Didac International
Janakpuri, New Delhi, Delhi
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Thermal Engineering Equipments

Pioneers in the industry, we offer axial flow turbo machines, axial steam turbine, characteristic variables of hydraulic turbo machines, energy conversion in a wind power plant, four cylinder diesel engine and four cylinder petrol engine from India.

Axial Flow Turbo Machines

Axial Flow Turbo Machines
  • Axial Flow Turbo Machines
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Approx. Price: Rs 3.1 Lakh / Piece

Axial Flow Turbo machines

 

Specification Of Axial Flow Turbo machines

  • Investigation of an axial flow turbo machine
  • Closed water circuit with expansion tank and centrifugal pump
  • Turbo machine may be operated as a turbine and as a pump Two sets of impellers and guide vane systems for pump mode and two sets of rotors and stators for Turbine mode with different inlet and outlet angles
  • Asynchronous motor with 4-quadrant operation via frequency converter
  • Recovery of the brake energy
  • Motor with pendulum bearing, torque measurement via lever arm and force sensor
  • Inductive speed sensor on the motor
  • Manometers for measuring the inlet and outlet pressures
  • Measuring probe and differential pressure sensor for recording the pressure curve in the turbo machine
  • Electromagnetic flow meter
  • Display of power consumption, torque, speed, pressure, differential pressure and flow rate
 

Technical Data

Centrifugal pump

  • Power: 5,5kW
  • Max. flow rate: 150m³/h
  • Max. head: 10m

Asynchronous motor

  • Power: 1,5kW
  • Torque: 0...5Nm
  • Speed: 0...3000min-1
  • Expansion tank: 150L

Measuring ranges

  • Pressure (manometer): 2x -1...5bar
  • Differential pressure: 5x 0...500mbar
  • Flow rate: 0...100m³/h
  • Speed: 0...3000min-1
  • Torque: 0...9,81Nm
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  • Item Code: DIFM024
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Axial Steam Turbine

Axial Steam Turbine
  • Axial Steam Turbine
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Approx. Price: Rs 3.1 Lakh / Piece

Axial Steam Turbine

  1. Single-stage axial impulse turbine, mounted in corrosion-resistant, sealed ball bearings
  2. Load on the turbine by eddy current brake
  3. Condenser with water-cooled coiled tube
  4. Steam supply from steam generator
  5. Various safety devices for safe operation
  6. Sensors and digital indicator for speed, temperature, pressure and flow rate

Technical Data

  1. Single-stage axial impulse turbine
  2. Impeller inner diameter: 54mm
  3. Max. Speed: 40000min-1
  4. Max. Inlet pressure: 9bar abs.
  5. Max. outlet pressure: 1bar abs.

Measuring ranges

  1. Pressure
  2. Steam inlet:  0...16bar
  3. Condenser: 0...1,6bar
  4. Differential pressure: 0...50mbar
  5. Cooling water flow rate: 0...720l/h
  6. Speed: 0...50000min-1
  7. Torque: 0...70nmm
  8. Temperature: 0...400°C
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  • Item Code: DIFM007
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Characteristic Variables Of Hydraulic Turbo Machines

Characteristic Variables Of Hydraulic Turbo Machines
  • Characteristic Variables Of Hydraulic Turbo Machines
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Approx. Price: Rs 3.3 Lakh / Piece

 

Characteristic Variables of Hydraulic Turbomachines

 

Specification Of Characteristic Variables of Hydraulic Turbomachines

 
  • Determining characteristic variables of a centrifugal pump
  • Experiments on a pump in a closed water circuit with storage tank and flow control valve to adjust the back pressure
  • Experiments on turbines: closed water circuit for supplying turbines
  • Pipes and fittings made of PVC
  • 3-phase AC motor for pump with variable speed via frequency converter
  • Non-contact speed measurement at the turbine shaft and force sensor at the brake for measuring the torque 
  • Digital displays for pressures, flow rate, speed and torque

Technical Data

Standard centrifugal pump

  • Max. head: 23,9m
  • Max. flow rate: 31m³/h

Drive motor with variable speed

  • Power output: 2,2kW
  • Speed range: 0...3000min-1
  • Storage tank: 250L

Measuring ranges

  • Pressure: 2x 0...4bar abs.
  • Flow rate: 0...40m³/h
  • Torque: 0...20Nm
  • Speed: 2x 0...4000min-1
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  • Item Code: DIFM037
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Energy Conversion In A Wind Power Plant

Energy Conversion In A Wind Power Plant
  • Energy Conversion In A Wind Power Plant
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Approx. Price: Rs 3.1 Lakh / Piece

Energy Conversion in a Wind Power Plant

 

Specification Of Energy Conversion in a Wind Power Plan

 
  • Converting kinetic wind energy into electrical energy
  • Laboratory-scale wind power plant, stand-alone operation
  • Axial fan with continuously variable speed (wind velocity)
  • Flow straightener for consistent wind conditions
  • Generator for converting the kinetic energy into electrical energy
  • Accumulator for storing the electrical energy
  • Two bulbs as electrical load (consumers)
  • Measurement of wind velocity in front of and behind the rotor
  • Measurement of rotational speed of the rotor
  • Measurement of current and voltage
  • Digital displays for the measured values
 

Technical Data

Axial fan

  • Max. volumetric flow rate: 5m³/s
  • Max. power: 1,5kW

Rotor

  • Diameter: 510mm

Generator

  • Max. output: 60W
  • Voltage: 12VDC
  • Max. charging current: 5A

Accumulator

  • Voltage: 12VDC
  • Capacity: 8Ah

Electrical load (bulbs)

  • Voltage: 12VDC
  • Power: 55W each

Measuring ranges

  • Wind velocity: 0,3...50m/s
  • Speed: 0...3000min-1
  • Voltage: 0...20VDC
  • Current: 0...35A

 

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  • Item Code: DIFM012
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Four Cylinder Diesel Engine

Four Cylinder Diesel Engine
  • Four Cylinder Diesel Engine
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Approx. Price: Rs 3.35 Lakh / Piece

Description of Four Cylinder Diesel Engine

In conjunction with the load unit, the test engine is a complete engine test stand. The engine used here is a four-cylinder diesel engine. It has its own closed cooling water circuit.

