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SHELL & TUBE HEAT EXCHANGER APPARATUS

Price 500.0 INR/ Piece

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MOQ : 1 Piece

SHELL & TUBE HEAT EXCHANGER APPARATUS Specification

Voltage
220-240 V AC

Power Source
Electric

Product Type
SHELL & TUBE HEAT EXCHANGER APPARATUS

Feature
Demonstrates Parallel & Counter Flow, Easy Operation & Maintenance

Model No
STHX-01

Temperature Range
Ambient to 90C

Usage
Heat Transfer Laboratory Equipment

Accuracy
1C

Frequency
50 Hz

Application
Heat Transfer Laboratory Equipment

Capacity
1-5 Liters (depending on model)

Core Components
Shell, Tube Bundle, Water Circulation System, Flow Measuring Devices, Digital Indicators

Measurement Range
Flow: 020 LPM, Temperature: Ambient to 90C

Automation Grade
Manual

Equipment Materials
Stainless Steel (Shell, Tubes & Fittings), Mild Steel Framed Stand

Type
Shell and Tube Heat Exchanger Apparatus

Display Type
Digital Temperature Indicator

Dimension (L*W*H)
1000 mm x 500 mm x 800 mm (approx.)

Weight
35-50 kg (approx.)

SHELL & TUBE HEAT EXCHANGER APPARATUS Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash on Delivery (COD), Cash Advance (CA), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Packaging Details
Carton Box, Export Quality also Available

Main Export Market(s)
Asia, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001, CE

About SHELL & TUBE HEAT EXCHANGER APPARATUS

Specification:

SHELL & TUBE HEAT EXCHANGER APPARATUS

We at Engineering LaboratoryEquipments has a vision to develop & design Shell Tube Heat Exchanger soas to meet the customers requirement through continual endeavor &innovation.

Our company is well managed with ateam of highly qualified personnel with an experience of more than two decadesand active involvements in foreign business to develop.

Shell and Tube Heat Exchanger arepopular in industries because they occupy less space and offer reasonabletemperature drop.

The apparatus consists of fabricatedSS shell, inside which copper tubes with baffles on outer side are fitted.

This is two-pass heat exchanger sothat hot water passes to one end of shell through the tubes and returns toanother end through remaining tubes. The cold water is admitted at the one endof shell, which passes over the hot-water tubes. Valves are provided to controlthe flow rates of hot and cold water. Flow rates of hot and cold water aremeasured using Rotameters. A magnetic drive pump is used to circulate the hotwater from a re-cycled type water tank, which is fitted with heaters andDigital Temperature Controller.

Experiments

The main object of the experimentalsetup is to study the following at various flow rates

Heat transfer rate

Overall Heat Transfer Co-efficient

Utilities Required

Water supply 20 lit/min (approx.) anddrain

Electricity Supply: I Phase, 220 VAC, 4 kW

Floor area of 1.5m x 0.75 m

Efficient Learning with Parallel and Counter Flow

This apparatus demonstrates both parallel and counter flow processes, allowing users to grasp the practical implications of heat exchanger arrangements. With easy switching between arrangements and multiple thermocouple points, students can perform comparative experiments and gain hands-on experience with real-time temperature monitoring.

Robust Construction and Reliable Operation

Constructed of high-quality stainless steel for the shell, tubes, and fittings, the unit offers strength and corrosion resistance. Supported on a sturdy mild steel frame, it also includes copper/brass piping and valves, ensuring long lifecycle and dependable use in heat transfer laboratories.

Precision Control and Enhanced Safety

Temperature and flow measurement are highly accurate (1C), facilitated by digital indicators and up to six thermocouple points. With an adjustable flow rate, built-in control panel, and protective features like overheating prevention and grounded electricals, the apparatus is safe, user-friendly, and suitable for educational environments.

FAQs of SHELL & TUBE HEAT EXCHANGER APPARATUS:

Q: How does the shell and tube heat exchanger apparatus demonstrate heat transfer principles?

A: The apparatus enables users to observe heat exchange between two fluids in both parallel and counter flow configurations, highlighting differences in temperature profiles and efficiency. Multiple thermocouple points provide real-time data for in-depth analysis.

Q: What are the main materials used in the construction of this heat exchanger?

A: The apparatus features a stainless steel shell, tube bundle, and fittings, ensuring corrosion resistance and durability. The supporting stand is made from mild steel, while piping and valves are constructed from standard copper or brass.

Q: When should the water flow rate be adjusted, and how can it be controlled?

A: Water flow rate is adjustable up to 20 LPM, allowing users to set optimal conditions for different experiments. Adjustments are made using integrated control valves and monitored via digital flow measuring devices.

Q: Where is this heat exchanger apparatus typically used?

A: This unit is primarily used in academic laboratories, research institutes, and technical training centers to study practical heat transfer processes and analyze performance under varied operational conditions.

Q: What is the process for operating the shell and tube heat exchanger apparatus?

A: To operate, fill the hot water tank (15 liters), select desired flow arrangement (parallel or counter), and adjust flow rate and temperatures as needed. Temperature and flow readings can be monitored digitally, and built-in safety features protect users during operation.

Q: How does the digital temperature indicator enhance usage?

A: The digital indicator provides accurate temperature readings at up to six points (accuracy 1C), facilitating precise monitoring and better understanding of thermal exchanges during experiments.

Q: What are the key benefits of using this apparatus in a laboratory setting?

A: It provides experiential learning, reliable data acquisition, easy operation and maintenance, and robust safety, making it ideal for demonstrating theoretical concepts and conducting experimental investigations in heat transfer.

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