- Overview
- Product Description
- Features
- Product Parameters
- Applications
- FAQ
Basic Info.
Packaging & Delivery
Product Description
CI-PC96/CI-PC961 is a micro oxygen analyzer, which is an intelligent analyzer based on microprocessor. The sensor used in this system is a fuel cell oxygen sensor, which can measure 0-25% oxygen concentration, but in the environment of 0-1000ppm oxygen concentration, the measurement is the best.
1. 240×128 LCD display oxygen concentration and other settings;
2. Isolated 4-20mA signal output, with 0-100mV, 0-1V and 0-10V as options;1.
3. Easy to replace sensor;
4. Standard RS232 two-way communication port;
5. Two way SPST alarms;
6.Over pressure protection function and over purity range protection function;
7. Automatic data storage in a certain interval time, and browsing data at any time
| Oxygen analyzer Data | |
| Model: | CI-PC96 |
| Measure Range: | 0-10/100/1000ppm, 1% O2 |
| Principle: | Electrochemical |
| Measure Mode: | Online |
| Install: | Dial mounted |
| Application: | Non dangerous general applications |
| Sensitivity: | 0.5% F.S. |
| Measure Accuracy: | ≤±5% @ 0-10ppm ; ≤±3% @ 0-100ppm; ≤±2% @0-1000ppm |
| Stability: | ≤±2.5% @ 0-10ppm; ≤±1.5% @ 0-100ppm; ≤±1% @ 0-1000ppm |
| Response Time: | T90<60s under 25ºC |
| Sample Gas Temperature: | 0-45ºC |
| Sample Gas Flow: | 1.2L/min |
| Sample Gas Pressure: | 35-210KPa |
| Power Supply: | AC85~265, consumption lower than 20VA |
| Signal Output: | 4-20mA DC isolated, with 0-100mV, 0-1V and 0-10V to switch |
| Alarms: | 2 way SPST alarm |
| Alarm Contact Capacity: | 0.2A under AC240V |
| Display Resolution: | 0.01%@%; 1ppm@100-10000ppm; 0.1ppm@10-100ppm; 0.01ppm@0-10ppm |
| Communication: | RS232 standard (RS485 optional) |
| Analyzer Size: | 144 (W)×144 (H)×190 (D) mm |
This oxygen analyzer can be used for Air separation, PSA oxygen generator, Medical oxygen, Petro-chemical, and other oxygen purity detection in inert gas mixtures.
How to order or get a simple of oxygen analyzer?
1. Measure range
2. Tested gas pressure
3. Gas composition and impurity