A solid welded frame on rollers, with a vibration-insulated base plate, carries the entire setup. Hazardous areas such as hot surfaces and rotating parts are covered with perforated plates. The connection to the brake is made via a rotationally elastic coupling with a jointed shaft. The engine is attached to the load unit by fasteners.

Specification of Four Cylinder Diesel Engine

  1. Water-cooled four-cylinder diesel engine for setup an engine test stand in conjunction with load unit
  2. Engine flexibly mounted on mobile frame with vibration-insulated base plate
  3. Power transmission to brake unit via elastic coupling and a jointed shaft
  4. Engine complete with fuel supply and cooling water circuit
  5. Sensors for cooling water flow rate and temperatures
  6. Transfer of measured data via data cable from switch cabinet control cabinet
  7. Switch cabinet with warning lamps operating time counter and ignition key

 

 

 

 

 

 

 

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  • Item Code: DIFM034
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Four Cylinder Petrol Engine

Four Cylinder Petrol Engine
  • Four Cylinder Petrol Engine
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Approx. Price: Rs 3.35 Lakh / Piece

Four Cylinder Petrol Engine

Specification of Four Cylinder Petrol Engine

 

  • Water-cooled four-cylinder petrol engine for setup of a test stand in conjunction with the load unit
  • Engine flexibly mounted on mobile frame with vibration-insulated base plate
  • Force transmission to brake via rotationally elastic coupling and jointed shaft
  • Engine complete with fuel supply (tank, pump, hose) and cooling water circuit
  • Sensors for cooling water flow rate and temperatures (exhaust gas, cooling water, fuel, oil)
  • Transfer of measured data via data cable from switch cabinet to CT 400 switch cabinet
  • Switch cabinet with warning lamps (oil pressure, alternator failure), operating time counter and ignition key

 

Technical Data

 

  • Water-cooled four-cylinder petrol engine
  • Displacement: 1596cm³
  • Bore: 79mm
  • Stroke: 81,4mm
  • Power output: max. 84kw at 6000min-1
  • Torque: max. 155nm at 4150min-1
  • Compression ratio: 11:1
  • Ignition sequence: 1-3-4-2
  • Starter battery: 12V
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  • Item Code: DIFM033
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Four Stroke Petrol Engine

Four Stroke Petrol Engine
  • Four Stroke Petrol Engine
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Approx. Price: Rs 3 Lakh / Piece

Four-Stroke Petrol Engine

Specification: Four-Stroke Petrol Engine

  • Air-cooled single-cylinder four-stroke petrol engine for installation in the test stand
  • Engine mounted on vibration-insulated base plate
  • Force transmission to brake via pulley
  • Engine complete with fuel hose and exhaust gas temperature sensor
  • Fuel hose with self-sealing quick-release coupling

Technical Data

  • Air-cooled single-cylinder petrol engine
  • Power output: 2,2kW at 3200min-1
  • Bore: 62mm
  • Stroke: 42mm
  • Belt pulley: D=125mm

Other Four-Stroke Petrol Engine

 

 

  • Four-Stroke Petrol Engine w. Variable Compression
  • Four-Stroke Diesel Engine
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Additional Information:

  • Item Code: DIFM025
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Francis Turbine Trainer

Francis Turbine Trainer
  • Francis Turbine Trainer
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Approx. Price: Rs 3.3 Lakh / Piece

Description of Francis Turbine Trainer

The Francis turbine belongs to the reaction turbines which convert pressure energy of the working medium into kinetic energy in the guide vanes and in the rotor. Francis turbines are used for medium heads. The turbine power is controlled by adjusting the guide vanes. In practice, Francis turbines are used in run-of-river power plants and in pumped storage plants.

Specification of Francis Turbine Trainer

  1. Investigation of a Francis turbine
  2. Closed water circuit with pump, motor, flow control valve and tank with optional cooling
  3. Pump with variable speed via frequency converter
  4. Adjustment of flow rate via flow control valve
  5. Loading the turbine by use of the asynchronous machine as generator
  6. Rotor and guide vanes of the turbine completely visible
  7. Adjustable guide vanes for setting different angles of attack
  8. Non-contact speed measurement at the generator shaft and force sensor for measuring the driving torque
  9. Digital display for temperature, flow rate and pressures speed, torque and electrical power of generator

 

 

 

 

 

 

 

 

 

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  • Item Code: DIFM022
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Gas Turbine

Gas Turbine
  • Gas Turbine
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Approx. Price: Rs 3 Lakh / Piece(s)

Gas Turbine

 

Specification: Gas Turbine

  • Function and behaviour during operation of a gas turbine
  • Single-shaft arrangement for operation as jet engine
  • Two-shaft arrangement for operation with power turbine
  • Start-up fan to start the gas turbine
  • Asynchronous motor with frequency converter as generator

Technical Data

  • Gas generator (compressor and turbine)
  • Speed range: 60000...125000min-1
  • Max. pressure ratio: 1:2,2
  • Max. mass flow rate (air): 0,125kg/sec
  • Max. fuel consumption: 120g/min
  • Fuel nozzle pressure: 2,5...4bar

Power turbine

  • Speed range: 10000...40000min-1
  • Mechanical power: 0...2kW
  • Electrical power: 0...1,5kW
  • Sound level at 1m distance: max. 80dB(A)

Operation as jet engine

  • Thrust measurement: 0...50N
  • Sound level at 1m distance: max. 110dB(A)

