Mechanical Engineering Lab Equipment Manufacturer,Supplier and Exporter in India

Description

• This is a compact industrial slant bed lathe with 8 station programmable turret. 
• Its design replicates industrial machine features such as cast iron bed, precision grade grounded ball screws, LM guide ways, servo motors, coolant system, AC panel cooler for control box, full machine guard, etc.
• Chuck Capacity mm: 100
• Maximum Turning Diameter mm: 80
• Maximum Turning Length mm: 190
• Positioning Accuracy mm: 0.01
• Hole Through Spindle mm: 20
• Spindle Speed Range RPM: 150-4000
• Spindle Motor KW: 3.7
• No. of Stations Nos.: 8
• X/Z Axis Travel mm: 95/210
• Rapid X/Z mm/min: 5000
• Feed Rate mm/min: 0-5000
• Tailstock Base Stroke mm: 170
• Stroke mm: 40
• Diameter mm: 35

Specifications: 

• Power Source: 200-240VAC, 50-60Hz, 3- Phase
• Controlled axis : 3-axis
• Simultaneously controllable axis : 3-axis
• High Response Velocity (HRV)
• Part program storage : 512kbyte
• Registerable programs : 200
• Operation panel : 10.4″ color LCD
• I/O interface : RS-232C Interface

Capacity:

• X-axis-travel (longitudinal movement of table): 500 mm
• Y-axis travel (cross movement of saddle): 400 mm
• Z-axis travel (vertical movement of spindle head) : 300 mm

Table:

• Working space (X-axis x Y-axis) : (650mm X 400mm)
• Capacity of workpiece mass : 300kg (uniform load)
• Working surface configuration : (3xT-slots size 14 mm pitch 125 mm)

 
Feedrate:

• Rapid traverse rate : 48 m/min (X,Y,Z)
• Feedrate : 30000 mm/min
• Machine height: 2236 mm
• Floor space: 1615 mm X 2040 mm
• Mass of machine: Approx. 2000 kg

Accessories:

• Automatic oil lubricating system.
• Working lamp.
• Air blow for chips
• Signal Lamp (3 color)
• Tool Holder locking device
• Tool Setting Stand
• Touch probe.
• 200VAC +10 to -15% 3-phase, 50Hz +/- 16kVA
• Tool length switch for automatic measurement.
• LED illumination.
• Coolant unit with chip flush.

Specifications:

• Universal milling machine is preferred for producing a vast variety of surfaces that may be a part of piece or serial production. 
• The procedure of milling is carried out by making use of different types of milling cutters like cylindrical disc, end cutters, angular milling cutters, etc. 
• As a result, this milling machine is able to accommodate surfaces that are horizontal, vertical, helical, groovy, fissure, and angular. 
• Surface of Table (MM): 800×175    
• No. of T-Slots: 3
• Size of T-Slots: ½”    
• Swivel either Side of Table: 45    
• Cross Traverse (MM): 150 
• Vertical Traverse (MM): 400 
• Diameter (MM): 25.4    
• No. of Spindle Speed: 6    
• Main Motor Power (HP): 1, 1.5, 2    
• Weight (Kgs.): 450
• Range of Spindle Speed (RPM): 40 
• Spindle Diameter (MM): 50 - 90
• Longitudinal Traverse (MM): 475 - 675
• No of Feed in Longitudinal Table Long.: 2

Specifications:

• Drilling capacity (mm): 65
• Drilling capacity in Cast- IRON: 70
• Tapping in steel: 50
• Spindle travel (mm): 300
• Height of Box Table: 400
• Height of the Base Plate: 210
• Range of Power Feed: 0-115
• Optional Feed: 0.13-1.10
• Column Diameter (mm): 330
• No. of spindle speed : 9/50-805 rpm
• Horz. Move. Of Radial Arm (mm): 660
• Working surface of table (mm): 560 x 460
• Drilling Head motor (HP/RPM): 5/1440
• Elevator Motor (HP/RPM): 3/1440
• Base plate dimension (L x W): 2050 x 990
• Total Height of the Machine : 2440 (Approx)
• Working surface of base plate (mm): 1400×850
• Horizontal Movement of Drilling Head: 1000
• Max / Min Dist. Spindle Nose to Base plate: 1120/460
• Max / Min Dist. Spindle center to Col. Center: 1700/700

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Technical Specification:

• Boring diameter: 65 – 140 mm, 80 – 165 mm
• Max. boring depth: 300 mm, 400 mm
• Spindle speed: 250, 380 r/min
• Spindle feed: 0.11 mm/r, 0.12 mm/r
• Spindle quick reset: 636 mm/sec    
• Overall dimensions: 320x330x850 mm    
• Machine weight: 62 kg, 85 kg

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Specification:

• Provides consistent boring.
• Durable and reliable tool.
• Accuracy in making hole.
• Can drill maximum of 25 mm.
• Creates less noise and less vibration.
• Requires less or low maintenance but provides excellent machining performance.

Technical Specifications:

• Machine Capacity (mm): 25 mm
• Column Dia. (mm): 92 mm    
• Table Travel: 480 mm
• Spindle Travel (mm): 250 mm
• Main Electrical Motor: 1 H. P.
• No. of Spindle Speed: 8
• Table Size (mm): 330 x 330 mm    
• Center of Spindle to column (mm): 250 mm
• Distance Spindle to Table (mm): 645 mm, 660 mm
• Distance Spindle to Base (mm): 1000 mm, 1045 mm
• Distance from Spindle Centre to (mm): 250 max
• Base Sie (Machined Area) (mm): 255 x 310 mm
• Overall Height with guard (mm): 1780 mm
• Range of Spindle speed (RPM): 70-2000, 130-2600

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Features:-

• The frame is of all steel construction, fabricated from rolled steel plates with suitable cross ribbings. 
• Presses up to 30T will be supplied with C.I. legs. Proper alignment of the frame is ensured by machining. 
• The Crank shaft is made of special alloy steel with precisely machined to grind finish having closed accuracy
• Fitted in bronze bushes for smooth working, longer life with consistent performance.
• Flywheel is made of high grade cast iron.
• Gears are of steel cast or fabricated. 
• Gear teeth are generated by precision hobbing machine.

Technical Specifications:

• Capacity in Tons (mm): 5 - 50
• Crankshaft Diameter (mm): 70 -     140
• Adjustment of Stroke (mm): 38 -  89
• Adjustment of Ram (mm): 25
• Punch Hole in Ram (mm): 25 -     45
• Hole in Bed (mm): 63 -     95
• H.P. : 1 - 5
• Bed Thickness (mm): 50 - 83
• Flywheel Dia. (mm): 406    - 660
• Strokes per minute (mm): 80 - 35
• Dist. between bed to Ram (mm): 177 - 350
• Bed Size (Length x Width) (mm): 355×178    
• Floor To Top of Bed (mm): 700 - 1000

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Features:

• Work head holding fixture is fully adjustable with swivel base.
• All cylindrical side & face, involute gear, Concave as well as convex cutters.
• An adjustable stopper limits the longitudinal table reciprocation movement.
• Bevel lead angle reamers & Cutting face of tap flute can be resharpened with standard accessories.
• The tool runs at mono speed of 3600 RPM and the drive form the motor to spindle is by means of v-belt.
• Drill pints, tap lead & Radius grinding jobs can also be done without problem with extra accessories.

Technical Specification:

• Cross Traverse: 150mm
• Max. Distance Between Centres: 300mm
• Grinding Spindle Speeds: 4600 RPM
• Base of the machines: 599 x 430mm
• Floor area occupied: 765 x 1145
• Height of the machine: 1375mm
• Motor Power RPM: 0. 5 HP -2800 
• Working surface of table: 450 x 125
• Longitudinal Traverse: 200mm
• Max. Diameter of Cutter that can be grind: 250mm
• Max. Length of Cutting edges grind: 260mm
• Weight of the machine with Accesories: 325 Kg
• Swing diameter on standard centres & work head: 275mm

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Descriptions:

• Cylinders manufactured out of quality steel. 
• Cylinder Bores will be honed to mirror finish or long life of piston seals. 
• All chevron seals & bronze strip used for leak proof performance. 
• Surface ground hardened for long life of seals & corrosion resistance.
• Capacity in tones: 5 -200
• Pressure: 25 mpa
• Table travel: 200 - 270 mm
• Motor H.P: 2 - 10
• Bed size: 235x235 - 750x800 

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Specification:

• Bottom Vibrator: 1.5 HP Single / Three Phase Motor
• Weight: 450 Kg
• Vibration: 6000 hz Amplitude Adjustable
• Moldings Area: 375 X 600 mm
• Pavers Block: 4 Block \ Stroke 800 -1000 block \ Shift

Hollow Block:    

• 100 x 200 x 400 4 Block /Stroke 500-800 Block/Shift
• 150 x 200 x 400 2 Block /Stroke 250-400 Block/Shift
• 200 x 200 x 400 2 Block /Stroke 250-400 Block/Shift

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Faetures:

• No Load Loss: 100 Watt
• Made in the advanced inverter technology with an inverter frequency up to 20KHZ
• Dynamic response in the inside electronic communication, high reliability and well-functions in welding process.
• Adaptable in the down-orientation welding with the cellulose electrode.
• Auto-Compensation-Function as to the power supply fluctuation, strong adaptability of anti-power-supply fluctuation and good shape seam.
• High Duty Cycle and Powerful Welding Capacity, even maintain a stable welding status under the supply of 100 metre output cable.

Technical Specification:

• Phase: 3
• Supply Voltage: 415VAC±15%
• Input Power: 18.2 KVA
• Frequency: 50/60 Hz
• Efficiency: 85%
• Current: 400 Amp
• Weight: 33 Kg
• Power Factor: 0.93
• Duty Cycle (%): 60
• No Load Voltage: 68 V
• Rated Input Current: 27.6 Amp
• Dimensions: 21.5x11x21.5 Inch
• Output Current Range: 40-400 Amp

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Features:

• STEP type voltage control.
• Rugged and robust design.
• No breakdown.
• Minimum maintenance.
• Low running cost.
• Burn back facility.
• 100% copper winding.

