Hanging Tubular Spring Balance

Product Code : SCL-AM-11229

The Hanging Tubular Spring Balance is a force-measuring laboratory instrument used to measure weight, pull force, and tension through calibrated spring extension inside a tubular body. It is suitable for school physics labs, mechanics practicals, STEM classrooms, colleges, polytechnics, teacher-training labs, distributors, and institutional procurement buyers.

Product Description

The Hanging Tubular Spring Balance from Lab Equipments Ambala is best positioned under Physics Lab / Applied Mechanics / Force and Measurement Apparatus. It supports classroom experiments where students measure force, compare mass and weight, study extension under load, and observe how applied force is indicated on a calibrated scale.

A dedicated product page with final product code, capacity, least count, Newton scale, gram scale, tubular body material, spring material, top ring, lower hook, zero adjustment, scale length, packing, and documentation should be confirmed before publishing. Do not publish unverified accuracy, calibration, certification, or load-capacity claims without a final specification sheet.

Key Features

• Hanging spring-balance format: suitable for suspended-load, pull-force, and tension-measurement experiments.
• Tubular body design: product name indicates a tubular spring balance; final tube material and finish should be confirmed.
• Spring-extension principle: helps students observe how applied force produces measurable spring extension.
• Educational force measurement: supports Newton, gram, or dual-scale reading where the final model includes those units.
• Mechanics lab compatibility: useful for mass, weight, friction, pulley, inclined plane, and tension experiments.
• Simple classroom handling: suitable for supervised student practicals and observation-table work.
• Verification required: capacity, least count, scale units, tube material, hook design, zero adjustment, and accuracy must be confirmed from the final specification sheet.

Technical Specifications

What’s Included in the Kit

• Hanging Tubular Spring Balance main unit
• Top support ring, hanger, or hook
• Lower load hook or load hanger
• Instruction sheet, practical guide, calibration note, or test certificate
• Protective packing for laboratory or institutional dispatch

Applications / Uses

• Measuring force and weight in school physics laboratories
• Measuring pull force or tension in mechanics experiments
• Supporting friction, pulley, inclined plane, and hanging-load practicals
• Demonstrating spring extension and basic Hooke’s law concepts
• Comparing mass, weight, and force units in classroom experiments
• Recording readings for observation tables, practical files, and STEM worksheets

How to Use the Hanging Tubular Spring Balance

1. Confirm the capacity, least count, unit scale, and approved load direction before use.
2. Suspend the spring balance vertically from the top ring, hanger, or support point.
3. Check that the pointer or indicator reads zero before applying any load.
4. Attach the object, mass hanger, string, or tension line to the lower hook.
5. Allow the spring and load to settle without jerking, swinging, or exceeding the rated capacity.
6. Read the value at eye level using the confirmed Newton, gram, or dual-unit scale.
7. Record the reading and remove the load gently after the experiment.

Safety note: Use the Hanging Tubular Spring Balance only within its confirmed capacity. Do not overload, jerk, twist, drop, or shock-load the spring. Keep hands clear of suspended masses, use a stable support, and operate the apparatus under instructor supervision during student practicals.

Care & Maintenance

• Keep the tubular body, scale, spring, hook, and top ring clean and dry.
• Check zero position, spring return, hook condition, scale readability, and visible damage before use.
• Do not stretch the spring beyond the confirmed maximum capacity.
• Store the spring balance unloaded and protected from impact, corrosion, bending, and excess humidity.

Why Choose Lab Equipments Ambala

Lab Equipments Ambala manufactures and exports educational and scientific laboratory equipment for physics, chemistry, biology, mathematics, engineering, and STEM laboratories. Its verified physics lab guidance includes spring balance under mass and force apparatus for school practical work. Buyers should request the final Hanging Tubular Spring Balance specification sheet before procurement to confirm capacity, least count, scale units, body material, hook design, packing, and documentation.

Frequently Asked Questions

What is a Hanging Tubular Spring Balance used for?

A Hanging Tubular Spring Balance is used to measure force, weight, pull force, and tension in school physics and mechanics laboratory experiments.

Is a hanging tubular spring balance the same as a spring balance?

Yes, it is a type of spring balance. The term “tubular” usually refers to the body style, while the measuring principle remains spring extension under load.

What capacity is available for this spring balance?

The capacity is not verified from the supplied product name. Confirm the final Newton, gram, kilogram-force, or dual-scale capacity before publishing or ordering.

Can it be used for Hooke’s law experiments?

Yes, a tubular spring balance can support Hooke’s law demonstrations and load-extension activities, provided the experiment stays within the confirmed capacity and least count.

How should students read the spring balance?

Students should suspend the balance vertically, check zero before loading, avoid swinging or jerking, and read the scale at eye level using the confirmed unit markings.

What should be confirmed before ordering?

Confirm product code, capacity, least count, scale units, tubular body material, spring material, hook design, top ring design, zero adjustment, accuracy, packing, and documentation.

For related laboratory equipment, explore Physics Lab equipment, Applied Mechanics equipment, CBSE Physics Practical Equipment List, and Contact Lab Equipments Ambala for confirmed specifications and institutional enquiries.