|
|
|
Ocean Optics sensor systems are ushering in a new generation of low-cost, portable chemical-sensing devices. Thanks to innovation in the development of chemical-sensing complexes -- particularly those with fluorescing properties -- products such as our Oxygen Sensor systems will continue to provide viable alternatives to traditional chemical-sensing devices such as electrodes. The use of optical-sensing methods lessens the reliance on the electrochemical technologies that have dominated the field of oxygen sensing.
|
|
|
|
|
|
Oxygen Sensors for liquid and gas phase measurements- series 611
Fast and precise oxygen measurements
The MecSens series 61 oxygen sensors are versatile and suitable for the most demanding of oxygen measurements under the harshest conditions. Sensors measure trace to saturation levels either in-line, off-line or at-line and are suitable for both dissolved and gaseous applications.
Beverage, power, water, pharmaceutical, semiconductor, biotechnology, and chemical customers will find the answer to their needs.
A breakthrough in oxygen measurements
From production to quality assurance, laboratory and maintenance, users will find appropriate applications for this unique hygienic sensor which provides fast precise and accurate measurements. Integrated in portable or in-line instrument, it has the additional benefit of very low maintenance and ownership costs. The customer can measure either dissolved or gaseous oxygen concentrations and the medium temperature. This smart sensor memories the calibration parameters simplifying the calibration procedure on-site.
|
|
|
The TS420 Oxygen Deficiency Detector continuously monitors for oxygen deficiency and provides an analog output. The TS420's design is based on electrochemical cell technology.
|
|
The ORBISPHERE M1100 optical sensor with the ORBISPHERE 410 controller offers a new way of monitoring oxygen in beer and de-aerated water. ORBISPHERE sensors set the industry standards for oxygen measurement by offering “peace of mind” to every brew-master and quality manager.
The new ORBISPHERE M1100 maintains this tradition and offers significant operating and cost benefits.
- Lowest drift, fastest response and annual calibration
- Accuracy in ppb oxygen measurement for effective process control
- Optical technology eliminates membrane and electrolyte
|
|
Honeywell's high accuracy oxygen sensor range employs two ZrO2 discs with a small, hermetically sealed chamber between the discs. The first disc functions as a reversible oxygen pump, which successively fills and empties the chamber. The second disc measures the ratio of the partial pressure difference and generates a corresponding voltage. A heat element produces the 700 °C required for the ZrO2 to operate as an O2 pump. The time needed for the pump to achieve specific minimum and maximum pressures within this chamber provides a measure of the partial oxygen pressure of the environment.
Best Used For:
Industrial process and aircraft on-board oxygen generation system control, automotive exhaust gas diagnostics, service instruments, environmental oxygen monitoring, agriculture, combustion systems and environmental control.
|
|
Sensortechnics is a leading manufacturer and distributor of a wide range of sensors and fluid control devices. The product portfolio includes basic pressure sensors, rugged transmitters, submersible level sensors and customised pressure sensing systems from 1 mbar up to 1000 bar as well as liquid level sensors and switches, flow, oxygen and force sensors. Additionally, Sensortechnics offers ultrasonic air bubble, air-in-line, liquid level and fluid monitoring detectors. Fluid control devices include miniature solenoid valves, diaphragm pumps and electronic pressure controllers.
Sensortechnics has more than 25 years of experience in providing highly customised sensing products and in the development of complex integrated fluid control systems for OEM customers worldwide.
|
|
|
|
|
|
Specifications:
Sensor: Mini Zirconia Sensor
Measurement Range: 0-10PPM/0-100PPM/0-1,000PPM/0-2,000PPM/auto range or fixed range
Display: 0.75” (19.05mm) LED digital display, Color coded LEDs for system status, Alarms 1&2= RED, system fault= YELLOW, OK and online= GREEN
Response Time: <15 sec. to 90% step change @ PPM level
Intrinsic Error (accuracy):
±3PPM @ 0-50PPM/±5PPM @ 51-500PPM/±5PPM @ 501-2000 PPM O2 @ STP when calibrated @ target concentration @ STP: ±1% range
Operating Temperature: 5-45º C
Signal Interface: RS-232 service port, 4-20mA negative ground, 0-10VDC range ID and choice of 0-1VDC or 0-5VDC or 0-10VDC analog oxygen signal
Alarm Outputs: Two alarms with adjustable form C relay outputs. Configurable for fail-safe or fail-alarm mode, ascending or descending trip. One system fault relay. One alarm/relay for sensor heater OK.
Sample Port: 1/8” NPT female ports
Electrical Connections: Removable terminal blocks on back of analyzer
Power, Analyzer: 5W at 115/230VAC 50/60Hz, single phase or 12-30VDC (battery backup capability)
Environmental Ratings, Analyzer:
Faceplate: NEMA type 4, IP66
Housing: NEMA type 1, IP20
Warranty: Electronics and sensor: One yr.
