SIGAS Measurement Engineering Corp.

SPTr-GASModel PORT 200 -Photoacoustic portable Gas Analyzer

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SPTr-GAS PORT 200 is high end photoacoutic portable gas analyzer, which is small, light, easy to carry for end user. All limit value / alarm value can be adjusted by user. The screen can shows also measurement value . The calibration of zero or span will achieved automatically. SPTr-GAS® PORT 200 shows good accuracy and stability, it fulfill many kinds of trace gas measurement application.

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Dimensions Height(include: handle): 230 mm ±1.27mm
 Width: 105 mm±1.27mm
Depth(incl. fittings): 270 mm ±1.27mm
Weight approx. 4.3 kg
Power Supply Internal, NiMh-Battery-Pack (19.2 V – 4.5 Ah)
Power Supply Charger 100-240V / 47-64 Hz / 110 W
Working time  with new and fully charged battery: >4hours??
Charging time  approx. 3.5hours??
Operation temperature    +5? to +40?
Storage temperature  -10? to +60?
moisture range 0 to 95 %, non condensing, relative humidity
Measuring principle Photoacoustic sensor
Display 1x8 character LC-display, red backlight
Accuracy Low range: 0 - 10 ppm: +/- 0.5 ppm
 10- Full Span: +/- 0.5% of Full Span
High range: +/- 1% of Full Span
Resolution Low range: 0.5ppm; High range: 0.1g/m3

 

Device battery: NiMh-Battery-Pack(19.2V–72Ah) different light for charging status

  • High accuracy, good linearity, good stability
  • easy operation and maintainess
  • with high-end photoacoutic technology
  • automatic calibration with air
  • Avoid humidity effect on measurement value: infrared humidity sensor is integrated inside the photoacoustic module.

Photoacoustic technology is an innovative spectrum analysis method, which is different to traditional infra-red technology. This method transfer effective spectrum into acoustic signal, and assemble this acoustic signal through high sensitive microphone, with this signal the gas concentration will be calculated.

Because of special optics construction, acoustic signal assemble method and precise signal calculated process,  photoacoustic technology became an effective way to assemble weak opto-acoustic signal and prevent background signal interference. It is an innovated technology special suitable for trace gas concentration measurement in complicated situation.