Product Description
For direct reading with sliding weight and for quick weighing with triple beam facilities. Its outstanding characteristics its great convenience due to the fact that the balancing weights are permanently secured to the beams. An adjusting screw is provided for leveling the beam which is enclosed in a metal guard to provide protection from of bending or break in. The balance is fitted on a metallic base.Cat. No. | Capacity |
1) | 111 gms |
2) | 310 gms |
3) | 610 gms |
High Precision in Every MeasurementEngineered for accuracy, this triple beam balance delivers reliable results with 0.05 g accuracy and 0.1 g readability. It features individual sliders for each of its three beams, enabling precise and effortless mass adjustments. The analog scale is easy to read, ensuring students and professionals can record exact measurements confidently.
Built to Last in All Lab EnvironmentsDesigned from durable metal and featuring a stainless steel pan, the balance withstands rigorous daily use. Its reinforced arms and overload protection enhance longevity, while a corrosion-resistant pan ensures it maintains peak performance in classrooms, research labs, and industrial settings.
User-Friendly and Maintenance-Free OperationThis mechanical balance operates without the need for electrical power, making it suitable for a variety of environments-even those without constant electricity. The front-mounted zero adjustment and manual calibration process enable straightforward setup, and the magnetic damping system ensures measurements stabilize quickly.
FAQ's of Triple Beam Balance:
Q: How do I calibrate the Triple Beam Balance?
A: Calibration is performed manually using external weights. Place the triple beam balance on a flat, stable surface, ensure the scale reads zero using the front-mounted zero adjustment knob, and use certified calibration weights to verify accuracy along the entire measurement range.
Q: What environments are best suited for using this balance?
A: This triple beam balance is ideal for classrooms, science and chemistry laboratories, as well as industrial settings that require precise mass measurement. Its durable, anti-corrosive construction ensures it performs reliably in diverse laboratory environments across India.
Q: When should I use the magnetic damping feature?
A: The integrated magnetic damping system is always active during use. It stabilizes the beams quickly after moving the sliding weights, allowing measurements to settle faster and providing more efficient, accurate readings for every use.
Q: Where should the triple beam balance be positioned for best results?
A: For optimal accuracy, place the balance on a level, sturdy surface away from vibrations and drafts. This minimizes external influences and ensures the most precise readings possible.
Q: What is the process to measure an object's mass with this device?
A: Begin by adjusting the zero knob to ensure the scale is balanced before placing any objects. Place your sample on the stainless steel pan, then move the sliders on the three beams incrementally until the pointer returns to the zero or equilibrium mark. Sum the values from each beam for the total mass.
Q: How does the overload protection feature benefit users?
A: Overload protection, achieved through reinforced pan and arms, prevents accidental damage when excess weight is placed on the balance, ensuring durability and continued accuracy throughout the device's lifespan.
Q: What makes this balance advantageous in educational and laboratory settings?
A: Its manual, power-free operation and easy-to-read analog display support hands-on learning and foster understanding of measurement principles. Durability, precision, and simple maintenance make it a long-lasting and cost-effective choice for routine laboratory tasks.