Timbangan Ohaus 310-00 Cent 0 -Gram & Dial 0 -Gram

Timbangan Ohaus 310-00 Cent 0 -Gram & Dial 0 -Gram

The Timbangan Ohaus 310-00 Cent 0 -Gram & Dial 0 -Gram is a high-accuracy mechanical weighing instrument designed for laboratory and educational use. With a maximum capacity of 310 g and readability of 0.01 g, it delivers precise, repeatable results for small-sample measurements. Because it operates without electricity, this balance ensures dependable performance anywhere—making it ideal for teaching environments, field studies, and laboratory research.

Features

The Ohaus 310-00 features a dual-beam system with an integrated dial, offering a combination of coarse and fine weight adjustment. This design allows users to perform fast yet precise readings with minimal effort. The fine-tuning dial enhances accuracy, while the smooth-moving beams ensure stability during measurement. In addition, the magnetic damping mechanism reduces pointer oscillation, allowing quicker stabilization and faster operation.

Its removable stainless-steel pan, sized 0.5 × 3.5 in (13 × 89 mm), provides a durable, corrosion-resistant surface that is easy to clean between uses. The solid metal base and precision bearings guarantee long-term reliability, while the mechanical components resist wear from continuous operation. Because it requires no power source, this model is both portable and maintenance-free, offering consistent accuracy in any environment.

Specifications

• Model / Part Name: Ohaus 310-00 Cent-o-Gram & Dial-o-Gram

• Maximum Capacity: 310 g

• Readability: 0.01 g

• Linearity: ± 0.01 g

• Pan Size: 0.5 × 3.5 in (13 × 89 mm)

• Pan Type: Removable stainless-steel pan

• Beams: Dual-beam configuration with precision dial

• Dimensions (L × H × W): 14.17 × 9.82 × 6.52 in (360 × 249 × 166 mm)

• Net Weight: 1.4 kg

• Power Requirement: None (mechanical operation)

• Units of Measurement: Gram (g)

Applications

The Ohaus 310-00 Cent-o-Gram & Dial-o-Gram is well-suited for laboratory analysis, classroom instruction, and quality-control processes. It provides exceptional accuracy for weighing small samples, powders, and test materials. Educators use it to teach measurement fundamentals, while researchers depend on it for routine analytical weighing where consistent precision is essential.