Timbangan Ohaus 730-00 Triple Beam Balances

Timbangan Ohaus 730-00 Triple Beam Balances

The Timbangan Ohaus 730-00 Triple Beam Balances is a classic and reliable mechanical balance designed for accurate mass measurement without the need for electrical power. With a maximum capacity of 610 g and readability of 0.1 g, it provides exceptional precision and repeatability, making it ideal for educational laboratories, fieldwork, and routine weighing applications where durability and consistency are essential.

Features

The Ohaus 730-00 features a rugged, mechanical design that delivers long-lasting performance and precise measurements. It operates without electricity or batteries, ensuring dependable results even in locations without power access. The three-beam design allows users to easily adjust weight increments for fast and accurate readings, while the magnetic damping system ensures quick stabilization of the pointer.

The balance includes a 6 × 9 in (152 × 229 mm) plastic animal container pan, ideal for weighing specimens or irregular items safely. The large, easy-to-read scale and zero-adjustment knob simplify calibration, making operation intuitive for both students and professionals. Built with corrosion-resistant materials, the balance maintains accuracy and performance even with frequent use.

Specifications

• Model / Part Name: Ohaus 730-00 Triple Beam Balance

• Maximum Capacity: 610 g

• Readability: 0.1 g

• Linearity: ± 0.1 g

• Pan Size: 6 × 9 in (152 × 229 mm)

• Pan Type: Animal Container

• Pan Construction: Durable plastic

• Dimensions (L × H × W): 17.76 × 6.62 × 6.35 in (451 × 168 × 161 mm)

• Power Requirement: None (mechanical operation)

• Units of Measurement: Gram (g)

• Net Weight: 0.13 kg

Applications

The Ohaus 730-00 Triple Beam Balance is widely used in schools, research laboratories, and field environments that require precise yet portable weighing. It is perfect for biology experiments, sample preparation, educational demonstrations, and general mass measurement where electronic scales are not practical.