Quality Engineers

The Heat Transfer Through Composite Wall consists of a heater sandwiched between two sets of slabs. Three types of slabs are provided on either side of the heater, which forms a composite structure. A small hand press frame is provided to ensure the perfect contact between the slabs.A variac is provided for varying the input to the heater. Digital Voltmeter and Digital Ammeter display the heat input. Heat produced by heater flows axially on both the sides. Temperature Sensors are embedded at the interfaces of slabs to determine the temperature gradient. The experiment can be conducted at various values of heat input and calculation can be made accordingly.

Learning Objectives/Experiments:

• To determine total thermal resistance and thermal conductivity of composite wall.
• To plot temperature gradient along the composite wall.

Required for Operation:

• Electricity Supply: 1 Phase, 220 V AC, 2 Amp.
• Table for set-up support.

Control Panel:

• Digital Voltmeter: 0-300 Volts.
• Digital Ammeter: 0-2 Amp.
• Variac: 0-230 V, 2Amp.
• Digital Temp. Indicator: 0-2000C, with multichannel switch
• Temp Sensors: RTD PT-100 type.
• Cast Iron:250 mm dia. & 20 mm thick
• Bakelite:250 mm Dia. & 15 mm thick
• Press Wood:250 mm Dia. & 12 mm thick
• Heater: Nichrome Wire Heater
• Standard make On/Off switch, Mains Indicator etc.

Scope of Delivery:

• 1 Self Contained "Heat Transfer Through Composite Wall" Apparatus
• 1 Instruction Manual consisting of experimental procedures, block diagram etc.

Additional Information:

• Item Code: QHT-01
• Port of Dispatch: Ambala
• Production Capacity: 15 nos. per quater
• Delivery Time: 15-30 days
• Packaging Details: Safe Carton

The Heat Transfer Through Lagged Pipe Apparatus setup is designed and fabricated to study lagging phenomenon in the case of pipes. It consists of three concentric pipes of small thickness as compared to diameter and are arranged concentrically, and closed with the help of two discs. Two different insulating materials fill the annuli between. the cylinders.Temperature Sensors are fitted to measure the temperature of pipe walls for radial outward heat flow measurement. Inside the inner pipe, a Nichrome wire heater is placed axially. Heat input to the heater is given through a variac and measured by Digital Voltmeter and Digital Ammeter.

Learning Objectives/Experiments:

• To estimate the actual rate of heat transfer through the composite cylinders from the measured interface temperature of the two insulating materials with known thermal conductivities.
• To determine the effective thermal conductivity of the composite cylinder.
• To compare the theoretical temperature profile within the composite cylinders, with that of observed profile

Control Panel:

• Digital Voltmeter: 0-300 Volt.Digital Ammeter: 0-2 Amp.Temperature Sensors: RTD PT-100 type.Standard make On/Off switch, Mains Indicator etc.

Scope of Delivery:

• 1 Self Contained "Heat Transfer Through Lagged Pipe" Apparatus
• 1 Instruction Manual consisting of experimental procedures, block diagram etc.

Additional Information:

• Item Code: QHT-02

We, at Quality Engineers, offer best quality Heat Pipe Demonstrator at the most competitive market price. These demonstrators are manufactured in compliance with the industry laid norms and parameters using finest quality metal. Owing to the corrosion resistance, easy installation, hassle-free operation and longer functional life, these demonstrators are extensively demanded around the globe.

Technical Description:

• It is a super-conducting device and involves the transfer of heat by boiling and condensation of a fluid and hence transfer of heat takes place under nearly isothermal condition. In this apparatus, the comparison of the heat pipe with the copper pipe as a good conductor of heat and with the stainless steel pipe as the same material of construction is made. It consists of three identical cylindrical conductors in respect of geometry.
• One end of these is heated electrically while there are small capacity tanks acting as heat sinks at the other end. The unit consists of a heat pipe, a copper pipe, and a stainless steel pipe.
• The performance of the heat pipe as a super-conducting device can be studied well in terms of the temperature distribution along the length at a given instant and can be compared with other two members. Nearly isothermal temperature distribution and fast rise of temperature in heat sink tank reveal the heat pipe superiority over the conventional conductors.
• The whole set-up is ingeniously designed and schematically arranged on a powder-coated rigid structure

Learning Objectives/Experiments:

• To demonstrate the super thermal conductivity of Heat Pipe and to compare its working with the best conductor i.e. Copper pipe & Stainless steel pipe as the same material of construction.
• To plot the temperature v/s time response of pipes.
• To plot the temperature distribution along the length of pipes

Required for Operation:

• Electricity Supply: 1 Phase, 220 V AC, 4 Amp.
• Table for set-up support.

