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ERANNTEX Online Odor Detector

Specifications

SKU: ERANNTEX Online Odor Detector

Model:GTYQ-MIC-600-OU, PM2.5, CO2, Ex, CH4, C2H6, C3H8, CxHy, CO, H2S, O2, N2, NH3, CL2, H2, He, Ar, CH2O, O3, NO, NO2, NOX, SO2, ETO, C2H4O, PH3, HCL, HCN, COCL2, CLO2, SiH4, CH3Br, SO2F2, F2, HF, HBr, B2H6, AsH3, GeH4, N2H4, C2H8N2, N2O4, NCL3
  Online Odor Detector Description: Industrial gas detection equipment faces heightened demands in complex environments like tunnel construction, coal mining, and chemical production facilities, where gas compositions are diverse and challenging. Multi-gas detectors, with their robust capabilities, emerge as the ideal solution for such demanding conditions.

Eranntex GTYQ-MIC-600 Online Odor Detector is the preferred choice for multi-scenario gas monitoring procurement. It continuously monitors odorous gases including OU, ethanol (C₂H₆O), methanol (CH₄O), methylamine (CH₅N), methyl mercaptan (CH₃SH), and more, while simultaneously measuring temperature and humidity. Data is clearly displayed on a 2.5-inch high-definition color screen. Triggers audible and visual alarms upon gas concentration exceedances. Supports remote data transmission, enabling real-time monitoring from remote locations. Incorporates premium electrochemical and infrared sensors paired with advanced circuitry and proven algorithms for precise, stable detection. Holds software copyright and design patents. Explosion-proof housing with fluorocarbon coating ensures corrosion and wear resistance, suitable for factory pipelines, confined spaces, and similar environments.

 

Online Odor Detector Description: Industrial gas detection equipment faces heightened demands in complex environments like tunnel construction, coal mining, and chemical production facilities, where gas compositions are diverse and challenging. Multi-gas detectors, with their robust capabilities, emerge as the ideal solution for such demanding conditions.

 

Online Odor Detector

 

Take coal mining as an example: underground environments contain methane, carbon monoxide, hydrogen sulfide, nitrogen (N₂), vinyl chloride (C₂H₃Cl), trichloroethylene (C₂HCl₃), tetrachloroethylene (C₂Cl₄), chloroform (infrared) (CH₃Cl), dichloroethane (infrared) (C₂H₄Cl₂), dichloromethane (infrared) (CH₂Cl₂), trichloromethane (infrared) (CHCl₃), Nitrous Oxide (Infrared) N₂O, Nitrogen Trifluoride NF₃, Hydrogen Peroxide H₂O₂, Styrene (PID) C₈H₈, Tetrahydrofuran (PID) THF, TVOC (PID), and other gases. Methane is the primary factor causing gas explosions, carbon monoxide can lead to personnel poisoning, hydrogen sulfide possesses strong corrosivity and toxicity, while abnormal nitrogen levels may also impact personnel respiratory safety. The composite gas detector is equipped with multiple sensor types, enabling comprehensive detection of these gases.

 

The GTYQ-MIC-600-OU online odor detector employs advanced circuit design and mature core algorithm processing technology, ensuring not only high detection accuracy but also exceptional reliability. For instance, it detects carbon monoxide at the ppm level, promptly identifying even minute leaks. Additionally, this detector offers multiple display modes: its 2.5-inch high-definition color screen simultaneously shows multiple gas concentrations, cycles through single-channel readings in large font, and displays real-time curves, enabling operators to intuitively monitor gas fluctuations.

 

Therefore, when procuring gas detection equipment, factors like explosion-proof performance and protection ratings must be considered. These complex environments often involve harsh conditions such as high temperatures, humidity, and dust, and may contain flammable or explosive gases. Only a multi-gas detector with robust explosion-proof certification and high protection ratings can operate reliably in such settings. Simultaneously, its data storage and transmission capabilities are crucial for convenient recording and analysis of detection data. If your workplace faces complex gas detection challenges, consider investing in a high-quality multi-gas detector. It will eliminate your concerns, ensuring smooth operations and personnel safety.

 

Online Odor Detector GTYQ-MIC-600-OU Specifications:

 

Detected Gases: Ozone (O3) or ozonated water concentration. Optional: Simultaneous detection of up to 4–6 gas concentrations plus temperature and humidity.

