Natural Convection Heat Transfer Apparatus

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MOQ : 1 Unit

Natural Convection Heat Transfer Apparatus Specification

Automation Grade
Manual

Capacity
Single experimental module, pipe diameter approx. 25 mm, test length 400 mm

Frequency
50 Hz

Accuracy
0.1C for temperature measurement

Model No
NCHAT-01

Feature
Self-contained, corrosion-resistant finish, equipped with safety thermostats

Voltage
230V AC

Temperature Range
Ambient to 100C

Measurement Range
0110C

Core Components
Heater, Thermocouples, Digital Display, Test pipe, Insulation, Control box

Power Source
Electric, 230V AC

Equipment Materials
Mild steel, Powder coated with acrylic enclosure

Type
Laboratory Heat Transfer Experimental Apparatus

Usage
Engineering / Thermal lab experiments, Natural convection study

Display Type
Digital temperature indicator

Dimension (L*W*H)
700 x 350 x 700 mm

Weight
Approx. 20-28 kg

Heater Type
Nichrome heating element inside test pipe

Surface Finish
Epoxy powder coating

Thermal Insulation
Glass wool insulation to minimize heat loss

Mounting
Benchtop, anti-skid feet

Experimental Study Possible
Heat transfer coefficient calculation, temperature profile mapping, heat loss analysis

Test Section Material
Copper pipe (for uniform heat transfer)

Heater Power Rating
250 W

Number of Temperature Sensors
Up to 8 (spaced along the pipe)

Safety
Over-temperature protection with automatic cut-off

Control Interface
Rotary knob and digital display

Ambient Operating Conditions
1540C, RH < 75%

About Natural Convection Heat Transfer Apparatus

Highlighted for its illustrious design, the Natural Convection Heat Transfer Apparatus (Model No: NCHAT-01) reserves its place as a preeminent solution for laboratory heat transfer experiments. Featuring up to 8 unmatchable temperature sensors spaced along a copper pipe, this self-contained module ensures precise measurement and uniform heat transfer. The robust Nichrome heater with 250 W power rating is securely protected by automatic over-temperature cut-off. Glass wool insulation minimizes heat loss, while the digital interface offers real-time control. Buy this corrosion-resistant, manually operated apparatus for accurate engineering studies and natural convection analysis.

Direction, Usage & Applications

The Natural Convection Heat Transfer Apparatus is ideal for engineering and thermal labs, facilitating the study of heat transfer coefficients, mapping temperature profiles, and analyzing heat loss. Usage involves setting up the benchtop module, adjusting the rotary control knob, and monitoring results on the digital display. Application areas include research, development, and educational training in colleges, universities, and industrial thermal analysis environments.

Domestic Market, Supply Ability & Export

We supply the Natural Convection Heat Transfer Apparatus across India, ensuring goods transport is prompt and secure. With substantial supply ability, customers can initiate a purchase order for single or bulk modules. Our main export market covers key regions in Asia, Middle East, and Africa, guaranteeing swift dispatch and safe delivery through partnered logistics networks for international clients.

FAQ's of Natural Convection Heat Transfer Apparatus:

Q: How does the Natural Convection Heat Transfer Apparatus measure temperature?

A: The apparatus employs up to 8 temperature sensors spaced along a copper pipe to ensure accurate profiling, with real-time data displayed on a digital indicator.

Q: What is the process for using the apparatus in laboratory experiments?

A: Set up the module on a steady surface using its anti-skid feet, reserve the desired test parameters using the rotary control knob, and monitor temperature readings via the digital display for experimental analysis.

Q: Where can this apparatus be applied?

A: Its design is suited for engineering colleges, universities, and industrial labs requiring natural convection studies and detailed thermal analysis.

Q: When should over-temperature protection be activated?

A: The system's built-in safety thermostat automatically activates cut-off when temperatures exceed the predefined safety threshold, safeguarding both equipment and users.

Q: What are the main benefits of purchasing this model?

A: Highlighted advantages include unmatchable measurement accuracy (0.1C), corrosion-resistant construction, and a preeminent control interface, supporting efficient thermal engineering research.

Q: How is the supply of goods managed for domestic and international orders?

A: Purchase orders are processed promptly, and goods transport is coordinated through reliable logistics partners for both domestic and export deliveries.

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