The Xylem Conductivity Calibrator, 100,000 µmhos/cm (quart), is a NIST-traceable standard solution designed for precise calibration of both field and laboratory instruments. Developed to meet OIML recommendation 56, these high-quality calibration solutions help ensure measurement accuracy by aligning field sensors and lab cells under the same reference standards. Each bottle includes a temperature correction table (20–30 °C), and every batch is quality-checked against primary standard solutions.
Product Features
- NIST-traceable conductivity calibration solution for lab and field instruments
- Inspected against primary standards per OIML recommendation 56
- Temperature correction table included for accurate calibration from 20 °C to 30 °C
- High tolerance accuracy: +0.25% for 100,000 µmhos/cm
- Available in both glass quart bottles and plastic pint bottles
- Dated material with heat packaging for winter shipping
What's Included
- 1 Quart (glass bottle) of 100,000 µmhos/cm conductivity solution
- Temperature correction chart on the label
- Batch-tested certificate traceable to NIST standards
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 Bottle)
- #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
- Ensures maximum calibration accuracy across lab and field equipment
- NIST-traceability provides compliance for regulated industries
- Temperature-compensated values support reliable results in varying environments
- Available in both durable glass bottles and convenient plastic pint packs
- Heat-packed and protected for shipping in colder months
Why Choose Xylem Conductivity Calibration Solutions?
Trusted by professionals worldwide, Xylem’s conductivity calibrators offer unmatched precision, traceability, and reliability. Their strict adherence to OIML standards and high manufacturing tolerances make them ideal for labs, water quality monitoring, and industrial applications requiring dependable conductivity calibration across a range of instruments.