Control Panel:

• Digital Temp. Indicator: 0-2000 C, with multichannel switch
• Variac: 0-230 V, 4 Amp.
• Temperature Sensors: RTD PT-100 type
• Standard make On/Off switch, Mains Indicator etc.
• Digital Voltmeter: 0-300 Volts.
• Digital Ammeter: 0-2 Amp.
• Size: 32mm dia, 350 mm length (Approx.)

Scope of Delivery:

• 1 Self Contained "Heat Pipe Demonstrator" Apparatus
• 1 Instruction Manual consisting of experimental procedures, block diagram etc

Additional Information:

• Item Code: QHT-03
• Production Capacity: 5-10 piece
• Delivery Time: 30-40 days

Quality Engineers offers best quality Heat Transfer in Forced Convection at an affordable market price. The apparatus offered by us is utilized for measuring average surface heat transfer coefficient or the Reynolds number for a pipe losing heat under forced convection conditions. Manufactured under strict supervision in accordance with industry set norms and parameters, this apparatus is appreciated by the clients for compact design, seamless finishing, and longer functional life.

Technical Description:

• The apparatus consists of blower unit fitted with the test pipe.
• Nichrome wire heater surrounds the test section. Four Temperature Sensors are embedded in the test section, two placed in the air stream at the entrance and exit of the test section to measure the inlet and outlet air temperature.
• Test pipe is connected to the delivery side of the blower along with the orifice to measure the flow of air through the pipe.
• Constant heat flux is given to pipe by an electric heater through a variac and measured by Digital Voltmeter and Digital Ammeter.

Learning Objectives/Experiments:

• To determine average surface heat transfer coefficient for a pipe by forced convection.
• Comparison of heat transfer coefficient for different airflow rates and heat flow rates.
• To plot surface temperature distribution along the length of pipe.

Control Panel:

• Digital Voltmeter: 0-300 Volt
• Digital Ammeter: 0-2 Amp
• Variac: 0-230 V, 2 Amp
• Length: 400 mm (approx.)
• Diameter: 28 mm (approx.)
• Digital Tem.Indicator: 0-300 DegreeC, with multi-channel switch
• Temperature Sensors: RTD PT-100 type
• Standard make On/Off switch, Mains Indicator etc.

Scope of Delivery:

• 1 Self Contained "Heat Transfer in Forced Convection" Apparatus
• 1 Instruction Manual consisting of experimental procedures, block diagram etc.

Additional Information:

• Item Code: QHT-09
• Pay Mode Terms: T/T (Bank Transfer)
• Port of Dispatch: Ambala
• Production Capacity: 15 pcs per quater
• Delivery Time: 15-20 days
• Packaging Details: Safe Carton

We, at "Quality Engineers" are instrumental in the manufacturing, trading and exporting of premium quality Heat Transfer in Natural Convection. Our professionals manufacture this apparatus in accordance with the industry laid parameters using best quality metal and advanced machinery. The apparatus we offer is appreciated around the globe for its corrosion resistance, easy installation and longer function life.

Technical Description:

• The setup consists of a brass tube fitted in a rectangular duct in a vertical position.
• The duct is open at the top and bottom, and forms an enclosure that serves the purpose of undisturbed surrounding.
• One side of the duct is fitted with a transparent acrylic window for visualization.
• An electric heating element is kept in the vertical tube that in turns heats the tube surface.
• The heat is lost from the tube to the surrounding air by natural convection.
• The temperature of the vertical tube is measure by temperature sensors and displayed by a Digital Temperature Indicator with multi channel switch.
• The heat input to the heater is measured by a Digital Ammeter and a Digital Voltmeter and is varied by a variac. The tube surface is polished to minimize the radiation losses.

Learning Objectives/Experiments:

• To determine average heat transfer coefficient under natural convection

Required for Operation:

• Table for set-up support

Control Panel:

• Digital Voltmeter: 0-300 Volt
• Digital Ammeter: 0-2 Amp
• Variac: 0-230 V, 2 Amp
• Digital Temp.Indicator: 0-300 DegreeC, with multi-channel switch
• Temperature Sensors: RTD PT-100 type

Scope of Delivery:

• 1 Self Contained "Heat Transfer in Natural Convection Apparatus"
• 1 Instruction Manual consisting of experimental procedures, block diagram etc.

Additional Information:

• Item Code: QHT-10
• Production Capacity: 5-10 piece
• Delivery Time: 15-20 days
• Packaging Details: safe carton

Owing to our expertise and domain knowledge, We at "Quality Engineers" have been able to offer Emissivity Measurement Apparatus at an industry leading price. This apparatus is precisely manufactured under the supervision of expert professionals using the best quality raw material. Appreciated for easy installation, simple functionality, and hassle-free operation, this apparatus is hugely demanded by the clients.

