Forced Convection Heat Transfer Apparatus

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Forced Convection Heat Transfer Apparatus Specification

Core Components
Blower, Heater, Digital Temperature Indicator, Test Duct, Measuring Instruments

Automation Grade
Semi-Automatic

Model No
FCHA-01

Feature
Easy to operate, Portable, Accurate Measurement, Durable Design

Capacity
Single tube, forced convection analysis

Frequency
50 Hz

Power Source
Electric

Voltage
230 V AC

Temperature Range
Ambient to 200C

Accuracy
1C (temperature measurement)

Measurement Range
Air Velocity: 0.5 to 5 m/s; Temperature: Up to 200C

Equipment Materials
Mild Steel with Powder Coating; Stainless Steel Test Section

Type
Laboratory Heat Transfer Trainer

Usage
Heat Transfer Education/Demonstration/Research

Display Type
Digital (LED/LCD) Temperature Display

Dimension (L*W*H)
1200 x 600 x 1200 mm (approx.)

Weight
Approx. 40-50 kg

About Forced Convection Heat Transfer Apparatus

Experience a breathtaking revolution in laboratory experimentation with our Customizable Forced Convection Heat Transfer Apparatus, now available at an unbeatable Sale. This radiant unit is equipped with a flawless 1 kW Nichrome heater and a robust 0.25 HP blower motor for optimal performance. The stainless steel (SS-304) test duct, digital temperature display, and advanced safety features ensure accurate, secure analysis every time. Benefit from a truly portable and durable design-making this apparatus the best Deal for educational, research, or demonstration needs. Engineered for precise and effortless operation.

Unmatched Performance and Competitive Advantages

The Forced Convection Heat Transfer Apparatus is designed for excellence in laboratory education, demonstration, and research. With its premium stainless steel test section, advanced safety controls, and digital display, users achieve highly accurate measurements. Its portable and durable design ensures ease-of-use in various environments. Primary competitive advantages include easy operation, exceptional accuracy (1C), and robust componentry. Application areas cover engineering colleges, research labs, and industrial training centers, making it a top choice among educators and professionals alike.

Sample Availability, Shipping, and Exchange Policy

Sample units of the Forced Convection Heat Transfer Apparatus are available for your evaluation. We offer prompt express shipping via leading Freight partners, ensuring timely and secure delivery to your desired FOB Port. Our flexible Sample Policy allows testing and inspection before full purchase. In case of any concerns, exchange provisions are available, reinforcing our dedication to customer satisfaction and seamless procurement experience. Contact us to arrange your sample and explore efficient logistics options tailored to your needs.

FAQ's of Forced Convection Heat Transfer Apparatus:

Q: How does the Forced Convection Heat Transfer Apparatus measure air flow and temperature accurately?

A: The apparatus uses an orifice meter combined with a U-tube manometer for precise air flow measurement. For temperature, it is equipped with 8-10 K-type thermocouples and a digital LED/LCD display, ensuring readings with 1C accuracy.

Q: What are the main application areas for this apparatus?

A: This device is ideal for heat transfer education, laboratory demonstrations, and research in engineering colleges, research institutes, and industrial training centers.

Q: When is a sample unit available and how can I request one?

A: Sample units are available upon request. Contact our sales team to discuss your requirements, and we will arrange express shipping to your designated port.

Q: Where is the Forced Convection Heat Transfer Apparatus manufactured and supplied from?

A: We are a leading exporter, manufacturer, and supplier based in India, with an established network for both domestic and international deliveries.

Q: What features make this machine easy to operate and portable?

A: Its integrated digital control panel, compact design, and powder-coated durable materials make it simple to use, transport, and maintain in various laboratory settings.

Q: How does overload protection enhance the apparatus's safety?

A: The built-in overload protection for both the blower and heater ensures safe and reliable operation, safeguarding both users and equipment during intensive experimentation.

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