 

Detection Range: 0–1, 10, 100, 1000, 2000, 30000 ppm; 200 mg/L; 20% Vol (selectable); custom ranges available

 

Resolution: 0.01 ppm or 0.001 ppm (0–10 ppm); 0.01 ppm (0–100 ppm), 0.1 ppm (0–1000 ppm),

 

1 ppm (0–1000 ppm and above), 0.01 mg/L (0–200% mg/L), 0.01% Vol

 

Detection Principle: Electrochemical, UV, semiconductor—determined by gas type, range, site conditions, and user requirements

 

Sensor Lifespan:

 

Electrochemical: 2–3 years, maximum detection up to 30,000 ppm;

 

Semiconductor: 5 years, exceptionally sensitive at low concentrations, rapid response, long lifespan;

 

UV: 3–5 years, maximum detection over 20% Vol, resistant to high-concentration spikes, rapid response, long lifespan

 

Temperature Detection: -40°C to +120°C (optional), Humidity Detection: 0 to 100%RH (optional), Resolution: Temperature 0.1°C, Humidity: 1%RH

 

Detection Accuracy: ≤±2%F.S (2% across full range), Temperature 0.5°C, Humidity: 3%RH, Higher accuracy available upon request

 

Detection Method: In-line installation, in-line detection, diffusion measurement, duct-type (M45x1.5 external thread), flow-through, pump-suction (optional)

 

Installation Method: Duct-type, wall-mounted. Duct-type operating pressure: Atmospheric pressure ±30%. Pressure reduction required beyond this range

 

Response Time: T90 ≤ 20 seconds

 

Recovery Time: ≤ 30 seconds

 

Output Signal: Bus-type RS485 (RTU), 3(4)-wire 4-20mA, optional 0-20mA, 1-5V, 0-5V, 0-10V, wireless transmission

 

Alarm Method: On-site audible/visual alarm (optional), default 1 channel, optional 3 passive contact (dry contact) outputs, 3-level alarms, configurable alarm points

 

Operating Environment: -40°C to +70°C

 

Sample Gas Temperature: -40°C to +70°C (Standard), Optional: -40°C to +400°C, -40°C to +800°C (Maximum 1300°C)

 

Relative Humidity: ≤10-95%RH (standard) non-condensing environments; Optional: 10-99%RH for high-temperature/high-humidity applications (must be specified at order placement and requires pre-treatment system)

 

Operating Voltage: 12~30V DC (standard power supply for single unit: 24V, 1A or greater DC switching power supply)

 

Power Reference: A 24V, 2.1A switching power supply can power 40 toxic gas detectors or 15 combustible/infrared gas detectors

 

Explosion-proof Type: Flameproof Enclosure ExdⅡCT6

 

Connection Cable: 4~20mA: Select 3-core shielded cable; RS485: Select 4-core cable. For distances exceeding 1000 meters, single wire diameter ≥1.5mm; Shield grounded

 

Electrical Interface: 3/4 NPT, optional M20x1.5 internal thread or 1/2 NPT

 

Protection Rating: IP66 resistant to splashes and short-term rain exposure. For prolonged rain exposure, select optional rain cover, non-display housing, or specify at order placement

 

Dimensions: 210×170×85mm

 

Weight: 1.8 kg

 

Optional Accessories: Wall mounting bracket, pipe mounting bracket (for 1/4“ or 1/2” pipes), DN50 flange pipe mounting or stainless steel threaded weld-in adapter

 

(Specify pipe size, e.g., DN50, DN15...)

 

Ambient temperature/high humidity pretreatment system

 

High temperature/high humidity pretreatment system

 

High temperature/high humidity/high dust pretreatment system

 

High-temperature/high-humidity/high-dust pre-treatment system, Pressure reducer, Flow meter, Temperature/humidity measurement, High-capacity SD memory card, Rain cover,

 

24VDC or 220VAC sampling pump (10m sampling distance), Vacuum pump (over 40m sampling distance), 24V switching power supply.

 

Accessories for computer monitoring: Free PC software, RS485/RS232 converter, USB/RS232 conversion cable for laptops without RS232 port, TCP/IP converter for network transmission.

 

Applications: Petroleum, chemical, pharmaceutical, environmental protection, flue gas analysis, air treatment, and all scenarios requiring fixed installation for online gas concentration monitoring.

 

Applications: Petroleum, chemical, pharmaceutical, environmental protection, flue gas analysis, air treatment, and all scenarios requiring fixed installation for online gas concentration monitoring.

 

 

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