Measuring ranges

  • Temperature: 6x -200...1000°C / 1x -40...1300°C
  • Speed: 0...199999min-1
  • Electrical power: 0...1999W
  • Fuel mass flow rate: 0...10kg/h
  • Fuel supply pressure: 0...25bar
  • Fuel nozzle pressure: 0...4bar
  • Combustion chamber pressure loss: 0...50mbar
  • Pressure, turbine inlet in gas generator: 0...2,5bar
  • Pressure, power turbine inlet: 0...250mbar
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  • Item Code: DIFM003
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Gas Turbine Jet Engine

Gas Turbine Jet Engine
  • Gas Turbine Jet Engine
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Approx. Price: Rs 3 Lakh / Piece

Gas Turbine Jet Engine

 

Specification: Gas Turbine Jet Engine

 
  • Experiments relating to the function and behaviour during operation of a jet engine
  • Gas turbine with radial compressor and axial turbine as jet engine
  • Single-shaft engine
  • Protective grating for the jet engine
  • Turbine mounted on moving base with force sensor for thrust measurement
  • Electric starter for fully automatic start-up
  • Additional remote control for display and control of the jet engine

Technical Data

Jet engine

  • Max. thrust: 82N at 117000min-1
  • Speed range 35000...117000min-1
  • Fuel consumption: max. 22L/h (full load)
  • Exhaust gas temperature: 610°C
  • Sound level at 1m distance: max. 130dB(A)
  • Fuel: kerosene or petroleum + turbine oil
  • Starting system: electric starter 
  • 1 tank for fuel: 5L

Measuring ranges

  • Differential pressure: 0...150mbar
  • Combustion chamber pressure: 0...2,5bar
  • Temperature: 2x 0...1200°C / 1x 0...400°C
  • Speed: 0...120000min-1
  • Fuel consumption: 0...25L/h
  • Force: 0...+/-200N
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  • Item Code: DIFM006
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Gas Turbine With Power Turbine

Gas Turbine With Power Turbine
  • Gas Turbine With Power Turbine
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Approx. Price: Rs 3.4 Lakh / Piece

Gas Turbine With Power Turbine

 

Specification: Gas Turbine With Power Turbine

 
  • Investigation of a refrigeration circuit with speed-controlled compressor
  • Refrigeration circuit with open compressor, condenser, thermostatic expansion valve and evaporator in refrigeration chamber
  • Cooling load in the refrigeration chamber adjustable via heater
  • Drive and speed adjustment of the open compressor via
  • Condenser and evaporator with fan
  • Pressure switch to protect the compressor
  • Digital displays for pressure, temperature, flow rate, power and speed

Technical Data

Open compressor

  • Refrigeration capacity: approx. 845W (at speed:
  • 975min-1 and -10/40°C)
  • Speed: 500...1000min-1
  • Condenser with fan transfer area: 2,5m²
  • Capacity: approx. 1935W at 25°C air temperature
  •  (Ambient) / ”t=15°C

Evaporator

  • Transfer area: 3,62m²
  • Capacity: 460W at 3°C air temperature
  • (Chamber) / t=13°C
  • Heater power: 500W

Measuring ranges

  • Temperature: 4x -5...105°C, 1x -50...250°C
  • Pressure: 2x -1...15bar
  • Speed: 1x 0...1000min-1
  • Flow rate R134a: 1x 2...15g/s
  • Power: 1x 0...500W
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  • Item Code: DIFM004
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Kaplan Turbine Trainer

Kaplan Turbine Trainer
  • Kaplan Turbine Trainer
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Approx. Price: Rs 3.2 Lakh / Piece

Description of Kaplan Turbine Trainer

Water turbines are turbo machines which convert water energy into mechanical energy. Mostly, they are used for driving generators for power generation purposes. The Kaplan turbine is a reaction turbine with an axial through flow. It has a high specific speed and is suitable for large water flows and small to medium heads. Therefore, the Kaplan turbine is used as a “classic” water turbine in run-of-the-river power plants.

Specification of Kaplan Turbine Trainer

  1. Function of a Kaplan turbine
  2. Closed water circuit with submersible pump, throttle valve and tank
  3. Adjustment of flow rate with throttle valve
  4. Loading the turbine by use of air-cooled eddy current brake
  5. Rotor with fixed blades
  6. Adjustable guide vanes for setting different angles of attack
  7. Non-contact speed measurement at the turbine shaft and force sensor at the brake for measuring the torque
  8. Digital display for pressures, temperature, flow rate, speed and torque

 

 

 

 

 

 

 

 

 

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  • Item Code: DIFM023
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Separating & Throttling Calorimeter Bench

Separating & Throttling Calorimeter Bench
  • Separating & Throttling Calorimeter Bench
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Approx. Price: Rs 3.3 Lakh / Piece

Description of Separating and Throttling Calorimeter Bench:  

Separating and Throttling Steam Bench consists of a sturdy framework and panels of all steel construction, fitted with a student work surface, interconnecting back panel and adjustable feet. The steam bench includes an insulated separating calorimeter, equipped with a water level sight glass, connected via fixed orifice to a lagged throttling calorimeter which exhausts to a water cooled steam condenser. A manometer is provided for measuring the pressure inside the throttling calorimeter and thermocouples are provided for measuring steam supply and temperatures which may be individually selected for display on an analogue temperature meter.