Technical Specification:

• Phase: 3
• Supply voltage : 380-440 V
• Open circuit voltage: 18 - 58 V
• Welding current range: 50 - 600 A
• Welding current at 60% Duty Cycle: 250 A - 600 A
• Class of insulation H Permissible wire dia (mm): 0.8 - 1.6

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Specifications: 

• Upper electrode is actuated by foot lever or by air cylinder. 
• The electrode force can easily be calculated in both systems. 
• The 63KVA AC metal spot welding machine is electric resistance projection welders with an asymmetrical body design. The automatic welding equipment is used for welding iron, copper, aluminum, stainless steel, and other materials.
• By tap method with 8 tap adjustments on primary of the main transformer having current control from 50% to 100% in 8 steps.
• Air system is provided with gauge and manual system with calibrated spring. 
• All air accessories such as filter, lubricator, regulator, gauge, solenoid valve and speed valve are incorporated.
• By tap link method with 8 tap adjustments on primary of the main transformer having current control Electrodes, Electrode holders, Arms, Transformer are all water cooled with one single water-cooling circuit.

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Specifications:

• Electronic digital display.
• Interchangeable stickers for izod & charpy positions.
• Positive pendulum lock in izod & charpy positions.
• A braking arrangement for stopping the pendulum.
• For Charpy & Izod Impact tests on various materials. 
• Initial potential energy for Charpy is 300 Joules & for Izod is 170 Joules with a resolution of 0.5 Joules
• Pendulum drop angle for Charpy is 140° & for Izod is 90°.
• The highly stressed & wearing parts like support blocks & strikers are of special alloy steels duly heat-treated.
• Safety guard for the operator is provided.
• Rigid designs of machine frame & other parts assure minimum energy absorption during fracture, which results in improved test accuracies.
• Simple construction of pendulum izod so that izod or charpy machine, machine can build at sight.
• Maximum Capacity: 300 J / 168 J    
• Minimum Scale Graduation: 2 J
• Overall Size : 1.65 m (H) (Approx.)
• Net Weight (Approx.): 375 kg.

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Specifications:

• Tensile Strength Tester and elongation are the two prime characteristics of most of the raw materials, whether they are metals or non-metals such as foam, rubber, textiles, plastic, paper or finished products such as rods, wires, ropes, yarns, belts etcetera. 
• These properties very often play the major role in determining the suitability of any raw material for any specific application. 
• Range: 250 Kg with 0.1 kg least count digital display
• Elongations: Up to 900 mm X 0.1 mm least count digital display
• Motor: ½ Hp, 1425 rpm, 220 V AC single phase induction motor

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Description:

• The whole weight of the tester is 50% less than the traditional dead weights type tester.
• Test load selection by keyboard and LCD screen.
• Fully automatic test cycles. 
• This greatly improves reproducibility of test results since operator influence is eliminated.
• Selectable dwell times by screen. 
• The indenter, load, and other test information are shown clearly on the large LCD screen.
• The Brinell hardness Tester features a fully automatic test cycle, load application, holding, unloading, is performed fully automatically. 

Specifications:

• Direct digital reading.
• Engineered to obtain highly sensitive and accurate readings.
• Measuring Range: 8-650HBW
• Load dwell duration: 2s?99s, can be set and stored
• Tungsten Carbide Ball indenter: 10mm, 5mm, 2.5mm
• Measuring range: 8-650HBW
• Magnification of the microscope: 20X
• Power supply: 220/110 V, 50/60 Hz, 4A
• Max measurable height: 230 mm
• Max measurable depth: 140 mm
• Standard blocks: 125-350HBW10/3000, 125-350HBW10/1000
• Resolution capability of the microscope: 0.005mm
• Dimension: L x W x H : 530 X260 X750 mm
• Weight: 110Kg

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Main Features:

• Automatically clearing: test force, displacement, according to the needs to be cleared at any time.
• Automatic shifting: automatic switching the appropriate range to ensure accuracy load.
• Description:
• Automatic calibration: system can automatically realize the accuracy of the calibration value 
• Control method:You can achieve a variety of control method, test force, test speed, displacement, etc. 
• Setting the spring remaining height of the spring, detect the spring test force P. 
• Setting max10 detection points.
• Can set the pre-compression height of the pre-compressed spring, the number of pre-compression can be arbitrarily set.
• The deformation caused by the sensor and stiffness of the machine does not affect the accuracy of displacement.
• The detection of the spring deformation is in contact with the work pressure plate shall prevail, then the test The deformation caused by the sensor can be compensated. 

Technical Specification:

• Max test force(N): 10kN, 20kN, 30kN, 50kN, 100kN, 200kN, 300kN
• Speed error: ≤±1%
• Test accuracy: 1 class
• Structure: Four columns floor type
• Control method: automatic control 
• Test force value relative error: ≤±1%
• Displacement value relative error: ≤±1%
• Power supply: AC220V±10%,50Hz
• Speed adjust range: 0.05-300mm/min     
• Effective tensile space: 800    
• Effective compression space: 700
• Pressure plate size: 400, 500, 550
• Pressure plate diameter: 110mm
• Displacement resolution: 0.01mm
• Deformation value relative error: ≤±(50+0.15L)um

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Specification:

• This simple machine uses specimens of lead and different plastics which creep significantly at room temperature and under low loads. 
• Its main part is a simple lever (load beam) with a mechanical advantage of 8:1.
• The load beam gives a steady and uniform tensile load. 
• For effect-of-temperature tests, the student freezes or heats a cool-pack and places it next to the specimen. 
• They then fit the transparent enclosure to preserve the temperature around the specimen during the test. 
• A digital indicator measures the extension (creep) of the specimen under load. 
• To ensure correct loading of the specimen, the load beam has a ball-bearing pivot. 
• To apply a load, students add weights to a weight hanger and measure time and the creep. 

Description:

• Easy operation and reliable performance,
• It is an indispensable device for the factories, research institutions and college labs to prepare metallographic specimen.
• This machine is equipped with cooling system that can cool down the specimen during pre-grinding so as to prevent overheating and damaging the metallographic structure.
• After mounting, the specimen is wet ground to reveal the surface of the metal. 
• The specimen is successively ground with finer and finer abrasive media. 
• Silicon carbide abrasive paper was the first method of grinding and is still used today.

Technical Specification:

• Grinding/polishing disc diameter: Dia 203mm
• Rotation speed: 150rpm and 300rpm
• Input voltage: AC380V/50Hz/3Ph
• Grinding/Polishing disc control: Single
• Input power: 370W
• Dimension: 740 x 400 x 310 mm
• Weight: 30kg

Features:

• Easy to use and service.
• Offering water cooled grinding.
• Easy to progress and change abrasive rolls.
• Reliable and robust design.
• The machine is manufactured from Stainless steel with a cast aluminum base.  
• Hard anodized rollers with paper support plates for long life of the machine.

Specification:

• Cooling rinse system: Water
• Dimension: 565x 535 x 200 mm
• Weight: 25kg
• Grinding stations: 240, 360, 600, 800 and 1200 grit silicon carbide rolls
• Roll sizes: 3-7/16-inch width x 60 feet length with 1 -inch core
• Construction: Aluminum casting and stainless steel, Hard coat anodized rollers and paper support plates.

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Features:

• This cutting machine is composed of main unit, electric control box, cutting room, motor, cooling system, cutting grinding wheel and other parts.
• It comes with a cooling system to prevent overheating and burning during the cutting process.
• It can cut diameter of 80mm within the round workpiece, but also can cut rectangular specimens within the cutting of hight 70mm, depth 100mm.
• Cutting speed can be set in accordance with the different specimen so as to improve the quality of cutting samples.
• Also the operator can choose cutting style in manual and automatic. 
• It is more convenient for user to use because of the large cutting chamber and mean while it is s one of the sample preparation equipment of colleges and universities, factories and enterprises for metallographic test.

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Features:

• Available in 1100°C and 1400°C temperature.
• Programmable temperature controller.
• Rugged construction for long run.
• Fitted with safety devices.
• Uniform heating rate.

Specification:

• Max temperature: 1100°C, 1400°C
• Continuous operating temp.: 1000°C, 1300°C
• Heating wire: Silicon carbide (Sic) rods
• Thermocouple: K Type, R Type
• Exterior MOC: Mild steel powder coated    
• Insulation: Ceramic fiber blanket
• Temperature controller: PID controller with SCR power control
• Chamber MOC: Ceramic fiber board, Ceramic Zirconium board
• Power supply: 220 Volts 50Hz, 3 Phase 440 Volts 50Hz

Dimensions And Capacity:

• 300 x 300 x 457mm, 42 liters volume
• 300 x 300 x 609 mm, 56 liters volume

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Specifications:

• The long and short sections of the teak wood beam are connected by hinge. 
• Shear force measurement arrangement.
• Beam – 1 mtr. span with supports.
• Weight set with loading hangers.
• Bending moment measurement arrangement .
• Spirit level to restore the loaded beam to original position.
• A spring balance with adjusting screw mounted at a fixed distance enables one to calculate the bending moment for any load position. 
• This along with a spring balance and its adjustable screw is used for determining the shear force at the hinge section.

Range of experiments:

• Determination of shear force for different loading conditions.
• Determination of bending moment for different loading conditions.
• Influence line diagram for bending moment & shear force.
• The technical manual accompanies the unit.

Specifications:

• The compact bench top unit has a sturdy aluminum base plate, non-slip feet and central vertical pillar.
• Pivoting on this base is a ground steel plane which can be locked in any angular position between ±45°, indicated on a semi-circular protractor scale.
• Each tray in turn is attached to a weight hanger and weights are added until the tray just begins to slide. 
• The slider trays also allow for additional weight to be added changing the experimental scope.
• Two composite slider trays are supplied. 
• One pair being made out of aluminum and steel, whilst the other is made from nylon and brass. 
• The hanger cord pulls the tray up the sloping steel plane whilst passing over a pulley and bearing. 
• The bearing reducing friction to ensure accurate results.
• The experiment may also be used as an exercise in equilibrium of forces, determining the force required to move the tray along the plane giving the coefficient of friction.

