Mettler Toledo CO2 Sensor InPro5500i/D28/M42

Mettler Toledo CO2 Sensor InPro5500i/D28/M42

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Product Details:

Model No InPro5500i/D28/M42
Feature Digital ISM technology for predictive diagnostics
Automation Grade Automatic / Digital
Power Source Supplied via transmitter
Temperature Range 0C to 60C
Accuracy 0.1 Vol.% CO2
Core Components CO2 sensor module, Intelligent Sensor Management (ISM) electronics
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Mettler Toledo CO2 Sensor InPro5500i/D28/M42 Price And Quantity

Mettler Toledo CO2 Sensor InPro5500i/D28/M42 Product Specifications

Voltage Powered via transmitter (typically 24 VDC)
Measurement Range 0 to 25 Vol.% CO2
Weight Approx. 1.1 kg
Dimension (L*W*H) Length: approx. 330 mm; Diameter: 28 mm
Temperature Range 0C to 60C
Display Type Digital / via transmitter integration
Power Source Supplied via transmitter
Usage Biotechnology and pharmaceutical process monitoring
Equipment Materials Stainless steel, PEEK, Glass, EPDM, Silicone, Platinum
Model No InPro5500i/D28/M42
Automation Grade Automatic / Digital
Feature Digital ISM technology for predictive diagnostics
Core Components CO2 sensor module, Intelligent Sensor Management (ISM) electronics
Accuracy 0.1 Vol.% CO2
Type In-line CO2 sensor

Sensor Output Digital (ISM) / 4-20 mA via transmitter
Calibration Factory pre-calibrated, field calibration possible
Response Time T90 < 60 seconds
Ingress Protection (IP) Grade IP 68
Sterilization Compatibility Fully steam-in-place (SIP) and clean-in-place (CIP) compatible
Storage Temperature -10°C to 60°C
Electronics Integrated Intelligent Sensor Management (ISM)
Pressure Range 0 to 4 barg (58 psi)
Application Real-time dissolved CO2 measurement in sanitary and industrial fermentation
Process Connection M42 x 1.5 thread

Product Description

Brand

Mettler Toledo

Model

InPro 5500i

Capacity

010 bar pCO2, 015 g/L CO2, 0...7 V/V CO2

CAT No

30034264

Application

Inprocess Analysis

The InPro 5500i 28mm/M42 is a thermal conductivity CO2 sensor that is optimal for monitoring carbonation levels for beer and soft drink quality control. Its ISM technology simplifies handling and reduces sensor lifetime costs.

Real-Time CO2 Measurement for Critical Applications

The InPro5500i/D28/M42 delivers reliable, on-the-spot dissolved CO2 readings, essential for biotechnology and pharmaceutical process monitoring. Its swift T90 < 60 seconds response ensures timely adjustments, while robust construction equips it for rigorous fermentation environments. With an accuracy of 0.1 Vol.% and an extensive measurement range up to 25 Vol.% CO2, it meets demanding industry standards.

Hygienic Design and Seamless Integration

Built from pharmaceutical-grade materials and tolerant of steam-in-place and clean-in-place procedures, this sensor is ideal for sterile or controlled settings. Its digital ISM output and transmitter compatibility make it suitable for modern process automation, simplifying installation and enabling predictive diagnostics for reduced maintenance downtime.

FAQ's of Mettler Toledo CO2 Sensor InPro5500i/D28/M42:

Q: How does the InPro5500i/D28/M42 sensor ensure accurate real-time CO2 measurement?

A: The sensor employs advanced ISM digital technology and high-grade materials to deliver highly accurate, real-time dissolved CO2 readings directly in the process stream. Its T90 < 60 seconds response time allows prompt detection of process changes, ensuring reliable monitoring and control.

Q: What are the main steps for installing and integrating this CO2 sensor into a fermentation process?

A: The sensor features an M42 x 1.5 threaded process connection for sanitary and industrial fermentation vessels. For integration, it connects to a compatible transmitter that powers the device and facilitates digital (ISM) or 4-20 mA output communication with your process control system.

Q: When should field calibration be performed on the InPro5500i/D28/M42 sensor?

A: Although the sensor is factory pre-calibrated for immediate use, field calibration is recommended periodically or as specified by your quality protocols to ensure continued measurement accuracy, especially after extreme process events or maintenance cycles.

Q: Where is this sensor best applied, and what environments can it withstand?

A: Designed for biotechnology and pharmaceutical fermentation, the sensor excels in environments requiring strict hygiene and process control. It withstands 0 to 4 barg (58 psi) pressure, 0C to 60C operating temperatures, and is fully compatible with SIP and CIP sterilization, making it suitable for both laboratory and industrial installations.

Q: What are the process benefits of using this CO2 sensor with ISM technology?

A: ISM technology provides predictive diagnostics, enabling maintenance scheduling before failures occur, which reduces downtime and operational costs. The digital output ensures interference-free data transmission, while factory calibration and robust SIP/CIP resistance simplify upkeep.

Q: How is the InPro5500i/D28/M42 sensor powered and what display options are available?

A: The sensor is powered via the connected transmitter (typically 24 VDC). Measurement results can be viewed digitally via the transmitter's interface or integrated into plant control systems for centralized monitoring and automation.

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