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Binocular Microscope
The future of class room microscopy with crisp sharp image, very much convenient in working, easy to move, light weight, durability, ergonomic design and affordable prices.
It became an ideal instrument for school labs, medical institutes, colleges and universities.
Specifications
| Viewing head | : | Inclined sliding type Binocular Head | |
| Eyepiece | : | Paired Wide Field Eyepiece WF 10x/18 | |
| : | Paired Eye-piece 5x Huygenian | ||
| Objectives | : | Semi-Plan 4x,10x,40x(SL) & | |
| : | 100 x (SL) Oil Immersion. | ||
| Nose-piece | : | Quadruple Nosepiece | |
| Mechanical Stage | : | Double plate stage size 140mm x 140mm, X/Y travel range 90mmx65mm.Low drive right side movement controls. Ceramic surface for scratch resistance. Double specimen holder clip | |
| Condenser | : | Abbe N.A 1.25 with Iris Diaphragm | |
| Filter | : | Frosted White Filter | |
| Illumination | : | LED Illumination, Brightness Adjustable | |
| Light Source | : | Plano-concave Mirror | |
| Carrying Case | : | Styrofoam Packing with standard accessories. |
Band & Block Brake
Pulley Bench Clamp Fitting
Differential Gear Assembly Actual Cut Section
The working of differential gear is shown with the help of actual parts assembled on square iron pipe frame. All the necessary parts of differential gear are shown in actual working form. This model helps the student to understand the working of the differential gear very easily. It is specially made dissectible for demonstration purposes.
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Worcester Circuit Board
Description
Enables students to investigate nature and properties of electricity by using simple circuits which are easily constructed on a base board. The connector system uses P.C.B. strips with cut-out sections whose ends can easily be inserted in spring terminals, ensuring low contact resistance and ease of connection. The kit consists of : 1. Baseboard, plastic, with spring terminals and three battery holders. (1) 2. Batteries. (3) 3. Lamps 1.25 V MES. (10) 4. Lamp holders mounted on PCB connectors. (6) 5. Plain connector PCBs. (10) 6. Wire wound potentiometer with crocodile clip connections. (1) 7. Silicon diode. (1) 8. Resistor 3.9 ohm 2.5 W (1) 9. Pair Leads, red, with crocodile clip at each end. (1) 10. Pair Leads, black, with crocodile clip at each end (1) 11. Pair Leads, yellow, with crocodile clips at each end. (1) 12. Switches mounted on PCB. connectors (2) 13. PVC rod 15 cm long (1) 14. Soft iron nails, 5 cm long (2) 15. Bare copper wire, swg 20 (2 m) 16. Bare eureka wire, swg 34 (2 m) 17. Plastic covered copper wire (2 m) 18. Electrode support (1) 19. Pencil lead electrodes (10) 20. Sheet copper foil, 150 mm square (1) 21. Pack Steel wool (1) 22. Instruction manual in English. (1)
Solar Wind 3Φ, 2KW Smart Grid
This consists of 2 Microgrids of 2000W &1000W of power generation connected to a main Power Grid with all the components needed to convert a traditional Grid to a Smart so that many experiments can be conducted on this “Smart Grid”. A 3Φ 3KW isolation transformer with power input from utility grid will act as main grid to which 2 Microgrid will be connected through synchronizing panel. Optionally a commercial 3Φ, 2.5KVA Grid Commercial Solar Power Inverter can be added to this experimental setup. By adding 3Φ, 2.5KVA commercial solar inverter, when the experimental setup is not used by student, it may be used to generate power.