Descriptions:

• Four-bar linkages are used to convert a uniform continuous rotation into a non-uniform rotation or oscillation. 
• The apparatus has a disc with angular scale which is used to measure the exact input angle. 
• The crank pin can be located at different radii on the 
• The four-joint link is a four-bar pivot gear. 
• It converts rotary motion into oscillating motion. 
• The elements are connected to each other via pivot joints. 
• The output angle is read at the angle scale on the output disk. 
• The elements are mounted on a base plate. 
• Two handles make it easy to carry and stack the unit.
• The positions of the pivot joints can be varied to adjust the crank radius, oscillation radius and coupling length.
• The input angle is adjusted using the drive disk, and an angle scale is integrated into the base plate. 
• The unit can be used to investigate the crank-rocker mechanism, the double rocker mechanism and the double crank. 
• The experimental unit comprises the drive disk with the crank and coupling and the output disk with the rocker. 

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Specifications:

• Material: Stainless Steel
• Weight set: 100 gm to 1 kg
• Horizontal arm : 75 cm
• Vertical arm: 20 cm
• Display: Analog
• Frequency: 50 Hz
• L type shape with horizontal graduated horizontal arm 75cm and vertical arm of 20cm.
• With a spring balance of 10 kg capacity to make the horizontal leg horizontal under any load. 
• Complete with one sliding slotted set weight set 100gm to 1 kg.

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Specification:

• The sliding mesh box, although it is still used on heavy commercial vehicles, is seldom found on modern cars, but its basic construction and operation are important from the student’s point of view as it represents the basic layout from which most modern gearboxes have been developed.
• The gearbox has been designed to represent a typical arrangement of a simple three forward ratio and reverse sliding mesh box.
• Gearbox consists of gear wheels of different sizes. 
• The unit may be used for classroom demonstrations and by students in the laboratory. 
• Pulleys fitted with protractors are attached to the input and output shafts so that the student may determine and verify velocity and torque ratios. 
• The gearbox can be coupled to the Overdrive and Differential to represent a simple transmission system.

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Specification:

• This mechanism is a differential gear train whose gears are all spur gears.
• The mechanism is driven and both wheels are releasing free, all spur gears are running. 
• The function of this mechanism is similar to the previous differential gear train. 
• It is basically a combination of two planetary gear trains on which the two sun gears are coaxial. 
• The right wheel is held, the right sun gear will become fixed but the other gears are still rotatable; when the left wheel is held, the left sun gear will become fixed but the other gears are still rotatable. 
• This mechanism is applicable for the situation that requires two controllable inputs.

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Descriptions:

• Right-angled clamps support horizontal rod on which pulleys hang.
• Collars with hooks can be inserted onto rod to support pulleys.
• Stands 32 inches high with a 7.8 inch wide base for sturdy display.
• Demonstrate a variety of physics concepts – beginner to advanced.
• The variety of included pulleys and accessories make it the ideal pulley demonstration tool.
• Built to last for years in the classroom with a sturdy metal base and quality-made steel rods. 
• Easy to use, designed for students learning the basics of mechanical advantage with pulley applications. 

Includes:

• Pulleys – 8 single, 2 triple tandem, 2 quadruple
• Wooden base – 81 x 20 cm fitted with 2 sockets, a capstan and an eye hook.
• 3 Rods (diameter 12.5 mm and length 81 cm)
• 8 Collars with hook
• 3 Right angled clamps
• 1 Wheel & axle
• 1Tommy bar for tightening vertical rods
• Cord – 4 roll

Slotted brass mass set:

• 2x10g, 2x20g, 2x50g, 4x100g, 4x200g, 1x500g

Brass weight hangers set:

• 5x50g, 1x20g, 1x10g

Descriptions:

• This apparatus uses the three-string pendulum method to determine the moment of inertia of a rigid body. 
• A photoelectric sensor combined with a time counting device is used to measure the torsional oscillation period of a hanging plate. 
• Through the experiments, students can understand the physical principle of the moment of inertia and learn the measurement method with factors related to the amount of moment of inertia.
• Moment of inertia is a physical quantity for the representation of the inertial amount of a rotational object. 
• It is dependent on the mass distribution and the shaft position of the rigid body.

Specification:

• For determining the relationship between a load applied to a wire and the resulting extension. 
• Consisting of an engraved brass scale with a vernier reading to 0.1mm. 
• A tension weight, mass 1.3kg approx.
• A ceiling clamp is provided for the upper ends of the wires.
• with a pair of large wood screws for attaching it to a convenient overhead beam, door frame etc.
• Consists of a scale plate carrying a 0 to 30mm scale and a movable vernier readable to 0.1mm precision. 
• Both have bars with clamping screws for the wires and hooks for the tension weight and loading masses. 
• Complete with tension weight. 

A metallic rod, containing masses at its edges, is used to deflect the shaft. 
The deflection can be measured through a protector and the extent to which the spring was deflected initially can also be found.

Specification:

• Axis mounted on ball bearings.
• 2 levers with sliding weights.
• Integrated angle measuring scale mounted on axis.
• Wall mounting plate made of anodised aluminium.
• Vibration Of Spiral Spring Apparatus

Technical Data

• Stiffness: c=238Nmm
• Cross-section: 10x1mm
• Effective length: approx. 800mm
• Inside radius: 10mm
• Outside radius: 50mm
• Mass: 0.5kg
• Diameter: 50mm
• Angle measuring scale: 360°
• Resolution: 1°
• Base plate wxh: 200x250mm

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Features:

• All the pressure taps are connected to a manometer with a water collector (water might be pressurized). 
• The ends of the conduits are removable, enabling to be placed in either convergent or divergent form with respect to the stream direction.
• For the operation, the module is placed on the Hydraulics bench top It has adjustable legs for leveling.  
• Adjusting the control valve located at the end of the module can modify the flow rate and the pressure in the module.
• A flexible hose attached to the outlet pipe is directed to the volumetric measuring tank. 
• The inlet pipe ends in a female coupling, which may be directly connected to the bench supply.
• There is also a probe (Pitot’s tube) moving along the conduit or measuring the height in every section (dynamic pressure). 

Specification

• Narrowing: Downstream: 21°.
• Upstream: 10°.
• Manometer range: 0 to 300 mm of water.
• Number of manometer tubes: 8.
• Upstream diameter of the throat: 25 mm.
• Dimensions: 800 x 450 x 700 mm. approx.
• Weight: 15 Kg. approx. (33 pounds approx.)
• Anodized aluminum/ MS powder coated structure and panel of painted steel.

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Features:

• A bench top unit comprising a simple Deadweight Pressure Calibrator with weights.
• Pressure sensors, manometers or Bourdon gauges other than those supplied can be calibrated.
• The pressure in the system is produced by means of a capstan-operated hydraulic ram, balanced by deadweight acting upon a piston of known area. 
• The pressure developed is applied to the gauge that is to be calibrated.
• A spirit level and adjustable feet are provided to enable the operator to level the instrument. 
• A flotation indicator mounted on the top plate removes the guesswork when floating the piston.
• The direct measurement of pressure (p=F/A).
• Masses added are proportional to the target pressure.
• Dual pistons enable calibration over a wide range of pressures.
• Precision machined piston and cylinder with leveling screws.
• Bourdon gauge with inlet and outlet valves.
• Calibration of pressure gauges by deadweight method to accuracy better than 0.025% of reading.

Specification:

• Range: 20 kNm-2 to 200 kNm-2
• Dimension: 450-x400 x 300 mm
• Weight: 30kg
• Calibration gauges :1-1,200
• Bar range :  ±0.025% of reading.
• Includes carrying case and weights.
• Minimum standard weight increment is 0.05 bars.
• Oil is used as the hydraulic fluid.
• Portable, self-contained deadweight precision pressure gauge calibrator.

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Features:

• Water turbines are turbo machines utilizing waterpower. 
• The Pelton turbine is a type of impulse turbine; such turbines convert the pressure energy of water into kinetic energy entirely in the distributor. 
• During the conversion, the water jet is accelerated in a nozzle and directed onto the blades of the Pelton wheel tangentially. 
• The water jet is redirected by approximately 180° in the blades. 
• The impulse of the water jet is transmitted to the Pelton wheel.
• The turbine torque is determined by force measurement on a band brake and is read on spring balances. 
• For measuring the rotational speed, a non-contact speed sensor, is required. 
• A manometer shows the water pressure at the turbine inlet.

Specification:

• Pelton turbine
• Output: 5W at 500min-1, approx. 30L/min, H=2m
• Pelton wheel: 14 blades
• Blade width: 33,5mm
• External Ø: 132mm
• Jet diameter: 10mm
• Dimension: 1000-x800 x 1200 mm
• Weight: 90kg

Measuring ranges:

• Force:  2x 0…10N
• Pressure:  0…1bar

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Features:

• Computer controlled air flow.
• 150mm (6” nominal) square working section.
• Transparent working section for visibility.
• Wide range of models for both aerodynamics and air flow studies.
• Air is drawn through the working section by a variable speed fan at the discharge end of the tunnel. 
• A honeycomb flow straightener is incorporated at the inlet, and a 9.4:1 contraction ratio ensure airflow through the working section. 

Specification:

• Square test section, nominally: 150 x 150mm,length 455 mm
• Tube length: 320mm
• Inclination: 30°
• Cylinder diameter: 30mm
• Tapping spacing: 20°
• Throat width: 100mm
• Upstream/downstream width: 150mm
• Power: 220-240V/1/Phase, 50Hz, 10Amps
• Dimension: 2200-x600 x 700 mm
• Measurement range: 0-160 mm H2O, 16 channels 0-178 mm H2O (differential)
• Lift force: 3.4N at model
• Drag force: 3.4N at model
• Inclination: +/- 45°
• Cord length: 61.5mm
• Thickness: 9.2mm
• Large models: 50mm
• Weight: 220kg
• Golf ball and small sphere: 43mm

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Feature:

• Water hammer demonstrations are conducted using the second test pipe, which incorporates a fast acting valve at the discharge. 
• Tapping’s incorporating electronic pressure sensors are located in the test pipe adjacent to the fast acting valve and half way along the test pipe. 
• These sensors measure the high-speed pressure transients inside the pipe as the water hammer travels backwards and forwards along the test pipe. 
• The time delay between the sensors can be used to determine the speed of sound through the water that is attenuated by the elasticity of the metal pipe wall.

