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Mars EDPAL Instruments Pvt. Ltd
Op-Amp Trainer Kit

Op-Amp Trainer Kit

8600 INR/Number

Product Details:

  • Power Source 230V AC, 50Hz mains
  • Automation Grade Manual
  • Voltage 12V dual power supply (in-built)
  • Measurement Range As per experimental circuit
  • Frequency DC to 100kHz (applications dependent)
  • Capacity Single kit operation
  • Model No ITE-OPA-01 or equivalent
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Op-Amp Trainer Kit Price And Quantity

  • 1 Number
  • 8600 INR/Number

Op-Amp Trainer Kit Product Specifications

  • Approx. 2 kg
  • Single kit operation
  • DC to 100kHz (applications dependent)
  • 230V AC, 50Hz mains
  • ITE-OPA-01 or equivalent
  • Metal cabinet with powder coating, PCB mounted components
  • Educational Trainer Kit
  • Manual
  • 12V dual power supply (in-built)
  • Integrated Op-Amp ICs (e.g. 741), Resistors, Capacitors, Switches, Test Points
  • As per experimental circuit
  • In-built power supply, circuit diagrams, external connections for experiments
  • Component Tolerance dependent; for educational use
  • 345 x 230 x 90 mm
  • Demonstration and practical study of Op-Amp circuits

Op-Amp Trainer Kit Trade Information

  • All India

Product Description

DCSeries motor 220V 25 KW 1500 rpm Horizontal foot mounted internally fancooled with 2point starter class B insulation The front and rear end covershould be covered with acrylic sheet with detachable hook clamp type forshowing the internal parts of machine to student


Type DC Motor series wound self excited screen protected horizontal footmounted fan cooled


Capacity 25 KW


Winding Series wound


RPM 1500 to be displayed on Panel Board using Proximity Sensor fitted on shaftVolts 230


Insulation Class B


Connections All the terminals of armature and series field shall be brought over to abakelite sheet fixed to CI terminal box fitted on top of Motor


Mechanical Loading of the Motor shall be made through Pronney brake arrangement Loadingconsisting of a CI drum pulley suitable for water cooling Calibrated Digital Linear Sensor with LCDDisplay for torque weight in kg and diameter of


the pulleycanvas belt with hooks CP wheels with threaded studs for tightening thebelt frame The pronney brake loading arrangement should be flexibly coupledthrough LoveJoy coupling to shaft of the motor so that motor is easilydetachable from the mechanical loading arrangement as and when required Machines should be from ISO CertifiedCompany Control Board Rustfree powder coated control board made up of high grade Fibre moulded body FRPof minimum thickness 4 mm for better safety and in compliance withIS3021IEC603351 tested from NABL accredited Lab Shock proof banana jackterminal BS 10 BS10 safety terminals are in compliance withIS3021IEC603351 tested from NABL accredited Lab The Enclosure is open fromfront side for fitting of Engraved diagram Bakelite plate Back side door iswith hinges lock for open the door from back side suitable for tablemounting


i Digital DC VoltmeterMicrocontroller based NABL Certified 0300V 1 No


ii Digital DC AmmeterMicrocontroller based NABL Certified 010A 1 No


iii LCD Display for measure thetorque weight in kg and diameter of the pulley 1 No


iv DP MCB suitable for DC operation220V 01 No


v 2 Point DC Starter 25 KWsuitable for above motor 01 No


vi Insulated banana Jack terminalsBS10


vii Patch chords


viiiInstruction manual



Supplied with data acquisitioninstrument with software Monitoring motor current voltage power Torque inNM KGCM Speed in RPM Make real time graph on PC data monitoring andrecording onPC Motor onoff using panel and PC software



Comprehensive Learning Solution for Op-Amps

This trainer kit is a versatile and complete platform for exploring operational amplifier principles through eight different experiment modules. Every unit is equipped with core components, such as integrated ICs, resistors, capacitors, and switchesall neatly arranged on a PCB within a sturdy metal cabinet.


Safe, Durable, and Easy to Use

Designed with both safety and longevity in mind, the kit employs fuse protection for the power supply and secure banana plug terminals for connections. All modules are enclosed within a powder-coated metal case, making it ideal for regular classroom use. Simple operation and clearly marked test points allow for efficient learning.


Ideal for Academic Demonstration

This educational kit is tailored for the needs of colleges and technical institutes, enabling instructors and students to practically demonstrate and understand a broad spectrum of op-amp circuits. The comprehensive user manual and circuit diagrams enhance both teaching and learning experiences.

FAQs of Op-Amp Trainer Kit:


Q: How do I set up the Op-Amp Trainer Kit for an experiment?

A: Begin by connecting the trainer kit to a 230V AC, 50Hz mains power outlet. Use the included patch cords to connect banana plug terminals as indicated in the provided circuit diagrams. Select the desired experiment module, apply the input signal, and observe results at marked test points.

Q: What types of input signals can the kit accept?

A: The trainer supports sine, square, and DC input signals, allowing for a wide variety of experiments with operational amplifiers across a frequency range from DC up to 100kHz, depending on the specific experimental setup.

Q: When is this kit best utilized in an educational setting?

A: The Op-Amp Trainer Kit is ideal for hands-on sessions during lectures, laboratory demonstrations, or practical assessments within colleges, universities, and technical training institutes, particularly when introducing or reinforcing op-amp circuit concepts.

Q: Where can the kit be used and who benefits from it most?

A: It is best used in academic environments such as classrooms, electronic labs, and technical institutes. Students, lab instructors, and faculty members aiming to demonstrate and explore operational amplifier concepts will find this kit highly beneficial.

Q: What built-in modules and experiments can be performed?

A: The kit features eight built-in op-amp experiments, including integrator, differentiator, inverting, non-inverting, summing, and comparator circuits. Each experiment can be engaged independently using the relevant test points, switches, and circuit diagrams.

Q: How does fuse protection enhance safety during operation?

A: A built-in fuse protects the power supply, safeguarding both the kit and users from electrical surges or short circuits. This feature reduces the risk of damage to internal components and ensures safer, worry-free operation during experiments.

Q: What are the main benefits of using this trainer kit?

A: The Op-Amp Trainer Kit offers practical, real-world learning experiences, promotes a deeper understanding of circuit behavior, and helps users master diagnostic and measurement techniques, all within a safe and easy-to-use platform tailored for educational purposes.

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