Technical Description:
The present Set-up is designed to measure the emissivity of a test plate. The test plate comprises a mica heater sandwiched between two circular plates. Black plate is identical with test plate, but its surface is blackened. As all the physical properties, dimension and temperature are equal heat losses from both plates will be same except radiation loss. Hence the input difference will be due to the difference in emissivity. Both plates are supported on individual brackets in an enclosure with one side glass to ensure steady atmospheric conditions. Temperature Sensors are provided to measure the temperature of each plate and surrounding. Electric Supply is given to heaters through separate variances so that temperatures of both can be kept equal and is me assured with Digital Voltmeter and Digital Ammeter.

• The whole set-up is ingeniously designed and schematically arranged on a powder-coated rigid structure.

Learning Objectives/Experiments:

• Determination of the Emissivity of a test plate.
• Study the variation of emissivity of test plate with absolute temperature.

Required for Operation:

• Table for set-up support.
• Electricity Supply: 1 Phase, 220 V AC, 4 Amp.

Control Panel:

• DPDT Selector switches: For Digital Voltmeter & Digital Ammeter
• Variacs; 0- 230 V, 2 Amp, (2 Nos.)(One each for test plate and black plate)
• Digital Temp. Indicator: 0-300 DegreeC, with Digital Voltmeter: 0-300 Volt
• Digital Ammeter: 0-2 Amps multi-channel Switch
• Temperature Sensors: RTD PT-100 type
• Standard make On/Off switch, Mains Indicator etc.

Scope Of Delivery :

• 1 Self Contained "Emissivity Measurement Apparatus"
• 1 Instruction Manual consisting of experimental procedures, block diagram etc.

Additional Information:

• Item Code: QHT-11
• Pay Mode Terms: T/T (Bank Transfer)
• Port of Dispatch: Ambala
• Production Capacity: 15 pcs per quater
• Delivery Time: 15-20 days
• Packaging Details: safe carton

Technical Description:

• 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.

Learning Objectives/Experiments:

• To determine the overall heat transfer co-efficient and film co-efficient for vertical and horizontal condenser

Required for Operation:

• Water Supply 20 Lit/Min (Approx) and Drain

Control Panel:

• Digital Temp Controller: 01999 Degreec (for Steam Generator)
• Digital Temp Indicator: 0-1999 Degreec, with Multi-Channel Switch
• Temperature Sensors: Rtd Pt-100 Type
• Standard Make On/off Switch, Mains Indicator etc

Scope of Delivery:

• 1 Self Contained "Vertical & Horizontal Laboratory Condenser" Apparatus
• 1 Instruction Manual consisting of experimental procedures, block diagram etc.

Additional Information:

• Item Code: QHT-17
• Pay Mode Terms: T/T (Bank Transfer)
• Port of Dispatch: Ambala
• Production Capacity: 15 pcs per quater
• Delivery Time: 15-20 days
• Packaging Details: safe carton

Technical Description:

• Evaporation deals with the concentration of a non-volatile solute from a solution by the removal of required amount of volatile solvent. Usually the solvent is water. By vaporizing a part of the solvent, useful product i.e. the concentrated solution or thick is produced and the vapour is discarded. Long tube evaporators are usually used for the concentration of foamy liquids. The set-up is consists of two evaporators fitted in series. Each is made up of Stainless Steel tubes surrounded by a Stainless Steel jacket and fitted with accumulator. Dilute solution is feed to the first evaporator. Steam from a steam generator is supplied to evaporator to concentrate the dilute feed solution to a desired level. The jacket is fitted with a steam trap and the condensate is collected at the end of trap. The vapours of volatile solvent produced in first evaporator are supplied to the second evaporator. The vapours of volatile solvent are condensed in a shell & tube type condenser and the balance non-volatile solute collected in the accumulator is recycled through the evaporator.

Learning Objectives/Experiments:

To concentrate a solution and to evaluate the following at steady state:

• Material and Heat Balance.
• Economy and the capacity of the evaporator for different feeding arrangement.
• Overall heat transfer co-efficient.

Required for Operation:

• Water supply 10 lit/min (approx.)
• Floor Drain
• Electricity Supply: 1 Phase, 220 V AC, 3-6 kW.
• Air Compressor 1/2 hp, 2 CFM for compressed air supply.
• Chemicals for experiments

Control Panel:

• Digital Temp. Controller: 0-199.9 DegreeC. (For Steam Generator)
• Digital Temp. Indicator: 0-199.9 DegreeC, with multi-channel switch.
• Temp. Sensors: RTD PT-100 type-8Nos.
• Standard make On/Off switch, Mains Indicator etc.

Scope of Delivery:

• 1 Self Contained "Double Effect Evaporator" Apparatus
• 1 Instruction Manual consisting of experimental procedures, block diagram etc.

