Adam Equipment Triple Beam Balance - 2,610 x 0.1 g, Tare Range of 225 g - TBB 2610t
Engineered for daily student use, Adam Equipment's patented TBB triple beam mechanical balance provides exceptional value for teaching mass measurement concepts. Its rugged construction, along with a security slot to deter theft, makes the durable TBB perfect for classroom settings. The balance features a sturdy metal housing and a grade 304 stainless steel pan, ensuring it stands up to frequent use. Additional features include tripod legs for density measurements, a weigh-below hook, magnetic damping for quicker stabilization, notched and tiered graduated beams with center reading, and convenient holders for storing extra weights.
Features
- 2,610 x 0.1 g for small parts
- Optional hook enables below-balance weighing
- Large, grade 304 stainless steel pan allows swift cleaning
- Magnetic damping slows pointer movement for faster readings
- Notched, tiered, graduated beams ensure positive positioning and accurate reading of results
- Storage space for weights included
- The TBB 2610T is equipped with a 225g tare range.
- Zero adjustment
What Our Experts Think
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A classic mechanical balance with a capacity of 2,610 g and 0.1 g readability, ideal for classrooms and labs.
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Includes a 225 g tare range, making it easy to weigh containers and samples accurately.
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Built with a rugged metal base and stainless steel weighing pan for long-lasting durability.
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Simple, no-electricity design—perfect for educational settings, fieldwork, and training environments.
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Provides hands-on experience in understanding mass measurement without reliance on digital electronics.
Q&A
Q: What is the maximum capacity?
A: 2,610 g.
Q: What is the readability?
A: 0.1 g.
Q: What is the tare range?
A: Up to 225 g.
Q: Is this a digital scale?
A: No, it is a mechanical triple beam balance.
Maintenance Tips
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Place on a flat, vibration-free surface for accurate measurements.
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Regularly check and clean the knife edges and pivots to maintain smooth operation.
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Store the balance covered when not in use to prevent dust buildup.
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Avoid overloading, as this can damage the beams and affect accuracy.