Experimental Capability of Separating and Throttling Calorimeter Bench:    

 

  1. To determine the dryness fraction of steam i.e. The quantity of dry vapour present in any wet vapour mixture

 

Specification of Separating and Throttling Calorimeter Bench:     

Steam bench designed for determining the dryness fraction of steam. The bench includes series connected mild steel separating and throttling calorimeters, each welded in accordance with designed for a maximum working pressure of 10.34 bar and a maximum steam temperature of 235°C, and lagged with fibreglass insulation enclosed within a mild steel cover. The separating calorimeter is fitted with a graduated level gauge, protected by a clear Perspex tubular shield, and a drain line with isolating valve; the throttling calorimeter is fitted with brass orifice block, a temperature measuring point, a pressure measuring point connected to a manometer via an isolating valve, and a steam outlet line to a steam condenser with cooling water supplied from the service line, via an isolating valve, and connected to drain via a combined sight glass and check valve. Steam is supplied to the separating calorimeter from a fully insulated steam header via a steam control valve; the steam supply line having temperature and pressure measuring point fittings. Steam supply pressure is indicated on a 0???16 bar Bourdon type pressure gauge and analogue indications of temperatures are provided by a 0???250°C meter connected via toggle switch to type K thermocouples fitted at the temperature measuring points

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  • Item Code: DISP006
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Steam Power Plant 1,5kW with Process Control System

Steam Power Plant 1,5kW with Process Control System
  • Steam Power Plant 1,5kW with Process Control System
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Approx. Price: Rs 3.3 Lakh / Piece(s)

Description of Steam Power Plant 1,5kW with Process Control System

Nowadays large process engineering systems, such as steam power plants, are managed with process control systems (PCS). The entire system is monitored, actuators regulated and controlled, measurements recorded and displayed via the process control system.

The Steam Power Plant is specifically designed for training purposes in the field of power plant engineering with process control systems. The system operates very similarly to real large-scale plants due to the high degree of complexity.

Specification of Steam Power Plant 1,5kW with Process Control System

  1. Laboratory-sized steam power plant
  2. Oil-fired once-through boiler with electrical superheater
  3. Single-stage industrial steam turbine with DC generator as turbine load
  4. Water-cooled condenser
  5. Feedwater treatment
  6. Process control system for monitoring, control and regulation of the plant
  7. Control station with complete instrumentation on modern LCD monitors, touchscreen operation
  8. System equipped with sensors and actuators for monitoring and controlling the plant via integrated PLC and Ethernet
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  • Item Code: DIFM009
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Steam Power Plant 20kw with Process Control System

Steam Power Plant 20kw with Process Control System
  • Steam Power Plant 20kw with Process Control System
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Approx. Price: Rs 3.3 Lakh / Piece

Steam Power Plant 20kW with Process Control System

 

  1. Laboratory-sized steam power plant
  2. Gas/oil-fired once-through steam boiler with electrical superheater
  3. Single-stage industrial steam turbine with curtis wheel
  4. Electronic speed control with electro-pneumatic control valve
  5. Synchronous generator with ppu synchronising device for grid connected or stand alone operation
  6. Water-cooled condenser with cooling water circuit and wet cooling tower
  7. Feedwater treatment with ion exchanger and chemical dosing
  8. Modern digital system control via a process control system
  9. Control station with complete instrumentation on modern LCD monitors, touch screen operation

 

Technical Data

Steam Boiler

 

  1. Max. Steam output: 600kg/h at 13bar
  2. Max. Heat output: 393kw
  3. Max. fuel consumption: 36,8kg/h
  4. Super heater, capacity: 32kW, 250°C
  5. Single-stage action turbine with Curtis wheel and electronic speed control
  6. Max. power output: 20kW at 3600min-1.

 

Synchronous Generator

 

  1. Max. Output: 17kVA with 400V, 60Hz

 

Water-cooled condenser

 

  1. Cooling capacity: 389kw
  2. Transfer surface: 5,5m²
  3. Cooling tower, max. cooling capacity: 540kW
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  • Item Code: DIFM010
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Steam Power Plant With Steam Engine

Steam Power Plant With Steam Engine
  • Steam Power Plant With Steam Engine
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Approx. Price: Rs 3 Lakh / Piece(s)

Steam Power Plant With Steam Engine

 

Specification: Steam Power Plant With Steam Engine

 
  • Demonstration of a steam power plant with single-cylinder piston steam engine
  • Gas-fired boiler for steam generation
  • Water-cooled condenser
  • DC generator
  • Light bulbs as consumers
  • Sensor and display for temperature, pressure, flow rate, voltage and current
  • Safety valve and temperature monitoring for safe operation

Technical Data

Steam engine

  • Power: max. 5W
  • Speed: max. 1200min-1
  • Cylinder: diameter: 20mm

Generator

  • DC motor: max. 3,18W at 6000min-1
  • Gas-fired boiler
  • Safety valve: 4bar
  • Gas connection 3/8"L (propane or butane)

Measuring ranges

  • Temperature: 8x -20...200°C
  • Pressure: 0...6bar
  • Flow rate:
  • Gas: 0...110L/h,
  • Water: 15...105L/h
  • Voltage: 0...10VDC
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  • Item Code: DIFM035
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Steam Power Plant, 1,5kW

Steam Power Plant, 1,5kW
  • Steam Power Plant, 1,5kW
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Approx. Price: Rs 3.25 Lakh / Piece(s)

Steam Power Plan

  1. Laboratory-sized steam power plant
  2. Oil-fired steam generator with electric superheater
  3. Single-stage axial turbine with curtis wheel, vacuum or exhaust operation
  4. Dc generator as turbine load
  5. Water-cooled condenser
  6. Feedwater treatmen 

Technical Data

  1. Steam generator
  2. Steam output: 200kg/h at 11bar
  3. Max. Fuel consumption: 12L/h
  4. Heat-up time: 8min
  5. Max. pressure: 13bar

Superheater

  1. Power: 7kw
  2. Single-Stage Axial Turbine With Curtis Wheel And Hydraulic Speed Regulator
  3. Power: max. 1,5kW at 3000min-1

Water-Cooled Condenser 

  1. Cooling capacity: 98kw
  2. Transfer surface: 2,5m²

Measuring Ranges

  1. Temperature: 9x 0...400°c, 2x 0...100°c
  2. Cooling water flow rate: 0...167l/min
  3. Pressure: 3x 0...16bar, 1x -1...1bar
  4. Torque: 0...20nm
  5. Speed: 0...4000min-1
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  • Item Code: DIFM008
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Two Cylinder Steam Engine

Two Cylinder Steam Engine
  • Two Cylinder Steam Engine
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Approx. Price: Rs 3.5 Lakh / Piece(s)

