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Boiling Heat Transfer Unit

Name: Boiling Heat Transfer Unit
Brand: ELSHADDAI ENGINEERING EQUIPMENTS
Price: 86000.0 INR
Availability: InStock

Price 86000.0 INR/ Number

Get a Price/Quote

MOQ : 1 Number

Boiling Heat Transfer Unit Specification

Features
Energy efficient, Corrosion-resistant, Easy to operate, Transparent glass section for observation

Control Type
PID Temperature Controller

Display Type
Digital

Accuracy
±1°C

Glass Type
Borosilicate Glass

Temperature Resistance
Up to 200°C

Power Supply
AC 220V, 50 Hz

Heating Capacity
1 kW

Shape
Rectangular

Usage
Laboratory use

Type
Boiling Heat Transfer Unit

Dimension (L*W*H)
Approx. 700 x 550 x 550 mm

Product Type
Boiling Heat Transfer Unit

Equipment Type
Laboratory Experiment

Equipment Materials
Stainless Steel, Borosilicate Glass

Power
1 kW

Voltage
220 Volt (v)

Material
Stainless Steel & Glass

Application
Laboratory

Warranty
1 Year

Capacity (Ltr)
5 Liters

Stirring System
Magnetic stirrer included

Observation Window
Clear glass section for boiling visualization

Safety Features
Over-temperature cut-off, Earthing

Packing
Export worthy wooden box

Drain Valve
Stainless steel ball valve

Gross Weight
Approx. 32 kg

Heater Type
Immersion heater

Insulation
Thermal insulation for energy efficiency

Control Panel
Built-in control panel with safety features

Frame Material
Powder coated mild steel

Boiling Heat Transfer Unit Trade Information

Minimum Order Quantity
1 Number

FOB Port
CHENNAI

Payment Terms
Telegraphic Transfer (T/T)

Supply Ability
20 Per Month

Delivery Time
7-10 Days

Sample Available
No

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
EXPORT AND WOODEN PACKING

Main Export Market(s)
Asia

Main Domestic Market
All India

Certifications
ISO:9001

Boiling Heat Transfer Unit About

A Boiling Heat Transfer Unit is a specialized educational and laboratory apparatus designed to facilitate the study and demonstration of boiling phenomena and heat transfer principles. These units are essential tools for students and researchers in mechanical, chemical, plant, process, and nuclear engineering, as well as engineering physics.

Efficient Learning with Transparent Observation

The unit's large borosilicate glass section provides a clear view of boiling, making theoretical concepts tangible for students and researchers. This visibility enhances understanding of heat transfer principles, making it a valuable asset for laboratory experiments and demonstrations.

Comprehensive Safety and Control

Designed with operator safety as a priority, this unit encloses advanced features such as a robust PID controller, over-temperature cut-off, and proper earthing. The built-in control panel consolidates operational convenience and safety, ensuring reliable use in laboratory environments.

Durable and Energy-Efficient Construction

Built from powder-coated mild steel, quality stainless steel, and well-insulated components, the unit is engineered for long-term use and energy conservation. The corrosion-resistant materials and efficient heater provide consistent performance and minimize operational costs.

FAQ's of Boiling Heat Transfer Unit:

Q: How does the Boiling Heat Transfer Unit operate in a laboratory setting?

A: The unit uses an immersion heater controlled by a PID temperature controller to raise the temperature of the liquid inside the 5-liter stainless steel vessel. A magnetic stirrer ensures even heat distribution, while the borosilicate glass section allows users to observe the boiling process directly. Safety features like over-temperature cut-off protect both users and equipment.

Q: What are the main benefits of using this unit for boiling heat transfer studies?

A: Key benefits include visual access to boiling through the transparent borosilicate glass, precise temperature control (1C accuracy), energy efficiency due to thermal insulation, and comprehensive safety measures. These features support effective learning, experimentation, and data reliability.

Q: When should the drain valve be used, and what is its material?

A: The stainless steel ball valve drain is typically used after completing an experiment to safely and efficiently remove the liquid from the vessel. This facilitates cleaning, maintenance, and preparation for subsequent experiments.

Q: Where is this Boiling Heat Transfer Unit manufactured and supplied from?

A: This unit is manufactured, exported, and supplied by a provider based in India, ensuring high quality and export-worthy packaging suitable for various institutions worldwide.

Q: What safety features are integrated into the control panel of the unit?

A: The built-in control panel includes an over-temperature cut-off to prevent overheating and earthing to eliminate electric hazards, ensuring safe operation during experiments.

Q: Can the temperature be visualized and controlled accurately during experiments?

A: Yes, the unit is equipped with a digital display and a PID temperature controller, offering precise regulation and real-time temperature monitoring for consistent experimental results.

Q: What is the recommended process for using the magnetic stirrer feature?

A: Before starting the experiment, ensure the magnetic stir bar is placed inside the vessel. Activate the magnetic stirrer via the control panel to maintain uniform mixing and temperature distribution throughout the process.

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