Timbangan Ohaus 311-00 Cent o-Gram & Dial o-Gram

Timbangan Ohaus 311-00 Cent o-Gram & Dial o-Gram

The Timbangan Ohaus 311-00 Cent o-Gram & Dial o-Gram is a high-precision mechanical balance engineered for users who demand accuracy, durability, and ease of use. With a maximum capacity of 311 g and readability of 0.01 g, it delivers exceptional measurement precision, making it ideal for analytical, educational, and quality-control applications. This model operates entirely without electricity, providing reliable performance even in field or power-limited environments.

Features

The Ohaus 311-00 features a four-beam design, allowing fine and accurate adjustment across a broad measuring range. The front dial and beam sliders offer precise, repeatable positioning, ensuring dependable results for every weighing session. Its magnetic damping system helps stabilize the pointer quickly, reducing waiting time between measurements and improving workflow efficiency.

The stainless-steel weighing pan, sized 0.5 × 3.5 in (13 × 89 mm), resists corrosion and is fully removable for easy cleaning. The robust metal frame provides excellent stability, while the precisely machined knife-edges and bearings maintain balance sensitivity even after long-term use. Because of its mechanical simplicity and rugged construction, the 311-00 balance is easy to maintain and dependable for years of operation.

Specifications

• Model / Part Name: Ohaus 311-00 Cent-o-Gram & Dial-o-Gram

• Maximum Capacity: 311 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: Four-beam configuration with fine and coarse adjustment

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

• Net Weight: 1.6 kg

• Power Requirement: None (mechanical operation)

• Units of Measurement: Gram (g)

Applications

The Ohaus 311-00 Cent-o-Gram & Dial-o-Gram Balance is ideal for laboratory analysis, educational training, and precision testing. It’s widely used in chemistry, biology, and material science to measure small samples accurately. Additionally, its durability and portability make it suitable for field research and classroom demonstrations.