Oxygen sensor - Import export

Innovacera Ceramic Oxygen Sensor Heater is suitable for use in Bosch, Denso, Delphi, NTK & NGK Oxygen Lambda Sensor, Oxygen sensors are designed to monitor the amount of oxygen that’s in the car’s exhaust stream, while ceramic heater plays an important role in the O2 sensor.

The measuring probe is in the form of the lance (KSK-I01a) with a length of 2000 mm and includes a single oxygen sensor at the tip of the lance pushed in compost. The lance tip has a rounded head, so as pushed in, it does not poke through compost components. Oxygen sensor implemented on the basis of ZrO2. The device also available mounted on a ventilation duct compost pile (KSK-I01b with a length of 197 mm) The sensor mounted in this version using the threaded flange M18x1.5.

The measuring probe is in the form of a lance 1000 mm long and contains an oxygen sensor. The end of the lance driven into the compost has a rounded head, so that the compost components encountered "on the way" do not stick into it. The probe is powered by direct current with a rated voltage of 12VDC or 24VDC, while the data on measurements are transmitted, depending on the version of the device, by wired or wireless. The oxygen probe in the version with wireless data transmission can be equipped with two network interfaces depending on the demand. In the wired version, the data signal is realized in the analog 4-20mA or digital form via the CAN bus. The second solution is to transfer data directly to the cloud via the LoRa network. This type of transmission allows you to cover a huge area with a radius of several kilometers in a star topology with one base station or through the public network.

The Oxyfire™ in-situ oxygen sensor measures oxygen concentrations directly in the "high heat" zones of high temperature furnaces, boilers and incinerators. They are intrinsically safe, requiring no electrical input power, and generating only a low millivolt output. FEATURES • Available in a number of standard lengths up to 48" (1200 mm) • Field performance can be easily verified using integral verification gas port • Intrinsically Safe per EN50 014 (1977) clause 1.3 • Temperature Range: 1000°F (min) to 3000°F (max) / 538°C (min) to 1649°C (max) • Robust design eliminates "auxiliary sheaths" required on lower quality products • Single side connections ensure cables are safely away from the hot furnace wall • Proven track record: used in more furnaces, boilers and incinerators than all other high-temp probes combined • No drift or accuracy problems common to "side hole" probes • High quality construction eliminates the need for cooling air • Proprietary installation configuration...

The AtmoProbe™ is an industrial atmosphere sensor that provides extremely accurate and repeatable measurements, and may be used in a variety of atmosphere measurement applications. The proprietary design of the AtmoProbe™ utilizes a 100% solid zirconia electrolyte sensor mounted within a solid zirconia seat. The solid slip-cast zirconia sensor eliminates seams and seals near the measurement point that typically cause offsets and premature failures of most oxygen probes. Furthermore, the unique secondary 100% zirconia seat serves as a shock absorber and provides an extremely robust mechanical design that can handle repeated temperature cycling and mechanical stresses without damage.

The AccuCarb® Carbon/Oxygen Probe is a high accuracy zirconia oxygen sensor designed for the heat treating industry. This carbon sensing probe is a new, second generation zirconia sensor, specifically designed for highest accuracy, longest life and lowest cost. The AccuCarb® Advanced Probe is specifically designed for thermal toughness and can be installed and removed from a hot furnace in one-quarter of the time of conventional carbon sensors.

µdox is a multi-parameter hand-held measuring device that determines relevant measured values for checking the water quality. These include pH, redox, total hardness, acid capacity and dissolved oxygen with a resolution of 1 ppb. The measuring device is particularly easy to use and to display and record data from up to eight measuring points. Fast analysis of oxygen in the µ range with response times of t90 or t99 of approx. 13 s or 30 s. Oxygen, pH and redox can be determined in parallel. The sensor systems have integrated transient monitoring. Languages and units of measurement can be parameterized. The handheld measuring device is particularly suitable for measurements on hot and steam boiler systems, in district heating systems and power plants.