Additional Information:

• Item Code: QHT-23
• Pay Mode Terms: T/T (Bank Transfer)
• Port of Dispatch: Ambala
• Production Capacity: 15 pcs per quater
• Delivery Time: 15-20 days
• Packaging Details: Safe Carton

Many processing operations depend for their success on the effective agitation and mixing of fluids. Hence it is of great importance to study these agitated vessels. Liquids are most often agitated in some kind of tank or vessel, usually cylindrical in form and with a vertical axis. Tank bottom is rounded to eliminate regions into which the fluid currents would not penetrate.In the present set-up agitation is done with the help of stirrer. A dc motor is coupled to impeller and shaft. The speed of agitator can be varied with the help of thristor controlled dc drive and power consumption is measured by digital voltmeter and digital ammeter. Four replaceable baffles are provided to prevent swirling. One propeller and one turbine are provided which are interchangeable. Drain valve is also provided at the bottom. The whole set-up is mounted on a rigid ms frame structure.

• Standard Make On/Off Switch, Mains Indicator etc

Experimentation:

• To Plot Power Number Vs Reynolds Number For The Given Set Of Impeller With Baffled/Unbaffled Mixing

Utilities Required:

• Electric Supply: Single Phase, 220 V AC, 0.5 kW
• Water Supply
• Drain

Additional Information:

• Production Capacity: 5-10 piece
• Delivery Time: 30 to 40 days

The set up consists of a glass column filled with and Air is fed at the bottom of the column. Flow rate of air is measured using orifice meter and manometer. A heater in the form of cylinder is placed in the bed to heat.The heater input can be controlled by the Digital Temperature Controller. Temperature sensors are provided to measure the temperature of air in let and air outlet.TECHNICAL SPECIFICATION:
 Column : Material Borosilicate Glass

 Heater : Made of Nichrome Wire  Air Flow Measurement : By Orifice meter & manometer  Control panel comprising of  Digital Temp. Controller: 0 to 199.9°C  Digital Temp. Indicator : 0 to 199.9°C,with multi channel switch  Temperature sensors : RTDPT-100 type-3Nos.  With standard make on/off switch, Mains Indicator etc.  An ENGLISH instruction manual consisting of experimental procedures, block diagram etc. will be provided along with the Apparatus.  The whole set- up is well designed and arranged on a rigid structure painted with industrial PU Paint.

Additional Information:

• Production Capacity: 15 pc. per qtr.
• Delivery Time: 15-20 days
• Packaging Details: safe carton

Heat exchanger is a device in which heat is transferred from one fluid to another. The apparatus consists of a fabricated SS shell in which SS tubes are placed horizontally. Hot water flows through the tubes in one direction only and cold water flows over them in perpendicular direction. Cold water enters at the bottom and leaves at the top. Flow rates of hot and cold water are measured using Rota meters. A magnetic drive pump is used to circulate the hot water from a re-cycled type water tank, which is fitted with heaters and Digital Temperature Controller. LEARNING OBJECTS/EXPERIMENTATION:
 To calculate the following parameters:
I. Rate of Heat Transfer.
II. LMTD.
III. Overall heat transfer co-efficient

Additional Information:

• Production Capacity: 5-10 piece
• Delivery Time: 30-40 days

The arrangement, using a solid metal disk with temperature measurements at different radii and heat flow radially outward from the center to the periphery, enables the temperature distribution and flow of heat by radial conduction to be investigated. The accessory comprises a solid disk of material, which is heated at the center and cooled at the periphery to create a radial temperature difference with corresponding radial flow of heat by conduction.
Learning Objectives/Experiments:
➢ Understanding the use of the Fourier rate equation in determining rate of heat flow through solid materials.
➢ Measuring the temperature distribution for steady-state conduction of energy through the wall of a cylinder (radial energy flow).
➢ Determining the constant of proportionality (thermal conductivity k) of the disk material

Additional Information:

• Production Capacity: 5-10 Piece
• Delivery Time: 30-40 Days

We are offering a wide range of Thermal Conductivity of Metal Rod. The experimental set up consists of metal bar, one end of which is heated by an electric heater while the other end of the bar projects inside the cooling water jacket. A cylindrical shell filled with insulating material surrounds the middle portion of the bar. The temperature of the bar is measured at different sections. Heat Input to the heater is given through variac. By varying the heat input rates, data can be obtained. Water at constant rate is circulated through the jacket and its flow rate and temperature rise is noted.

Learning Objectives/Experiments:

• To plot the temperature distribution along the length of Bar.
• To determine the thermal conductivity of given bar at various temperatures.

Scope of Delivery:

• The whole set-up is ingeniously designed and schematically arranged on a powder-coated rigid structure
• 1 Self-contained "Thermal Conductivity of Metal Rod" Apparatus
• 1 Instruction Manual consisting of experimental procedures, block diagram etc.

