Vertical and Horizontal Condensor

Vertical and Horizontal Condensor

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Vertical and Horizontal Condensor

Price 10 INR/ Piece

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MOQ : 1 , , Piece

Vertical and Horizontal Condensor Specification

Measuring Range
Temperature: 0C to 80C

Humidity
Ambient

Accuracy
1C

Features
Vertical & Horizontal mounting, transparent shell, inlet/outlet valves

Product Type
Vertical and Horizontal Condensor

Frequency
50 Hz

Mounting Type
Bench-top

Interface Type
Analog / Digital

Temperature
Ambient to 80C

Automation Grade
Manual

Max Height
600 mm (vertical unit)

Usage
Heat Transfer Lab Equipments

Specimen Size
Inner Tube Diameter: 25 mm, Outer Tube Diameter: 40 mm

Application
Heat Transfer Lab Equipments

Response Time
1 sec

Number of Specimens
1

Port Size
1/2 inch BSP

Resolution
0.1C

Test Range
0 to 80C

Display Type
Digital Temp Indicator

Operating Voltage
230V AC

Power Supply
230V AC, 50 Hz

Capacity
Water flow: 0.5 to 2.5 LPM

Machine Weight
Approx. 25 kg (vertical), 30 kg (horizontal)

Control Mode
Manual / Semi-automatic

Vertical and Horizontal Condensor Trade Information

Minimum Order Quantity
1 , , Piece

Payment Terms
Cash Advance (CA), Telegraphic Transfer (T/T), Cheque, Letter of Credit (L/C), Cash in Advance (CID)

Supply Ability
100 Pieces 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
carton box, export quality also available

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About Vertical and Horizontal Condensor

Vertical & Horizontal Condensor:

Micro Teknik

Vertical/ Horizontal Type Condenser is widely used to check thermal conductivity. The Condenser is available in a sturdy construction that ensures optimum performance for longer period of time. The Condenser is made using quality grade material and offered in vertical as well as horizontal type construction. Vertical/ Horizontal Type Condenser can be availed in different specifications to suit individual requirement. Shell & Tube Type Condensers Are Widely Used In Various Industries. The Present Set-Up Offers A Comparative Study Of Vertical & Horizontal Condenser, Which Can Be Operated One At A Time. Condenser Consists Of Stainless Steel Shell, With Stainless Steel Tubes. Cold Fluid Flows Through Inside The Tubes And Steam Flows Through The Shell. Valves Are Provided To Control The Flow Rates Of Cold Fluids. Flow Rate Of Cold Water Is Measured Using A Rota Meter. Shell Is Fitted With Steam Traps From Where Condensate Is Collected In Measuring Cylinder. Temperature Of Inlet And Outlet Of Both Hot & Cold Fluids Are Measured By Temperature Sensors.

Experimentation

To Determine The Overall Heat Transfer Co-Efficient And Film Co-Efficient For Vertical And Horizontal Condenser

Utilities Required:

Water Supply 20 Lit/Min (Approx) And Drain
Electricity Supply: 1 Phase, 220 V Ac, 4 Kw
Floor Area Of 15 M X 1m

Technical Details

System Steam To Water
Condensers 2 Nos (Vertical & Horizontal) Insulated By Ceramic Wool And Cladding By Aluminium Foil
Shell Material Stainless Steel Inner Dia 100 Mm, Length 500 Mm (Approx)
Tubes Od 127mm, Length Of Tubes 500mm
Condensate Measurement Measuring Cylinder & Stopwatch
Water Flow Measurement : Rotameter
Steam Generator: Made Of Stainless Steel Fitted With Level Indicator, Pressure Gauge, Safety Valve, Drain And Insulated With Ceramic Wool & Cladding With Aluminium Foil
Heaters: Nichrome Wire Heater (2 Nos)

Key Features of Vertical/ Horizontal Type Condenser

Check thermal conductivity.
Sturdy construction.
Optimum performance.
Long lasting usage.
Made using quality grade material.
Offered in vertical as well as horizontal type construction.

Versatile Design for Comprehensive Heat Transfer Studies

This condenser is offered in both vertical and horizontal models, catering to a wide range of heat transfer experiments. Its single tube arrangement and transparent borosilicate glass or sturdy metal construction facilitate clear observation and excellent thermal performance. Suitable for bench-top setups, it seamlessly integrates into laboratory environments, making it ideal for educational and industrial applications alike.

Advanced Measurement and Safety Integration

Equipped with digital thermocouples, the unit ensures accurate temperature monitoring between 0 and 80C, displayed with 0.1C resolution. The included rotameter manages precise water flow measurement, while overload protection and a water level indicator enhance operational safety. The powder-coated stand offers a professional finish and long-lasting durability.

FAQs of Vertical and Horizontal Condensor:

Q: How does the Vertical and Horizontal Condenser measure water flow and temperature?

A: Water flow is measured using a rotameter with a range of 0.5 to 2.5 LPM. Temperature readings are provided by digital thermocouples connected to a digital temperature indicator, enabling accurate monitoring from 0C to 80C with 1C accuracy and a resolution of 0.1C.

Q: What materials are used in the construction of the condenser, and what are their benefits?

A: The condenser is constructed from borosilicate glass, stainless steel, or brass. Borosilicate glass allows clear visualization and is highly resistant to thermal shock, while stainless steel and brass offer strength, corrosion resistance, and durability, ensuring long-term, reliable operation in various lab environments.

Q: When should I choose between the vertical and horizontal orientations?

A: The choice depends on your laboratory setup and experiment requirements. Vertical condensers suit limited bench space and gravity-assisted processes, while horizontal units are ideal for applications requiring extended heat transfer surfaces or specific spatial arrangements.

Q: Where can this condenser be used?

A: This equipment is suitable for heat transfer experiments in academic laboratories, research institutions, and industrial facilities. Its compliance with IS/ISO 9001 standards also makes it suitable for certified training and educational programs.

Q: What is the process for setting up and operating the condenser?

A: Place the condenser on a stable, bench-top surface and connect the water inlet and outlet through the provided 1/2 inch BSP ports. Set up the temperature and flow measurement devices, ensure a sufficient water supply, and power up using 230V AC. Choose your desired control mode (manual or semi-automatic) and monitor all parameters via the digital display.

Q: How does this condenser benefit heat transfer experiments?

A: Its high accuracy, real-time measurement, and transparent design allow for detailed observation and study. The versatile configurations, safety features, and robust construction enhance both educational demonstrations and precise research experiments, optimizing the hands-on learning experience.

Vertical and Horizontal Condensor

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