Description:
OC-F08 series online gas detector used the original imported sensor and the ultra low power 32 bit microprocessor, so with the advantages of high precision, good repeatability, stable signal, respond quickly, etc. Possible connected with many controller system, such as PLC, DCS, computer and other, with the function of remote monitor and alarm, data logger and analysis.
Common applications is gas safety inspection and alarm for industrial scene, such as petroleum refinery, chemical plants, LPG stations, boiler rooms, gas stations, paint spray booths, metallurgy, mining, fire, environmental protection, etc., where need to inspect the Chlorine Dioxide (ClO2) gas concentration.
Technical Parameter:
Applicable Gas |
Chlorine Dioxide (ClO2) |
Detecting Range |
0~1ppm、0~10ppm、0~50ppm、0~100ppm、0~200ppm or customized |
Resolution |
0.001ppm(0~1ppm);0.01ppm(0~100ppm);0.1ppm(0~200ppm) |
Sampling |
Diffusion or pump-suction, circulation selectable |
Accuracy |
≤±3%F.S |
Repeatability |
≤±1% |
Zero drift |
≤±1%(F.S/year) |
Sensor Type |
Electrochemical sensor |
Sensor Life |
2~3 years |
Response Time (T90) |
≤20s |
Alarming mode |
Audible-visual alarm(Optional) |
Operating Environment |
Temperature: -30℃~60℃ (Customized for special demands) Humidity: ≤95%RH (non-condensing); if >90%RH, can add the filter Pressure: 86kPa~106kPa |
Working Voltage |
24V DC(16~30VDC) |
Output Signals |
(Standard)Three-wire system 4~20mA standard signals output, available for PLC, DCS, etc; (Optional) Four-wire system RS485 digital signal output; (Optional) Frequency signal 200~1000Hz output; Two-level relay output:220VAC 0.5A, 5VDC 0.5A |
Installation Means |
Wall mounted, Pipe type(Thread:M40*1.5 ) |
Material of Body |
Cast aluminum |
Explosion-proof Index |
Ex d IIC T6 |
Protection Grade |
IP66 |
Electrical Interface |
3/4″NPT(Female Screw)、1/2″NPT(Female Screw) |
Transmit Distance |
≤2000m |
Dimension |
210 mm×140 mm×92 mm(L×W×H) |
Weight |
About 1.5Kg |
Warranty |
12 months |
Standards |
GB15322.1-2003,GB3836.1-2010,GB3836.2-2010,GB3836.4-2010 |