Additional Information:

• Production Capacity: 15 pc. per qtr.
• Delivery Time: 15-20 days
• Packaging Details: safe carton

This apparatus is designed to determine the thermal conductivity of insulating powder. The apparatus consists of twothin walled concentric copper spheres. Inner sphere houses Nichrome Wire heater. Insulating powder is filled betweenthe two spheres. Heat flows radically outwards. Temperature sensors at proper positions are fitted to measuresurface temperatures of spheres. Heat input to the heater is given through a variac and measured by DigitalVoltmeter & Digital Ammeter. By varying the heat input rates, data can be obtained

Additional Information:

• Production Capacity: 5-10 piece
• Delivery Time: 30- 40 days

Technical Description: The accessory comprises a heating section and a cooling section, which is clamped together or clamped with interchangeable intermediate sections between them, as required. The temperature difference created by the application of heat to one end of the resulting wall and cooling at the other end results in the flow of heat linearly through the wall by conduction.
Learning Objectives/Experiments:
➢ Understanding the use of the Fourier rate equation in determining rate of heat flow through solid materials.
➢ Measuring the temperature distribution for steady-state conduction of energy through a uniform plane wall and a composite plane wall.
➢ Overall heat transfer coefficient for differing materials in series. 

Additional Information:

• Production Capacity: 5-10 Piece
• Delivery Time: 30-40 days

The setup is designed to study the heat transfer in a pin fin. It consists of pin type fin fitted in a duct. A fan is provided on one side of duct to conduct experiments under forced draft conditions. Air flow rates can be varied. A heater heats one end of fin and heat flows to another end.  Heat input to the heater is given through Variac. Digital voltmeter and digital ammeter are provided for heat measurement. Digital Temperature Indicator measures temperature distribution along the fin.

Additional Information:

• Production Capacity: 07
• Delivery Time: 15-30 Days

Technical Description:

• The apparatus is designed to determine thermal conductivity of different liquids. The apparatus consists of a heater. The heater heats a thin layer of liquid. A cooling plate removes heat through liquid layer, ensuring unidirectional heat flow. Temperature is measured across the liquid layer and complete assembly is properly insulated. A proper arrangement for changing the liquids is provided. The whole assembly is kept in a chamber.

Learning Objectives/Experiments:

• Determination of thermal conductivity of liquid.
• Study of variation of thermal conductivity of liquid with temperature.

Required for Operation:

• Water supply 5 lit/min (approx.)
• Drain.
• Electricity Supply: 1 Phase, 220 V AC, 2 Amp.
• Table for set-up support.

Scope of Delivery:

• 1 Self Contained "Thermal Conductivity of Liquids" Apparatus
• 1 Instruction Manual consisting of experimental procedures, block diagram etc.

Additional Information:

• Item Code: QHT-07
• Port of Dispatch: AMBALA
• Production Capacity: 15 pcs per quater
• Delivery Time: 15-30 Days
• Packaging Details: safe carton

We, at "Quality Engineers" are engaged in the manufacturing, trading and exporting of premium quality Stefan Boltzman Apparatus. Obtained from authentic vendors, best quality raw materials are used in the manufacturing of this apparatus. This apparatus is acknowledged around the globe for hassle-free installation, simple functionality and cost-effectiveness. Moreover, our offered apparatus is provided with a high quality temperature sensor and an instruction manual.

Technical Description:

• The apparatus is designed to determine the Stefan Boltzman constant.
• The apparatus consists of a hemisphere fixed to a Bakelite plate, the outer surface of which forms the jacket to heat it.
• Hot water to heat the hemisphere is obtained form a hot water tank, which is fixed above the hemisphere. The copper test disc is introduced at the center of hemisphere.
• The temperatures of hemisphere and test disc are measured with the help of temperature sensors.
• The whole set-up is ingeniously designed and schematically arranged on a powder-coated rigid structure

Learning Objectives/Experiments:

• Determination of Stefan Boltzmann constant and study the effect of hemisphere temperature on it.

Required for Operation:

• Electricity Supply: 1 Phase, 220 V AC, 2 kW.
• Table for set-up support.

Control Panel:

• Digital Temp. Controller : 0-199.9 DegreeC, (For Hot Water Tank)
• Digital Temp. Indicator: 0-199.9 DegreeC, with multi-channel switch
• Temperature Sensors: RTD PT-100 type.
• Hemisphere Dia: 200 mm (approx.) made of CopperJacket Dia: 250 mm (approx.) made of Stainless Steel
• Test Disc Size: 20 mm Dia. x 1.5-mm thickness made of Copper
• Standard make On/Off switch, Mains Indicator etc.

Scope of Delivery:

• 1 Self Contained " Stefan Boltzman Apparatus"
• 1 Instruction Manual consisting of experimental procedures, block diagram etc.

Additional Information:

• Item Code: QHT-12
• Pay Mode Terms: T/T (Bank Transfer)
• Port of Dispatch: Ambala
• Production Capacity: 15 pcs per quater
• Delivery Time: 15-20 days
• Packaging Details: safe carton

Technical Description:

• The apparatus consists of a small test cylinder. The cylinder is heated by a constant temperature water bath, till steady state is reached. During heating, temperature of the cylinder is function of time and hence, heating of cylinder is under unsteady state heat transfer.The temperature of cylinder is measured with the help of temperature sensor inserted in the centre. The hot water bath is provided with a heater and is controlled by digital temperature controller. An agitator is also provided to maintain the constant bath temperature.

