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Trace and Pure Water Dissolved Oxygen Sensors
Product Details:
- Number of Specimens Single sensor
- Equipment Type Dissolved Oxygen Sensor
- Resolution 0.001 mg/l
- Port Size G1/2 thread
- Application Trace and Pure Water Measurement
- Mounting Type Insertion/Immersion
- Measuring Range 0.001 20 mg/l O
- Click to View more
Trace and Pure Water Dissolved Oxygen Sensors Product Specifications
- 180 mm
- < 60 seconds
- Digital through process transmitter
- Electrochemical sensor, high sensitivity, long-term stability
- Analog (4-20 mA), RS485
- 0 to 99% RH (non-condensing)
- 0 to 60C
- 0.001 20 mg/l O
- 24 VDC
- Manual/Automatic
- Insertion/Immersion
- Water analysis, pharmaceutical, power, electronics, biotechnology
- 500 g (Sensor only)
- 24 VDC
- Trace and Pure Water Measurement
- G1/2 thread
- Automatic/Manual selectable
- 1% of measured value
- 0.001 mg/l
- Dissolved Oxygen Sensor
- Single sensor
- One-button calibration
- IP68
- Suitable for ultra-low O detection
- >2 years typical
- 316L Stainless Steel or Titanium
- 4-20 mA, RS485 MODBUS
- Standard 5 m (customizable)
- Gel-filled
Trace and Pure Water Dissolved Oxygen Sensors Trade Information
- Western Europe, Central America, Australia, Eastern Europe, Middle East, South America, Asia, North America, Africa
- All India
Product Description
Trace and Pure Water Dissolved Oxygen Sensors
For high-precision readings and low maintenance requirements
METTLER TOLEDOs highly sensitive dissolved oxygen (DO) sensors are specifically designed for demanding low DO concentration applications.
The InPro 6900 series sensors for F&B application are made of FDA compliant materials and have a highly polished surface finish to facilitate cleaning. Fully certified to meet international hygiene regulations, the sensors are sterilizable and able to withstand repeated CIP treatment.
Pure water dissolved oxygen sensors deliver exceptional performance in the most demanding power and microelectronics pure water applications. High accuracy, fast response, and excellent stability helps minimize corrosion in power water applications and limit oxidation of silicon in microelectronics applications.
Oxygen sensors with integrated ISM functionality (Intelligent Sensor Management) allow "Plug and Measure" and advanced diagnostics.
Product details
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Power |
Electric |
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Brand |
METTLER TOLEDO |
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Application |
Industrial |
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Automation Grade |
Manual |
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Usage/Application |
Industrial |
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Product Type |
Digital |
FAQ
1. What is a dissolved oxygen sensor for pure and trace water?
Ans - A device that gauges the amount of oxygen dissolved in a sample of water is called a trace and pure water dissolved oxygen sensor. In order to monitor the environment and treat water, it is usually used to test the oxygen content of a water supply.
2. How does a dissolved oxygen sensor in pure and trace water operate?
Ans - The amount of oxygen in a water sample is measured by a trace and pure water dissolved oxygen sensor. This is accomplished by applying an electrical current to the sample and determining its electrical resistance. The more electrical resistance there is, the more dissolved oxygen there is in the water.
3. What are the advantages of employing a dissolved oxygen sensor in pure and trace water?
Ans - A trace and pure water dissolved oxygen sensor has the advantages of being a trustworthy and accurate method of determining the oxygen level of a water sample. This is crucial for environmental monitoring and water treatment since it enables the user to decide on the waters quality with knowledge.
4. What varieties of dissolved oxygen sensors are available for use with pure and trace water?
Ans - Trace and pure water dissolved oxygen sensors come in a variety of designs. These include optode, electrochemical, polarographic, and galvanic sensors. Every type has advantages and disadvantages of its own, so it is crucial to select the best type for the application.
5. What typical uses are there for dissolved oxygen sensors in pure and trace water?
Ans - A trace and pure water dissolved oxygen sensor is frequently used in water treatment, aquariums, and environmental monitoring. It can also be used to gauge how much oxygen is present in drinking water and sewage.
Superior Material and Performance
Constructed from 316L stainless steel or titanium, this sensor boasts remarkable resistance to corrosion, making it suitable for rigorous environments. Its high sensitivity and stability, combined with gel-filled electrolyte technology, ensure reliable dissolved oxygen measurements even at ultra-low concentrations.
Versatile Applications and Integration
Designed for trace and pure water analysis, the sensor can be seamlessly integrated into water analysis systems in industries like pharmaceuticals, power generation, biotechnology, and electronics. With both insertion and immersion mounting options, and compatibility with automatic or manual operation modes, the device adapts to various process needs.
User-Friendly Calibration and Operation
Effortless one-button calibration streamlines sensor setup, while digital monitoring and standard 5-meter cable (custom lengths available) support flexible installation. With IP68 protection and a typical sensor lifetime over 2 years, users benefit from low maintenance and sustained accuracy.
FAQs of Trace and Pure Water Dissolved Oxygen Sensors:
Q: How is the dissolved oxygen sensor calibrated and maintained?
A: The sensor features a user-friendly one-button calibration process, simplifying setup and regular recalibration. Maintenance is minimal due to the gel-filled electrolyte and robust IP68-rated construction, which protects against moisture ingress and prolongs operational life.Q: What environments and applications is this sensor suitable for?
A: This dissolved oxygen sensor is ideal for measuring trace and pure water in industries such as water analysis, pharmaceuticals, electronics, power generation, and biotechnology. Its ultra-low detection capability and corrosion-resistant housing make it reliable in both harsh industrial and sensitive laboratory environments.Q: When should the sensors calibration be checked or repeated?
A: Calibration should be checked during initial installation, after long periods of inactivity, or whenever accuracy is questioned. Regular calibration intervals depend on application-specific demands but generally occur every few months or as recommended by your quality protocol.Q: Where can the sensor be installed and how is it mounted?
A: The sensor is designed for insertion or immersion installation using its G1/2 threaded port. With a compact height of 180 mm and standard 5-meter cable, it can be conveniently placed in water tanks, treatment systems, or process lines as needed.Q: What are the main benefits of using this dissolved oxygen sensor?
A: Users benefit from high measurement accuracy (1%), rapid response times of less than 60 seconds, and a wide detection range apt for trace applications. The automatic/manual control mode, robust build materials, and diverse output options (4-20 mA, RS485 MODBUS) enhance integration and process automation.Q: How can I leverage the output signals in my monitoring system?
A: The sensor outputs analog (4-20 mA) and digital RS485 MODBUS signals, enabling seamless connection to most process transmitters, controllers, and data logging systems. This provides real-time digital monitoring and easy integration with automated process management systems.
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GST : 27AABCM0779N1Z0
- Amar Hill, Saki Vihar Road, Powai,Mumbai - 400072, Maharashtra, India
- Phone : 08045816537
- Ms Ekta Zemse (Executive Marketing)
- Mobile : 08045816537
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