Weight: Analyzer: Less than 2 lb. (0.9 kg)
|
|
Alphasense Oxygen Sensors operate using well-known fuel cell technology. The O2-A3 (3-year warranty), O2-A2 (2-year warranty), O2-A1 (1-year warranty), O2-G2 (2-year warranty)and O2-G1 (1-year warranty),sensors are designed for the latest generation of portable gas detectors where high detection performance, total reliability, small size and long lifetime are the key criteria.
All Alphasense sensors pass through our unique ATAV system (Automatic Test and Validation), which provides 100% traceability for you and your customers. Our sensors can also be supplied with a customised test report to individual requirements. A record of each sensor's performance is stored in the Alphasense database, accessible via the sensor barcode. This can be made available as hard copy evidence and also provides a powerful diagnostic tool.
|
|
The remarkable features of this oxygen sensor are its extremely long service life and the low maintenance costs due to its long-term adjustment and cleaning intervals.
The adjustment can be done in air or in saturated water without any calibration tables. The replacement of the galvanic cell is simplified by the design of the sensor. The membrane is very durable and is almost unbreak-able (100 µm membrane thickness).
Newly developed sensor electronics enable the oxygen sensor to work without an additional storage battery. The sensor can be modified to customer's needs regarding measuring range and accuracy.
The response time is less than 2 minutes.
The sensor can be immersed directly in water courses or tanks and does not need regular maintenance. The sensor is also available in combination with a temperature sensor.
|
|
|
The GS-Yuasa Oxygen Sensor SK-25 is a unique galvanic cell type oxygen sensor. Its most notable features are long life expectency, excellent chemical durability, no position dependency, and it is not influenced by CO2. The SK-25 oxygen sensor is ideal to meet the ever-increasing demand for oxygen monitoring in various fields such as food, bio-technology, security system.
|
|
|
|
|
|
Japan Storage Battery has developed the galvanic cell type oxygen sensor based on its technologies in fuel cells and lead-acid batteries. While the conventional galvanic cell type oxygen sensor was affected by CO2 and its life was short, because an aqueous solution of KOH was used as the electrolyte, our oxygen sensor using a weak acid electrolyte is not affected by any acidic gas and its life is 10 to 20 times as that of the conventional sensor.
Therefore, our oxygen sensor will find new and wide range of applications.
Applications
Medical Use / Anesthesia, Respirator, Oxygen concentrator
Bio-Technology / Oxygen Incubator, Anaerobic Cultivator
Food / Refrigerator, Vegetable Factory
Home Security System / Air-Conditioning & Oxygen deficiency Alarm System, Fire Alarm System
Measuring on industry / Exhaust gas, Combusion devices
Features
Extremely long life (5 to 10 years)
No affection by carbon dioxide
High stable output voltage
No outside electric source for driving sensor
Operative in the normal temperature
No warming time
Economical
|
|
O2 Sensor
The O2 sensor module is a compact and cost-effective gas analyzer based upon the electro-chemical measurement of oxygen concentration. The sensor can be calibrated for the range of 0 to 25 % or 0 to 100 % oxygen. It features a low power input, a large range of supply voltage and a long lifetime of the electrochemical sensor.
|
|
|
The GS Oxygen Sensor KE series (KE-25 and KE-50) is a unique galvanic cell type oxygen sensor which was developed in Japan in 1985. Its most notable features are long life expectency, excellent chemical durability, and it is not influenced by CO2. The KE series oxygen sensor is ideal to meet the ever-increasing demand for oxygen monitoring in various fields such as combustion gas monitoring, the biochemical field, medical applications, domestic combustion appliances, etc.
|
|
|
HAMILTON is the first company to offer a self-contained oxygen measurement in the popular 12 mm format similar to standard process and pH electrodes and classical sterilizable oxygen sensors. VISIFERM DO optical sensors demonstrate a number of substantial advantages because of a symbiosis of sensor and measurement amplifier- an intelligent sensor.
|
|
ADEV plans and produces probes for the analysis of oxygen to employ in the various industrial fields with problematic different applicative.
The range, based on sensors to zirconium oxide differs for temperature of employment, onerous length of immersion, background, applications and applications to low cost.
It is placed side by side to the extractive models, or to zirconium oxide that paramagnetic or electrochemical and allows the analysis of oxygen in the better solution, beginning from fractions than ppm in volume to 100%.
|
|
| ... products without technical information |
| |
This range of small probes with 3 mini-sensors measure pH, ORP, conductivity, temperature DO and level in wastewater, natural water and underground water. These SDI-12 ultra low comsuption probes can be connected to all SDI-12 systems
Using AQUA, AQUA 10 or AQUA 50 probes allows you to measure up to 6 parameters simultaneously: Temperature, Conductivity, pH, ORP, Dissolved Oxygen and Depth.
