Heat Transfer Through Lagged Pipe Labcare Online

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Heat Transfer Through Lagged Pipe Labcare Online Specification

Surface Finish
Powder coated and polished stainless steel

Model No
LB-953

Assembly
Preassembled with user manual

Size
Standard laboratory size, 28 mm pipe diameter approx

Use
Educational/training equipment for thermal engineering studies

Power Type
Electric (230 V AC, 50 Hz)

Features
Digital temperature indicator, insulated and uninsulated pipe sections, water flow control valve, accurate measurement, portable design

Style
Bench-top, laboratory apparatus

Weight
Approx. 40 kg

Type
Heat Transfer Experiment Apparatus

Material
Mild steel body with stainless steel pipes

Dimensions
1500 mm x 500 mm x 500 mm (approx)

Shape
Rectangular base with cylindrical pipe

Color
Grey/Blue (Powder coated)

Function
To demonstrate and analyze heat transfer through lagged pipe and determine thermal conductivity and insulation effect

Age
Above 16 years (suitable for engineering students)

Advantage
Allows study of heat transfer through lagged and unlagged portions of a pipe

Heat Transfer Through Lagged Pipe Labcare Online Trade Information

FOB Port
MUMBAI

Payment Terms
Cash Against Delivery (CAD), Cash on Delivery (COD), Cash in Advance (CID), Cheque, 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)
Western Europe, Australia, South America, Eastern Europe, Middle East, Central America, Asia, North America, Africa

Main Domestic Market
All India

Certifications
ISO CERTIFIED PRODUCT

About Heat Transfer Through Lagged Pipe Labcare Online

Experience blue-ribbon value with the Heat Transfer Through Lagged Pipe Labcare Onlinetailored for wondrous engineering education! Featuring a majestic stainless steel inner pipe with asbestos lagging, this apparatus delivers instant savings on energy loss via its 25 mm insulation. Embedded with 46 thermocouples, the unit enables precise temperature insights. Enjoy on-board digital control, a 1kW immersion heater, intuitive digital displays, and effortless portability with caster wheels. Sale alert: Comprehensive accessoriesincluding indicators, manuals, and protectioncome preassembled. Perfect for thermal engineering analysis and dependable performance!

Versatile Educational Heat Transfer Unit

Used as a bench-top laboratory apparatus, this machine is suitable for engineering students and training centers focused on thermal studies. Its salient features include a digital temperature indicator, insulated and uninsulated pipe segments, self-contained water circulation, and precision measurement capabilities. The on-board control panel, easy data acquisition, and robust safety measures make this equipment ideal for demonstration and hands-on analysis of heat transfer mechanisms in academic environments.

Efficient Market Reach and Secure Packaging

The Heat Transfer Through Lagged Pipe Labcare Online is available across India (main domestic market) and is frequently shipped to key export markets internationally. Upon order completion, prompt packaging ensures safe arrival, usually using strong corrugated crates to safeguard all parts. The list price of the product is competitive, with customizable packaging for bulk or institutional orders, delivering assured quality and security through every step to your location.

FAQs of Heat Transfer Through Lagged Pipe Labcare Online:

Q: How does the Heat Transfer Through Lagged Pipe Labcare Online demonstrate heat transfer principles?

A: It allows users to study temperature profiles in both lagged (insulated) and unlagged pipe sections, enabling analysis of heat loss reduction and insulation effectiveness along the pipe.

Q: What are the main features included with this apparatus?

A: The unit comes with a digital temperature indicator, 46 thermocouples, a 1 kW immersion heater, stainless steel pipes, adjustable flow rate, accurate data acquisition, and a preassembled portable design with caster wheels.

Q: When is it appropriate to use this instrument?

A: This equipment is ideal for educational purposes in laboratory settings during practical experiments on heat transfer, typically in engineering institutes and training centers.

Q: Where can this product be shipped?

A: The apparatus can be delivered domestically across India and also exported to international markets, with reliable and secure packaging for safe transit.

Q: What benefits does the insulated lagging provide in this apparatus?

A: The 25 mm asbestos or glass wool lagging ensures reduced heat loss, enabling accurate demonstrations of insulations effect on heat transfer through pipes in controlled laboratory conditions.

Q: How is electrical safety maintained during usage?

A: Electrical safety is ensured through integrated fuse protection and earthing, minimizing risks and making the apparatus safe for continuous educational use.

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