High Quality for Corrosion Resistant Zirconia Probe - Nernst H series heated oxygen probe – Litong
High Quality for Corrosion Resistant Zirconia Probe - Nernst H series heated oxygen probe – Litong Detail:
Application range
The Nernst H series heated oxygen probe is used to directly measure the oxygen content in the flue gas discharged from boilers, furnaces, kilns, dryers, and various combustion processes or after combustion.
The probe can be directly connected to Nernst’s oxygen analyzer. It can also be connected to oxygen analyzers and oxygen sensors produced by other companies. The oxygen probe has a wide range of oxygen measurement, from the 10-30 to 100% oxygen content, it can be used to indirectly measure high-temperature water vapor, carbon potential, and high-temperature dew point.
The working temperature that the probe can withstand can range from ambient temperature to 900°C high temperature.
Specifications and technical parameters
• Model: H series heated oxygen probe
• Shell material: 316L stainless steel
• Application flue gas temperature: below 900°C
• Temperature control: The probe has its own heater to keep the temperature of the zirconium head constant.
• Thermocouple: Type K
• Heating time: about 15 to 30 minutes to reach the rated temperature of 700°C. (Related to flue gas temperature)
• Installation and connection: The probe comes with 1.5″BSP or NPT thread. The user can process the matching flange of the furnace wall according to the attached drawing in the instruction manual.
• Reference gas: The gas pump in the analyzer supplies about 50 ml/min. Use the gas for the instrument and supply the gas through the pressure reducing valve and float flow meter provided by the user. The manufacturer provides the PVC connecting pipe from the float flowmeter to the sensor and the connector at the sensor end with the transmitter.
• Gas connection pipe: PVC pipe with an outer diameter of 1/4″ (6.4mm) and an inner diameter of 4 (mm).
• Check gas connection: The sensor has an air inlet that can pass check gas. When it is not checked, it is closed by a bulkhead. When calibrating the air, the flow rate is controlled at about 1000 ml per minute. The manufacturer provides 1/8″NPT threaded pipe joints that can be connected to PVC pipes.
• Zirconium battery life: 4-6 years of continuous operation. It depends on the flue gas composition and temperature. Intermittent operation will affect the service life, and the heater should be kept running continuously.
• Response time: less than 4 seconds
• Filter: Stainless steel movable type. Filter outer diameter ￠42 (mm)
• Probe protection tube outer diameter: ￠32 (mm)
• Probe junction box temperature: <130°C
• Probe electrical connection: direct plug socket type or aviation plug socket.
• Weight: 0.6Kg plus 0.33Kg/100mm length.
• Calibration: After the initial installation of the system is stable, it needs to be checked once.
• Length:
| Standard model | Explosion-proof model | Length |
| H0050 | H0050(EX) | 50mm |
| H0150 | H0150(EX) | 150mm |
| H0190 | H0190(EX) | 190mm |
| H0250 | H0250(EX) | 250mm |
| H0350 | H0350(EX) | 350mm |
| H0500 | H0500(EX) | 500mm |
| H0750 | H0750(EX) | 750mm |
| H1000 | H1000(EX) | 1000mm |
| H1500 | H1500(EX) | 1500mm |
Product detail pictures:
Related Product Guide:
Our well-equipped facilities and great excellent command throughout all stages of generation enables us to guarantee total customer fulfillment for High Quality for Corrosion Resistant Zirconia Probe - Nernst H series heated oxygen probe – Litong, The product will supply to all over the world, such as: Bangkok, Turkey, Canberra, We hope we can establish long-term cooperation with all of the customers. And hope we can improve competitiveness and achieve the win-win situation together with the customers. We sincerely welcome the customers from all over the world to contact us for anything you need!
By Diana from Mauritania - 2017.06.19 13:51
Products and services are very good, our leader is very satisfied with this procurement, it is better than we expected,
By Jo from Morocco - 2018.10.31 10:02