Planar ceramic heater oxygen sensors are subject to extreme conditions. A properly functioning oxygen sensor forms the basis for reliable engine operation and thus fuel economy, low pollutant emissions, and good exhaust gas values. Oxygen sensors with planar ceramic heater characteristics: ● Quick ignition time ● Good insulation performance ● Strong resistance to high temperature and poisoning ● Long lifetime ● Pump current switch type, conventional switch type, air-fuel ration type, and wide range type are available Appliaction: Plate Ceramic Heater Chip for Automobile / Oxygen Sensor

Planar ceramic heater oxygen sensors are subject to extreme conditions. A properly functioning oxygen sensor forms the basis for reliable engine operation and thus fuel economy, low pollutant emissions, and good exhaust gas values. Oxygen sensors with planar ceramic heater characteristics: ● Quick ignition time ● Good insulation performance ● Strong resistance to high temperature and poisoning ● Long lifetime ● Pump current switch type, conventional switch type, air-fuel ration type, and wide range type are available Appliaction: Plate Ceramic Heater for Automobile / Oxygen Sensor

Planar ceramic heater oxygen sensors are subject to extreme conditions. A properly functioning oxygen sensor forms the basis for reliable engine operation and thus fuel economy, low pollutant emissions, and good exhaust gas values. Oxygen sensors with planar ceramic heater characteristics: ● Quick ignition time ● Good insulation performance ● Strong resistance to high temperature and poisoning ● Long lifetime ● Pump current switch type, conventional switch type, air-fuel ration type, and wide range type are available Appliaction: Plate Ceramic Heater for Automobile / Oxygen Senser

Electric 12V 13V Alumina Ceramic Heating Element Heater Rod for Oxygen Sensor Advantages Ceramic Heater for Oxygen senster is used for heating oxygen sensors that detect the exhaust gas of vehicles and is equipped to most of automobile gasoline engines. Because the temperature can be rapidly raised, it is possible to activate the sensor immediately after the engine start which provides useful feedback to reduce emissions. 1.Based material: a.white alumina ceramic b.the content of alumina is no less than 95%. c.the tungsten slurry is printed on the ceramic tape, laminated by hot pressing, and thensintered under the protection of a hydrogen atmosphere at 1650 ° C 2.Ni-wires:N6 Ni-wires with 0.6mm diameter 3.Brazing material: siliver-copper braging alloy

High quality nitrogen generator with integrated long life oil-free compressor. Mounted in noise reduction cabinet. Optional integrated oxygen sensor. Features Long Life & Low Maintenance Easy Installation Modbus TCP/IP VNC connection for display (Remote Connection) “Plug and Play” – CE marked

High quality nitrogen generator for external air supply. Mounted in ruggedized stainless steel cabinet. Optional integrated oxygen sensor. Wall or floor mounting possible. Features Modbus TCP/IP VNC connection for display (Remote Connection) “Plug and Play” – CE marked

High quality nitrogen generator for external air supply. Mounted in ruggedized stainless steel cabinet. Optional integrated oxygen sensor. Floor mounting. Features Modbus TCP/IP VNC connection for display (Remote Connection) “Plug and Play” – CE marked

It is a very effective spray produced from special solden mixtures for internal and external cleaning of the carburetor. It is also used to clean heavy oil and spherical carbon deposits such as suction flaps, slowed enteles, throttle, and splitter. It does not damage the oxygen sensor and catalytic convector. Since the material has a relative lubricating function, it enables the cleaned moving parts to work better. It provides great convenience in removing oil and gasoline residues for the workers who assembly and does the service-maintenance works.

