Thermal Conductivity of Metal Rod for Chemical Engineering Laboratory

Thermal Conductivity of Metal Rod for Chemical Engineering Laboratory

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Thermal Conductivity of Metal Rod for Chemical Engineering Laboratory

Price 100 INR/ Piece

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MOQ : 1 Piece

Thermal Conductivity of Metal Rod for Chemical Engineering Laboratory Specification

Max Height
35 cm

Response Time
Instantaneous

Application
Chemical Engineering Laboratory Equipments

Frequency
50 Hz

Accuracy
1%

Mounting Type
Bench-top

Specimen Size
Rod length: 300 mm

Operating Voltage
230 V AC

Interface Type
Digital Display

Measuring Range
0.01 - 1.0 W/mK

Humidity
Ambient

Product Type
Thermal Conductivity of Metal Rod

Resolution
0.01C

Number of Specimens
1 at a time

Automation Grade
Manual/Semi-Automatic

Test Range
Varied depending on metal rod

Features
Sample mounting clamps, insulation, digital readout

Temperature
Ambient to 90C

Display Type
Digital

Port Size
Heater connection: Standard

Usage
Chemical Engineering Laboratory Equipments

Power Supply
230 V AC, 50 Hz

Capacity
Single speciment

Machine Weight
Approx 10 kg

Test Speed
Manual / Fixed

Test Width
Rod Diameter: 12-20 mm

Control Mode
Digital temperature indicator/controller

Thermal Conductivity of Metal Rod for Chemical Engineering Laboratory Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Month

Delivery Time
1 Week

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
carton box, export quality also available

Main Export Market(s)
Central America, Middle East, Asia, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About Thermal Conductivity of Metal Rod for Chemical Engineering Laboratory

Thermal Conductivity of Metal Rod

Determination Of Thermal Conductivity Of Metal Bar (Brass/Copper)

Description:

The Apparatus Consists Of A Brass Rod, One End Of Which Is Heated By An Electric Heating Coil While The Other End Projects Into The Cooling Water Jacket. The Rod Is Insulated With Glass Wool To Minimize The Radiation And Convection Loss From The Surface Of The Rod And Thus Ensure Nearly Constant Temperature Gradient Throughout The Length Of The Rod. The Temperature Of The Rod Is Measured At Five Different Locations Along The Length. The Heater Is Provided With A Dimmer Stat For Controlling The Heat Input. Water Is Circulated Through The Jacket And Its Flow Rate And Temperature Rise Can Be Measured

The Whole System Is A Single Unit, Consists Of A Metallic, Powder Coated Control Panel With M S Square Tube Table, Which Gives Esthetic Finish. The Apparatus Provided With Digital Instrumentation To Get Accurate Readouts And Results.

Instruction Manual:

Self-explanatory Operating Manual Provided With The System, Which Contains Brief Theory And Practical Exercises And A Set Of Sample Calculation Report.

System Components & Specifications:

Specimen: 20mm Dia, 450mm Long Brass / Copper
Cylindrical Shell: 150mm Dia X 300mm Long M.s.pipe
Water Jacket: 100mm Dia X 100 Mm Long M.s.pipe
Heater: Band Type, Nichrome 250 Watts
Voltmeter: Digital Voltmeter Of Range 0-300v Ac
Ammeter: Digital Ammeter Of Range 0-20a Ac
Temperature Indicator: Digital Temperature Indicator Of Range 0-400c With Tss
Thermocouples: Ptfe Coated Cr al (K-type)-11 No.
Variac: Electronic Dimmer 1.5kw.
Measuring Jar. Plastic-250ml

Stop Watch : digital

Utilities Required To Be Arranged By The Customer

Electric Supply:

230 V, 5 Amps Ac, 50 Hz, Single Phase Electric Supply With Proper Earthing.

Interchangeable Metal Rods for Versatile Testing

The equipment is engineered to accommodate rods made of copper, brass, or steel, allowing users to evaluate various materials under identical thermal conditions. This flexibility supports a broad spectrum of chemical engineering experiments and research projects in educational and industrial laboratory environments.

Accurate & Reliable Temperature Measurement

Pre-calibrated Type K thermocouples deliver accurate temperature readings with a resolution of 0.01C and 1% accuracy. The digital temperature indicator/controller simplifies monitoring, ensuring immediate and reliable data for thermal conductivity assessment.

Safety and Efficient Heat Management

Integrated fuse protection and insulated terminals safeguard laboratory users during operation. The apparatus minimizes heat losses thanks to robust insulation and relies on natural convection for efficient cooling, promoting safety and consistent results.

FAQs of Thermal Conductivity of Metal Rod for Chemical Engineering Laboratory:

Q: How is the thermal conductivity of metal rods measured with this apparatus?

A: The apparatus heats a metal rod using a 250 W heater while Type K thermocouples record temperature gradients along the rod. By manually or digitally monitoring these readings, users can calculate the thermal conductivity using standard experimental methods.

Q: What materials of rods can be tested in this equipment?

A: This system allows testing of copper, brass, or steel rods, which are easily interchangeable based on experiment requirements. Rods have a diameter of 12-20 mm and a length of 300 mm for standardized testing.

Q: When should the insulation and safety features be checked before testing?

A: Insulation, fuse protection, and insulated terminals should be checked prior to each test to ensure user safety and minimize heat loss, as these features are essential for accurate measurements and safe laboratory practices.

Q: Where is the digital temperature indicator/controller used in the testing process?

A: The digital temperature indicator/controller is used at the apparatuss control panel to monitor and adjust temperature readings throughout the experiment. It provides clear, instant digital feedback during measurement.

Q: What is the benefit of manual and optional computer data recording in this system?

A: Manual data recording offers flexibility and simplicity for quick experiments, while the optional computer interface supports advanced data collection and analysis, enhancing efficiency and accuracy in research or educational settings.

Q: How do the sample mounting clamps and insulation help during experiments?

A: Sample mounting clamps secure the metal rod in place, preventing movement during testing, while the insulation minimizes heat loss, ensuring that measurements reflect only the rods properties for reliable thermal conductivity results.

Thermal Conductivity of Metal Rod for Chemical Engineering Laboratory

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