Two-Cylinder Steam Engine

Specification: Two-Cylinder Steam Engine

  • Two-cylinder piston steam engine
  • Atmospheric capacitor
  • Condensate tank as cascade tank with condensate pump
  • Steam engine loaded via brake unit
  • Sensor and display for temperature, pressure, flow rate, and speed
  • Determination of amount of steam via condensate
  • Steam supplied by steam generator

Technical Data

Two-cylinder piston steam engine

  • Speed: max. 1000min-1
  • Max. continuous power: 500W
  • 2 cylinders
  • Bore: 50mm
  • Stroke: 40mm

Pump

  • Power consumption:  max. 60W
  • Max. flow rate: 2,9m³/h
  • Max. head: 4m

Condenser

  • Transfer surface: 3800cm²

Measuring ranges

 

  • Temperature: 7x 0...400°C
  • Pressure: 0...10bar / 0...1,6bar
  • Speed: 0...1200min-1
  • Cooling water flow rate: 100...1000L/h
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  • Item Code: DIFM036
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Two Stroke Petrol Engine

Two Stroke Petrol Engine
  • Two Stroke Petrol Engine
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Approx. Price: Rs 3.4 Lakh / Piece(s)

Two Stroke Petrol Engine

 

Specification: Two Stroke Petrol Engine

  • Air-cooled single-cylinder two-stroke petrol engine for installation in test stand
  • Engine mounted on a base plate with vibration dampers
  • Force transmission to brake via pulley, gear transmission 2:1
  • Engine completely equipped with fuel line, throttle cable and exhaust gas temperature sensor
  • Fuel hose with self-sealing quick-release coupling

Technical Data

  • Air-cooled single-cylinder petrol engine
  • Power output: 1,32kW at 7000min-1
  • Bore: 42,5mm
  • Stroke: 32mm
  • V-belt: diameter=63mm
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  • Item Code: DIFM028
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Steam Generator

Steam Generator
  • Steam Generator
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Approx. Price: Rs 3 Lakh / Piece(s)

Steam Generator

 

Specification: Steam Generator

 
  • Trainer with gas-powered heater for steam generation
  • Steam turbine can be connected to operate a steam power plant
  • Condenser as a thick-walled glass cylinder with water-cooled tube coil and water jet pump for air extraction
  • Closed-circuit feed water supply
  • Sensor for temperature, pressure, flow rate
  • Safety facilities  in accordance with the German TRD for safe operation
  • Exhaust gas analysis with exhaust gas analyser

Technical Data

Burner

  • Heating power: 8kW

Measuring ranges

  • Temperature: 0...400°C
  • Pressure
  • Condenser: 0...1,6bar abs.
  • Live steam: 0...16bar
  • Power consumption superheater: 750W
  • Flow rate
  • Gas: 0...14L/min
  • Cooling water: 0...720L/h
  • Feed water: 0...15L/h
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  • Item Code: DIFM232
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Determination of The Vapour Content

Determination of The Vapour Content
  • Determination of The Vapour Content
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Approx. Price: Rs 3.1 Lakh / Piece(s)

Determination Of The Vapour Content

 

Specification Of Determination Of The Vapour Content

 
  • Two different ways to determine the vapour content
  • Separating calorimeter for vapour content 0,5
  • Throttling calorimeter for vapour content x>0,95, with water-cooled condenser
  • Safety valve for safe operation
  • Accessory for steam power plants 

Technical Data

Supplied steam

  • Max. temperature: 240°C
  • Max. pressure: 10bar
  • Safety valve: 10bar

Measuring Ranges

  • Temperature: 0...400°C
  • Pressure (intake): 0...16bar
  • Pressure (after expansion): -150...100mbar
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  • Item Code: DIPE40
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Safety Devices On Steam Boilers

Safety Devices On Steam Boilers
  • Safety Devices On Steam Boilers
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Approx. Price: Rs 3.5 Lakh / Piece

 

Safety Devices on Steam Boilers

 

Specification Of Safety Devices on Steam Boilers

  • Steam boiler simulation
  • Control of water level and pressure of the boiler and fault circuit
  • 15 faults that trigger the safety chain
  • Safety chain according to (german technical rules for steam boilers) containing: level switches, pressure Switch and pressure controller
  • Transparent boiler to observe the water level
  • Steam pressure simulated using compressed air
  • Operation of burner simulated
  • Front panel with process schematic, indicator lamps and lab jacks
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  • Item Code: DIPE61
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Simulation of A Gas Turbine

Simulation of A Gas Turbine
  • Simulation of A Gas Turbine
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Approx. Price: Rs 3.4 Lakh / Piece(s)

Simulation Of A Gas Turbine

Specification of Simulation Of A Gas Turbine

  1. Simulated operation of a gas turbine system
  2. Modification of 9 system parameters using potentiometers
  3. Software calculates: air ratio, pressure ratio of compressor, efficiency, mass flow rates of gas and air, drive shaft power and generator power

Technical Data

9 potentiometers for the setting of

  1. Intake pressure: 0...2bar abs.
  2. Intake temperature: 0...100°c
  3. Max. Pressure ratio at max. Speed: 0...10
  4. Fuel mass flow rate, valve position: 0...100%
  5. Fuel pressure: 0...10bar
  6. Max. Combustion chamber temperature:
  7. 500...1500°c
  8. Efficiency compressor/turbine: 0...100%
  9. Efficiency power turbine: 0...100%
  10. Generator load: 0...100%

Inputs and outputs 

  1. 16x analogue in, 1x analogue out
  2. 4x digital in/out
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  • Item Code: DITE023
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Air Compressor Test Unit

Air Compressor Test Unit
  • Air Compressor Test Unit
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Approx. Price: Rs 3 Lakh / Piece(s)

Air Compressor Test Unit

Specification of Air Compressor Test Unit

 

