WEIGHT SETS CLASS E 2 Ohaus (80780401)

WEIGHT SETS CLASS E 2 Ohaus (80780401)

Product Overview

The WEIGHT SETS CLASS E 2 Ohaus (80780401) Therefore, it delivers high-precision mass calibration for kilogram-level laboratory measurements. Moreover, this set supports verification of analytical and precision balances. In addition, Ohaus supplies an ISO/IEC 17025 accredited calibration certificate. As a result, laboratories maintain traceable and documented weighing accuracy. Furthermore, users gain confidence in routine calibration work. Consequently, balance verification becomes more dependable.

Ohaus designs this set with a total capacity of 10 kg. Accordingly, it includes four precisely manufactured weights for direct and efficient calibration. Each weight features one-piece construction. Because of this, mass stability increases and long-term drift decreases. Furthermore, repeated calibration produces consistent results. Thus, laboratory workflows remain reliable.

Features

• Meets OIML Class E2 requirements for high-precision calibration
• Supplied with ISO/IEC 17025 accredited calibration certificate
• Covers calibration range from 5 kg to 1 kg
• Uses one-piece construction for stable mass performance
• Manufactured from premium Troemner Alloy 8
• Protective case included for safe handling and storage
• Manufactured in the USA under controlled standards

Specifications

• OIML Class: E2
• Calibration Certificate: ISO/IEC 17025 Accredited
• Weight Set Range: 5 kg – 1 kg
• Total Set Capacity: 10 kg
• Total Pieces: 4
• Construction: One-piece
• Weight Material: Troemner Alloy 8
• Density at 20°C: 8.03 g/cm³

• Dimensions in Case:
7.3 in × 15.2 in × 19.2 in (18.542 cm × 38.608 cm × 48.768 cm)

• Protective Case: Included
• Country of Origin: USA

Applications

Laboratories use this set to calibrate analytical and precision balances at kilogram ranges. Moreover, pharmaceutical manufacturers rely on it for traceable verification. Additionally, research laboratories use it to maintain consistent weighing performance. Therefore, measurement accuracy remains assured. Ultimately, this set supports reliable and repeatable calibration results.