SHELL & TUBE HEAT EXCHANGER LABCARE ONLINE

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SHELL & TUBE HEAT EXCHANGER LABCARE ONLINE

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SHELL & TUBE HEAT EXCHANGER LABCARE ONLINE Specification

Model No
LSS-161

Weight
Approx. 45 kg

Size
Bore Diameter: 25 mm (Tube), Shell Diameter: 80 mm

Style
Modern Laboratory Equipment

Use
Educational/Research Heat Exchange Study

Power Type
220-240V AC, 50Hz (for Instrumentation & Circulation Pump)

Surface Finish
Epoxy Powder Coated (Shell); Polished Stainless Steel (Tubes)

Features
Transparent Section for Visualization, Accurate Temperature Measurement, Easy to Operate, Leak-Proof Construction

Assembly
Fully Assembled with Integrated Instrument Panel

Type
Horizontal Shell and Tube Heat Exchanger Apparatus

Material
Mild Steel with Powder Coated Body & Stainless Steel Tubes

Dimensions
1000 mm x 300 mm x 500 mm (Approx)

Shape
Cylindrical Shell with Straight Tubes

Color
Blue & Silver

Function
Heat Transfer between Fluids

Age
For Laboratory Use (Not for Children)

Advantage
Demonstrates Heat Transfer Efficiency; Easy Operation and Maintenance

Tube Length
500 mm

Maximum Working Pressure
2 bar

Number of Tubes
7 (standard), seamless stainless steel

Display Type
Digital panel for temperature and flow readings

Heat Exchanger Principle
Indirect, surface-type

Safety Features
Over-temperature protection, pressure relief valve, insulated piping

Instrumentation
Digital temperature indicators with thermocouples at inlets and outlets

Flow Direction
Parallel flow & Counter flow supported

Cold Fluid Reservoir Capacity
20 liters (approx)

Mobility
Fitted with lockable castor wheels for easy movement

Pump Type
Centrifugal, corrosion-resistant

Demonstration Capability
Calculation of LMTD, heat balance, efficiency; comparison of flow patterns

Service and Support
Comprehensive product manual and online assistance available

Shell Diameter
80 mm (approx)

Maximum Temperature
Up to 90°C (user adjustable for process)

Utilities Required
Electrical supply, water supply, drain

Hot Fluid Reservoir Capacity
20 liters (approx)

SHELL & TUBE HEAT EXCHANGER LABCARE ONLINE Trade Information

FOB Port
MUMBAI

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

Supply Ability
50 Per Week

Delivery Time
1 Week

Sample Available
Yes

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

Packaging Details
CARD BOARD PACKING

Main Export Market(s)
Australia, South America, Eastern Europe, Western Europe, Middle East, Central America, Asia, North America, Africa

Main Domestic Market
All India

Certifications
ISO CERTIFIED PRODUCT

About SHELL & TUBE HEAT EXCHANGER LABCARE ONLINE

Experience the elite performance of the SHELL & TUBE HEAT EXCHANGER LABCARE ONLINE, where every purchase is a true bargain in laboratory equipment. Crafted for virtuoso-level heat transfer studies, this apparatus features 7 seamless stainless steel tubes within an 80 mm, epoxy powder-coated shell. Demonstrate the heroic principles of indirect, surface-type heat exchange with both parallel and counter flow arrangements, and calculate vital parameters like LMTD and heat balance using digital instrumentation. Optimum safety is assured via over-temperature protection, pressure relief valve, and insulated construction. Ideal for education or research, assembly is effortless and mobility is enhanced with castor wheels.

Real-World Applications and Machine Features

The SHELL & TUBE HEAT EXCHANGER LABCARE ONLINE is designed for universities, technical institutes, and research laboratories. Featuring a modern look with a blue and silver finish, it supports both parallel and counter flow, accommodates 20-liter hot and cold fluid reservoirs, and displays results digitally. Used for comprehensive heat transfer studies, it enables efficient demonstration of heat balance, thermal efficiency, and flow pattern effects, and comes with transparent sections for direct visualization of the process.

Sample Policy, Delivery, and Export Market Reach

Our sample policy guarantees product transparency, giving institutions the confidence to assess the value before purchase. Fast shipment and quick dispatch are standard, ensuring that every outlay is met with timely delivery. With a strong presence in India and established export channels, shipments efficiently reach educational or research facilities worldwide. Reliable customer support and comprehensive documentation ensure a seamless experience from order to setup, regardless of destination.

FAQs of SHELL & TUBE HEAT EXCHANGER LABCARE ONLINE:

Q: How does the SHELL & TUBE HEAT EXCHANGER LABCARE ONLINE demonstrate heat transfer principles?

A: It uses both parallel and counter flow arrangements to help students and researchers observe and calculate heat transfer efficiency, LMTD, and heat balance, making it ideal for educational and research applications.

Q: What features enhance the safety and usability of this heat exchanger?

A: Safety is ensured through over-temperature protection, a pressure relief valve, insulated piping, and a leak-proof construction. Usability is elevated by castor wheels for mobility, digital instrumentation, and easy-to-operate controls.

Q: Where can this apparatus be effectively applied?

A: It is best suited for laboratory environments within universities, research institutes, and technical training centers focusing on heat exchange studies and demonstration of fluid mechanics.

Q: When can users expect delivery after making a purchase?

A: Quick dispatch policies allow prompt shipment, with delivery time varying by location. Contact customer support for specific timelines regarding your order.

Q: What is the process for measuring temperature and flow in this apparatus?

A: Digital temperature indicators, equipped with thermocouples at fluid inlets and outlets, precisely capture and display real-time measurements on an integrated panel for accurate experimental data.

Q: How does the transparent section benefit users during demonstrations?

A: The transparent section enables direct visualization of fluid flow and heat transfer inside the exchanger, enhancing the understanding of operational phenomena for students and researchers.

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