  1. Test unit for a small industrial compressor
  2. 1-cylinder compressor
  3. Pressure vessel with valve for draining
  4. Display at switch cabinet to indicate active power  

 

Technical Data

Drive motor

  1. Power consumption: 0,25kw
  2. Speed: 1410min-1

Compressor

  1. Power consumption: 0,7kw
  2. Max. Pressure: 10bar
  3. Intake capacity: 115L/min 

Pressure vessel

  1. Capacity: 10L
  2. Max. Pressure load: 10bar

Measuring ranges

  1. Manometer: 0...16bar
  2. Stopwatch: 0...9h59min59s 99/100
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  • Item Code: DITE027
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Single Stage Piston Compressor

Single Stage Piston Compressor
  • Single Stage Piston Compressor
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Approx. Price: Rs 3.3 Lakh / Piece(s)

Single Stage Piston Compressor

 

Specification: Single Stage Piston Compressor

  • Investigation of a driven machine for compressed air generation
  • Single-stage piston compressor with one cylinder
  • Drive and speed adjustment via
  • Intake vessel with measuring nozzle for determination of the suction volume flow
  • Intake vessel and pressure vessel, both with pressure sensor and additional manometer
  • Safety valve and pressure switch with solenoid valve for limiting the pressure
  • Blow-off valve with silencer for setting a steady flow operating mode
  • Pressure and temperature sensors in front of and behind the compressor
  • Digital display for air flow rate, temperatures, pressures, differential pressures and compressor speed

Technical Data

  • Compressor, 1 cylinder, single-stage
  • Power consumption: 750W
  • Nominal speed: 980min-1
  • Positive operating pressure: 8bar
  • Max. pressure: 10bar
  • Intake capacity: 150L/min at 8bar
  • Borehole: 65mm
  • Stroke: 46mm
  • Safety valve: 10bar

Pressure vessel

  • 16bar
  • Volume: 20L
  • Intake vessel: 20L

Measuring ranges

  • Temperature: 1x 0...200°C / 1x 0...100°C
  • Pressure: 0...16bar / -1...1bar
  • Flow rate: 0...150L/min
  • Speed: 0...1000min-1  
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  • Item Code: DIFT137
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Two Stage Piston Compressor

Two Stage Piston Compressor
  • Two Stage Piston Compressor
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Approx. Price: Rs 3.35 Lakh / Piece

Two-Stage Piston Compressor

Specification Of Two-Stage Piston Compressor

  • Recording the characteristic of a two-stage compressor

  • Piston compressor with 2 cylinders in V-arrangement

  • Intake vessel with nozzle to measure the intake volumetric flow rate, pressure sensor and additional manometer

  • Pressure vessel after the first stage as intercooler

  • Pressure vessel after the second stage with safety valve, blow-off valve and silencer as well as an Additional manometer and a pressure switch

  • Sensors for pressures, temperatures and electric power output

  • Digital displays for temperatures, pressures, differential pressures and electric power output

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  • Item Code: DIPE52
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Simulation of A Two Stage Air Compressor

Simulation of A Two Stage Air Compressor
  • Simulation of A Two Stage Air Compressor
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Approx. Price: Rs 3.25 Lakh / Piece(s)

Simulation Of A Two Stage Air Compressor

Technical Data

  1. 9 potentiometers for the setting of
  2. Intake pressure: 0...2bar abs.
  3. Intake temperature: 0...100°c
  4. Relative humidity: 0...100%
  5. Coolant flow rate: 0...100kg/h at 15°c
  6. Flow control valve setting: 0...100%
  7. Vessel, nominal pressure: 0...50bar
  8. Motor speed: 0...1000min-1
  9. Vessel capacity: 0...1000l
  10. Dead space: 0...100%
  11. Inputs and outputs
  12. 16x analogue in, 1x analogue out
  13. 4x digital in/out

 

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  • Item Code: DITE026
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Modular Test Stand for Single Cylinder Engines

Modular Test Stand for Single Cylinder Engines
  • Modular Test Stand for Single Cylinder Engines
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Approx. Price: Rs 3 Lakh / Piece(s)

 

Modular Test Stand For Single Cylinder Engines

 

Specification:- Modular Test Stand For Single Cylinder Engines

 
  • Test stand for mounting of prepared single-cylinder engines (two-stroke and four-stroke) with a maximum power output of 2,2kW
  • Engine started
  • Force transmission from engine to load unit via
  • V-belt drive
  • Continuous adjustment of speed and torque using
  • Vibration-dampened switch cabinet for display and control
  • Measuring tube with scale and pressure sensor for manual and electronic fuel consumption measurement
  • Measurement and display of air consumption, ambient temperature and fuel temperature
  • Measured value displays for engine exhaust gas temperature
  • Stabilisation tank for intake air
  • 3 supply tanks for different fuels

Technical Data

Measuring ranges

  • Ambient temperature: 0...100°C
  • Fuel temperature: 0...100°C
  • Exhaust gas temperature: 0...1000°C
  • Air consumption: 30...333L/min
  • Fuel consumption: 0...50cm³/min
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  • Item Code: DIPE07
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Four Stroke Petrol Engine W. Variable Compression

Four Stroke Petrol Engine W. Variable Compression
  • Four Stroke Petrol Engine W. Variable Compression
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Approx. Price: Rs 3 Lakh / Piece(s)

Four Stroke Petrol Engine W. Variable Compression

In conjunction with the test stand and the load unit, the engine is highly suitable for investigation of different compression ratios, ignition timing adjustment and an adjustable jet nozzle. The engine used here is an air-cooled single-cylinder four-stroke petrol engine with external carburation. A modified cylinder head permits experiments with various combustion chamber inserts. To adjust the mixture composition, the carburettor was modified. It is fitted with a special device to adjust the ignition timing – from advanced to retarded. The engine includes a sensor to measure the exhaust gas temperature. The sensor, ignition cut-off and fuel supply are connected to the test stand.

