Accessories Starter Ohaus Cond 1413 µS/cm 250 mL

Accessories Starter Ohaus Cond 1413 µS/cm 250 mL

The Accessories Starter Ohaus Cond 1413 µS/cm 250 mL provides precise and reliable calibration for conductivity meters used in laboratories, industrial facilities, and educational institutions. Because it is formulated according to international standards, this solution delivers accurate mid-range conductivity calibration for a wide variety of analytical applications. Moreover, its certified value of 1413 µS/cm makes it a universal reference point for general water and solution testing.

Features

• Accurate Calibration Reference: The solution establishes a stable conductivity value of 1413 µS/cm, ensuring consistent and repeatable measurement accuracy.

• NIST Traceable Quality: Furthermore, every batch conforms to NIST (National Institute of Standards and Technology) standards to guarantee traceability and reliability.

• Ready-to-Use Solution: Since it is pre-mixed, users can perform calibration immediately without the need for dilution or additional preparation.

• High Stability and Purity: Thanks to its high-grade formulation, the solution resists contamination and maintains its conductivity value for an extended period.

• Secure Packaging: Moreover, the 250 mL sealed bottle prevents evaporation and ensures long-term storage stability.

• Temperature Reference Table: The label includes a temperature–conductivity correlation chart for accurate temperature compensation during calibration.

Specifications

• Accessory Type: Conductivity Standard Solution

• Conductivity Value: 1413 µS/cm at 25°C

• Volume: 250 mL

• Standards Compliance: NIST traceable

• Temperature Coefficient: Provided on the label for temperature correction

• Storage Conditions: Store at 10°C – 30°C, away from sunlight and heat sources

Applications

The Ohaus 1413 µS/cm Conductivity Standard Solution is ideal for laboratories, universities, and water testing facilities that require precise calibration of conductivity meters. Additionally, it is commonly used in environmental analysis, wastewater monitoring, and chemical research. As a result, this solution helps users maintain instrument accuracy and achieve dependable results across various conductivity measurement ranges.