This Advanced Smart Grid Experimental Setup Consists of
• 2 Micro Grids, each 1000W of power generation using Solar, Wind or Hybrid • An Isolation Transformer Coupled to the utility Grid, acts as Main Grid to this Setup • Various other Power Sources • Commercial 3Φ 5KVA Grid Connected Inverter (Optional) • Optional Components for the Smart Grid Setup • DSP /FPGA Controller for PE, SG, PS Applications • Other Add ons • Components for Building 10/25KW Smart Grid Power Generation • IoT Based Data Acquisition.Solar Wind Grid Connected 3Φ, 2KW Smart Micro Grid
• Main Frame • 1KW Solar PV Module with Stand • Wind Turbine • DC-DC Boost Converter • 120V Battery Bank - 12V x 100AH x 10 Nos • 2KW Bi-Directional DC-DC Buck-Boost Converter for Charging battery • 2KW 3Φ Inverters • DSP/FPGA Controller • Microcontroller based Protection Relays • Smart Energy Meter • Synchronizing Panel • Three Phase RL Load 2KW • PLC with SCADA Software • 14 Channel PC based Power Quality Analyzer (Optional)
Spectroscope
Description
Hand held simplest form of spectroscope. It can be used to get a general idea of the correlation between wavelength and observed color. A diffraction grating is used which spreads the incident light into its component wavelengths. An illuminated reference scale against which the spectrum may be viewed is also provided. Spectroscope (Wooden)XTEMOS ELEMENT
AJAX PRODUCTS TABS ALTERNATIVE
Fashion
Rotary Air Compressor Test Rig
The Apparatus consists of a rotary vane compressor driven by an electric motor; Air intake is measured by an orifice meter and manometer, Discharge “pressure is measured by a pressure gauge. Power input of the compressor measured by an Energymeter. Thus the students can determine volumetric efficiency, power consumption and free air discharge of compressor.
SPECIFICATIONS:
1.Vane compressor – Rotary compressor, driven by 3 HP motor. 2.Calibrated orifice meter with water manometer to measure air intake. 3.Energy meter to measure input of the meter. 4.Pressure gauge to measure discharge pressure. 5.Control valve at delivery side. 6.Stop clock. 7.A technical manual accompanies the unit.SERVICES REQUIRED:
1.Floor space of approx. 1.5 X 1.5 m. X 1.5 M. height. 2.440V, 16A, 3ph. supply. 3.Tachometer.
Human Eye, 3 Times Enlarged
Solar Wind 3Φ, 2KW Smart Grid
This consists of 2 Microgrids of 2000W &1000W of power generation connected to a main Power Grid with all the components needed to convert a traditional Grid to a Smart so that many experiments can be conducted on this “Smart Grid”. A 3Φ 3KW isolation transformer with power input from utility grid will act as main grid to which 2 Microgrid will be connected through synchronizing panel. Optionally a commercial 3Φ, 2.5KVA Grid Commercial Solar Power Inverter can be added to this experimental setup. By adding 3Φ, 2.5KVA commercial solar inverter, when the experimental setup is not used by student, it may be used to generate power.
This Advanced Smart Grid Experimental Setup Consists of
• 2 Micro Grids, each 1000W of power generation using Solar, Wind or Hybrid • An Isolation Transformer Coupled to the utility Grid, acts as Main Grid to this Setup • Various other Power Sources • Commercial 3Φ 5KVA Grid Connected Inverter (Optional) • Optional Components for the Smart Grid Setup • DSP /FPGA Controller for PE, SG, PS Applications • Other Add ons • Components for Building 10/25KW Smart Grid Power Generation • IoT Based Data Acquisition.Solar Wind Grid Connected 3Φ, 2KW Smart Micro Grid
• Main Frame • 1KW Solar PV Module with Stand • Wind Turbine • DC-DC Boost Converter • 120V Battery Bank - 12V x 100AH x 10 Nos • 2KW Bi-Directional DC-DC Buck-Boost Converter for Charging battery • 2KW 3Φ Inverters • DSP/FPGA Controller • Microcontroller based Protection Relays • Smart Energy Meter • Synchronizing Panel • Three Phase RL Load 2KW • PLC with SCADA Software • 14 Channel PC based Power Quality Analyzer (Optional)XTEMOS ELEMENT
AJAX PRODUCTS TABS ARROWS PAGINATION
Spherometer
Ocean Features Model
Thermistor Unit
400W Smart Grid Experimental Setup
This consists of 2 Microgrid, one 400W& 200W of power generation connected to a main Power Grid with all the components needed to convert a traditional Grid to a Smart so that many experiments can be conducted on this “Smart Grid”. 3Φ, 1KW isolation transformer with power input from utility grid will act as main grid to which 2 Microgrid will be connected through synchronizing panel. Optionally a commercial 1KVA Grid Connected Solar Power Inverter can be added to this experimental setup. By adding 1KVA commercial solar inverter, when the experimental setup is not used by student, it could be used to generate power.
