The Xylem Conductivity Calibrator (10,000 µmhos/cm) is a NIST-traceable solution specifically designed for precise calibration of both field and laboratory instruments. Engineered for maximum accuracy, it ensures consistent and reliable conductivity measurements. The calibrator complies with OIML recommendation 56 and includes temperature correction tables (20–30 °C) printed on each bottle. Ideal for professionals requiring consistent instrument performance in environmental, industrial, or lab settings.
Product Features
- NIST-traceable conductivity solution with 10,000 µmhos/cm value
- Suitable for calibrating both field and laboratory conductivity instruments
- Temperature correction chart (20 °C to 30 °C) included on the bottle
- Manufactured following OIML recommendation 56 standards
- ±1.0% tolerance for consistent and accurate calibration
- Dated material ensures product freshness and reliability
- Heat-packed during winter months for quality preservation
What's Included
- 1 box containing 8 x 1 pint (plastic) bottles of 10,000 µmhos/cm conductivity solution (#3168)
1 Quart (Glass Bottle)
- #3161: 1,000 µS/cm; ±0.50% tolerance
- #3163: 10,000 µS/cm; ±0.25% tolerance
- #3165: 100,000 µS/cm; ±0.25% tolerance
1 Box with 8 Individual Pints (Plastic Bottles)
- #3167: 1,000 µS/cm; ±1.0% tolerance
- #3168: 10,000 µS/cm; ±1.0% tolerance
- #3169: 50,000 µS/cm; ±1.0% tolerance
- #3160: 1,413 µS/cm; ±1.0% tolerance
Benefits
- Reliable calibration ensures precise instrument performance and data integrity
- Traceability to NIST standards supports audit and compliance requirements
- Clear temperature correction tables reduce error from environmental changes
- High-quality packaging helps maintain solution integrity during shipping and storage
Why Choose Xylem Conductivity Calibrator?
When accuracy and reliability matter, the Xylem Conductivity Calibrator delivers exceptional consistency and precision. Each solution is manufactured to rigorous standards and offers temperature correction, NIST traceability, and minimal tolerance deviations, ensuring that your instruments operate with peak accuracy. Whether used in the lab or in the field, these solutions meet the demands of professionals across a wide range of applications.
