المواصفات الفنية
Manuals
METTLER TOLEDO optical O2 sensors are intended solely for inline measurement of the oxygen partial pressure, as described in this instruction manual.
DO Sensor InPro6970i/12/320
Optical DO Sensor for Brewery Industry.The InPro6970i trace optical oxygen sensor offers high operational availability, top performance and easy maintenance for the measurement of dissolved oxygen in brewery applications.
Withstands Challenging Applications
The sensor is designed for applications with a fast response time requirement. It is suitable for challenging ones such as filler line measurement.
High Operational Availability
The InPro 6970i offers outstanding measurement performance with a low detection limit of 0 ppb to 2000 ppb, minimum drift and a short response time.
Advanced Predictive Diagnostics
This DO sensor has Intelligent Sensor Management (ISM) technology, offering predictive diagnostics to reduce maintenance and simplify calibration.
رقم المادة: 52206395
Product Family:dissolved oxygen sensors00020025
المواصفات - DO Sensor InPro6970i/12/320
| Sensor Length | 320 mm |
| Mechanical Temp. Range | 23 °F 250 °F |
| Operating Range (Concentration) | 2 ppb 2,000 ppb |
| Measured Pressure Resistance | 0.2 bar 12 bar |
| Detection limit | 2 ppb |
Easy and Fast Operation
With the fast OptoCap replacement and the Plug & Measure ability, the InPro6970i optical oxygen sensor can be calibrated away from the process, and then quickly swapped into the process environment without the need to recalibrate. No polarization is requi
High Process Safety
The materials of construction of the InPro6970i trace DO sensor are FDA compliant and the easy-to-clean high-polished surface (N5 grade) also satisfies increasing regulatory requirements.
Enhanced Process Control
The sensor's measurement performance helps to reduce out of spec production. ISM helps to make optical oxygen measurement simple and more reliable and significantly reduces the risk of sensor failure during production.
ISM Redefines Maintenance
The built-in digital ISM technology provides the user important information about the sensor wear. Maintenance planning becomes easy, as accurate diagnostics predict when sensor maintenance will be required.
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