This Advanced Smart Grid Experimental Setup Consists of
• 2 Micro Grids, 400W& 200Wof Power Generation using Solar, Wind or Hybrid • An Isolation Transformer coupled to the utility grid, acts as main grid to this Setup • Commercial 1KVA Grid Connected Inverter with Solar Panel (Optional) • Optional Components for the 400W Smart Grid Setup • DSP/FPGA Controller for PE, SG, PS Applications • IoT Based Data Acquisition • Other Add onsMicro Grid - I (Solar/Wind Grid Connected 1Φ, 400W Smart Micro Grid)
• Main Frame • 200W Solar PV Module with Stand • 200W Wind Turbine with Tower (Optional) • 30W Wind Turbine with Blower setup • 200W DC-DC Boost Converter for Solar • 200W DC-DC Boost Converter for Wind • 400W Hybrid DC-DC Buck-Boost Converter • Battery Bank • 400W Inverters • Bi-Directional Buck-Boost Converter for Battery Charging • DSP/FPGA Controller • Microcontroller based Protection Relays • Smart Energy Meter • Synchronizing Panel • Single Phase R Load & Lamp Load (200W) + (200W) • PLC with SCADA Software • 8 Channel, PC based Power Quality Analyzer (Optional)XTEMOS ELEMENT
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Line Ranger
Description
Our expertise enables us to develop a broad range of measuring and survey equipment and instruments such as Line Rangers. Manufactured using high grade metal and alloys, these line rangers can be availed in standard as well as customized sizes and specifications. Used for various testing and measuring activities by our clients, our range can be availed at most descent prices.
Vibration Lab Complete 11 Experiment
The VIBLAB is designed to help in conducting various experiments to illustrate and verify the principles and relations involved in the study of vibrations.
This apparatus enables a comprehensive range of Vibration Experiments to be conducted on single basic framework. The frame is robustly constructed from channel section. The experiments are specially designed for quick and easy assembly on to the framework using a minimum amount of common engineering tools. To reduce changeover time on tube more advanced free and forced vibration experiments, large knurled knobs are used to clamp components on the frame and many components are common to several experiments.
All of the referenced groups of experiments are available separately making it possible to procure them individually & if required to build up a complete set over a period of time.
Specifications:
1.Wide range of experiments. 2.Forced and Free Vibrations. 3.Damped and undamped vibrations. 4.Arrangements for variation of damping. 5.Sturdy storage cabinet. 6.Experiments easily assembled. 7.Covers experiments for undergraduate studies. 8.Scope for student projects.Features:
[I] Pendulum Experiments: 1.Simple Pendulum. 2.Compound Pendulum. 3.Bi-filler Suspension. [II] Longitudinal Vibration Expiariment. 1.Spring Mass System. 2.Eciuivalent Spring Mass study of undarrped 3.System free vibration [III] Torsional Vibration Experiment. 1.Single Rotor Systern. 2.Two Rotor System. 3.Single Rotor with viscous darnping. [IV] Damped Vibration Experiment. 1.Verification of Dukerleys Rule. 2.Forced rotor with viscous damping along with frictional HP Motor Strip chart recorder & control unit. 3.A technical manual accompanies the equipment.Services required:
1.230 V, A.C. stabilized supply along with earthing connection. 2.Bench area 0.5m x 0.5m x 0.5m height. 3.Tachometer to measure the jumping speed, (can be supplied extra)
Pulse Code Modulation/Demodulation
FEATURES:
• In-built sine wave generator • Test points to study different waveforms • In-built DC Power supplyTechnical Specifications:
• Sine wave Generator : Frequency : 1 KHz, Amplitude : 0 to 3Vpp • DC Voltage : -1.5 V to +1.5V • Clock Generator : Crystal based, 4.096MHz • Data rate : 64 kbps (for 8 KHz sampling rate)128kbps (for 16 KHz sampling rate) • ADC and DAC bits : 8 • Demodulator filter type : Butterworth low pass filter • Filter type : 6th • Filter cut-off frequency : 3.4 KHz • Mic Pre-amplifier : Transistor based • Compandingrange : -80dBm to +20dbm • Switched faults : 4 • Test points : 35 • Fuse : 30V, 100mV • DC Supply : ±5V, ±12V • System Bandwidth : 3.4 KHzXTEMOS ELEMENT
AJAX PRODUCTS TABS LOAD MORE PAGINATION
SILICA CRUCIBLE WITHOUT LID
PRODUCT DESCRIPTION
- Crucible is glazed inside and outside.