*High resolution 8.4 ”Touch Color Screen. * Internal Ventilator * Tidal Volume 15ml -1500ml * Mode: Two Gas Machine with -VCV, PCV, SIMV-CV, SIMV-PC, PS * O2, N2O and Optional Medical Air * Ventilator parameters Monitoring TV, MV, FiO2, I: E, Ppeak, Pmean, Pplat, Freq * Flat Absorbent Aprox with Co2 Absorption Canister. 1500ml *Frequency. 4-100 BPM * I: E 4: 1-1: 10 * Alarm Settings TV, MV, Fio2, Ppeak, Alarm Mute * Oxygen Sensor with Fio2 monitoring * O2 and N2O Emergency Cylinder Yoke. * ACGO - Auxiliary common gas Outlet. * AX400 2 Gas Anesthesia Workstation

The CS87™ and CCS 2000™ series of oxygen sensors are designed for measuring the oxygen partial pressure of the furnace atmosphere. The robust design withstands thermal shocks and maximizes service life. A self-cleaning mechanism keeps a permanently clean surface between the zirconium dioxide and external electrode, always ensuring accurate signal detection. The modular construction allows easy disassembly /assembly and fast replacement of parts. FEATURES & BENEFITS • Easily installed and connected to your equipment • Modular construction allows easy disassembly /assemblyand fast replacement of parts • Robust design withstands thermal shocks • Self-cleaning mechanism ensures constant accuracy of signal detection • Accuracy +/- 0.05 weight percent carbon in normaloperating range • Response time less than 1.0 second

The AccuCarb® LTA Sensor is specially designed oxygen probe for annealing atmospheres and temperatures. While the electrode designs of standard oxygen probes fall short due to the high impedance of the device at annealing temperatures, the unique electrode contact and solid electrolyte substrate of the AccuCarb® LTA takes care of this problem. The sensor is also gas-tight for hydrogen applications to ensure safe operation.

The AccuCarb® Ceramic Probe is a high accuracy zirconia oxygen sensor designed for the heat treating industry. AccuCarb® Ceramic Probe is a patented, ceramic sheathed probe, high temperature probe, specifically designed for generator and for metal sintering applications. The standard model has an integral type K thermocouple and a tube fitting for air purge burnout of soot.

The PROTHERM 470 controller is designed to monitor, control, record, and archive combustion processes running in a furnace or simultaneously in multiple chambers. This powerful controller is suitable for various types of batch and continuous operations and can be installated on new, retrofit, or refurbished equipment. The fully configurable I/O channels can be used with oxygen sensors or any sensor with an analog output signal or Modbus communications. FEATURES • ½ DIN multi-loop embedded programmer with a color display and turn-and-push knob navigation • Up to 32 programmable PIDs included • built-in calculators for real-time carbon and/or nitrogen diffusion, and hardness profile • mathematical model for calculating atmospheric parameters • integrated web server for browser-based remote access. • works with internal and/or external I/O’s

Memosens amperometric oxygen sensor for standard, hygienic and sterile applicationsThe Oxymax COS22D safeguards your products, process and plant equipment from oxygen influences. It measures reliably over a wide range helping you to better monitor and control your applications. The sensor is low-maintenance and ensures long-term stability - even with frequent sterilization and autoclaving. Thanks to Memosens digital technology, COS22D combines maximum process and data integrity with simple operation. It enables lab calibration and facilitates predictive maintenance.

Memosens COS81D is the ideal oxygen sensor for hygienic applications such as fermentation and inertization. Its precise, long-term stable measurements and its permanent self-monitoring ensure the most reliable measured values to help meet your desired product quality and optimize product yield. Thanks to Memosens digital technology, COS81D combines maximum process and data integrity with simple operation. It enables lab calibration and facilitates predictive maintenance.

Oxymax COS61D is a high-performance, digital oxygen sensor that offers fast, accurate and drift-free measurement. It supports your process with low maintenance, high availability and easy handling. The sensor's long-term stable fluorescence layer is exclusively oxygen-selective (interference-free), ensuring consistently reliable measurement. Thanks to Memosens digital technology, the Oxymax COS61D combines maximum process and data integrity, and facilitates simple lab calibration.

