Temperature Range -20°C to +50°C Remended Storage Temp 0°C to 20°C Temperature pensation Refer to OP-05 Operating Pressure Range Atmospheric ± 10% Pressure Coefficient 0.02% signal/mbar Operating Humidity Range 0 - 99% RH non-condensing LIFETIME Long Term Sensitivity Drift- <5% signal loss/year Expected Operating Life Two years in air Storage Life 6 months in CTL container Product Dimensions All dimensions in mm All tolerances ±0.15 mm unless otherwise stated - Specifications are valid at 20°C, 50% RH and 1013 m Bar, using City Technology remended circuitry. Performance characteristics outline the performance of sensors supplied within the first 3 months. Output signal can drift below the lower limit over time. Doc. Ref.: t7oxv.indd Issue 5 ECN I 4719 23rd January 2017 Page 2 of 3 Web: .citytech. Email sales@citytech. Call +44(0) 23 9228 8100 The Right Sensor Can Save A Life T7OXV Ci Tice L® Oxygen (O2) Gas Sensor with 4-20 m A Transmitter Product Code : TA2R-1A Product Data Sheet Poisoning Ci Tice Ls are designed for operation in a wide range of environments and harsh conditions. However, it is important that exposure to high concentrations of solvent vapours is avoided, both during storage, fitting into instruments and operation. When using sensors with printed circuit boards...