Specififcation:

• Test pipes: Stainless steel, 20.2 mm inside diameter.
• Test pipe length: 3 m long
• Surge shaft clear acrylic, 40 mm inside diameter, 800 mm high.
• Head tank PVC 
• Capacity: 45 liters
• Dimensions: 3500-x800 x 1600 mm
• Weight: 120kg

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Descriptions:

• The equipment consists of a Venturi meter, variable area meter and orifice plate, installed in a series configuration to permit direct comparison. 
• A hand pump facilitates pressurization of the manometers.
• A flow control valve permits variation of the flow rate through the circuit. 
• Pressure tappings are incorporated so that the head loss of each flow meter may be measured. 
• The circuit and manometer are attached to a support framework, which stands on the working top of the Hydraulics Bench. 
• The bench is used as the source of water supply and for volumetrically calibrating each flow meter.

Specification:

• Manometer range: 0 to 500 mm. of water column
• Number of monomeric tubes: 8
• Upstream pipe diameter: 32 mm
• Downstream taper: 21° 
• Upstream taper: 14°
• Flow meter: 2 to30 l./min

Venturi dimensions:

• Throat diameter: 20 mm
• Orifice plate diameter: 25 mm

Orifice Plate dimensions:

• Upstream pipe diameter: 35 mm. 
• Downstream orifice diameter: 19 mm.

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Descrption:

• Determination of the center of pressures with an angle of 90°, partially submerged.
• Determination of the resultant force with an angle of 90°, partially submerged.
• Determination of the resultant force with an angle of 90° totally submerged.
• Determination of the center of pressures, angle <>90° totally submerged.
• Determination of the equivalent force with an angle <>90° partially submerged.
• Determination of the center of pressures with an angle of 90° totally submerged.
• Determination of the center of pressures, angle <> 90° partially submerged.
• Determination of the resultant force, angle <>90° totally submerged.
• Balance of momentum.
• The swinging arm is fitted with a tray and an adjustable counter balance. 
• The tank has adjustable supporting legs for leveling. 
• A graduated scale indicates the level reached by the water inside the tank.
• This assembly is mounted on top of an acrylic tank, which may be leveled by adjusting screwed feet. 
• Correct alignment is indicated on a circular spirit level mounted on the base of the tank.

Specification:

• Tank capacity: 5.5 ltr.
• Area of the section: 0.007 m2.
• Total depth of the submerged quadrant: 160 mm.
• Height of the support point on the quadrant: 100 mm.
• Distance between the suspended masses and the support point: 285 mm.
• Dimensions: 600-x400 x 400 mm
• Weight: 30kg

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Features:

• Consists of a cylindrical tank with lateral transparent surfaces where a nozzle, connected to the Hydraulics Bench is aligned with a device in which the problem surface is fitted. 
• The vertical force made by the water against the surface is measured using calibrated weights that balance this force. 
• The dead weight of the moving parts is counterbalanced by a compression spring. 
• Holes made on the tank base in order to drain the water. 
• Discharge nozzle inside clear acrylic cylinder.
• Impact against a flat surface.
• Impact against a curve surface of 120o.
• Measurement of the jet forces via the weight-loaded scale

Specification:

• Jet diameter: 8 mm.
• Impact surfaces diameter: 40 mm.
• Dimension: 800-x800 x 800 mm
• Weight: 90kg

Impact surfaces:

• 180° hemispherical surface.
• 120° curve surface.
• 90° flat surface.
• A set of masses of 5, 10, 50 and 100 g. is supplied.

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Features:

• A pipe section and various pressure measuring devices are fitted to a laboratory trolley with a demonstration panel, working area and cabinet. 
• Various measuring containers are integrated into the pipe section. 
• The sealed water circuit and pump with supply tank permit experiments to be performed independent of a mains water connection. 
• Experimental apparatus are included in the cabinet, e.g. a device for determining the center of pressure of a column of water. 
• This enables the pressure on a weir to be determined, amongst other aspects.

Specification:

• Submersible pump: 0.22kW
• Volumetric flow rate: 95Ltr/min
• Head: 12.5m
• U-Tube manometer: 0..500mmWC
• Two hydrometer jars: 450 x 50 mm.
• Hg U-tube manometer: 270..0..270mbar
• Aneroid barometer, range: 973 – 1047 mbar.
• Thermometer with a range between: -10 and 50oC.
• Pycnometer : 50 ml.
• Dimension: 1000-x800 x 1400 mm
• Weight: 120kg
• Archimedes module: displacement vessel, bucket and cylinder. 
• Capillary tubes module with tubes of different size: 5 mm, 4 mm, 3 mm, 2.2 mm, 1.7 mm and 1.2 mm.
• Two falling sphere viscometer tubes: 300 x 40 mm, with marks at 0, 25, 175, 200 and 220.
• Set of stainless steel balls of different sizes: 3.175 mm, 2.381 mm and 1.588 mm
• Parallel plates capillary module.
• Variable scale lever balance to be used with the Archimedes module, up to 310 gr.

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Features:

• A Rota meter and a volumetric measuring tank are included for comparison measurements and calibrations. 
• The volumetric measurement using a stopwatch gives highly accurate results even at low flow rates. 
• A movable manometer panel saves space and allows for optimal accessibility. 
• The trainer includesa closed water circuit with tank and submersible pump.
• The pressure measuring points are designed as annular chambers for accurate pressure measurement. 
• Tube manometers, a Bourdon tube pressure gauge and a differential pressure sensor are provided for pressure and differential pressure measurements.

Specifications:

• 4 smoothbore pipes of different diameters ranging from 4.5mm I.D. to 17.2mm I.D.
• Artificially roughened pipe.
• 90° bends (large & small radii), 90° elbow, 90° mitre, 45° elbow, 45° Y, 90° T.
• Inline strainer, Perspex Venturi, Perspex orifice meter.
• Perspex pipe section with a Pitot tube & static tapping.
• 38 tapping points.

Measuring ranges:

• Pressure: -1…1,5bar
• Differential pressure: 1x 0…+/-350mbar, 8x 0…1000mmWS
• Flow rate: 1x 400…4000L/h
• Power supply: 230V, 50Hz, 1 phase
• Dimension: 800-x800 x 1200 mm
• Weight: 120kg

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Descriptions:

• This is included in the form of a multiple tube manometer so that the pressure curve along the venturi flow meter can also be displayed. 
• A hand pump facilitates pressurization of the manometers.
• Calibrating each flow meter using the volumetric measuring tank of the bench.
• Venturi meter, variable-area meter and orifice plate with flow-control valve.
• The apparatus is placed on the Hydraulics Bench; this provides the water supply to the unit.
• The bench is used as the source of water supply and for volumetrically calibrating each flow meter.
• Directly comparing flow measurement using a Venturi meter, variable area meter and orifice plate.
• The circuit and manometer are attached to a support framework, which stands on the working top of the Hydraulics Bench. 
• Pressure tapping’s to measure head loss across each meter.
• Supplied with manometer board with eight tubes.

Specification:

• Manometer range: 0-400mm
• Throat diameter: 15mm
• Upstream pipe diameter: 31.75mm
• Upstream taper: 21° inclusive
• Downstream taper: 14° inclusive
• Dimension: 800-x800 x 1200 mm
• Weight: 120kg
• Number of manometer tubes: 8
• Orifice plate diameter: 20mm
• Variable area meter: 2-20 l/min

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Description:

• The turbine torque is determined by force measurement on a band brake and is read on spring balances. 
• For measuring the rotational speed, a non-contact speed sensor.
• A manometer shows the water pressure at the turbine inlet.
• Water turbines are turbo machines utilizing waterpower.
• The water is fed in the control device by means of a spiral housing.  
• The Francis turbine is part of the reaction turbines, which convert the pressure energy of the water into kinetic energy in the control device and in the impeller. 
• The flowing water is accelerated in the control device by the adjustable guide vanes and directed onto the vanes of the impeller. 
• The redirection and further acceleration of the water in the impeller generates an impulse, which is transmitted to the Francis wheel.

Specification:

• Output: 350W at 1500min-1, 270L/min, H=15m (approx.) 
• Max. Speed: 3000min-1
• Rotor,11 blades, 7 vanes
• Medium diameter: 60mm
• Angle of attack: 0…20°

Measuring ranges:

• Torque: 0…9,81Nm
• Pressure: 0…4bar abs.
• Speed: 0…4000min
• Dimension: 1000-x800 x 1200 mm
• Weight: 90kg

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Description:

• In an axial-flow pump the pumping medium flows through the impeller in the axial direction. 
• In axial-flow pumps, the pressure build-up is not achieved by the centrifugal force but like the aerodynamic principle, by the propeller blade. 
• A temperature sensor measures the water temperature. 
• The flow rate is measured with an electromagnetic flow meter.
• They are not self-priming and the propeller must always be covered by the pumping medium. 
• Axial propeller pumps are used when high flow rates and a small head are needed. 
• The closed water circuit means that the trainer can be used independently of the water system.
• The trainer is equipped with measuring elements for the pressures at the inlet and outlet of the pump. 
• The typical areas of application for propeller pumps are drainage systems, wastewater treatment plants and cooling water supply systems. 

