heat transmission

heat transmission Specification

Usage & Applications
For educational demonstration, laboratory, and industrial heat transfer experiments

Type
Heat Transmission Unit

Material
Stainless Steel

Capacity
10 Liters

Voltage
220 V

Power
3 kW

Power Source
Electric

Input Voltage
220 V

Output Voltage
220 V

Installation Type
Portable

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

Weight (kg)
18 kg

Color
Silver

Insulation
High-efficiency thermal insulation

Operating Temperature Range
Up to 200C

Heat Exchanger Type
Shell and Tube

Control Panel
Digital Control Panel for monitoring and adjustment

Safety Features
Overheat protection, ground-fault circuit interrupter

Frequency
50 Hz

Flow Control
Variable flow rate

Accessories Included
Connecting hoses, user manual, sample fluids

Display
Digital temperature and flow rate readout

heat transmission 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 heat transmission

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.

Precise Digital Control

The integrated digital control panel enables effortless monitoring and adjustment of both temperature and flow rates. With an intuitive display, users can quickly set desired parameters, maximizing experimental accuracy for a wide range of heat transmission studies.

Robust Safety and Insulation

Built with user safety in mind, this heat transmission unit includes overheat protection and a ground-fault circuit interrupter. The high-efficiency thermal insulation minimizes energy loss, maintaining stability and safety throughout operation even at high temperatures.

Versatile Applications and Portable Design

Suited for demonstration, laboratory experiments, and industrial training, this compact, 18 kg unit is easily portable and fits conveniently on bench tops. Its stainless-steel construction and included accessories ensure reliable performance for diverse heat transfer investigations.

FAQ's of heat transmission:

Q: How does the digital control panel benefit users during heat transfer experiments?

A: The digital control panel provides accurate, real-time monitoring and adjustment of temperature and flow rate. This ensures precise experimental conditions, making it ideal for replicating and studying various heat transmission scenarios.

Q: What is the maximum operating temperature, and how is temperature maintained safely?

A: The unit can operate up to 200C. Its high-efficiency thermal insulation retains heat effectively, while built-in overheat protection and a ground-fault circuit interrupter enhance operational safety.

Q: When is this heat transmission unit most commonly used?

A: This unit is primarily used during laboratory research, educational demonstrations, and industrial heat transfer training sessions, where controlled heat exchange and measurement are essential.

Q: Where can the heat transmission unit be installed, and is it portable?

A: Thanks to its compact dimensions (650 x 350 x 350 mm) and manageable 18 kg weight, the unit is designed for portable use. It can be conveniently installed in laboratories, educational facilities, or industrial workspaces.

Q: What accessories are included with the heat transmission unit?

A: Each unit comes supplied with connecting hoses, a user manual, and sample fluids, ensuring users have the essentials to set up and start experiments promptly.

Q: How does the shell and tube heat exchanger type enhance performance?

A: The shell and tube design allows efficient heat transfer between fluids, supporting variable flow rates and high-temperature operations, making it suitable for a wide range of practical experiments and demonstrations.

Q: What are the main benefits of using this heat transmission unit for educational purposes?

A: Students and trainees benefit from hands-on experience with digital controls, direct observation of heat transfer principles, and the opportunity to conduct experiments safely, thanks to the unit's robust safety features and user-friendly design.