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‘Gravity’ By Free Fall Apparatus

Consists of an electromagnet housed in a plastic moulded case with connections for an external timer, with a heavy steel sphere, and a platform unit. For determination of 'g' (the gravitational acceleration) by free fall method. The apparatus consists of an electromagnet which is housed in a plastic moulded case with 4 mm socket connections provided to energize the magnet and another pair of sockets for connection to a timer in use. To perform the experiment, an electromagnet is energized and a metal sphere is attached. As soon as the power to the electromagnet is switched off the sphere falls and the unit activates the timer. When the sphere hits the platform, which is connected to a micro switch, the timer stops and the time of fall can be determined. For use with compatible timer (product code LBTM). Unit conveniently attaches to all commonly used stands (stand not supplied, see Stand & Rod Assembly - Value Pack STD-RD).

10KW IGBT Based Power Module

FEATURES:

• 1200V/ 75A, Peak Semikron based IGBT module • 8 Nos of IGBT’s provided with independent eight driver (inbuilt opto isolator) • All the collector and emitter terminals are brought out of proper connectors for power circuit connection • All the gate and emitter terminals are brought out and terminated on front panel to view driver output fault output • Indicator LED provided for PWM input and power supply input • Proper heat sink provided for all the IGBTs with cooling fan provision • All are enclosed by viewable acrylic cabinet • Temperature sensor provided for over temperature Protection • PWM inputs are brought out on Front Panel, you may connect any controller for interface • One common +15V Power supply for all the driver circuit, Inbuilt isolated power supply provided. • Over current protection and short circuit protection provided for all individual IGBT module • Reset circuit provided and terminated to clear the fault • Snubber capacitor provided for dv/dt protection for all IGBT module • 60A 3 phase bridge rectifier and filter circuit available for power circuit input.

2 Axis Robotic-MatlabTrainer

This Robo Trainer is working along with Matlab. Two axisrobo consists of two AC Servo Motors which are made to rotate using PWM pulse output of the controller. Two rotational encoders are present to determine shaft position of the motors. One AC Motor is used to rotate the handle from 0 to 360°, and the other is to move the handle up and down which can cover a distance of 450 mm. Pneumatics ARM is used for the application of pick and place of an object.

Specification

• Horizontal Handle Rotation - AC servo Geared motor - 500 rpm - 0 - 300º Rotation • Vertical Handle Rotation - One AC servo Geared motor - 500rpm - 450mm Movement • Pneumatic Gripper - 12mm Bore Diameter - 25mm Stroke Length - Miniature cylinder type - 1kg Pay load

2 Stroke 1 Cylinder Petrol Engine Manual Driven

The engine will be sectioned to show the internal constructional details. The working of individual part and accessories like Valves, Pistons, pumps, Crank and Camshaft, etc. will be demonstrated. 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. It is specially made dissectible for demonstration purposes. The actual cut section engine will be supplied with key card & very interesting literature regarding working.

2 Stroke Diesel Engine Sectional Working Model

Demonstration engine model is mounted on metal base with printed diagram. Ignition is shown by means of miniature bulb. Carburetor and fuel supply are sectioned. With a crank handle for manual operation.

2 Stroke Petrol Engine Sectional Working Model

Demonstration engine model is mounted on metal base with printed diagram. Ignition is shown by means of miniature bulb. Carburetor and fuel supply are sectioned. With a crank handle for manual operation.
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‘Gravity’ By Free Fall Apparatus

Consists of an electromagnet housed in a plastic moulded case with connections for an external timer, with a heavy steel sphere, and a platform unit. For determination of 'g' (the gravitational acceleration) by free fall method. The apparatus consists of an electromagnet which is housed in a plastic moulded case with 4 mm socket connections provided to energize the magnet and another pair of sockets for connection to a timer in use. To perform the experiment, an electromagnet is energized and a metal sphere is attached. As soon as the power to the electromagnet is switched off the sphere falls and the unit activates the timer. When the sphere hits the platform, which is connected to a micro switch, the timer stops and the time of fall can be determined. For use with compatible timer (product code LBTM). Unit conveniently attaches to all commonly used stands (stand not supplied, see Stand & Rod Assembly - Value Pack STD-RD).

10KW IGBT Based Power Module

FEATURES:

• 1200V/ 75A, Peak Semikron based IGBT module • 8 Nos of IGBT’s provided with independent eight driver (inbuilt opto isolator) • All the collector and emitter terminals are brought out of proper connectors for power circuit connection • All the gate and emitter terminals are brought out and terminated on front panel to view driver output fault output • Indicator LED provided for PWM input and power supply input • Proper heat sink provided for all the IGBTs with cooling fan provision • All are enclosed by viewable acrylic cabinet • Temperature sensor provided for over temperature Protection • PWM inputs are brought out on Front Panel, you may connect any controller for interface • One common +15V Power supply for all the driver circuit, Inbuilt isolated power supply provided. • Over current protection and short circuit protection provided for all individual IGBT module • Reset circuit provided and terminated to clear the fault • Snubber capacitor provided for dv/dt protection for all IGBT module • 60A 3 phase bridge rectifier and filter circuit available for power circuit input.

