Thermal Conductivity of Metal Rod Apparatus

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Thermal Conductivity of Metal Rod Apparatus Specification

Accuracy
1C (temperature reading); Calculated conductivity depends on experimental procedure

Automation Grade
Manual

Feature
Direct measurement of thermal conductivity, Easy setup, Durable construction

Capacity
Single rod measurement (Standard); Multi-rod options available

Voltage
220-240 V AC

Temperature Range
Ambient to 150C

Frequency
50 Hz

Model No
TKA-TCMR (typical)

Power Source
Electric (for steam generator/heater)

Measurement Range
0.1400 W/mK (depends on rod materials)

Core Components
Metal rod, Steam chamber, Insulation board, Thermocouples or thermometers

Equipment Materials
Metal rod (Copper/Brass/Iron/Aluminum), Wooden or Bakelite base, Insulating covers

Type
Educational Laboratory Equipment

Usage
Thermal conductivity experiments, Physics laboratory

Display Type
Analog

Dimension (L*W*H)
Approx. 55 cm x 15 cm x 15 cm

Weight
Approx. 4-6 kg (including accessories)

Heating Element
Immersion heater (for generation of steam)

Calibration
Supplied pre-calibrated; re-calibration possible

Mounting Type
Table-top

Safety Feature
Over-temperature protection (on heater)

Rod Length
3750 cm (approximate)

Number of Thermometer Points
Typically 68 along the metal rod

Insulation Material
Asbestos sheet or similar thermal insulator

Liquid Used (for heating)
Distilled water (for steam generator)

Rod Diameter
Approx. 12 cm (varies by model)

Accessories Included
Set of thermometers/thermocouples, connecting wires, clamps

About Thermal Conductivity of Metal Rod Apparatus

Take advantage of our popular Thermal Conductivity of Metal Rod Apparatus, crafted for prime accuracy and reduced experimental errors. Renowned among educational labs, this apparatus features a glorious, durable design with the finest insulated materials and a robust heating element. Measure the thermal conductivity of copper, brass, iron, or aluminum rods with up to 8 thermometer points. Accessories-thermometers, clamps, connecting wires-are included for immediate setup. Over-temperature protection, easy analog display, and single or multi-rod options make this an asset for both budding and advanced physicists. Exported all over India by a trusted manufacturer, this apparatus delivers reliability and precision.

Application & Versatility in Industrial and Educational Settings

The Thermal Conductivity of Metal Rod Apparatus stands out for its surface adaptability, supporting experiments from school physics labs to industrial plants. Its design enables the exploration of commercial heat conduction phenomena and performance evaluation of insulation materials. In plant applications, engineers can demonstrate real-world thermal transfer, making it a vital training and quality control tool. The apparatus's versatility ensures effective results for academic, industrial, and research-based purposes alike.

Certifications, Packaging Options, and Shipping Details

Our apparatus meets the highest certification standards proposed in laboratory equipment. Each order comes securely packed to withstand express shipping, ensuring safe arrival at your location. We offer attractive proposal amounts for bulk supplies and flexible packaging details tailored to your institutional or commercial needs. The FOB port options are available on inquiry, facilitating easy integration of this advanced educational equipment into global science curricula and commercial laboratories.

FAQ's of Thermal Conductivity of Metal Rod Apparatus:

Q: How does the Thermal Conductivity of Metal Rod Apparatus measure conductivity?

A: The apparatus directly measures thermal conductivity by recording temperature differences at multiple points along the heated metal rod using calibrated thermometers or thermocouples. The resulting data are used to calculate conductivity based on established principles.

Q: What metals can be tested with this apparatus?

A: You can use copper, brass, iron, or aluminum rods-each offering a different thermal conductivity value-to broaden experimental understanding in laboratory and industrial environments.

Q: Where can the apparatus be utilized for best results?

A: It is optimally used in educational and physics laboratories, as well as in industrial plants for training and evaluating heat conduction performance in various metals and insulation materials.

Q: What safety features are included with the heating element?

A: The apparatus incorporates an over-temperature protection feature on the heater to prevent overheating, ensuring safe, reliable operation during all experiments.

Q: When should re-calibration be performed?

A: Re-calibration is recommended if the apparatus is subjected to extensive use or after significant physical movement, to maintain prime accuracy in temperature and conductivity measurements.

Q: How is the apparatus packaged for delivery?

A: Each unit is carefully packaged with protective insulation and sturdy casing to ensure it arrives intact. Express shipping options and FOB port arrangements are available upon request.

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