UVO-1000F
Wall-mount 1000ppm UV Ozone Analyzer

The UVO-1000F is a compact wall-mount precision UV ozone analyzer which can measure up to 1000ppm ozone concentration. It has a precision and resolution of 1 ppb. It performs the work of two instruments: a medium-range ozone analyzer and a precision low-level instrument. With its built-in long-life pump and 80,000 hour solid state LED light source, it is the perfect instrument for the industrial, medical and environmental fields. The system offers USB, RS232, RS485,0-2.5V analog output, a 4-20mA output and 2 relay outputs.

UVO Main 2e cutout - UVO1000F c

Specifications:

  • Accurate and stable UV absorption method
  • Range: 0 to 1000ppm
  • Accuracy: greater of 1ppb (1σ) [filter = 30s] or 2% of measurement
  • Resolution: 1ppb
  • Precision: greater of 1ppb (1σ) [filter = 30s] or 2% of measurement
  • Limit of detection: < 2ppb (2σ) [filter = 30s]
  • Update rate: 1s
  • Response time: 2s (Filter = 2s), 20s (filter = 20s)
  • 15,000 hour pump or 70,000 hour fan
  • Solid state UV LED technology with 80,000 hour lifespan
  • Built-in temperature & pressure compensation
  • Operating temp (continuous): 5°C to +50°C
  • Operating humidity (continuous non-condensing): 0% to 95%
  • Humidity equalization technology
  • Ozone units: ppb, ppm, ug/m³, mg/m³
  • Temp units: K, °C, °F
  • Pressure units: kPa, mbar, torr
  • Flow rate: 0.5lpm (nominal); 0.2lpm (min.)
  • Averaging modes: 2s-120s, 1min, 5min, 15min, 30min, 1h
  • On-board data logger memory: 32000 lines of data
  • Large backlit LCD display
  • Programmable alarm levels with alarm buzzer
  • Warm up time: 1 min
  • Supply: 12VDC to 24VDC or 110VAC to 220VAC
  • USB or RS232 data download
  • RS232, RS485 and USB serial ports
  • 0-2.5V and 4-20mA analog outputs
  • 2 x relays for alarm or system control
  • Size: 240mm x 195mm x 90mm; IP56
 

Applications:

  • Industrial hygiene monitoring where ozone may be present in the workplace
  • Control of ozone generators and systems
  • Research and quality checking of ozone emitting equipment
  • Monitoring high ozone concentrations such as process off-gassing
  • Long-term monitoring of remote locations where power is highly limited
  • Monitoring and control of ozone in industrial settings
  • Monitoring of exposure to individuals in the workplace
  • Personal exposure monitoring for studies of health effects of air pollutants