Learning Objectives/Experiments:

• To Calculate the Biot Number, Fourier Number and Hence the Heat Transfer Coefficient.
• To plot heisler chart for the given sample of cylindrical solid.
• The whole set-up is ingeniously designed and schematically arranged on a powder-coated rigid structure.

Control Panel:

• Digital Temp Controller: 0-1999 Degreec, (for Water Bath)
• Digital Temp Indicator: 0-1999 Degreec,
• Temperature Sensors: Rtd Pt-100 Type
• Standard Make On/off Switch, Mains Indicator Etc.

Scope of Delivery:

• 1 Self Contained "Unsteady State Heat Transfer Unit" Apparatus
• 1 Instruction Manual consisting of experimental procedures, block diagram etc.

Additional Information:

• Item Code: QHT-19
• Pay Mode Terms: T/T (Bank Transfer)
• Port of Dispatch: Ambala
• Production Capacity: 15 pcs per quater
• Delivery Time: 15-20 days
• Packaging Details: Safe Carton

Technical Description: Shell and Tube Heat Exchanger are popular in process industries because they occupy less space and offer reasonable temperature drop. The apparatus consists of fabricated shell, inside which tubes with baffles on outer side are fitted. The present set up is a 1-2 heat exchangers, with cold water flows through shell. Valves are provided to control the flow rates of hot and cold water. Flow rates of hot and cold water are measured using Rotameters. A magnetic drive pump is used to circulate the hot water from a re-cycled type water tank, which is fitted with heaters and Digital Temperature Controller.
LEARNING OBJECTS/EXPERIMENTATION:

• The main object of the experimental setup is to study the following at various flow rates:
• LMTD
• Heat transfer rate
• Overall Heat Transfer Co-efficient.

REQUIREMENT FOR OPERATION: Water supply 20 lit/min (approx.) and drain. Electricity Supply: 1 Phase, 220 V AC, 4 kW.Floor area of 1.5 m x 0.75 m.

Control Panel:Standard make on/off switch, Mains Indicator etc.
Scope of Delivery:1 Self-contained “SHELL & TUBE HEAT EXCHANGER” Apparatus.1 Instruction Manual consisting of experimental procedures, block diagram etc.

Additional Information:

• Production Capacity: 15 pc. per qtr.
• Delivery Time: 15-30 Days
• Packaging Details: Safe Carton

Open Pan Evaporator is a process for concentrating a solution by vaporizing part or all of the solvent. In most of the cases the solvent is water. The pan evaporator set-up is designed to study the fundamentals of evaporation process. The set-up consists of a jacketed pan evaporator made of stainless steel and an electrically heated steam generator of suitable capacity.To evaporate the solution in pan, steam is allowed to enter in the jacket using a control valve. Condensate is collected from steam trap for energy measurement. Tilting is done by a worm gear arrangement to empty the pan.

Learning Objectives/Experiments

• To determine the overall heat transfer co-efficient under unsteady state conditions at different temperatures
• To determine the heat transfer co-efficient at the boiling point

Required for Operation

• Water Supply
• Drain
• Chemicals for experiments.
• Special Arrangement To Measure the Evaporated Volume of Solvent is Done
• The whole set-up is ingeniously designed and schematically arranged on a powder-coated rigid structure.

Control Panel

• Digital Temp/ Controller 0-199.9 Degreec, (for Steam Generator)
• Digital Temp. Indicator 0-199.9c
• Standard Make On/off Switch, Mains Indicator Etc

Scope of Delivery

• 1 Self Contained "Open Pan Evaporator" Apparatus
• 1 Instruction Manual consisting of experimental procedures, block diagram etc

Additional Information:

• Item Code: QHT-20
• Pay Mode Terms: T/T (Bank Transfer)
• Port of Dispatch: Ambala
• Production Capacity: 15 pcs per quater
• Delivery Time: 15-20 days
• Packaging Details: safe Carton

Technical Description:

• Evaporation deals with the concentration of a non-volatile solute from a solution by the removal of required amount of volatile solvent. Usually the solvent is water. By vaporizing a part of the solvent, useful product i.E. The concentrated solution or thick is produced and the vapour is discarded. Long tube evaporators are usually used for the concentration of foamy liquids.The set-up consists of stainless steel tubes surrounded by a stainless steel jacket and fitted with accumulator. Dilute solution is feed to tubes. Steam from a steam generator is supplied to shell to concentrate the dilute feed solution to a desired level. The jacket is fitted with a steam trap and the condensate is collected at the end of trap. The vapours of volatile solvent are condensed in a shell & tube type condenser and the balance non-volatile solute collected in the accumulator is recycled through the evaporator.

