Parallel Flow/counter Flow Heat Exchanger

Parallel Flow / Counter Flow Heat Exchanger – Precision Heat Transfer Solutions

Note: This Price Is Based on the Specifications Mentioned. If You Have Any Other Specifications, You Can Submit an Inquiry.

Efficient heat transfer is the backbone of many industrial processes, laboratory experiments, and educational setups. At Scilabex, we provide high-quality Parallel Flow / Counter Flow Heat Exchangers designed for precision, reliability, and safe operation. This apparatus is ideal for laboratories, research centers, and educational institutions across India and internationally.

Overview of Parallel Flow / Counter Flow Heat Exchanger

A heat exchanger is a device where heat is transferred from one fluid to another without mixing them. In a parallel flow heat exchanger, both hot and cold fluids flow in the same direction, whereas in a counter flow heat exchanger, the fluids flow in opposite directions. This distinction allows researchers and engineers to study the effects of fluid direction on heat transfer efficiency.

Our Parallel Flow / Counter Flow Heat Exchanger is made from premium aluminum and metal materials, ensuring durability, corrosion resistance, and longevity. The device is suitable for laboratory applications and can withstand rigorous use.

Key Features

1. High-Quality Construction:
   Constructed with aluminum and other durable metals, providing excellent thermal conductivity and long-lasting performance.

2. Color-Coded for Easy Identification:
   Comes in white and black, enabling easy visualization of hot and cold fluid channels.

3. Voltage & Power Requirements:

   • Voltage: 220 V

   • Power supply compatible with standard laboratory electrical systems.

4. User-Friendly Design:
   The apparatus features a concentric tube heat exchanger design with adjustable flow directions for the cold fluid, enabling both parallel and counter flow experiments.

5. Magnetic Drive Pump:
   Ensures precise circulation of hot water from a re-circulated water tank equipped with heaters and a Digital Temperature Controller for accurate thermal management.

6. Rotameter Flow Measurement:
   Both hot and cold water flow rates can be accurately measured using high-precision rotameters.

7. Comprehensive Experimentation:
   Enables calculation of:

   • Rate of heat transfer

   • Logarithmic Mean Temperature Difference (LMTD)

   • Overall heat transfer coefficient

   • Performance comparison between parallel and counter flow configurations

8. Safety Features:
   Built with high-quality insulation, durable construction, and stable setup to ensure safety during experimentation.

Technical Specifications

Applications

The Parallel Flow / Counter Flow Heat Exchanger is widely used for:

• Laboratory heat transfer experiments

• Thermal engineering studies

• Educational purposes in universities and technical institutes

• Industrial pilot-scale testing

• Research and development in energy systems

It allows students and researchers to explore heat transfer principles, including the influence of fluid velocity, flow configuration, and temperature differences on heat exchanger performance.

Global Reach & Delivery

Scilabex.com is a trusted provider of laboratory equipment, supplying PAN India and international customers. Our heat exchangers are shipped to:

• Western Europe – Germany, France, UK

• Eastern Europe – Poland, Hungary, Romania

• Middle East – UAE, Saudi Arabia, Qatar

• Asia – India, China, Japan

• North & South America – USA, Canada, Brazil, Argentina

• Africa – South Africa, Egypt

We provide timely delivery, secure packaging, and bulk order support, ensuring that your laboratory or educational setup receives equipment in perfect condition.

Experimentation & Learning Outcomes

The Parallel Flow / Counter Flow Heat Exchanger is designed for detailed experimentation:

1. Rate of Heat Transfer:
   By measuring temperature differences and flow rates, users can calculate the thermal energy transferred between the hot and cold fluids.

2. LMTD (Logarithmic Mean Temperature Difference):
   Students and engineers can determine the effective temperature difference, which is critical for designing efficient heat exchangers.

3. Overall Heat Transfer Coefficient:
   Calculates the efficiency of the heat transfer process, helping users compare experimental values with theoretical predictions.

4. Parallel vs Counter Flow Comparison:
   Allows a comparative study of flow direction impact on heat transfer efficiency. Counter flow generally provides better heat transfer, which students can verify experimentally.

Frequently Asked Questions (FAQs)

Q1. What is the difference between parallel and counter flow?
A: In parallel flow, hot and cold fluids flow in the same direction, leading to a gradual temperature gradient. In counter flow, fluids flow in opposite directions, resulting in more efficient heat transfer.

Q2. What is the maximum voltage for this heat exchanger?
A: The device operates at 220 Volt (v), compatible with standard laboratory power supply.

Q3. Can it be used for educational purposes?
A: Yes, it is ideal for laboratories, technical institutes, and universities for practical learning.

Q4. How is flow measured?
A: Using rotameters for both hot and cold water, ensuring accurate flow rate monitoring.

Q5. Does it come with a warranty?
A: Yes, the heat exchanger comes with a 1-year warranty from Scilabex.

Why Choose Scilabex.com & Scilabstore?

• Trusted Company: We are a reliable and verified supplier of laboratory and industrial equipment.

• High-Quality Products: All products are built with durable materials and premium design.

• PAN India & International Delivery: Seamless shipping across India and worldwide.

• Educational & Research Support: We provide detailed instruction manuals and technical guidance.

• Customer Satisfaction: Our priority is to provide secure, timely delivery and after-sales support.