Learning Objectives/Experiments

In conjunction with test stand load unit, in addition to the standard basic experiments

  • Influence of compression ratio, mixture composition, ignition timing on engine characteristics and exhaust gas temperature

Specification

 

  1. Air-cooled single-cylinder four-stroke petrol engine for installation in the CT 159 test stand
  2. 5 variable compression ratios, adjustable by varying the combustion chamber geometry adjustable ignition point
  3. Mixture composition adjustable
  4. Engine mounted on vibration-insulated base plate
  5. Force transmission to brake via pulley
  6. Engine complete with fuel hose and exhaust gas temperature sensor
  7. Fuel hose with self-sealing quick-release coupling

 

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  • Item Code: DIFM346
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Engine Test Stand

Engine Test Stand
  • Engine Test Stand
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Approx. Price: Rs 3.4 Lakh / Piece(s)

Engine Test Stand, 11kW

  1. Control And Load Unit For Prepared Four-Stroke Engines With A Maximum Power Output Of 11kw
  2. Vibration-Insulated Base Plate For Mounting Of The Engine And The Asynchronous Motor
  3. Asynchronous Motor With Energy Recovery Unit As Brake Generates Engine Load
  4. Engine Started By Asynchronous Motor
  5. Force Transmission From Engine To Brake Via Elastic Claw Coupling
  6. 2 Separate Fuel Gauge Systems
  7. Stabilisation Tank For Intake Air 75L
  8. Potentiometer For Continuous Adjustment Of Braking Speed
  9. Measurement And Display Of Temperatures (Oil, Fuel, Air), Engine Load, Engine Speed, Fuel Consumption, Air Intake Quantity, Oil Pressure
  10. Measured Value Displays for engine: exhaust gas temperature and cooling water temperatures

Technical Data

  1. Asynchronous motor as brake
  2. Nominal power output: 11kw at 3000min-1
  3. Energy recovery unit: 13kW

Measuring ranges

  1. Torque: -200...200nm
  2. Speed: 0...5000min-1
  3. Intake air via differential pressure: 0...938l/min
  4. Temperatures: 4x 0...120°c, oil: 1x 0...150°c,
  5. Exhaust gas: 1x 0...900°c
  6. Cooling water flow rate: 0...250l/h
  7. Oil pressure:  0...6bar
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  • Item Code: DITE028
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Single Cylinder Engine w. Variable Compression

Single Cylinder Engine w. Variable Compression
  • Single Cylinder Engine w. Variable Compression
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Approx. Price: Rs 3 Lakh / Piece(s)

Single Cylinder Engine w. Variable Compression

Major technical modifications have been made to a standard water-cooled single cylinder engine to allow demanding issues in engine technology to be investigated by experiment. The key feature is that the cylinder has been modified so that its height can be adjusted along with that of the cylinder head. This allows the compression ratio to be adjusted over a wide range.

The engine can be operated as an external ignition petrol engine or an auto-ignition diesel engine. The mode of operation can be changed by a few simple conversion steps.

Learning Objectives/Experiments

 

  1. Comparison of diesel and petrol cycles
  2. Plotting of torque and power curves
  3. Determination of specific fuel consumption
  4. Determination of efficiency
  5. Determination of volumetric efficiency and lambda (fuel-air ratio)
  6. Energy balances
  7. Determination of friction loss (in passive mode)
  8. Influence of compression on fuel consumption,
  9. Power output, efficiency and exhaust gas composition
  10. Influence of ignition point on fuel consumption, power output, efficiency and exhaust gas composition

 

Specification

 

  1. Water-cooled single-cylinder experimental engine for setting up an engine test stand in conjunction with
  2. Demonstration of diesel and petrol processes on an engine with variable compression
  3. Creation of different compression ratios using a height adjustable cylinder
  4. Adjustable ignition point
  5. Diesel mode with direct injection
  6. Petrol mode with carburettor
  7. Engine mounted on base plate
  8. Force transmission to brake unit using claw coupling
  9. Engine completely equipped with fuel lines and temperature sensors for exhaust gas and cooling water
  10. Fuel hoses with self-sealing quick-release coupling
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  • Item Code: DIFM347
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Two Cylinder Petrol Engine

Two Cylinder Petrol Engine
  • Two Cylinder Petrol Engine
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Approx. Price: Rs 3.35 Lakh / Piece(s)

Two Cylinder Petrol Engine

It is part of a series of devices enabling experiments to be performed on engines and machines. In conjunction with the test stand, which includes a drive and brake unit, the four-stroke petrol engine is highly suitable for use in teaching the fundamentals of engine functioning and measurement.

Learning Objectives/Experiments

  1. Plotting of torque and power curves
  2. Determination of specific fuel consumption
  3. Determination of volumetric efficiency and lambda (fuel-air ratio)
  4. Determination of the frictional power of the engine

Specification

  1. Air-cooled two-cylinder four-stroke petrol engine for installation in the test stand
  2. Engine mounted on base plate
  3. Force transmission to brake via elastic claw coupling
  4. Engine complete with fuel hose and exhaust gas temperature sensor
  5. Fuel hose with self-sealing quick-release coupling

 

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  • Item Code: DIACM547
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Two Cylinder Diesel Engine

Two Cylinder Diesel Engine
  • Two Cylinder Diesel Engine
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Approx. Price: Rs 3.5 Lakh / Piece

Two Cylinder Diesel Engine

It is part of a series of devices enabling experiments to be performed on engines and machines. In conjunction with the test stand, which includes a drive and brake unit, the four-stroke diesel engine is highly suitable for use in teaching the fundamentals of engine functioning and measurement.

