Timbangan Ohaus TJ2611 Triple Beam jr

Timbangan Ohaus TJ2611 Triple Beam jr

The Timbangan Ohaus TJ2611 Triple Beam jr. is a reliable and user-friendly mechanical balance designed for accurate weight measurement without electricity. With a maximum capacity of 2610 g and readability of 0.1 g, it offers precision, durability, and ease of operation. Because of its compact and sturdy design, it’s an excellent choice for educational laboratories, fieldwork, and general-purpose weighing applications.

Features

The Ohaus TJ2611 combines classic mechanical operation with modern construction for stable and repeatable measurements. Its three-beam design allows users to fine-tune weights manually, ensuring precise control over each measurement. The magnetic damping system reduces oscillation and stabilizes readings faster, allowing users to work efficiently without sacrificing accuracy.

In addition, the stainless steel weighing pan—measuring 5.9 inches (150 mm) in diameter—offers excellent resistance to corrosion, chemicals, and everyday wear. The solid metal base provides long-term stability, while the clearly marked beams and easy-to-adjust sliders ensure smooth operation for both beginners and experienced users.

Since it operates without power, the TJ2611 delivers dependable performance anywhere, including classrooms, workshops, and remote field environments. Furthermore, its lightweight design makes it portable and easy to transport.

Specifications

• Model / Part Name: Ohaus TJ2611 Triple Beam Jr.

• Maximum Capacity: 2610 g

• Readability: 0.1 g

• Linearity: ± 0.1 g

• Pan Size: 5.9 in (150 mm) diameter

• Pan Construction: Stainless Steel

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

• Net Weight: 2.5 kg

• Power Requirement: None (Mechanical operation)

• Units of Measurement: Gram (g)

Applications

The Ohaus TJ2611 Triple Beam Jr. is ideal for education, laboratory analysis, and field applications. It’s often used for science demonstrations, sample weighing, material testing, and basic mass comparison. Because of its mechanical precision and rugged construction, it performs reliably in both classroom and professional environments.