Specification:

• Pump Output: 1000W at 1000min-1
• Max. Flow rate: 700L/min
• Max. Head: 1,75m
• Tank: 160L

Measuring ranges:

• flow rate: 0…1200L/min
• Temperature: 0…100°C
• Pressure (inlet): ±1bar
• Pressure (outlet): 0…0,6bar
• Power Supply: 230V, 50Hz, 1 phase
• Dimension: 1110x800x1380mm
• Weight: approx.: 154kg

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Description:

• A centrifugal pump and a flow control valve for adjusting the inlet pressure. 
• The transparent operating area of the turbine enables an optimal view of water flow, rotor and guide vanes during operation. 
• By adjusting the guide vanes the angle of attack, the cross-section and thus the output of the turbine are changed. An asynchronous machine is used as a generator for loading the turbine.
• The generator is equipped with a pendulum bearing and with a force sensor to determine the torque. 
• A pump with variable speed via frequency converter provides for an energy efficient operation.
• The measured values are displayed digitally and can be processed further on a PC.
• The speed of the turbine is recorded by means of an inductive, non-contact position sensor at the generator shaft. 
• The pressures at the inlet and outlet of the turbine, the temperature and the flow rate are recorded by sensors. 

Specification:

• Hydraulic power: 2,1kW at 1500min-1
• Mechanical power: approx. 1,4kW at 1500min-1
• Rotor, D: 165mm
• 8 blades, 8 guide vanes
• Angle of attack adjustable: 0…23°
• Centrifugal pump, multistage.

Variable speed:

• Pump head: 42m
• Tank: 550L
• Power consumption: 5,5kW
• Max. Flow rate: 900L/min
• Asynchronous machine as generator
• Output: 2,2kW at 1440min-1

Measuring ranges:

• Temperature: 0…100°C
• Pressure (inlet): ±1bar (turbine)
• Pressure (outlet): 0…6bar (turbine)
• Flow rate: 0…1000L/min
• Torque: 0…20Nm
• Speed: 0…3000min-1

Power supply:

• 0…2200W (generator)
• 400V, 50Hz, 3 phases
• 400V, 60Hz, 3 phases, 230V, 60Hz, 3 phases
• Dimension: 2350x1050x2050mm
• Weight: approx. 580kg

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Description:

• Two gear wheels operate inside a casing. 
• One is driven while the other rotates in mesh with it. 
• The output is a more even flow than that of a reciprocating pump. 
• It is particularly suitable for high-viscosity fluids. 
• The liquid is carried around in the space between consecutive teeth and then ejected as the teeth mesh. 
• A motor-driven gear pump, mounted on a stainless steel plinth with a water reservoir and pipework for continuous circulation. 
• The pump head and the water reservoir are manufactured from clear acrylic for maximum visibility
• The pump speed is accurately controlled by an advanced electronic inverter. 
• The pump has no valves. It is a positive displacement pump and will deliver against high pressures.
• The conditioning electronics for the sensors and allows their readings to be displayed on the computer software.

Specification:

• Flow rate.
• Motor shaft power.

Pump speed:

• Pump efficiency.
• Volumetric efficiency.
• Max flow rate:6.5 l/m typical
• Max head: 25m
• Max pump speed: 1,800rpm
• Motor power rating: 250W, 230 V, 1PH
• Dimension: 670x590x750mm
• Weight: approx. 50kg

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Description:

• The set-up consists of a submersible pump coupled with a DC Motor. 
• A ball valve is used to adjust the head.
• An asynchronous motor drives it. 
• The speed is infinitely adjustable by using a frequency converter. 
• A RPM Indicator with Proximity sensor indicates the RPM of Pump. 
• Flow of water is measured by using measuring tank and stopwatch. 
• Vacuum gauge is fitted on suction line and Pressure gauge is fitted on delivery line to measure the pressure.
• The experimental unit includes a self-priming Submersible pump, a ball valve on the outlet side and manometers on the inlet and outlet side. 
• Power input to the DC Motor is varied by means of a Thruster controlled DC Drive to vary the RPM of motor. 

Specification:
Variable speed

• Maximum flow rate: 70lpm
• Maximum head:  7 mtr
• Power rating: 0. 75 kw
• Power supply: 230v 1ph 50hz
• Dimension: 1000X 500 X 700 mm
• Weight: 80kg (approx)

Measuring instruments:

• Pressures gauge/sensors
• Vacuum gauge/sensor

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Description:

• The test rig consists of a closed water circuit with water tank, a piston pumps with variable speed via a frequency converter and an air vessel. 
• The position of the piston rod is measured by an angle sensor. 
• This allows the determination of the cylinder volume. 
• The pulsating pressure curve of the pump can be damped with the aid of the air vessel. 
• Flow rate and head are adjusted via a needle valve and overflow valve.
• The experimental unit is fitted with sensors for pressure and flow rate. 
• The microprocessor-based measuring technique is well protected in the housing. 
• The piston of the pump is mounted in a transparent housing and can be observed during operation. 
• The cycle that takes place (intake and discharge of water) can be shown clearly in the p-V diagram. 
• One pressure sensor measures the pressure at the outlet of the pump; another one measures the pressure in the inside of the cylinder. 
• The measured values are transmitted directly to a PC via USB where they can be analyzed using the software included.

Specification:

• Piston pump Speed: 30…180min-1
• Max. Flow rate: 135L/h
• Max. Head: 40m
• Drive motor Power: 180W
• Gear transmission ratio: 1=7,5
• Dimensions: 670x590x740mm
• Weight: 49kg (approx.)  

Measuring ranges:

• Pressure (cylinder): 0…5bar
• Pressure (outlet): 0…5bar
• Crank angle: 0…360°
• Flow rate: 0,2…6L/min

Power supply:

• 230V, 50Hz, 1 phase
• 230V, 60Hz, 1 phase; 120V, 60Hz, 1 phase

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Features:

• The transparent cover enables to observe the water flow, the Pelton wheel and the nozzle during operation. 
• The nozzle cross-section and thus the flow rate are modified by adjusting the nozzle needle.
• The turbine torque is determined by force measurement on a band brake and is read on spring balances. 
• For measuring the rotational speed, a non-contact speed sensor.
• The water jet is accelerated in a nozzle and hits the Pelton wheel tangentially. 
• In the blades on the circumference of the Pelton wheel the water jet is deflected by approximately 180°. 
• The impulse of the water jet is transmitted to the Pelton wheel.

Specification:

• Speed range: 0-2000 rpm
• Brake power: 10W
• Pressure gauge range: 0-25m H2O
• Force balance range: 0-20N x 0.2N
• Number of Pelton buckets: 16
• Diameter of Pelton wheel: 123mm
• Power required: 230v, 50hz, 1ph
• Dimension: 1000x800x1200mm
• Weight: approx. 90 kg

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Features:

• Measuring examination of a multi pump.
• Pump with 3 heads.
• 1 feed tank.
• Tank to determine the flow rate.
• Common stroke rate adjustable for all 3 heads.
• Stroke individually adjustable for each head.
• 4 manometers to measure the pressure on the intake and delivery side.
• Each pump head conveys water from the feed tank into a tank with scale. 
• The common stroke rate of the three pump heads is set at the switch box. 
• Three overflow valves enable the user to set a counter pressure for each pump head. 
• This enables students to examine the effect of the counter pressure on the flow rate and the mixing ratio. 

Specification:

• Max. Head: 10m (approx)
• Max. Suction head: 3m(approx)
• Flow Rate: 3x 0…18L/h.
• Volumetric tank:  5L.
• Feed tank: 60L.
• Stroke rate: 1x 0…100min-1.
• Level:  3x 0…20cm.
• Power: 230V, 50Hz, 1 phase
• Dimension: 1250x500x950mm.
• Weight: approx. 90kg.

Measuring ranges:

• Pressure (delivery side): 3x 0…10bar.
• Pressure (intake side): 3x -1…0bar.
• Adjustable pressure range: 2…6bar.

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Features:

• Single point pivot on engine mounting enables accurate thrust measurement.
• No need for external lubrication system. 
• No need for external battery and charger.
• Fully tested for high performance and safety.
• Tough, transparent polycarbonate safety screen.
• An optional floor-standing frame is available to house the unit together with its fuel tank and electronic console.
• The engine has been integrated into a sturdy metal frame that holds it firmly, while enabling accurate measurement of the thrust produced by the engine.
• An electronic preprogrammed controller constantly supervises the engine, ensuring safe operating conditions at all times.
• The engine inlet has been replaced with a custom fabricated frontal duct, to enable the air mass flow rate to be accurately measured.

Specification:

• Thrust: 200N typical
• Mass flow: 450 g/s
• Ignition system: Glow plug
• Engine rpm: 105,000rpm typical
• Engine mount: Single pivot point
• Dimension: 880 x 510 x 1185 mm
• Weight: 150 kg (approx)
• Exhaust gas temperature: 800°C typical
• Compressor type: Single-stage radial
• Turbine type: Single-stage, low-mass axial flow 

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Features:

• Engine flexibly mounted on mobile frame.
• Plotting of torque and power curves.
• Determination of specific fuel consumption.
• Overall engine efficiency.
• Closed cooling water circuit.
• The engine is attached to the load unit by fasteners.
• A solid welded frame on rollers 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. 

Specification:

• Engine:  Branded MPFI Version
• Max.Power:  63 BHP @ 5500 rpm
• Max.Torqe: 89 Nm @ 3000 rpm
• Stroke length:  77 mm
• Starting: Self-start
• Fuel: Petrol
• No of cylinders: Four
• Bore: 66 mm
• Capacity: 1086 cc
• Battery: 12V, 45A
• Alternator: 12V, 45A
• Engine oil: SAE 5W-30
• Power :  230V, 50Hz, 1 phase
• Working stroke:  Four strokes
• Cooling: Water-cooled
• Ignition: Spark ignition

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Features:

• 4 temperature sensors, flow meter.
• Measuring amplifier with digital displays.
• Connection between engine and calorimeter using exhaust gas hose.
• Determination of the amount of heat contained in the exhaust gas from test engines.
• Calorimeter consisting of finned pipe heat exchanger and insulated tank.
• Counter flow heat exchanger for calorimetric analysis of exhaust gases from internal combustion engines.

