WEIGHT SETS CLASS E 2 Ohaus (80780393)

WEIGHT SETS CLASS E 2 Ohaus (80780393)

Product Overview

The WEIGHT SETS CLASS E 2 Ohaus (80780393) Therefore, it supports calibration across kilogram, gram, and milligram levels. Moreover, it delivers high-precision mass verification for laboratory use. In addition, it supports analytical balances, precision balances, and microbalances. Furthermore, compliance with OIML Class E2 ensures international traceability. As a result, laboratories maintain documented weighing accuracy. Consequently, users gain confidence in daily calibration. Thus, routine verification becomes dependable.

Ohaus designs this set with a total capacity of 2.11 kg. Accordingly, it includes 25 precisely manufactured weights. Then, users perform stepwise calibration with fine resolution. Each weight features one-piece construction. Because of this, mass stability increases. Furthermore, long-term drift decreases. Hence, repeated calibration remains consistent. Ultimately, laboratory workflows stay efficient.

Features

• Meets OIML Class E2 requirements for high-precision calibration
• Covers wide calibration range from 1 kg to 1 mg
• Uses one-piece construction for stable mass performance
• Applies optimized material selection for durability and consistency
• Includes protective case for safe handling and storage
• Manufactured in the USA under controlled standards

Specifications

• OIML Class: E2
• Weight Set Range: 1 kg – 1 mg
• Total Set Capacity: 2.11 kg
• Total Pieces: 25
• Construction: One-piece

• Weight Material:
– ≥1 g: Troemner Alloy 8
– 5 mg to 500 mg: 316 Stainless Steel
– Below 5 mg: Aluminum (3003-H14)

• Density at 20°C:
– ≥1 g: 8.03 g/cm³
– 5 mg to 500 mg: 7.95 g/cm³
– Below 5 mg: 2.70 g/cm³

• Dimensions in Case:
6.6 in × 12.7 in × 16.2 in (16.764 cm × 32.258 cm × 41.148 cm)

• Protective Case: Included
• Country of Origin: USA

Applications

Laboratories use this set to calibrate analytical balances, precision balances, and microbalances. Moreover, pharmaceutical manufacturers rely on it for traceable verification. Additionally, research institutions depend on it for consistent measurement results. Therefore, accuracy remains assured. Consequently, weighing performance stays repeatable. Ultimately, this set guarantees reliable calibration outcomes.