- Fast connection to ISCO devices, ADCON remote systems or any other instruments using the SDI12 protocol
- Ultra low consumption (40 µA)
- Connection of the sensors by simple "clip"
- Pocket size for maximum user convenience (length = 420 mm, diameter = 40 mm)
- Flexibility in use : its independent connection cable length allows adjusting cable length according to your needs
3 probes are available :
- AQUA : Wastewater
- AQUA 10 : Surface water (0-10 m),
- AQUA 50 : Underground water (0-50 m).
|
|
Conductivity
Honeywell conductivity technology helps measure, analyze and transmit valuable conductivity, resistivity and concentration information in simple and complex industrial processes with a complete line of analyzers, transmitters and conductivity cells.
Dissolved Oxygen
A complete line of analyzers, transmitters and dissolved oxygen probes ensures highly accurate, stable and trouble-free measurement in all types of applications.
pH-ORP
Patented non-glass Durafet probes and traditional glass pH technology help measure, analyze and transmit pH and ORP information in industrial processes. Honeywell provides a complete line of analyzers and transmitters, and several mounting types.
|
|
|
|
|
|
pH-ORP
Patented non-glass Durafet probes and traditional glass pH technology help measure, analyze and transmit pH and ORP information in industrial processes. Honeywell provides a complete line of analyzers and transmitters, and several mounting types.
7758/7758D Pipeline Mounting
The 7758 pipeline electrode mounting uses a stainless steel or polypropylene bushing with 3/4" NPT for mounting in pipelines.
7773/7773D Flow & Immersion Mounting
7773 mounting capabilities encompass the industrial measurements of pH, ORP, specific ion and temperature in a flow or submersion configuration.
7774/7774D Insertion Removal Mounting
The 7774 insertion/removal assemblies, which accommodate Durafet II and Meredian series combination (single-probe) pH or ORP electrodes, are designed for use in processes under pressure because the electrode can be inserted or removed without interrupting the process.
7777/7777D Immersion/In-Line Glass Mounting
Honeywell's 7777 series of electrode mountings enables users to interface Durafet II pH electrodes with a process via a ¾" threaded connection and Meredian II by either submersing the electrode or mounting it into a ¾" threaded connection.
7777DVP Immersion/In-Line Mounting
Honeywell's 7777DVP Series of electrode mountings enables users to interface Durafet III pH electrodes to a process via a ¾" threaded connection by either submersing the electrode or mounting it into a ¾" threaded connection.
7794DVP Sanitary Durafet III Mounting
The Sanitary Durafet III pH electrode has an integral, tri-clamp flange for easy mounting in the process.
HB Series Ruggedized Electrodes
Honeywell's HB Series of electrode mountings are designed for high temperature, high pressure and harsh chemical applications.
Transmitter - APT2000PH
The APT2000PH transmitter is a two-wire 24-volt device that continuously measures pH or ORP in industrial processes.
Analyzer - APT4000PH
The APT4000 pH/ORP analyzer continuously measures pH or ORP in industrial processes.
DirectLine DL421 pH Transmitter
The DL421 transmitter can be connected directly to the electrode as one integral mounted unit. Alternatively, the transmitter can be wall, pipe or DIN rail mounted remotely from the associated pH electrode.
DirectLine DL422 ORP Transmitter
The Meredian II ORP electrode can be located directly on to the DL422 transmitter module as one integral mounted unit. Alternatively the DL422 transmitter can be wall, pipe or DIN rail mounted remotely from the ORP electrode.
DirectLine DL1000 Durafet Mountings
DL1000 pH electrode in combination with DL421 pH transmitter either directly or remotely mounted offer an ideal end user solution to online pH measurement. Installation, maintenance and performance cost savings are assured.
DirectLine DL2000 Meredian Glass Mountings
For pH measurement the DirectLine transmitter modules can be mounted integrally or remotely with the DL2000 Meredian glass pH electrode.
DirectLine DL3000 ORP Mountings
For ORP measurement the DirectLine transmitter modules can be mounted integrally or remotely with the DL3000 ORP electrode.
Durafet non-Glass pH Sensor
The Durafet pH electrode is an industrial, non-glass, unbreakable, Ion Sensitive Field Effect Transistor (ISFET)-based pH sensor that provides fast, accurate and dependable pH measurement in the most demanding applications.
HPW7000 HiPurity pH Measurement System
The HPW7000 HiPurity Water pH Measurement System is an electrode mounting assembly designed specifically for the difficult pH measurement in high-purity water applications.
TL1000 Durafet II Twist Lock Mounting
The TL1000 Series, Twist Lock Mounting, provides an easy way to install/remove Durafet III pH electrodes from pipelines and tees. A quick ¼ turn is all that is required for installation/removal.
Analyzer - UDA2182 Multiple Input
The UDA2182 Universal Dual Analyzer represents the latest in analyzer technology by providing the most versatile multiple-input analyzer package on the market for measurement of pH, ORP, conductivity and dissolved oxygen.
|
|
|
|
