convective heat transfer

convective heat transfer Specification

Usage & Applications
Laboratory, Industrial Research, Educational Purposes

Type
Convective Heat Transfer Unit

Material
Mild Steel

Capacity
2 kW

Voltage
220-240 V

Power
2 HP

Power Source
Electric

Input Voltage
220 V

Output Voltage
240 V

Installation Type
Floor Mounted

Dimension (L*W*H)
785 x 685 x 730 mm

Weight (kg)
78 kg

Color
Blue

Operational Mode
Manual/Automatic

Safety Features
Overheating Protection

Controller Type
PID Controller

Cooling Type
Air Cooling

Mobility
Portable with Lockable Wheels

Temperature Range
Ambient to 95C

Surface Finish
Powder Coated

Frequency
50/60 Hz

Display Type
Digital

Noise Level
<62 dB

Heating Method
Forced Convection

convective heat transfer Trade Information

Minimum Order Quantity
210 Liters

Payment Terms
Cash Against Delivery (CAD), Cash on Delivery (COD), Cash Advance (CA), Cheque, Delivery Point (DP)

Supply Ability
1 Liter Per Week

Delivery Time
1 Hours

Sample Available
No

Sample Policy
Free samples are available

Packaging Details
drum

Main Export Market(s)
Asia

Main Domestic Market
All India

About convective heat transfer

EUROTHERM-NXG

The Next-Generation's Thermic Fluid

Premium Performance | Cost-Effective | Long-Lasting

Welcome to Eurotherm-NXG, Indias next-generation Thermic Fluid Oil (Heat Transfer Fluid) by Precitech Thermal, designed for high-performance industrial heating applications. A collaboration between Precitech Thermal (25+ years of expertise) and ENI-Italy (global leader in specialty oils), Eurotherm-NXG offers world-class thermal stability, efficiency, and reliabilityat a cost-effective price.

Precision Heating and Cooling Control

This unit offers advanced heating using forced convection and a digital PID controller. Its broad temperature range, combined with air cooling, enables precise thermal management for heat transfer experiments and industrial processes. The easy-to-read digital display ensures convenient monitoring and adjustments.

Designed for Practical Usage and Safety

Manufactured from powder-coated mild steel for durability, this convective heat transfer equipment incorporates features like overheating protection, quiet operation, and portability with lockable wheels. It is suitable for settings ranging from laboratories to research facilities, offering robust performance and safety assurance.

FAQ's of convective heat transfer:

Q: How does the convective heat transfer unit achieve precise temperature control?

A: The unit employs a PID controller and digital display to provide accurate temperature regulation within a range from ambient to 95C. Forced convection heating ensures uniform heat distribution, making it suitable for sensitive laboratory and research applications.

Q: What applications is this convective heat transfer unit suitable for?

A: It is ideal for laboratory experiments, industrial research projects, and educational demonstrations, particularly in environments requiring reliable, controlled heat transfer using electricity as the power source.

Q: When should I use the manual vs. automatic operational mode?

A: Use the manual mode for direct, hands-on adjustments during experimental setup or specific protocols. Automatic mode is beneficial for long-duration tests or when consistent, unattended operation is required.

Q: Where can the unit be installed for optimal performance?

A: Designed as a floor-mounted device with lockable wheels, it can be easily positioned and secured in laboratories, research centers, or educational institutions, provided it has access to a 220-240 V electrical source.

Q: What process does the unit use for heating and cooling?

A: This unit heats using forced convection with an electric heater and cools via air circulation, ensuring efficient heat transfer for the processes under study. Overheating protection offers added reliability during operation.

Q: How portable is the convective heat transfer unit?

A: Thanks to integrated lockable wheels and a robust build weighing 78 kg, the unit can be moved within facilities as needed and then secured in place to ensure stability during use.

Q: What are the key benefits of using this convective heat transfer unit?

A: Main benefits include precise temperature control, user-friendly digital interface, safe operation with overheating protection, quiet performance, ease of mobility, and suitability across laboratory, industrial, and educational environments.