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- Oxygen Analyzers:
- ZR22G, ZR402G Separate Type Zirconia Oxygen Analyzer:
- ZR202G Zirconia High Temperature Humidity Analyzer:
- ZR22S, ZR202S Explosionproof Zirconia Oxygen Analyzers:
- AV550G Zirconia Oxygen Averaging Converter:
- OX400 Low Concentration Zirconia Oxygen Analyzer:
- MG8G Paramagnetic Oxygen Analyzer:
- MG8E Paramagnetic Oxygen Analyzer:
- OX100 Limiting Current Type Oxygen Analyzer:
- OX102 Limiting Current Type Oxygen Analyzer:
- ZR22G, ZR402G Zirconia High Temperature Humidity Analyzer:
- ZR202G Integrated Type Zirconia High Temperature Humidity Analyzer>
- OX100 Limiting Current Type Oxygen Analyzer
OX100 Limiting Current Type Oxygen Analyzer
Model OX100
Limiting Current Type Oxygen Analyzer
Product Information
The OX100 Oxygen Analyzer measures oxygen concentration from ppm to percent levels and is ideal for ppm-level measurements in such applications as nitrogen reflow furnaces and semiconductor plants.
The zirconia oxygen sensor is based on the limiting current principle and is compact, yet provides high-performance. The sensor is designed for installation by direct insertion.
Where a sample gas contains organic solvent at a few ppm to percent level in applications such as nitrogen reflow furnaces, an optional sampling unit is required.
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Bulletin
for OX100  |
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User's
Manual for OX100 |
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Selection
Guide for Oxygen Analyzer |
Features
| * | A single instrument capable of measuring 1000ppm to 25% oxygen |
| * | Simple one touch calibration |
| * | Self diagnostics assure high reliability |
| * | One touch sensor replacement |
| * | Compact size |
Specifications
| Measured gas | Measures O2 in N2 or mixed gases; can’t contain silicone vapor, flammable gas or organic solvent. |
| Measuring principle | Zirconia limiting current method |
| Measuring range | 0 to 1000 ppm O2, 0.1 to 25% O2 (measuring range autoswitching) Note: For measurement in the range of 1500 to 4500ppm, use the OX102. |
| Sampling method | Natural diffusion (direct input) |
| Measurement gas conditions | Atmospheric pressure, temperature 0 to 70℃, gas flow up to 1 m/s, no corrosive gases like SO2 (can’t be used in atmosphere with flammable gases, corrosive gases, or silicone vapor. |
| Output signal | 4-20 mA DC isolated |
| Contact output | 2 outputs |
| Calibration | Atmospheric pressure calibration, 1000ppm standard gas calibration |
| Installation | Indoor, panel mounting |
| Power supply | 100 V AC ±10%, 50/60 Hz. |
| Power consumption | Up to 15 VA |
| Weight | Converter; approx. 600 g, sensor; approx. 150 g |
Performance
| Linearity |
±5% of span (for 0-1000 ppm range, with O2 being in the range 0 to 100 ppm). ±3% of span (for 0-1000 ppm range, with O2 being in the range 100 to 1000 ppm). ±2% of span (for 0.1 to 25% range, with O2 being in the range 100 to 1000 ppm). |
| Repeatability | ±5% of span (for 0-1000 ppm range, with O2 being in the range 0 to 100 ppm). ±2% of span (for 0-1000 ppm range, with O2 being in the range 100 to 1000ppm). ±2% of span (for 0.1 to 25% range, with O2 being in the range 100 to 1000 ppm). |
| Stability (Drift) | ±2% of span per week |
Measuring Principle
Current flowing in the Zirconia fixed electrolyte causes oxygen to move from the negative to positive electrode (acts as an oxygen pump). If the flow of oxygen to the negative electrode is restricted by the alumina substrate then a current saturation area is created and the same current flows regardless of the applied voltage. The current that flows is called the limiting current. When a fixed voltage is applied, the current flow is proportional to the oxygen concentration.
Applications
1. Development lab, globe box
2. Clean room for testing, environment, fermentation, biochemicals
3. Continuous monitoring of gas flow in food packing
4. Aging machine