Liquiline CM14 is a basic transmitter that offers all that you need to run a standard measuring point. It fits in the common cabinet cut-outs and is easy to commission thanks to Memosens digital technology. The Memosens hot plug and play concept allows you to quickly install and configure your digital pH/ORP, conductivity or dissolved oxygen sensors. Liquiline CM14 is compact, easy-to-operate, and cost efficient.

Oxygen is essential for life. Measuring oxygen concentrations plays a central role in controlling biotechnological processes . No matter if fermentations, scale-up studies, bioproductions in lab or industrial scale, the BCP-O2 sensor determines the oxygen concentration in realtime (real time monitoring) in a very convenient way. By measuring the oxygen concentrations oxygen limitations can be avoided and conclusions to metabolic activity can be drawn. With the help of measuring the oxygen important process parameters as OTR oxygen transfer rate or respiratory quotient RQ can be determined. Using BCP-O2 simplifies process optimization in bioprocessing and makes it efficient and precise. In contrast to other sensors the BCP-O2 has in integrated automated temperature and pressure compensation and can be connected to each and every fermenter type. BCP-O2 doesn´t need a minimum flow rate and thus can be applied from small (lab) scale (e.g shake flask) up to the large industrial scale.

The analyzer for carbon dioxide and oxygen has been specially designed for monitoring cell growth processes in biotechnology. The device can be installed directly in the exhaust flow of the bioprocess and measures the concentration of CO2 and O2 there in real-time. The BlueInOne Cell automatically compensates any fluctuations of pressure and humidity in the system. The readings are therefore extremely accurate even under fluctuating measuring conditions. The BlueInOne Cell gas analyzer is fitted with an IR CO2 sensor, as well as a electrochemical oxygen sensor with galvanic cell. The O2 detector offers a measuring range of 0-100 % Vol. for oxygen, long-term stability and has a very high resolution of 50 ppm. The device can also analyze anaerobic processes with high precision.

Oxygen combination sensor with built-in Type S thermocouple and holding tube connection. The standard dimensions are connectors with 22 x 150mm or 27 x 150mm in stock. The sensor is not heated. Minimum operating temperature is 500°C Configuration: Connection head form A with M20x1,5 cable gland Pressure range: Ambient to max 2 bar pressure Fitting: Thread G3/4" DIN 228 Thermocouple: 1 x Type 01 - S PtRh(10%) - Pt DIN EN 60584-1, Class 1 Protection tube: Ø 17mm Protection tube material: 99,7% Al2O3 SAT tube: 1 Nominal length: 27.559 in ( 700 mm ) Weight: 2.425 lbs ( 1.1000 kg ) ECCN: N AL: N Commodity code: 90258080 Including : - Certificate of calibration in accordance to DIN EN 60584-1 with correction values from 150°C to 1320°C in 140°C steps. - Certificate of conformity including production data and Helium leak test results. - 4 years warranty against drift and thermocouple wire defects provided the ceramic tubes are not damaged.

Oxygen combination sensor with built-in type S thermocouple and threaded connection. Applications (examples): The sensor is used, for example, in carburizing plants to control the C-level, in forging furnaces to control the air supply of the gas burners, or in the atmosphere of crematoria. The sensor is not heated. Therefore, a minimum operating temperature of 500 ° C is required. Material Order: Assembly: Connection head form A with M20x1.5 cable gland Pressure range: Ambient pressure up to 2 bar Temperature range: 520 ° C to 1300 ° C Connection: thread G3 / 4 "DIN 228 / thread G1" DIN 228 Thermocouple: 1 x Type S PtRh (10%) - Pt DIN EN 60584-1, Class 1 Protection tube: Ø 17mm Thermowell material: 99.7% Al2O3 Continuous zirconia tube as electrolyte Reference air connection: Ø 6,0 nozzle max 10 liters / hour Purge air connection: Ø 6,0 nozzle max 200 liters / hour Gas electrode: spiral / helix platinum wire Air electrode: spiral platinum wire