For analysing the composition of common gas mixtures in laboratories and light industrial applications
- Non-depleting paramagnetic and infrared measurement technology ensures the unit is always ready for use
- Accurate, reliable and component specific, giving confidence that observed values are credible and not due to background interference
- Customer pre-tested software offers ease of use, simple calibration and advanced features
- Innovative construction gives a robust unit with a space saving footprint
- Rechargeable battery and vehicle power (12/24V) options enable mobile use
- TÜV and MCERTS approved to EN15267-3 (certification of automated measuring systems) available
SPECIFICATION
|
Gases measured
|
Oxygen (O2) and/or Carbon Dioxide (CO2) |
| SENSORS |
OXYGEN |
Carbon Dioxide |
| Technology: |
Paramagnetic |
Infrare |
| Variant: |
Standard |
Industrial |
High accuracy |
All variants |
| Full scale range |
0-100% O2 |
0-100% O2 |
0-100% O2 |
10%, 25%, 50%, 100% |
| Minimum output range: |
0-10% O2 |
0-1% O2 |
0-1% O2 |
0-10% FSR |
| Cell construction: |
Polymer (PPS) |
316 Stainless Steel |
316 Stainless Steel |
316 Stainless Steel |
| Decimal places: |
1
|
1
|
2
|
Ranges:<10%:2 >10%:1 |
| PERFORMANCE |
| Accuracy, general use: |
±0.2% O2 |
±0.1% O2 |
±0.05% O2 |
±2% FSR |
| Accuracy,stable environment: |
±0.1% O2 |
±0.1% O2 |
±0.02% O2 |
±1% FSR |
| Zero drift, per week: |
±0.4% O2 |
±0.2% O2 |
±0.2% O2 |
±4% FSR |
| Response time (T90): |
<10s |
<15 seconds |
<15 seconds |
<10 seconds |
| Tilt effect, at 15° from cal: |
±0.3% O2 |
±0.15% O2 |
±0.15% O2 |
±1% FSR |
| Power cycle offset: |
±0.4% maximum |
N/A |
N/A |
N/A |
| SAMPLE |
| Sample gas: |
Clean, dry, non-flammable and non-toxic gases only. |
| Note: Though samples containing >5% CO2 are toxic they can be analysed if suitable precautions are taken. |
| Flow control: |
To maximise measurement stability, unpumped units are supplied with an automatic flow control device (AFCD) |
| Over the specified inlet pressure range this controls sample flow rate to approximately 1.5 to 6 litres (0.05 to 0.2 cubic feet) per minute
|