2 Axis Robotic-MatlabTrainer

This Robo Trainer is working along with Matlab. Two axisrobo consists of two AC Servo Motors which are made to rotate using PWM pulse output of the controller. Two rotational encoders are present to determine shaft position of the motors. One AC Motor is used to rotate the handle from 0 to 360°, and the other is to move the handle up and down which can cover a distance of 450 mm. Pneumatics ARM is used for the application of pick and place of an object.

Specification

• Horizontal Handle Rotation - AC servo Geared motor - 500 rpm - 0 - 300º Rotation • Vertical Handle Rotation - One AC servo Geared motor - 500rpm - 450mm Movement • Pneumatic Gripper - 12mm Bore Diameter - 25mm Stroke Length - Miniature cylinder type - 1kg Pay load

2 Stroke 1 Cylinder Petrol Engine Manual Driven

The engine will be sectioned to show the internal constructional details. The working of individual part and accessories like Valves, Pistons, pumps, Crank and Camshaft, etc. will be demonstrated. 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. It is specially made dissectible for demonstration purposes. The actual cut section engine will be supplied with key card & very interesting literature regarding working.

2 Stroke Diesel Engine Sectional Working Model

Demonstration engine model is mounted on metal base with printed diagram. Ignition is shown by means of miniature bulb. Carburetor and fuel supply are sectioned. With a crank handle for manual operation.

2 Stroke Petrol Engine Sectional Working Model

Demonstration engine model is mounted on metal base with printed diagram. Ignition is shown by means of miniature bulb. Carburetor and fuel supply are sectioned. With a crank handle for manual operation.
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HIGHLIGHTED PRODUCTS

‘Gravity’ By Free Fall Apparatus

Consists of an electromagnet housed in a plastic moulded case with connections for an external timer, with a heavy steel sphere, and a platform unit. For determination of 'g' (the gravitational acceleration) by free fall method. The apparatus consists of an electromagnet which is housed in a plastic moulded case with 4 mm socket connections provided to energize the magnet and another pair of sockets for connection to a timer in use. To perform the experiment, an electromagnet is energized and a metal sphere is attached. As soon as the power to the electromagnet is switched off the sphere falls and the unit activates the timer. When the sphere hits the platform, which is connected to a micro switch, the timer stops and the time of fall can be determined. For use with compatible timer (product code LBTM). Unit conveniently attaches to all commonly used stands (stand not supplied, see Stand & Rod Assembly - Value Pack STD-RD).

10KW IGBT Based Power Module

FEATURES:

• 1200V/ 75A, Peak Semikron based IGBT module • 8 Nos of IGBT’s provided with independent eight driver (inbuilt opto isolator) • All the collector and emitter terminals are brought out of proper connectors for power circuit connection • All the gate and emitter terminals are brought out and terminated on front panel to view driver output fault output • Indicator LED provided for PWM input and power supply input • Proper heat sink provided for all the IGBTs with cooling fan provision • All are enclosed by viewable acrylic cabinet • Temperature sensor provided for over temperature Protection • PWM inputs are brought out on Front Panel, you may connect any controller for interface • One common +15V Power supply for all the driver circuit, Inbuilt isolated power supply provided. • Over current protection and short circuit protection provided for all individual IGBT module • Reset circuit provided and terminated to clear the fault • Snubber capacitor provided for dv/dt protection for all IGBT module • 60A 3 phase bridge rectifier and filter circuit available for power circuit input.

2 Axis Robotic-MatlabTrainer

This Robo Trainer is working along with Matlab. Two axisrobo consists of two AC Servo Motors which are made to rotate using PWM pulse output of the controller. Two rotational encoders are present to determine shaft position of the motors. One AC Motor is used to rotate the handle from 0 to 360°, and the other is to move the handle up and down which can cover a distance of 450 mm. Pneumatics ARM is used for the application of pick and place of an object.

Specification

• Horizontal Handle Rotation - AC servo Geared motor - 500 rpm - 0 - 300º Rotation • Vertical Handle Rotation - One AC servo Geared motor - 500rpm - 450mm Movement • Pneumatic Gripper - 12mm Bore Diameter - 25mm Stroke Length - Miniature cylinder type - 1kg Pay load

2 Stroke 1 Cylinder Petrol Engine Manual Driven

The engine will be sectioned to show the internal constructional details. The working of individual part and accessories like Valves, Pistons, pumps, Crank and Camshaft, etc. will be demonstrated. 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. It is specially made dissectible for demonstration purposes. The actual cut section engine will be supplied with key card & very interesting literature regarding working.

2 Stroke Diesel Engine Sectional Working Model

Demonstration engine model is mounted on metal base with printed diagram. Ignition is shown by means of miniature bulb. Carburetor and fuel supply are sectioned. With a crank handle for manual operation.

2 Stroke Petrol Engine Sectional Working Model

Demonstration engine model is mounted on metal base with printed diagram. Ignition is shown by means of miniature bulb. Carburetor and fuel supply are sectioned. With a crank handle for manual operation.
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