Insacal Conductivity portfolie supports traceable calibration with low uncertainty, helping you reduce deviations and maintain consistent sensor performance. Below you can explore our full range of calibration tools for inline conductivity sensors.
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Insacal Conductivity FLXA high
Insacal Conductivity FLXA High is a reliable and cost-effective solution for high-conductivity calibration, for example in process water and CIP solutions .
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Insacal Conductivity FLXA Low
Insacal Conductivity FLXA low has been developed for low-conductivity applications, typically used for calibration of conductivity sensors in Purified water (PW) and Water for Injection (WFI) systems.
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Insacal Conductivity FLXA Dual
Insacal Conductivity FLXA Dual is a solution for both low and high conductivty.
The Dual version provides flexibility where multiple measurement ranges must be handled with a single setup.
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Insacal Conductivity Handheld
Insacal Conductivity handheld is a mobile and user-friendly tool for quick on-site verification. It is available in two versions — one for low-conductivity applications and one for high-conductivity applications.
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Insacal T9 Calibration Tank
Insacal T9 Calibration Tank for Insacal Conductivity Meters enables efficient loop calibration of your conductivity sensors.
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Conductivity Calibration with Low Uncertainty
Traditional calibration of conductivity sensors often requires removing the sensor and verifying it under laboratory conditions, which can introduce downtime and uncertainty when reinstalling the sensor in the process.
With InsaCal Conductivity EC Meter, calibration is performed under real operating conditions, supporting stable and traceable sensor performance.
- Supports low measurement uncertainty
- Ensures traceable calibration results
- Provides stable and repeatable sensor performance
- Reduces downtime with fast calibration workflows
- Suitable for in-line conductivity sensors in production environments
Want to understand how the EC-Meter works?
Learn more about the measurement principle, calibration setup, operating procedure and documentation.
Applications for Conductivity Calibration
Conductivity calibration is essential for maintaining stable and reliable measurements in critical processes across a wide range of industries:
- Food & Beverage production
- Pharmaceutical processing
- Laboratory calibration workflows
- CIP/SIP systems
- Water & wastewater applications
Learn more about Conductivity Calibration
Two Conductivity Calibration Methods
Conductivity sensors can be calibrated either using standard solutions or by comparing with reference instruments. Each method has its challenges, from temperature effects to process disruption. Understanding these approaches helps ensure accurate, reliable, and cost-effective calibrations.
Common Challenges in Conductivity Calibration
Getting accurate conductivity measurements isn’t always easy. From temperature effects to electrode fouling and poor calibration practices, several factors can affect reliability. Learn the key challenges and how to avoid them for precise, consistent results.
FAQ - Conductivity Calibration Products
What it the purpose of calibrating conductivity sensors?
Calibration reduces measurement uncertainty and ensures that the sensor prodvide stable and traceable readings in your process.
How often should conductivity sensors be calibrated?
The frequency depends on the process conditions, cleaning cycles, and regulatory requirements. Many industries calibrate sensors at least annually, while hygienic environments may require more frequent checks.
What influences measurement uncertainity during conductivity calibration?
Factors include temperature stability, reference standard quality, cleaning cycles, and sensor condiotion. Insacl Conductivity EC meter helps minimise these variables.