Learning Objectives / Experiments:

• To concentrate a solution and to evaluate the following at steady state
• Material and heat balance
• Economy and the capacity of the evaporator
• Overall heat transfer co-efficient

Required for Operation:

• Drain
• Chemicals for experiments
• The whole set-up is ingeniously designed and schematically arranged on a powder-coated rigid structure

Control Panel:

• Digital Temp Controller: 0-1999 DegreeC, (for Steam Generator)
• Digital Temp Indicator: 0-1999 DegreeC, with Multi-Channel Switch
• Temp Sensors: Rtd Pt-100,
• Standard Make On/Off Switch, Mains Indicator Etc

Scope of Delivery:

• 1 Self Contained "Single Effect Evaporator" Apparatus
• 1 Instruction Manual consisting of experimental procedures, block diagram etc

Additional Information:

• Item Code: QHT-22
• Pay Mode Terms: T/T (Bank Transfer)
• Port of Dispatch: Ambala
• Production Capacity: 15 pcs per quater
• Delivery Time: 15-20 days
• Packaging Details: Safe Carton

Plate Type Heat Exchanger consists of frame in which independent metal plates are clamped between a head and follower. The plates are sealed at their outer edges and around the ports by gaskets, which are so arranged that the liquid and the heating/cooling media are directed alternately into passages formed between the plates. The hot fluid enters at the top on the right side of the fixed end cover and flows downwards through alternate channels between the plates. The Hot fluid leaves the exchanger through a connection at the bottom of the fixed end cover. The cold fluid enters at the bottom of the left side of the fixed end cover. The cold fluid flows in counter current flow through alternate channels between the plates and leaves the exchanger at the top on the left side of the fixed end cover.

Learning Objectives / Experiments:

To calculate:

• LMTD
• Heat transfer rate
• Overall Heat Transfer Co-efficient.

Required for Operation:

• Electricity Supply: 1 Phase, 220 V AC, 5 KW.
• Water Supply at constant head (10 LPM Approx.)
• Floor Drain
• Floor area of 1.75 m x 1m

Control Panel:

• Digital Temp. Controller: 0-199.9 DegreeC, (For Hot Water Tank)
• Digital Temp. Indicator: 0-199.9 DegreeC, with multi-channel switch
• Temperature Sensors: RTD PT-100 type.-4Nos.
• Standard make On/Off switch, Mains Indicator etc.

Scope of Delivery:

• 1 Self Contained " Plate Type Heat Exchanger" Apparatus
• 1 Instruction manual consisting of experimental procedures, block diagram etc.

Additional Information:

• Item Code: QHT-24
• Pay Mode Terms: T/T (Bank Transfer)
• Port of Dispatch: Ambala
• Production Capacity: 15 pcs per quater
• Delivery Time: 15-20 days
• Packaging Details: Safe Carton

The apparatus consists of a container containing distilled water. The heating surface isin the form of a Nichrome heater wire completely submerged in the water. There is another heater submerged in the water to initially heat the water upto the required temperature to study the critical heat flux phenomenon at various bulk temperatures.The temperature of the water in the container is measured with the help of a tempsensor. Electrical supply to the test heating wire is given through a dimmerstat. Andthe power input is measured with the help of a voltmeter and an ammeter.

Additional Information:

• Item Code: QEHT-502
• Production Capacity: 10
• Delivery Time: 15 days

The Unit consists of a strong cylinder containing fluid. A water cooled coil in the upper part of the cylinder condenses the vapour and return sit to the boiling liquid. The condenser cooling water rate can be measured and controlled also.
LEARNING OBJECTS/EXPERIMENTATION:
 To plot graph of heat flux & temperature difference between metal & liquid
 To calculate amount heat taken away by water from condensing vapours.
REQUIRMENT FOR OPERATION:
 Electricity Supply: 1 Phase, 220 V AC, 2 Amp.
 Watersupply:2lt/min
 Floor Drain
 Floorarea:1.0m x 0.75m

Additional Information:

• Production Capacity: 5-10 piece
• Delivery Time: 30-40 days

Technical Description:

• We have emerged as affluent manufacturer and supplier of Finned Tube Heat Exchanger. This is energy efficient and require less maintenance as compared to conventional heat exchangers. Our offered product is not only long lasting but has smooth finish. Using highest grade of raw materials sourced by our vendors, we manufacture and design the product using advanced technology.

Learning Objectives/Experiments:

• To Calculate The Lmtd
• To Find Heat Transfer Rate
• To Find Out Overall Heat Transfer Co-Efficient

Required for Operation:

• Water Supply at constant head
• Floor Drain
• Hot Water Tank: Made of Stainless Steel Double Wall, Insulated with Ceramic Wool
• Hot Water Circulation: Magnetic Pump made of polypropylene to circulate hot water maximum working temperature is 85 DegreeC
• The whole set-up is ingeniously designed and schematically arranged on a powder-coated rigid structure.

