The Xylem Conductivity Calibrator, 1,000 µmhos/cm, is a NIST-traceable standard solution designed for high-accuracy calibration of both field and laboratory conductivity instruments. Ensuring optimal instrument performance, each bottle is inspected against primary standard solutions in accordance with OIML recommendation 56. This box of eight pint-sized plastic bottles is ideal for multipoint calibration, offering consistent, high-precision results for conductivity measurements in a wide range of water quality applications.
Product Features
- NIST-traceable calibration solution for conductivity meters and sensors
- Accuracy ensured through inspection against primary standard solutions
- Temperature correction table printed on each bottle (20–30 °C)
- 1,000 µS/cm conductivity with ±1.0% tolerance
- Dated material with heat packing in winter for quality assurance
- Compliant with OIML Recommendation 56 for precision metrology
What’s Included
- 8 individual pint bottles of conductivity solution (plastic)
1 Quart (Glass Bottle) Options
- #3161: 1,000 µS/cm ±0.50%
- #3163: 10,000 µS/cm ±0.25%
- #3165: 100,000 µS/cm ±0.25%
1 Box with 8 Individual Pints (Plastic Bottle)
- #3167: 1,000 µS/cm ±1.0%
- #3168: 10,000 µS/cm ±1.0%
- #3169: 50,000 µS/cm ±1.0%
- #3160: 1,413 µS/cm ±1.0%
Benefits
- Ensures reliable calibration across a broad range of conductivity readings
- Compatible with both field and lab instruments for universal use
- Each bottle includes a temperature correction chart for accuracy
- Packaged for long shelf life and minimal contamination risk
- Trusted by professionals for its traceability and repeatable results
Why Choose the Xylem Conductivity Calibrator?
Engineered for precision and traceability, the Xylem Conductivity Calibrator supports dependable calibration of conductivity sensors in any setting. With broad compatibility, tight tolerances, and certified accuracy, this solution ensures your instruments are always aligned with industry standards. Its reliable formulation, practical packaging, and professional-grade consistency make it an essential calibration tool for environmental monitoring, industrial applications, and research labs.