- Highly resistant to alkalis and hot temperatures
- 50ml capacity
- Outside diameter 55mm, 42mm height
- No lid includedSilica crucible is glazed inside and outside. Highly resistant to alkalis and hot temperature SIZES ARE: 15ML 25ML 50ML 80ML 100ML 150ML
SILICA CRUCIBLE TALL FORM Without Lid, Translucent
XTEMOS ELEMENT
AJAX PRODUCTS TABS CAROUSEL
Rotary Pipette Stand
Moulded in Polypropylene, the unique Rotary Pipette Stand holds a maximum of 94 pipettes and rotates on a central vertical axis for convenient selection of any particular pipette.
The lower rotating disc has four concentric troughs with tapered sides and open bottoms that cradle the pipette tips protectively and permit water drops to run off.
The upper disc has a grid pattern concentric with the bottom disc and keeps the pipettes vertical.
Liquids draining off the pipettes are retained on the top of the stationary base by the outer ring.
Our Rotary Pipette Stand can be easily disassembled and reassembled.
| Particulars | Pack (Pcs) | |
|---|---|---|
| Pipette Stand (Rotary) - For 94 pipettes | 1 | |
| Pipette Box | 4 |
Gear Pump Test Setup
DESCRIPTION:
The Set-up is designed to study the performance of Gear Pump. The Set-up consists of a Gear Pump having a pair of meshed gears coupled with electrical motor, supply tank, measuring tank & pipe fittings for closed loop oil circulation. Pressure and Vacuum Gauges are connected on delivery and suction side of pump for the purpose of measurement. The flow rate of water is measured using measuring tank and stop watch provided.EXPERIMENT:
Ø To determine overall efficiency and pump efficiency of the Gear Pump Ø To plot Head vs. Discharge, Pump efficiency vs. DischargeFEATURES:
Ø Closed loop water circulation Ø Compact & stand alone set-up Ø MS Excel sample calculation program on demand Ø Stainless Steel tanks and wetted parts Ø Superb painted structure Ø Simple to Operate & MaintainUTILITIES REQUIRED:
Electric Supply: – Provide 230 +/- 10 VAC, 50 Hz, Single Phase Electric Supply with proper earthing. (Neutral – Earth voltage less than 5 VAC) 5 A, three pin socket with switch for pump. Oil Supply: Oil @ 30 Ltrs. (Optional extra cost)TECHNICALS SPECIFICATIONS:
Ø Pump : Gear Pump with pair of meshed gears Capacity 1 HP,Speed 1500 RPM (max.), Head 5 Kg/cm2 (max.) Ø Drive : AC Motor with step cone pulley arrangement for 3 prefixed speed DC Motor with DC Drive along with (non-contact type Digital RPM Indicator Ø Supply Tank : Capacity 30 Ltrs. Ø Measuring Tank : Capacity 20 Ltrs. fitted with Piezometer Tube & Scale Ø Piping : GI / PVC Ø Stop Watch : Electronic Ø Control Panel : With required electrical instrumentation (The whole Set-up is well designed and arranged in a good quality painted structure.
