About Beasley Balance
With our in-house facilities and decade of industrial experience, we are able to manufacture and supply a foremost range of Beasley Balance. These instruments are widely used in textile industries to evaluate the yarn count. Our Beasley Balance is designed and manufactured by our professionals as per the set industry norms using supreme grade materials. In addition, we offer these instruments in qualitative packaging to avoid damage during transportation.
Features
- Sturdy design
- Rugged construction
- Easy to use
Versatile Bench-Top Hydrostatics EquipmentEngineered for laboratory and academic applications, the Beasley Balance offers users a reliable and practical tool for fluid mechanics experiments. Its bench-top design fits seamlessly into most laboratory setups, allowing instructors and students to easily conduct and observe hydrostatic demonstrations within a safe and accessible environment.
Outstanding Build Quality and VisibilityFeaturing a powder-coated metal frame for enhanced durability alongside a stainless steel weighing pan, this balance boasts a transparent acrylic front for clear viewing of crucial measurements and meniscus levels. The corrosion-resistant materials ensure longevity, even in harsher ambient or laboratory conditions.
Effortless Operation and Precise ResultsThe Beasley Balance provides a simple, manual weighing mechanism, supplemented by an adjustable spirit level and balancing weights. The graduated scale enables accurate readings down to 0.1 cm, while the instantaneous mechanical response guarantees smooth, reliable measurements throughout the 0-10 cm test range.
FAQ's of Beasley Balance:
Q: How does the Beasley Balance assist in demonstrating hydrostatic principles in laboratory settings?
A: The Beasley Balance is specifically designed for fluid mechanics laboratories to clearly demonstrate hydrostatic balance, helping users visualize and measure displacement using a transparent front panel and graduated markings. Its accurate balancing mechanism and stainless steel pan make fundamental principles easy to observe for both teaching and research purposes.
Q: What process should be followed to operate the Beasley Balance?
A: To use the Beasley Balance, place the specimen on the stainless steel pan, adjust the level using the spirit level and screws, then apply balancing weights as required. Observe the reading through the clear acrylic panel and record the measurement as per the scale, ensuring the setup remains stable during operation for best accuracy.
Q: When should adjustments be made to the level or screws during experiments?
A: Level adjustment with the spirit level and screws should be performed before starting each test or when the apparatus is moved to ensure the balance is perfectly horizontal. This guarantees accuracy and repeatability in all measurements.
Q: Where is the Beasley Balance best utilized and installed?
A: This balance is best suited for laboratories or academic settings, particularly in fluid mechanics departments. It is designed as a bench-top apparatus, making it ideal for installation on sturdy laboratory workbenches in controlled room temperature and ambient humidity environments.
Q: What are the benefits of the clear acrylic viewing panel?
A: The transparent acrylic panel provides a clear line of sight for easy reading of the meniscus and graduated scale, allowing precise and unambiguous measurement of displacement-critical for accurate hydrostatic demonstrations.
Q: How many specimens can be measured simultaneously and what are the capacity limits?
A: The Beasley Balance is designed to accommodate one specimen per test, with a typical capacity of up to 10 grams, depending on the specific model. The pan size and displacement measuring capability align with standard laboratory requirements.