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Heat Transfer In Forced Convection Labcare Online
Heat Transfer In Forced Convection Labcare Online
Heat Transfer In Forced Convection Labcare Online
Heat Transfer In Forced Convection Labcare Online
Heat Transfer In Forced Convection Labcare Online
Heat Transfer In Forced Convection Labcare Online
Heat Transfer In Forced Convection Labcare Online
Heat Transfer In Forced Convection Labcare Online

Heat Transfer In Forced Convection Labcare Online

Heat Transfer In Forced Convection Labcare Online Specification

  • Weight
  • Approx. 50 kg
  • Use
  • Educational, Laboratory Experiments
  • Power Type
  • 230 V AC, 50 Hz, Single Phase Electric Supply
  • Assembly
  • Pre-assembled, Ready to Use
  • Surface Finish
  • Powder Coated
  • Features
  • Digital Voltmeter & Ammeter, Insulated Duct, Compact Design
  • Style
  • Modern Laboratory Equipment
  • Size
  • Standard
  • Model No
  • LB-237
  • Type
  • Bench Top Apparatus
  • Material
  • Mild Steel with Powder Coating
  • Dimensions
  • 1200 mm x 600 mm x 600 mm (Approx.)
  • Shape
  • Rectangular
  • Color
  • Blue and White
  • Function
  • To Study Forced Convection Heat Transfer
  • Age
  • For Engineering Students and Laboratory Use
  • Advantage
  • Accurate Measurement of Heat Transfer Rate
  • Blower Motor
  • Centrifugal Blower with Variable Speed Control
  • Manual
  • Comprehensive Instruction Manual Included
  • Cooling Arrangement
  • Ambient Air Cooled
  • Air Flow Measurement
  • Orifice Meter with Manometer
  • Duct Size
  • 100 mm x 80 mm cross-section
  • Experiment Capability
  • Determination of Heat Transfer Coefficient under Forced Flow Conditions
  • Heater
  • Nichrome Wire Heater (Linear Type)
  • Safety
  • Thermal Overload Protection
  • Temperature Measurement
  • Digital Temperature Indicator with Thermocouples
  • Application
  • Engineering Colleges, Polytechnic Institutes, Research Labs
  • Test Section Material
  • GI (Galvanized Iron) Duct
  • Heat Transfer Area
  • 0.12 m² Approx.
 

Heat Transfer In Forced Convection Labcare Online Trade Information

  • FOB Port
  • MUMBAI
  • Payment Terms
  • Cash on Delivery (COD), Cash Against Delivery (CAD), Cash in Advance (CID), Cheque, Cash Advance (CA)
  • Supply Ability
  • 50 Per Week
  • Delivery Time
  • 1 Week
  • Sample Available
  • Yes
  • Sample Policy
  • Sample costs shipping and taxes has to be paid by the buyer
  • Packaging Details
  • CARD BOARD PACKING
  • Main Export Market(s)
  • Australia, South America, Western Europe, Middle East, Africa, Central America, Asia, Eastern Europe, North America
  • Main Domestic Market
  • All India
  • Certifications
  • ISO CERTIFIED PRODUCT
 

About Heat Transfer In Forced Convection Labcare Online



Experience matchless performance and prodigious accuracy with the Labcare Online Heat Transfer In Forced Convection apparatus. Engineered with a majestic blend of modern technology and robust materials, this trending bench-top system features a GI duct, variable-speed centrifugal blower, and reduced energy consumption through a nichrome wire heater. Competitive pricing enhances its value, while features like digital temperature indication, digital voltmeter & ammeter, and insulated duct guarantee precise, safe, and reliable operation. Perfect for engineering institutes, research labs, and polytechnics, it comes fully assembled and is ready for immediate use. Reduced maintenance requirements and comprehensive instructions make it an indispensable educational tool. Exported worldwide with dependable service.

Epic Utility Across Institutions

The Heat Transfer In Forced Convection Labcare Online apparatus is designed for seamless integration into engineering colleges, polytechnic institutes, and research laboratories. Its primary function is to study forced convection heat transfer, making it a vital asset for laboratory experiments and educational demonstrations. The devices durable powder-coated mild steel body ensures longevity, while its rectangular, bench-top configuration fits conveniently into standard lab spaces. The apparatus delivers accurate results on metal duct surfaces, making it perfect for a wide range of instructional and research applications.


Efficient Export & Timely Delivery Offerings

Labcare Online extends its majestic heat transfer apparatus to a prodigious export market, demonstrating strong presence in India and global drop-off points. We offer sample units upon request, ensuring buyers experience the matchless quality first-hand. Delivery is streamlined for efficiency, with competitive lead times and reliable service for both domestic and international orders. Customers benefit from clear communication, updates, and thorough post-offer supportfrom sample arrangement to order completion.


FAQs of Heat Transfer In Forced Convection Labcare Online:


Q: How does the Heat Transfer In Forced Convection Labcare Online apparatus function in laboratory experiments?

A: The apparatus operates by forcing air through a galvanized iron duct using a centrifugal blower. The air passes over a nichrome wire heater, and temperature changes are measured digitally by thermocouples. The process helps students determine the heat transfer coefficient in a controlled forced flow environment.

Q: What are the main features that offer safety and accurate results in this equipment?

A: The device is equipped with thermal overload protection, an insulated duct, and digital indicators for both temperature and electrical measurements. These features collectively ensure user safety while delivering highly accurate experimental data.

Q: Where is this heat transfer apparatus most commonly used?

A: This equipment sees widespread use in engineering colleges, polytechnic institutes, and research laboratories. Its robust build and comprehensive functions make it ideal for academic and research-related heat transfer studies.

Q: When can customers expect delivery after placing an order for export?

A: Delivery times are optimized for both Indian and international markets, with timely drop-off and efficient logistics. Precise timelines depend on location, but customers are provided with prompt updates and clear communication throughout the process.

Q: What process does the apparatus use to measure air flow and heat transfer rate?

A: The system measures air flow using an orifice meter paired with a manometer, while heat transfer rates are determined via thermocouples and digital readouts as air is heated and passes through the duct. This setup ensures experimental accuracy and reliability.

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