CONDUCTIVITY METER
PRODUCT DESCRIPTION
All aqueous solutions conduct electricity to some degree. The measure of a solution's ability to conduct electricity is called "conductance" and is the reciprocal of resistivity (resistance). Adding electrolytes such as salts, acids or bases to pure water increases conductance (and decreases resistivity)
Conductivity Meter – Bench Top
Features:- Highly Stable & Accurate
- Cell Constant Adjustment Facility
- 3½ Digit Display
- Available in Laboratory & Field Models
- Automatic Temperature Compensation Facility
- Max Make, Table Pattern 6
- Pen Type (TDS/EC) Imported
- E.I Make, Model Alpha 06
Electropneumatic Training
LIST OF EXPERIMENTS
1.Intoduction of Relay and Contactor. 2.Introduction of Proximity Sensor, Capacitive & Photoelectric Sensor, Limit Switch. 3.Introduction to Pressure Switch, Electrical Counter, ON Timer & OFF Timer. 4.Operation of single acting cylinder with single sol. valve and single limit switch. 5.Operation of double acting cylinder with single sol. valve and single limit switch. 6.Continuous operation of double acting cylinder with single solenoid valve and two limit switches. 7.Operation of double acting cylinder with single solenoid valve, AND gate of electrical switches. 8.Operation of double acting cylinder with single solenoid valve, OR gate of electrical switches. 9.Operation of double acting cylinder with single solenoid valve, NOR gate of electrical switches. 10.Operation of double acting cylinder with single solenoid valve, NAND gate of electrical switches. 11.Operation of double acting cylinder with double solenoid valve. 12.System pressure will be maintained in specified pressure limit with pressure switch. 13.Operation of double acting cylinder with single solenoid valve with ON time delay. 14.Operation of double acting cylinder with single solenoid valve with OFF time delay. 15.Continuous operation of double acting cylinder with specified no. of cycles using Counter. 16.Sequencing of Two Cylinders. Cycle is Cylinder A Extends, Cylinder B Extends, Both Cylinder retracts simultaneously. A+, B+, (A-, B-). , Sequencing of Two Cylinders. Cycle is Cylinder A Extends, Cylinder B Extends, Cylinder A retracts then Cylinder B retracts. A+, B+, A-, B-SALIENT FEATURES
1.Self combined mobile unit. 2.Only electrical supply required. 3.All the components are easily accessible. 4.Real life components of reputed manufacturers provided. 5.Quick connections possible due to special fittings/pipes. 6.Tried and tested components and circuits. 7.Specially designed electrical control panel enabling students to develop their own electrical circuits. 8.Completely user friendly and highly interactive software provided with PC based Trainer. 9.Modular design with facilities to operate simple mechanisms. 10.Pneumatically operated models available as additional supply. 11.Training of Trainers offered at regular intervals. 12.Two years performance guarantee for any manufacturing defects.
Verification Clarke S Maxwell Reciprocal Theorem
Apparatus for Verification of Clarke’s Maxwell Reciprocal Theorem
Apparatus consist of a mild steel beam 100cm long and 1.25cm x 4mm in cross section with graduations at every 10cm along the length. It should be supported on two knife edge supports 70cm apart with a 30cm overhang on one side. Reciprocal theorem can be verified by direct measurements of the deflections of various points with the help of a dial gauge due to a load placed at the reciprocal points. A dial gauge with 25mm travel (with a magnetic base) should be supplied with the apparatus. Apparatus to be supplied should be complete with a supporting stand and a set of weights.
Experimental Capabilities: To verify Clerk’s Maxwell reciprocal theorem by means of a mild steel be
Process Control Simulator
The process control simulator is a special purpose analog simulator with operational amplifiers The simulator permits a detailed analysis of the first order, second order and third order systems and the application of proportional, integral and derivative control to the improvement of their performance. The simulator may be used at high speed for oscilloscope observation or at a low speed for meter observation.
