ASR120E: High-Performance ORP Glass Electrode for High-Temperature
Industrial Process Monitoring
The ASR120E High-Temperature ORP Glass Electrode is engineered for
reliable and precise oxidation-reduction potential (ORP)
measurement in demanding high-temperature industrial process
environments. Designed with superior materials and an advanced
reference system, the ASR120E provides the stability and accuracy
required for critical monitoring applications.
Exceptional Measurement Capability
This robust ORP sensor boasts an expansive Measuring Range of
±2000mV, making it suitable for a wide variety of industrial
chemical processes. The Indicating Electrode is constructed from
high-quality Platinum, ensuring fast response, long-term stability,
and chemical resistance essential for accurate ORP determination.
The electrode adheres to high standards with a SLOP% greater than
95%(25°C), confirming its high level of responsiveness and
sensitivity.
Advanced Reference and Construction
To guarantee stable and accurate potential readings even in
challenging conditions, the ASR120E incorporates a sophisticated
Reference System. It utilizes an Ag/AgCl reference electrode
combined with a double salt bridge and KCl gel, which effectively
minimizes junction potential and prevents contamination from
aggressive sample media. The electrode body is made of durable
Glass with a porous ceramic sand core junction, balancing chemical
compatibility with reliable electrolyte flow.
Robust Operating SpecificationsThe ASR120E is designed to withstand
the harsh realities of industrial use, offering excellent
performance across a practical range of conditions:
Working Temperature: Designed for continuous operation in environments from -15 to
80°C, making it a versatile choice for medium to high-temperature
applications.
Working Pressure: The pressure resilience is tailored to the operating temperature
to ensure safety and integrity. It handles a maximum pressure of 0
to 6 bar in Medium and low-temperature environments and a maximum
of 0 to 3 bar in High-temperature environments.
Sample Flow Rate: For optimal performance, the recommended Sample Flow Rate should
be maintained between 0.001m/s and 0.5m/s (0.5m/s≥Flow Rate≥0.001
m/s).
Seamless Integration and Customization
The electrode features a standard Installation Size of PG13.5,
ensuring compatibility with most existing industrial installations
and mounting hardware. Standard Dimensions are 12 mm in diameter
and 120mm in length, with customization supported for specific
application needs. For connecting to monitoring equipment, the Lead
Wire offers options for either integrated or split cables.
For accurate process compensation, various Temperature Units are
available for customization, including PT100, PT1000, and NTC10K.
The ASR120E is your reliable choice for High-temp. Industrial
process ORP measurement, combining precision, durability, and
flexible integration.
Specifications
The core ASR12 series glass sensor is equipped with PG13.5 threads,
a highly recognized standard in sensor technology, enabling an
exceptional array of installation options to meet unique site
requirements. This thread design facilitates diverse mounting
configurations, ensuring the sensor's perfect positioning for
accurate data collection.
Installation flexibility is a core benefit of the ASR12 Series.
Users can choose from several common mounting methods:
- Side Wall Mounting for straightforward vessel integration;
- Top Flange Mounting for applications requiring access from above;
- In-line Pipe Mounting for continuous flow process analysis;
- Flow Cell Mounting for precise laboratory or bypass measurements;
- Submersible (Immersion) Mounting for deep-tank or open-basin
applications;
- Retractable Holder Mounting, available in both manual and automatic
versions,which allows for sensor maintenance and calibration
without interrupting the process flow.
The ASR12 Series delivers a powerful combination of chemical
compatibility, standardized connectivity, and comprehensive
mounting versatility, making it the ideal solution for
professionals seeking a high-performance, easy-to-deploy sensor for
continuous and reliable process control
