TORSION PENDULUM 5'' BRASS DIA

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TORSION PENDULUM 5'' BRASS DIA Specification

Speed Range
Depend on Manual Twist Applied

Temperature Resistance
Ambient Laboratory Conditions

Features
Removable Brass Disc, Stable Base, Adjustable Suspension, High Precision Bearings

Display Type
Analog (Scale/Pointer Based)

Shape
Cylindrical (Disc) with Vertical Stand

Accuracy
High Sensitivity for Angular Measurements

Control Type
Manual

Type
Mechanical Laboratory Instrument

Dimension (L*W*H)
Approximately 5 (Brass Disc Diameter)

Equipment Type
Torsion Pendulum Apparatus

Equipment Materials
Brass, Steel Stand, Metal Frame

Power
Not Required (Manual Operation)

Material
High-Grade Brass and Steel

Application
Physics Laboratory, Measurement of Torsional Motion

Usage Level
Suitable for Schools, Colleges, and Research Labs

Rotational Inertia Adjustment
Available

Base Type
Heavy Stable Cast Iron or Alloy

Net Weight
Approx. 2.5 kg

Mount Type
Vertical with Clamping Facility

Disc Diameter
5 inches (127 mm)

Measurement Scale
Calibrated Angular Scale

Compliance
Meets Standard University Physics Lab Requirements

Suspension Fiber
High-Tensile Steel or Phosphor Bronze Wire

Finish
Corrosion Resistant, Polished Brass

About TORSION PENDULUM 5'' BRASS DIA

Discover a transcendent bargain with the TORSION PENDULUM 5 BRASS DIA-a venerable instrument crafted for accuracy and durability in academic and research applications. Featuring a lustrous, corrosion-resistant polished brass disc (5 in/127 mm diameter), the apparatus boasts high-precision bearings, an adjustable high-tensile steel suspension fiber, and a stable cast iron or alloy base. The calibrated angular scale and removable brass disc facilitate exact measurements of torsional motion. This premium find meets standard university requirements, offering reliability to schools, colleges, and laboratories at clearance pricing.

Elevated Use in Scientific Research and Education

Used extensively by physics departments in schools, colleges, and research institutions, the TORSION PENDULUM 5 BRASS DIA stands out with its high-grade brass and steel construction. The robust cylindrical design allows meticulous analysis of angular motion, while the mechanically engineered scale ensures reproducibility. Its key material features, such as corrosion resistance and high precision, make it an essential asset for plant application in quality control and research labs alike.

Packaging, FOB Port, and Payment Estimates

Each TORSION PENDULUM 5 BRASS DIA is carefully packaged to ensure safe arrival. Estimated asking price and delivery lead time are provided upon order. Our standard FOB port is located in India, supporting efficient international export. Payment terms are flexible and open to discussion. Get a comprehensive estimate and secure your order with confidence-ensuring your laboratory's latest acquisition reaches you in excellent condition.

FAQ's of TORSION PENDULUM 5'' BRASS DIA:

Q: How is the rotational inertia adjusted on the TORSION PENDULUM 5 BRASS DIA?

A: The TORSION PENDULUM 5 BRASS DIA includes a removable brass disc, allowing for straightforward adjustment of the system's rotational inertia to accommodate experimental requirements.

Q: What materials are used in the construction of this torsion pendulum?

A: This pendulum is composed of high-grade brass for the disc, stainless steel or phosphor bronze for the suspension fiber, and features a robust cast iron or alloy base for stability.

Q: Where is the primary application of this mechanical laboratory instrument?

A: It is widely used in physics laboratories across schools, colleges, and research facilities for demonstrating and measuring torsional motion with high precision.

Q: When can I expect delivery after placing my order?

A: Estimated arrival times depend on inventory status and destination. Once your order and asking price are confirmed, we provide a shipping estimate and tracking information.

Q: What are the benefits of using a manual analog display for measurements?

A: Analog, scale/pointer-based measurements foster hands-on learning and provide immediate feedback while ensuring high sensitivity for precise angular readings.

Q: How durable is this equipment under laboratory conditions?

A: Its corrosion-resistant, polished brass finish and sturdy metal frame are engineered to withstand ambient laboratory environments, ensuring reliability over extended use.

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