Learning Objectives/Experiments

  1. Plotting of torque and power curves
  2. Determination of specific fuel consumption
  3. Determination of volumetric efficiency and lambda
  4. Determination of the frictional power of the engine

Specification

 

  1. Water- cooled two-cylinder four-stroke diesel engine for installation in the test stand
  2. Engine mounted on base plate
  3. Force transmission to brake via elastic claw coupling
  4. Engine complete with fuel hose and exhaust gas temperature sensor
  5. Fuel hose with self-sealing quick-release coupling
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  • Item Code: DIACM548
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Test Stand for Single Cylinder Engines

Test Stand for Single Cylinder Engines
  • Test Stand for Single Cylinder Engines
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Approx. Price: Rs 3 Lakh / Piece

Test Stand for Single Cylinder Engines, 7,5kW

  1. Control and load unit for prepared single-cylinder engines (two-stroke and four-stroke) with a maximum power output of 7,5kw
  2. Asynchronous motor with energy recovery unit as brake generates engine load
  3. Engine started by asynchronous motor
  4. Force transmission from engine to brake via elastic claw coupling
  5. Vibration-insulated base plate for engine mounting
  6. Stabilisation tank for intake air
  7. Potentiometer for continuous adjustment of braking torque
  8. Potentiometer for continuous adjustment of braking speed
  9. Measurement and display of torque, air temperature, air intake quantity, negative intake pressure, speed, fuel consumption, fuel temperature
  10. Measured value displays for engine: exhaust gas temperature and cooling water temperatures

Technical Data

  1. Asynchronous motor as brake
  2. Power output: approx. 7,5kw at 2900min-1
  3. Energy recovery unit: 13kW

Measuring ranges

  1. Torque: -50...50nm
  2. Temperatures: 0...900°c
  3. Speed: 0...5.00min-1
  4. Fuel consumption: 50cm³/min
  5. Engine intake pressure: -400...0mbar
  6. Air consumption: 0...690L/h
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  • Item Code: DIET003
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Water Cooled Four Stroke Diesel Engine

Water Cooled Four Stroke Diesel Engine
  • Water Cooled Four Stroke Diesel Engine
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Approx. Price: Rs 3.2 Lakh / Piece

Water Cooled Four Stroke Diesel Engine

Specification of Water Cooled Four Stroke Diesel Engine

 

  1. Water-cooled single-cylinder four-stroke diesel engine with swirl chamber for installation .
  2. Engine mounted on base plate
  3. Force transmission to brake via elastic claw coupling
  4. Engine complete with fuel hose and exhaust gas temperature sensor
  5. Cooling water circuit with circulating pump, flow meter and temperature sensors
  6. Fuel hose with self-sealing quick-release coupling

 

Technical Data

 

  1. Single-cylinder diesel engine with indirect injection
  2. Bore: 75mm, stroke: 70mm
  3. Power output: 5,1kW at 3000min-1

 

Cooling water circuit 

  1. Capacity: 2,5L
  2. Pump: max. 640L/h, max. 100m
  3. Measuring ranges
  4. Temperature: 2x 0...100°C
  5. Flow rate: 30...300L/h
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  • Item Code: DITE032
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Four Stroke Diesel Engine

Four Stroke Diesel Engine
  • Four Stroke Diesel Engine
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Approx. Price: Rs 3.25 Lakh / Piece(s)

Four Stroke Diesel Engine

Specification

  1. Air-cooled single-cylinder four-stroke diesel engine for installation in the test stand
  2. Engine mounted on vibration-insulated base plate
  3. Force transmission to brake via pulley
  4. Engine complete with fuel hose and exhaust gas temperature sensor
  5. Fuel hose with self-sealing quick-release coupling

Technical Data

  1. Air-cooled single-cylinder diesel engine
  2. Power output: 1.5kw at 3000min-1
  3. Bore: 69mm
  4. Stroke: 62mm
  5. V-belt: D=125mm
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  • Item Code: DITE029
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Load Unit For Four Cylinder Engines Unit

Load Unit For Four Cylinder Engines Unit
  • Load Unit For Four Cylinder Engines Unit
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Approx. Price: Rs 3.1 Lakh / Piece

Load Unit, 75kW, for Four-Cylinder Engines

  1. Load unit for prepared four-stroke diesel or petrol engines with a maximum power output of 75kw
  2. Air-cooled eddy current brake for applying load to the and engines
  3. Force transmission from engine to brake via rotationally elastic coupling and jointed shaft
  4. Stabilisation tank for intake air approx. 220L
  5. Potentiometer for continuous adjustment of brake
  6. Potentiometer to "accelerate" engine
  7. Recording of braking power via speed and braking torque
  8. Measurement and display of engine load, air temperature, intake air consumption, speed
  9. Measured value displays for engine: temperatures (oil, exhaust gas, cooling water, fuel), oil pressure, fuel consumption (using precision scale)

 

Technical Data

Eddy current brake

  1. Max. Braking torque: 200nm
  2. Max. speed: 5000min-1

Measuring ranges

  1. Speed: 0...6000min-1
  2. Torque: 0...240nm
  3. Volumetric flow
  4. Intake air: 0...6m³/min
  5. Cooling water: 0...50l/min
  6. Temperatures:  -50...200°c
  7. Exhaust gas: 0...1200°c
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  • Item Code: DITE031
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Pressure Transducer and TDC Sensor

Pressure Transducer and TDC Sensor
  • Pressure Transducer and TDC Sensor
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Approx. Price: Rs 3 Lakh / Piece

Pressure Transducer and TDC Sensor

For experiments using cylinder pressure indication on the test engine, the normal spark plug is exchanged for a modified spark plug. This modified spark plug is fitted with a micro pressure transducer. The pressure transducer is directly exposed to the combustion chamber pressure when the spark plug is inserted. The spark plug itself retains its full functionality. The core component of the pressure transducer is a heat resistant piezo-electric quartz crystal, which outputs a charge signal proportional to the pressure. The pressure transducer is connected to the measuring amplifier in the electronic indication system.

Learning Objectives/Experiments

 

  1. Cylinder pressure measurements on internal combustion engines

 

Specification

 

  1. Modified spark plug carrying the actual pressure transducer
  2. FoMoCo brand spark plug
  3. Quartz pressure transducer
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  • Item Code: DIAT107
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