Product Description
Brand Mettler Toledo
Model InTap
Capacity 0 ppb 2,000 ppb
CAT No 30425550
Application Inprocess Analysis
The InTap meter, with internal optical dissolved oxygen sensor, samples and measures DO values at-line for optimum control of beer production. It also serves as a tool for convenient calibration of in-line optical DO sensors.
Portable Precision in Oxygen AnalysisEngineered for flexibility, the InTap portable O2 analyzer is ideal for on-site measurements and calibrations. Its robust build and ergonomic design facilitate frequent field use in pharmaceutical, beverage, and biotechnology settings. Fast sensor response and dual calibration methods maximize operational efficiency and measurement confidence, ensuring traceable and reliable results during critical process checks.
Advanced Data Management and ExportWith capacity for up to 5000 measurements and compatibility with EasyDirect documentation software, the InTap streamlines record-keeping. USB and Bluetooth interfaces enable easy data transfer, supporting secure archiving and traceability requirements. Flexible language settings further enhance usability for global teams, making data management seamless and straightforward.
Rugged, User-Friendly DesignThe InTap O2 Analyzer boasts an IP54-rated enclosure, ensuring operation in challenging environments where splash and dust protection are critical. The shock resistant casing, lightweight structure, and large touchscreen display make handling and operation easy, even glove-clad. Rechargeable battery power supports up to 8 hours of field work, prioritizing uninterrupted productivity.
FAQ's of Mettler Toledo O2 Analyzer InTap portable:
Q: How does the InTap O2 Analyzer ensure accurate dissolved oxygen measurements?
A: The InTap Analyzer is equipped with a high-precision optical oxygen sensor that delivers reliable measurements with an accuracy of 2% of the measured value and a fast T90 response time of less than 30 seconds. One-point and two-point calibration options further ensure measurement accuracy tailored to your specific application requirements.
Q: What benefits does the InTap's IP54 rating provide for on-site usage?
A: The IP54 rating certifies the analyzer as splash-proof and dust-protected, making it suitable for use in environments where there may be exposure to liquids or particulates. Combined with a shock resistant casing, these features protect the device during routine field operations, enhancing its durability.
Q: When should I calibrate the InTap portable oxygen analyzer?
A: It is recommended to perform calibration regularly, especially before critical measurements or after prolonged storage. The device allows both one-point and two-point calibration, providing flexibility to align calibration practices with in-house quality assurance protocols.
Q: Where can the InTap O2 Analyzer be deployed?
A: The InTap Analyzer is designed for versatile applications including pharmaceutical production, beverage plants, and biotechnology facilities. Its portable, robust design enables reliable measurements directly at process lines, tanks, or validation points across on-site locations in India or abroad.
Q: What is the process for exporting measurement data from the device?
A: You can export data via USB or Bluetooth directly from the analyzer to a computer or smart device. Using EasyDirect software, you can further manage, document, and archive measurement records, ensuring compliance with data management standards.
Q: How does the InTap support continuous operations during sampling?
A: With a rechargeable Li-ion battery providing up to 8 hours of runtime and the ability to operate on external power (100-240 VAC), the InTap is built for uninterrupted workflows, ideal for days requiring multiple measurement or calibration sessions without frequent recharging.
Q: What usage benefits does the O2 Analyzer offer to process industries?
A: The InTap enhances process control and compliance through fast, accurate, and traceable dissolved oxygen measurements. Its large measurement range up to 10,000 ppm O2, rapid measurement capability, and robust design allow for efficient quality checks and audits in demanding industrial environments.