Specification:

• Calorimeter
• Insulated, stainless steel.
• Finned pipe heat exchanger.
• Heat exchange area on exhaust gas side: 0,944m2
• Heat exchange area on water side: 0,141m2

Temperature:

• 2x 0…600°C (exhaust gas)
• 2x 0…200°C (cooling water)
• Flow rate: 0…160L/h
• Power Supply: 230V, 50Hz, 1 phase
• Dimensions: 600x 600x 1300mm
• Weight: 103kg(approx.)

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Specification:

• Cooling fan outlets for engine & exhaust pipes.
• Electric starter control (optional).
• Monobloc chassis in 3mm steel with chequer plate deck.
• Integral folding access ramp, which doubles as safety barrier.
• Cooling fan outlet for rear tyre, motorcycle brake and silencers.
• Wheel speed sensor, Roller speed sensor.
• Cover plates for exhaust extraction inlets.
• Dimension: 1600x 900x 1200mm
• Weight: 280kg (approx.)
• Integral folding access ramp, which doubles as safety barrier.
• Non-slip chrome roller with grove (for alignment check) and safety brake.
• Automatic wheel clamp, which together with the roller allows frame alignment check
• Application-specific tests are possible from individual engine unit test to vehicle tests.
• The standard unit includes exhaust gas extraction fan, rear tyre cooling fan, engine cooling fans, ramp, pneumatic automatic wheel clamp (no straps required, 1 person loading), cooling and extraction fans are all housed within the chassis, allowing for simple, clean looking installation.

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Specification:

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

Measuring ranges:

• Differential pressure: 0…150mbar
• Pressure: 0…2,5bar (combustion chamber)
• Temperature: 2x 0…1200°C / 1x 0…400°C
• Speed: 0…120000min-1
• Consumption: 0…25L/h (fuel)
• Force: 0…+/-200N
• Dimensions: 1200x 900 x 330 mm
• Weight: 120kg (approx)

Power Supply:

• 230V, 50Hz, 1 phase
• 230V, 60Hz, 1 phase
• 120V, 60Hz, 1 phase

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Specification:
Blower ratings :

• Maximum flow rate (un choked): Over 12 m3/min.
• Maximum head (fully choked): Over 80 mm. water.
• Inlet duct: with flow straightener.
• Outlet duct: with flow straightener and damper.
• Accessories: Thermometer and barometer.
• Power supply: 220 V, 1 Ph, 50 Hz
• Airflow rate: Venturi nozzle, orifice plate, inlet cone, and traveling pitot using inclined water manometer.
• Differential pressures: Twin inclined water manometers., 0-450 mm x 1 mm graduation, multiple slope 1:10, 1:5, 1:2 and 1:1.
• The medium is drawn in axially to the drive shaft of the radial fan and is deflected by 90° by the rotation of the rotor and discharged radially.
• Radial fans are used to transport gases with non-excessive pressure differences. 

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Features:

• An orifice meter and manometer, Discharge “pressure is measured by a pressure gauge, measure Air intake Power input of the compressor measured by an Energy meter. 
• The data acquisition software is included.
• The measured values can be read on digital displays. 
• The air throughput and the electrical power consumption are also measured. 
• At the same time, the measured values can also be transmitted directly to a PC via USB. 
• The trainer is equipped with safety devices such as pressure relief valves and pressure switches.
• Thus the students can determine volumetric efficiency, power consumption and free air discharge of compressor.
• The pressures and temperatures for both stages are recorded using sensors and indicated on digital displays. 

Specification:

• Energy meter to measure input of the meter.
• Pressure gauge to measure discharge pressure.
• Control valve at delivery side.
• Stop clock.
• Dimension: 1500x 1500 x 1250 mm
• Weight: 320kg (approx)
• Vane compressor: Rotary compressor, driven by 3 HP motor.
• Calibrated orifice meter with water manometer to measure air intake.

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Features:

• It is defined by the ratio of mass of vapour and total mass. 
• The total mass is calculated from the sum of fluid mass and vapour mass. 
• Separating and throttling calorimeters are used to determine the vapour content. 
• Sensors measure the pressure and temperature before and after depressurization. 
• The measuring results can be used to determine the vapour content with the h-s diagram.
• A downstream throttling calorimeter is used to determine vapour contents between x=0,95 and x=1. The wet vapour is depressurized in this process. 
• The remaining vapour part is depressurized and then liquefied in a water-cooled condenser and also collected in a measuring cup. 
• In practice, devices to determine the vapour content are used in steam power plants, downstream of steam turbines or at steam boilers upstream of the super heater.
• The two quantities can be used to determine vapour mass and total mass to calculate the vapour content.
• If the vapour content is x=0, the evaporation medium is completely liquid, x=1 means dry saturated vapour, a value in between means wet vapour with a variable liquid content. 

Specification:

• Temperature: 240°C
• Pressure: 10bar
• Safety valve: 10bar
• Temperature: 0…400°C
• Pressure (inlet): 0…16bar
• Pressure (outlet): -150…100mbar
• Dimensions: 800x 800 x 1700 mm
• Weight (approx.): 110 KG

Power Supply:

• 230V, 50Hz, 1 phase
• 230V, 60Hz, 1 phase
• 120V, 60Hz, 1 phase

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Specification:

• A real and operable air bag system is used to illustrate the structure of the system.
• In this way, the device demonstrates operation of the air bag system.
• Steering wheel can be safely removed and reinstalled during diagnosis or system testing.
• The training bench is made of advanced aluminum. 
• Integrated SRS breakout box with test points for all terminals sized for standard meter leads.
• Manual fault box for SRS control module with 10 faults.
• Instead of using accumulators and requiring charging, the training panel connects to a 220V AC voltag which changes to a 12V DC voltage through the internal circuit. 
• The 12V DC voltage protects the training panel against short circuit.
• Plastic plate, the color circuit diagram and working principal diagram are painted on the board’s surface.
• The training panel is installed with a diagnosis socket, which can connect to automobile decoder to read fault codes reads and clears fault codes on the air bag system.
• Dimension: 1200 x 800 x 1400 mm
• Weight (approx.): 85kg

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Features:

• A hydraulic automatic transmission consists of the following parts: torque converter, planetary gear set, clutches and bands, and hydraulic and lubricating oil.
• Colors are used to differentiate between parts. 
• Many parts have been chromium plated and galvanized for a longer life.
• The model is made out of full size original used automatic transmission of a car.
• The automatic shifting of the gears can be explained using this model clearly.
• Transmission will be suitably sectioned to show the internal details, of gear mechanism of forward and reverse speeds. 
• The model will be mounted on to a tubular frame.
• Suitable color imported painting will be carried out along with Miracle coating for the model will be done for extra gloss and shine. 
• All the hardware’s and gears will be suitably electroplated.

Specification:

• Hydraulic torque converter.
• Multiple-plate clutches.
• Control valves.
• Epicycloid gear change with 5 forward speeds plus reverse.
• Operated manually by hand crank applied on the torque converter.
• Mounted on stand with wheels.
• Dimension: 750 x 550 x 700 mm (approx)
• Weight: 110kg (approx.)

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Specification:

• The cutaway models represent original components in which the active parts are clearly visible to the user while fully maintaining their mechanical functionality.
• The planetary gear is a special type of gear drive, in which the multiple planet gears revolve around a centrally arranged sun gear. 
• The planet gears are mounted on a planet carrier and engage positively in an internally toothed ring gear. 
• Torque and power are distributed among several planet gears. 
• Each of the cutaway models is securely mounted on a base plate.
• Sun gear, planet carrier and ring gear may either be driving, driven or fixed. 
• Planetary gears are used in automotive construction and shipbuilding.
• Which also has handles to allow them to be carried. They are powered by hand.
• Dimension: 450 x 400 x 300 mm (approx)
• Weight: 10kg(approx)

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Specification:

• Displacement: 160cc
• Power: 6 HP
• Operated: Manually (Through a Crank Handle)
• Equipment Layout: On Base
• Dimension: 500 x 500 x 600 mm
• Weight: 35kg (approx)
• Sectioned for training purposes, professionally painted with different colours to better differentiate the various parts, cross-sections, lubricating circuits, fuel system, cooling system etc.
• It is specially made dissectible for demonstration purposes. 
• It is provided with Flywheel and it is mounted on a sturdy iron frame. 
• This actual cut section engine helps the student to understand about the parts and the working of the engine very easily. 
• The actual cut section engine will be supplied with key card & very interesting literature regarding working.

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Description: 

• The model will be mounted on to a tubular frame.
• All the hardware’s and gears will be suitably electroplated.
• Suitable color imported painting will be carried out along with Miracle coating for the model will be done for extra gloss and shine.
• Operated: Manually(a Crank Handle)
• Equipment Layout: On Base

Specification:

• Rack type steering box.
• Hydraulic pump.
• Oil tank with relevant filter.
• Connecting pipes.
• Dimension: 1000 x 600 x 550 mm
• Weight: 25kg (approx.)

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Features:

• Steam engine model ideal for classroom demonstrations
• Cross-sectioned cylinder to show internal operation
• Working parts – piston, slide valve both move and the link motion and reversing method operate.
• This cutaway model is carefully sectioned for training purposes, professionally painted with different colours to better differentiate the various parts, cross-sections, lubricating circuits, fuel system, cooling system etc. 
• Many parts have been chromium-plated and galvanized for a longer life.

Specification:

• Dimension: 450 x 350 x 300 mm (approx)
• Weight: 9 kg (approx)
• This model shows the internal structure and operating principles of a working steam engine. 
• The metal cylinder is cross-section cut and is covered with a clear plate to show movement of the piston inside the cylinder.
• Complete with working parts: the piston, slide valve both move and the link motion and reversing method can be observed. 
• The movement of the wheel is light enough to demonstrate even by blowing air.

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Specification:

• Operated: Manually
• Equipment Layout: On Base with wheel 
• Light metal construction. 
• Operated manually by a crank handle.
• Mounted on a base.
• Dimension: 350 x 400 x 300 mm
• Weight (approx.): 7 kg
• The rotor (triangular piston), operates by the driving shaft and rotates inside the stator clearly showing the different phases. 
• The compression phase, a small bulb lights up to simulate the gas ignition.
• This cut-away model is carefully sectioned for training purposes and is professionally painted with different colors to better differentiate the various parts, cross sections and fuel system.
• Cross-sectioned various parts to show internal operation.

