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Mastering Heat Transfer: The Ultimate Training Tool with AFT134
Mastering Heat Transfer: The Ultimate Training Tool with AFT134
Jan 27th,2026
8 มุมมอง
Mastering Heat Transfer: The Ultimate Training Tool with AFT134
I. Product Introduction
1.1 Product Description
The AFT134 is engineered as premier educational equipment to deliver practical mastery over core heat transfer mechanisms. It enables detailed study in two fundamental areas:
First, it investigates The Effects of Conduction and Convection on Heat Transfer. The system allows learners to directly observe and measure how thermal energy travels through solid materials via conduction and is then dissipated into a fluid medium via convection, creating a complete picture of sequential thermal processes.
Second, it provides a critical comparative analysis of The Effects of Free and Forced Convection on Heat Transfer. Students can experimentally contrast the efficiency of free (natural) convection, driven by fluid density differences, with forced convection, where an external fan accelerates fluid motion. This comparison is vital for applications ranging from electronics cooling to industrial heat exchangers.
1.2 Product Features
As superior technical training equipment, the AFT134 boasts features that promote precision and deep learning:
It includes samples made of various materials and lengths, enabling direct comparison of thermal conductivity across metals like copper, aluminum, and steel.
The system offers continuously adjustable heating and fan power for precise control, allowing students to methodically explore the relationship between input power, airflow velocity, and heat dissipation rates.
II. Technical Specifications
2.1 Technical Parameters
The unit operates on a single-phase, three-wire AC 220V ±5% 60Hz power supply, ensuring stable performance suitable for most laboratory environments.
2.2 Dimension and Weight
With compact dimensions of 675mm in length, 390mm in width, and 350mm in height, the AFT134 fits conveniently on standard lab benches. Its total weight remains under 40kg, making it a sturdy yet manageable piece of technical skills training equipment that is easy to install and reposition as needed.
III.Product Component Names and Functions
3.1 Product Main Body
The core console of this educational equipment is intuitively designed. It is centered around a heating module that provides controlled thermal energy. Six independently operable convection heat exchange fans generate the adjustable airflow required for forced convection studies. A dedicated heating material placement area securely holds the various test samples. For data acquisition and system control, a communication port is integrated, while the main power supply unit ensures safe and reliable operation.
3.2 Product Accessories
The system is delivered as a complete kit, ready for immediate educational use. Key accessories include a network cable for connectivity, a standard power cable, a versatile set of hexagon sockets for assembly and maintenance, a spare fuse for electrical safety, and a USB flash drive containing essential software, experiment guides, and instructional resources.
IV. Product Teaching Experiment List
The value of the AFT134 as didactic equipment is fully realized through its structured, learning-outcome-driven experiments, detailed in the included Experiment Guide.
The foundational (1) Heat Conduction Experiment allows students to measure temperature gradients along different material rods, applying Fourier's Law to calculate thermal conductivity values.
The comprehensive (2) Convective Heat Transfer Experiment is split into two pivotal parts. Students first analyze Free Convection, observing the natural rise of heated air. They then activate the fans to study Forced Convection, quantitatively demonstrating the significant enhancement in cooling rate and efficiency, directly linking theory to practical engineering design.
Empower Your Lab Today
The AFT134 Heat Conduction and Convection system is more than just teaching equipment—it is an integrated platform for developing critical analytical and practical skills. By investing in this top-tier industrial training equipment, you equip the next generation of engineers and technicians with the hands-on experience needed to excel in energy, manufacturing, HVAC, and advanced technological fields.