Control Panel:

• Digital Temp. Controller: 0-199.9 Degreec. (For Hot Water Tank)
• Digital Temp. Indicator: 0-199.9 Degreec, with Multi-Channel Switch
• Temperature Sensors: Rtd Pt-100 Type.
• Standard Make On/Off Switch, Mains Indicator etc

Scope of Delivery:

• 1 Self Contained "Finned Tube Heat Exchanger" Apparatus
• 1 Instruction Manual consisting of experimental procedures, block diagram etc.

Additional Information:

• Item Code: QHT-16
• Pay Mode Terms: T/T (Bank Transfer)
• Port of Dispatch: Ambala
• Production Capacity: 15 pcs per quater
• Delivery Time: 15-20 days
• Packaging Details: safe carton

 Condensation is a phase change heat transfer process occurring in many industrial applications, such power plants, refrigeration plants etc. Thus this is one of the important heat transfer process as present in mechanical and chemical engineering applications. The condensation of vapour on a surface is of two types: 1. Drop wise Condensation, 2. Film wise Condensation. This setup is designed for determining heat transfer co types of condensation and for visualization of these processes. It consists of a vertical frame. Condensation tubes are fitted inside compact glass cylinder. Steam generator is fitted at the backside of the cylinder. Steam comes directly from generator to the cylinder. Two valves are fitted to control flow rate of water in individual tubes. Digital Temperature Indicator monitors the temperatures. Pressu cold water flow rates respectively. A Digital temperature Controller is provided for controlling the temperature of Steam. Water level indicator is provided in steam generator. Condensate is measured by a measuring cylender

Additional Information:

• Production Capacity: 5-10 piece
• Delivery Time: 30-40 days

We are offering a wide range of Thermal Conductivity Apparatus of Insulating Slab.

Technical Description:
The set-up is designed to determine the thermal conductivity of insulating materials in the form of a slab. The apparatus consists of main central heater and ring guard heater, sandwiched between the specimens. Cooling plates are provided on either side of the specimen. Two identical specimens are clamped between heaters that ensure unidirectional heat flow through the specimen. The whole assembly is kept in a chamber and insulated by ceramic wool insulation around the set-up.

Learning Objectives/Experiments:

• Determination of thermal conductivity of the insulating material in the form of a slab.
• Study of variation of thermal conductivity of the material with temperature.

Scope of Delivery:

• 1 Self Contained "Thermal Conductivity Apparatus of Insulating Slab" Apparatus
• 1 Instruction Manual consisting of experimental procedures, block diagram etc.

Additional Information:

• Production Capacity: 5-10 piece
• Delivery Time: 20-30 days

We at "Quality Engineers" hold specialization in the manufacturing and exporting of premium quality Parallel & Counter Flow Heat Exchanger. Offered setup is designed to study the pipes in parallel of the same diameter. It consists of a set of 2 pipe test sections, supply tank, measuring tank and pumps for closed loop water circulation. Our apparatus is appreciated globally for its dimensional accuracy, seamless finish, and corrosion resistance.

Technical Description:

• Heat exchanger is a device in which heat is transferred from one fluid to another. The apparatus consists of a concentric tube heat exchanger. Hot water flows through inner tube in one direction only and cold water flows through the outer tubes. Direct ion of cold fluid flow can be changed from parallel or counter to hot water so that unit can be operated as parallel or counter flow heat exchanger. Flow rates of hot and cold water are measured using Rotameters. A magnetic drive pump is used to circulate the hot water from a re-cycled type water tank, which is fitted with heaters and Digital Temperature Controller.

Learning Objectives/Experiments:

• To calculate the following parameters both for parallel and Counter flow arrangement: Rate of Heat Transfer, LMTD, Overall heat transfer coefficient.
• To compare the performance of Parallel and Counter flow heat exchanger.

Required for Operation:

• Water supply 10 lit/min (approx.) and drain.
• Electricity Supply: 1 Phase, 220 V AC, 3 kW.
• Floor area 2 m x 0.6m
• The whole set-up is ingeniously designed and schematically arranged on a powder-coated rigid structure

Control Panel:

• Digital Temp. Controller: 0-199.9 DegreeC, (For Hot Water Tank)
• Digital Temp. Indicator: 0-199.9 DegreeC, with multichannel switch
• Temperature Sensors: RTD PT-100 type.
• Standard make On/Off switch, Mains Indicator etc.

Scope of Delivery:

• 1 Self Contained "Parallel & Counter Flow Heat Exchanger" Apparatus
• 1 Instruction Manual consisting of experimental procedures, block diagram etc.

Additional Information:

• Item Code: QHT-14
• Production Capacity: 5-10 piece
• Delivery Time: 15-20 days
• Packaging Details: safe carton