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Description:

• The internal surfaces finished in different colors to indicate air, fuel and gas mixture, and exhaust gas contents.
• The firing point of the engine is shown by a 3-volt bulb, which glows at the correct point in the cycle by means of an electrical contact system in the model.
• The most rational training model of a 4-stroke diesel engine sectioned for training purposes. 
• This cutaway model is carefully sectioned for training purposes, professionally painted with different colours to better differentiate the various parts, cross-sections, lubricating circuits, fuel system, cooling system etc. 
• With cam operated jerk pump and manually operated air inlet diaphragm injection nozzle and starting valve. 
• Indirect injection, complete with injection pump, injector, pre-chamber, preheating glow plug, cooling system, 
• distribution circuit, etc. 

Specification:

• Displacement: 100cc
• Power: 6 HP
• Dimension: 500 x 500 x650 mm
• Weight: 25kg(approx)
• Camshaft in the crankcase, Overhead valves.
• Rpm regulator, Oil pump, Carburetor, Air filter, Silencer,Tank.

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Specification:

• The trainer can be used in the classroom environment for demonstrations to students. 
• The training brake rig can be used as visual aid for students of mechanical subjects to demonstrate and explain the structure and components. 
• Also, automotive training stand can be used as a educational equipment for the brake system repair and service procedures.
• Demonstrates full functionality of a 4-wheel hydraulic brake system.
• Provides easy access to all brake components without the confinements of a real vehicle.
• Pressure gauges show actual braking pressure at each wheel.
• Real” automotive components with fully functional disc/drum hydraulic braking system including:
• Fits through a standard 30” door opening.
• Heavy duty metal stand with casters for easy transport.
• Parking brake components.
• All hydraulic components.
• Brake pedal and parking brake pedal.
• Power brake booster.
• Hydraulic pressure gauges at each wheel.
• Fully functional parking brake system.
• Dimensions: 1000 x 800 x 1200 mm
• Weight: 140 kg (approx)

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Description:

• The various parts are supplied as accurate real cutaway, connected together to show their operation in an easy and immediately understandable manner. 
• This cutaway model is carefully sectioned for training purposes, professionally painted with different colours to better differentiate the various parts and cross-sections.
• A transmission is a machine in a power transmission system, which provides controlled application of the power. 
• The training model can be used as visual aid for students of mechanical subjects to demonstrate and explain the structure and components. 
• Also, automotive training stand can be used as a educational equipment for the mpfi system repair and service procedures.

Specification:

• Gearbox: 5 speeds and reverse.
• Dimension: 800 x 300 x 1100 mm (approx)
• Weight: 225 kg
• 2-Speeds reduction gear.
• Movement restorer with front wheel drive manual control.
• Drive shafts with universal joints.
• Self-locking hypoid differentials.
• Manual operation.

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Description:

• Transparent process tank makes it possible to clearly observe the evaporation process at the heated cylinder. 
• The cylinder is used as a model to demonstrate a fire tube heated from the inside.
• The special liquid used evaporates at low temperatures. 
• Sensors provide all relevant data. 
• An integrated water-cooled condenser allows for a continuous boiling process. 
• The measured values are indicated on digital displays and can also be transmitted directly to a PC via USB.

Specification:

• Heater Power: 250W, continuously adjustable
• Surface area: 0,001875m²
• Diameter: 80mm
• Tank: 10L
• Surface area: 0,0578m²
• Cooler, copper coil
• Safety valve opens at 2,2bar

Measuring ranges:

• Pressure: 0…4bar absolute
• Flow rate: 0,05…1,8L/min
• Temperature thermocouple: 0…200°C
• PowerSupply: 230V, 50/60Hz, 1 phase, 120V, 60Hz/CSA, 1 phase
• Dimension: 900x450x820mm (approx)
• Weight: 60kg(approx)

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Description:

• Computerized Emissivity Measurement Apparatus offers basic experiments for targeted teaching on the topic of heat transfer by radiation. 
• The reflector concentrates the radiation to a focal point. 
• A sample is placed on a thermocouple located at the focal point. 
• The thermal radiation emitted by the sample is measured by a thermopile. 
• At the heart of the experimental unit is a metallic sample heated by a concentrated light beam. 
• The light beam is generated by a continuously adjustable halogen lamp and a parabolic reflector. 
• In order to be able to measure the radiation at different distances, the thermopile is mounted on a moveable carriage.
• Heat radiation is one of the three basic forms of heat transfer. 
• In radiation the heat transfer takes place via electromagnetic waves. 
• Unlike heat conduction and convection, heat radiation can also propagate in a vacuum. Heat radiation is not bound to 

Specification:

• Halogen lamp
• Electrical power 150W
• Max. Temperature: approx. 560°C
• Aluminum samples, Ø 20mm
• 1x matt anodized on both sides.
• 1x nickel-plated
• 1x heavily oxidized
• Steel sample, Ø 20mm
• 1x heavily oxidized
• 1x painted on both sides.
• 1x matt anodized with one painted side.
• Copper samples, Ø 20mm.

Measuring ranges:

• Temperature: 0…780°C
• Radiation intensity: 0…1250W/m2
• Dimension: 700x450x400mm
• Weight (approx.): 20kg

Power Supply:

• 230V, 50Hz, 1 phase
• 230V, 60Hz, 1 phase; 120V, 60Hz, 1 phase

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Description:

• Heat transfer insulating powder trainer unit consists of two thin wall concentric copper spheres. 
• The inner sphere houses the heating coil.
• Heating coil is made up of nichrome wire wound on mica sheet. 
• The insulating powder packed between two shells.
• Four thermocouple are embedded on inner sphere and six thermocouples are embedded on outer sphere. 
• The entire ten-temperature indicator, these reading enable of insulating powder.
• Power supply to the heater is given through a dimmer stat & is measured by voltmeter & an ammeter. 
• Temperature can be measured with the help of thermocouples. 
• Insulating powder Asbestos magnesia commercially available powder and Packed between the two spheres.

Specification:

• Radius of the inner copper sphere: 50mm
• Radius of the outer copper sphere: 100 mm
• Heater Mica Type
• Heating power: 350W
• Temperature limitation: 95°C

Measuring ranges:

• Temperature: 2x 0…325°C
• Heating power: 0…450W

Power Supply: 

• 230V, 50Hz, 1 phase
• 230V, 60Hz, 1 phase; 120V, 60Hz, 1 phase

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• The air flows past a heating element and absorbs heat. 
• Four heating elements with different geometries are available to be selected. 
• The heating elements are designed in such a way to release heat only at their surface. 
• The compact design ensures rapid heating and a short time for experiments.
• The experimental unit is equipped with temperature sensors at the inlet and outlet of the air duct. 
• The air velocity is measured to determine the airflow rate. 
• Heating power and flow rate are adjusted and displayed via the software.
• The microprocessor-based instrumentation is well protected in the housing. 
• The software consists of a software for system operation and for data acquisition and an educational software is connected to the PC via USB.

Specification:

• Flow cross-section: 120x120mm
• Height: approx. 0,6m
• Heating elements, temperature limitation: 90°C
• Number of tubes: 23
• Heating power: 20W
• Heat transfer area: 0,001m2

Cylinder temperature at the surface

• Heating power: 20W
• Heat transfer area: 0,0112m2
• Plate Heating power: 40W
• Heat transfer area: 2x 0,01m2
• Cylinder Heating power: 40W
• Heat transfer area: 0,0112m2

Axial fan

• Max. Flow rate: 500m3/h
• Max. Pressure difference: approx. 950Pa
• Dimension: 800x600x800mm
• Weight (approx.): 30kg
• Power consumption: 90W

Measuring ranges:

• Air velocity: 0…10m/s
• Temperature: 4x 0…325°C
• Heating power: 0…50W

Power Supply:

• 230V, 50Hz, 1 phase
• 230V, 60Hz, 1 phase; 120V, 60Hz, 1 phase

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Features:

• Demonstration of heat transfer under parallel and counter flow.
• Determination of heat transfer coefficient.
• Effects of flow rate and temperature difference.
• Useful for institutions, research laboratories & insulating powder manufactures
• Functions of the software: educational software, data acquisition, system operation.

 Specification:

• Construction: 2 sections of insulated concentric stainless steel tubes.
• Temperatures: 6 ea.
• Stirrer: 0- 500 rpm
• Hot water tank and pump.
• Heater: 3000 W.

Measuring ranges:

• temperature: 2x 0…325°C
• Heating power: 0…3000W
• Dimension: 1200x600x800mm
• Weight: 40kg
• Flow meters: Hot water and cold water.
• Temperature control unit: 1 ea.

Power Supply Required:

• 230V, 50Hz, 1 phase
• 230V, 60Hz, 1 phase; 120V, 60Hz, 1 phase

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• Cam mechanisms are non-uniform translatable gears that help convert uniform rotating drive motions into non-uniform drive motions with or without latching.
• A roller plunger, flat plunger or cam follower can be used as the engaging member. 
• The stroke is determined by measuring the travel. 
• An angular scale indicates the corresponding angle of rotation. 
• The unit is used to clearly demonstrate the function of a cam mechanism. 
• Cams are available in different shapes. 

