Essential Ohaus Hj2001 Harvard Junior Mechanical Balance 2000 G X 0.5 G Best Choice [Lsrj5HZV]

OHAUS HJ2001 Harvard Junior Mechanical Balance

Introducing the OHAUS HJ2001 Harvard Junior Mechanical Balance, a versatile and durable tool designed for educational purposes and comparative weighing. This two-pan balance is the perfect instrument for students and professionals alike, offering precision and reliability. With its robust construction and user-friendly features, it stands out as an essential tool for anyone involved in weighing and measurement.

Product Specifications and Features

The OHAUS HJ2001 Harvard Junior Mechanical Balance boasts a maximum capacity of 2,000 g and an impressive readability of 0.5 g, ensuring accurate and precise measurements. Crafted with high-quality materials, this balance features an ABS base, pans, and bowls for durability, and a metal beam for stability. Key features include a manual dampening device for smooth operation and a spring-loaded zero adjust compensator for quick and easy calibration. The balance measures 9.44 inches x 6.29 inches x 5.51 inches (240 mm x 160 mm x 140 mm) and weighs a net 2.5 kg, making it a portable and convenient choice for any setting. Here are some of its standout features:

• Two-pan balance designed for comparative weighing
• Steel pointer display for clear and easy reading

Practical Uses and Benefits

Whether you are a student learning the basics of weighing and measurement or a professional in need of a reliable tool, the OHAUS HJ2001 Harvard Junior Mechanical Balance is an excellent choice. Its practical design and user-friendly features make it ideal for various applications, including classroom use, laboratory experiments, and everyday weighing tasks. The balance's ability to measure in grams and its non-powered operation make it a convenient and energy-efficient tool. Here are some of the benefits of using this balance:

• Accurate weighing with a readability of 0.5 g
• Durable construction with ABS base, pans, and bowls
• Easy calibration with a spring-loaded zero adjust compensator