Product Description
Basic general purpose balance for students. The hangers have double hooks for specific gravity experiments, and pans are detachable. The balance is finished in black colour with chrome plated fittings and mounted on polished wooden base with leveling screws
Engineered for Precision and ReliabilityDesigned with a lightweight alloy beam and durable cast iron base, this mechanical physical balance provides reliable and precise mass measurements. Its chemical-resistant finish ensures durability, making it ideal for regular laboratory use. The device's symmetrical design and adjustable leveling screws ensure ongoing accuracy, even during repeated use.
User-Friendly Features and ComplianceEquipped with a manual zero adjustment screw and locking device for the beam, this balance is straightforward to calibrate and operate. The inclusion of a clear glass pan allows for easy observation of specimens. Compliant with ISI and standard laboratory requirements, it is an ideal choice for educational institutions and scientific labs alike.
FAQ's of Physical Balance :
Q: How do I use the double pan physical balance to measure sample mass?
A: Place the sample on one pan and standard calibration weights on the opposite pan. Adjust the zero screw if necessary, then move the weights until the beam is level. The sample's mass equals the total calibration weights used. Always ensure the device is properly leveled using the provided leveling screws for optimal accuracy.
Q: What are the key benefits of using this mechanical physical balance in laboratories?
A: This balance offers high precision up to 0.01 g, chemical resistance, and rust-resistant materials. Requiring no electrical power, it is reliable during power outages and remains accurate through manual operation. The included calibration weights and stability features make it a dependable asset for laboratory and educational measurements.
Q: When should the physical balance be calibrated, and what is the process?
A: Calibration should be performed before first use and regularly, especially after moving the device. Use the provided calibration weights, placing them on the pan and adjusting the zero screw until the pointer returns to zero. This ensures measurement accuracy for future uses.
Q: Where is this balance best utilized?
A: This balance is ideal for laboratory and classroom environments where precise, manual mass measurements are essential. Its robust, chemical-resistant construction makes it suitable for a variety of scientific and instructional settings.
Q: What materials are used in construction, and how do they contribute to performance?
A: The balance integrates a cast iron base for stability, a lightweight alloy beam for precision, brass fittings for smooth operation, and clear glass pans for visibility. Powder-coated wood and steel components provide durability and chemical resistance, ensuring reliable performance in demanding lab conditions.
Q: What standard accessories come with the balance?
A: The equipment is supplied with a set of calibration weights, which are essential for accuracy checks and routine calibration procedures in laboratory use.