Specification:

• Angular scale: 0…360°
• Graduation: 1°
• Dial gauge for the stroke: 0…30mm
• Graduation: 0,01mm
• Dimension: 300 x 300 x 400 mm
• Weight: 8kg
• 4 different shapes of cam: circular arc, tangent, hollow or asymmetric
• 3 different engaging members: roller plunger, flat plunger or cam follower
• Dial gauge for determining the stroke
• Angular scale for determining the angle of rotation
• Cam and engaging member can be exchanged without tools

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Specifications:

• The excitation frequency is set and displayed on a control unit. 
• An oil hydraulic damper allows damped vibrations with adjustable damping level. 
• A mechanical drum recorder offers the option of recording the vibrations. 
• The measured values can be displayed and analyzed on a PC using 
• Fundamentals of mechanical vibration theory; free, damped and forced
• Bar-type oscillator: LxWxH: 700x25x12mm, 1,6kg

Coil springs:

• 0,75N/mm
• 1,5N/mm
• 3,0N/mm

Exciter

• Frequency: 0…50Hz, electronically controlled
• Imbalance of the imbalance exciter: 0…1000mmg
• Stroke of the displacement exciter: 20mm
• Damper constant: 5…15Ns/m, oil-filled
• Feed: 20mm/s
• Paper width: 100mm
• Dimension: 1200 x 600 x 1400 mm
• Weight: 125kge optional unit for data acquisition.

Power Supply:

• 230V, 50Hz, 1 phase
• 230V, 60Hz, 1 phase; 120V, 60Hz, 1 phase

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Specification:

• Water Tank: Made of Stainless Steel
• Rotating Arms: 9mm/6mm orifice diameter, Length 300 mm.
• Rota meter: 250 to 2500 LPH
• Electric Motor: Swinging field, Variable speed.
• Pump: FHP for water circulation.
• Dimension: 800 x 800 x 1200 mm
• Weight: 115kg
• Coriolis components of Acceleration can be determined at various speeds of rotation at water flow rates.
• The equipment’s is self contained, water re-circulating, provided with its own speed control unit and water-circulating pump.
• The whole set-up is ingeniously designed and schematically arranged on a powder-coated rigid structure.

Power Supply required:

• 230V, 50Hz, 1 phase
• 230V, 60Hz, 1 phase; 120V, 60Hz, 1 phase

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Description:

• Experiment apparatus with a shaft that can be tilted and rotated while attached to a stand rod. 
• On one side of the shaft there is a disc mounted on dual ball bearings, while on the opposite side there is a movable counterweight for establishing equilibrium.
• The shaft’s angle of inclination can be read from an easily readable scale. 
• A spirit level allows the gyroscope to be adjusted to the horizontal. 
• The disc can be set rotating by hand or by means of a cord. 
• Fine adjustment is performed by thumbscrew at the end of the shaft. 
• The dual ball bearing system ensures that rotation is nearly frictionless and that rotation continues for lengthy periods of time. 
• The open construction of the gyroscope allows gyroscopic phenomena to be observed easily and clearly.

Specification:

• Scale: – 40° to + 40°
• Scale divisions: 1°
• Disc: 250 mm dia.
• Mass of disc: 1500 g
• Mass of counterweight: 1400 g
• Mass of additional weight: 50 g
• Dimension: 400 x 300 x 400 mm
• Weight: 15kg

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Description:

• The shaft is mounted on ball bearings. 
• A variable-speed electric motor and a belt drive it. 
• The speed of the shaft is displayed digitally.
• The difference between static and a dynamic imbalance.
• This moment is compared to the moment of the imbalance masses. 
• A transparent cover protects against contact with rotating parts and allows a clear view of the shaft. 
• The main element of the experimental unit is a smooth shaft to which four variable imbalance masses are attached at any angular and longitudinal position. 

Specification:

• Number of imbalance masses: 4 
• Total imbalance: 880cmg
• Dimension: 600 x 300 x 600 mm
• Weight: 32kg

Measuring ranges:

• Speed: 0…1400min-1

Power Supply required:

• 230V, 50Hz, 1 phase
• 230V, 60Hz, 1 phase; 120V, 60Hz, 1 phas

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Feature:

• The system has a hand crank.  
• Constructed with heavy duty metal and plastic. 
• Unit is open system to study and sandwiched by two clear plastic plates. 
• Nice bench top or desktop item.
• Operated: Manually
• Equipment Layout: On Base

Specification:

• Has 2 Dials to show rotation.
• Nice bench top or desk top item.
• Dimension: 400 x 200 x 300 mm
• Weight: 5kg
• Constructed with heavy duty metal and plastic.
• Unit is open system to study and sandwiched by two clear plastic plates.
• This demonstration shows the fundamentals of how a internal Gear and Pinion drive works.

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Features:

• 6 rotor shafts made of high-strength steel.
• Mode shapes of continuous rotor shafts.
• Variation of bearing spacing and shaft diameter.
• Transparent protective cover enables the experiment to be optimally observed.
• Motor: adjustable speed, digitally display, adjustment with potentiometers, 2 rotational speeds can be preselected.

Specification:

• Rotor shafts made of steel
• Diameter: 3mm, 6mm, 7mm
• Length: 600mm, 900mm
• Diameter: 80mm
• Weight: 1kg
• Motor Power: 0,37kW
• Speed: 0…6000min-1
• Dimension: 1400 x 600 x 800 mm
• Weight: 85kg

Power supply required:

• 230V, 50Hz, 1 phase
• 230V, 60Hz, 1 phase; 120V, 60Hz, 1 phase

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Specification:

• Humidifier Heating power: 400W
• Air Heater power: 360W
• 2 heaters in the chamber as cooling load
• Power output: 0…250W each, freely adjustable
• Power consumption: 140W at -10°C
• Refrigeration capacity: 320W at +5/40°C
• WxH: 155x155mm
• Refrigerant: currently available in the market
• Filling volume: 1,2kg
• CO2-equivalent: 0,8t

Measuring ranges

• Temperature: 0…50°C
• Rel. humidity: 10…90%
• Power consumption: 0…600W (condensing unit)
• Flow rate: 1,5…23,5L/h (refrigerant)
• Air velocity: 0…2,5m/s
• Power: 2x 0…300W (cooling load)
• Pressure: -1…9bar / -1…24bar (refrigerant)
• Air duct with fan, air cooler, humidifier, flaps, air heater and sensors.
• Chamber with wet (latent) and dry (sensitive) heat source as cooling load.

Power Supply Required:

• 230V, 50Hz, 1 phase
• 230V, 60Hz, 1 phase

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Specification:
Cooling column

• Specific surface of the wet deck surface: 110m2/m3
• Cross-section: 150x150mm
• Volumetric airflow measurement via orifice: Ø 80mm

Heater, adjustable in three stages: 

• 500W
• 1000W
• 1500W
• Thermostat: switches off at 50°C

Fan

• Power consumption: 250W
• Max. Pressure difference: 430Pa
• Max. Volumetric flow rate: 13m3/min

Pump

• Max. Head: 70m
• Max. Flow rate: 100L/h
• Tank for additional water: 4,2L
• Dimension: 1200 x 600 x 1600 mm
• Weight (approx.): 125 kg

Measuring ranges:

• Differential pressure: 0…1000Pa (air)
• Flow rate: 12…360L/h (water)
• Temperature: 2x 0…50°C, 3x 0…100°C
• Rel. humidity: 10…100%

Power Supply Required:

• 230V, 50Hz, 1 phase
• 230V, 60Hz, 1 phase

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Specification:

• Absorption refrigeration systems operate using thermal energy e.g. from industrial waste heat or from solar collectors. 
• In small mobile systems, such as a camping refrigerator or minibar in a hotel, the required heat is generated electrically or by gas burner. 
• This systems use the principle of liquids evaporating already at low temperatures when pressure is reduced.
• In process technology systems the resulting waste heat can be used for cooling. 
• Working medium: ammonia-water solution
• Auxiliary gas: hydrogen
• Electric heater: 125W
• Evaporator heater, adjustable: 50W
• Dimension: 800 x 750 x 1200 mm
• Weight (approx.): 85 kg

Measuring ranges:

• Temperature: 4x -80…180°C
• Power: 0…150W

Power Supply required:

• 230V, 50Hz, 1 phase
• 230V, 60Hz, 1 phase

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Specification:

• Portable bench top unit
• Vacuum pump and filling cylinder
• Manometer for intake pressure, vacuum gauge.
• Manometer for intake and delivery pressure with temperature scale for refrigerant R134a.
• Connections for intake and delivery pressure
• Filling cylinder: 1000g R134a
• Gas Charging Trainer
• Dimension: 1000 x 700 x 1400 mm
• Weight: 110 kg

Measuring ranges:

• Pressures intake: -1…10 bar
• Delivery: -1…30 bar
• Vacuum: 0…1000 mbar
• Cylinder: -1…25 ba

Power Supply required:

• 230V, 50Hz, 1 phase
• 230V, 60Hz, 1 phase

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Specification:

• It consists of a stationary cylinder, a roller and a shaft. 
• The shaft has an eccentric on which the roller is mounted. 
• A blade is set into the slot of a cylinder in such a manner that it always maintains contacts with a sloter by means of a spring. 
• The blade moves in and out of the slot to follow the rotor when it rotates. 
• The blade separates the suction and discharge parts, therefore it is often called a sealing blade. 
• When the shaft rotates, the roller also rotates the roller rotates so that it always touches the cylinder wall.
• Dimension: 500 x 400 x 500 mm (approx)
• Weight: 35 kg (approx)

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Specification:

• Condenser Cooling Fan: Compatible capacity with permanent lubricated motor.
• Pressure Measurement: Pressure Transmitter- 2 Nos.
• Temperature Measurement: Temperature Transmitter- 6 Nos.
• Compressor: Hermitically sealed compressor, Kirloskar make.
• Tank: The inner tank shall be fabricated out of stainless steel
• Condenser: Air cooled compatible to compressor
• Evaporator: Made of Stainless Steel, Insulated with ceramic wool/puff.
• Expansion Device: Capillary Tube Compatible capacity.
• Energy Measurement: By Energy meter
• Safety Control: overload and over current protectors for compressor and Time delay circuit.

Measuring ranges:

• Differential pressure: 0…1000Pa (air)
• Flow rate: 12…360L/h (water)
• Dimension: 1400 x 800 x 1200 mm (approx)
• Weight: 165 kg (approx)
• Temperature: 2x 0…50°C, 3x 0…100°C
• Rel. humidity: 10…100%

Power Supply Required:

• 230V, 50Hz, 1 phase
• 230V, 60Hz, 1 phase

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