LCR Resonance Apparatus

LCR Resonance Apparatus

Product Details:

  • Power AC mains, 230V, 50 Hz
  • Voltage 230V
  • Display Analog dial meter
  • Usage Physics laboratory resonance experiment
  • Product Type LCR Resonance Apparatus
  • Material Powder coated metal enclosure, high grade components
  • Design Tabletop, modular panel
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LCR Resonance Apparatus Price And Quantity

  • 1 Unit
  • Sine wave
  • Yes, inbuilt
  • 50 Hz to 5 kHz
  • Chemical resistant powder coating
  • Precision wire wound
  • Operation at 10-40°C, RH < 80%
  • Connecting leads, experiment manual
  • Adjustable air core inductor provided
  • 4 mm safety terminals
  • Variable non-polarized

LCR Resonance Apparatus Product Specifications

  • Not applicable (mains powered)
  • Analog meter
  • High precision for laboratory use
  • AC mains
  • Approx. 330 x 210 x 120 mm
  • AC mains, 230V, 50 Hz
  • Analog dial meter
  • Approx. 3.5 kg
  • Physics laboratory resonance experiment
  • LCR Resonance Apparatus
  • 230V
  • Tabletop, modular panel
  • Powder coated metal enclosure, high grade components
  • Sine wave
  • Yes, inbuilt
  • 50 Hz to 5 kHz
  • Chemical resistant powder coating
  • Precision wire wound
  • Operation at 10-40°C, RH < 80%
  • Connecting leads, experiment manual
  • Adjustable air core inductor provided
  • 4 mm safety terminals
  • Variable non-polarized

LCR Resonance Apparatus Trade Information

  • 5 Unit Per Week
  • 4-5 Days
  • North America, South America, Eastern Europe, Western Europe, Middle East, Central America, Asia, Australia, Africa
  • All India

Product Description

LCR Resonance Apparatus (AE 249 )

Objective : To Plot Frequency Vs. Current Characteristics of LCR circuit when connected in series or in parallel.

Features :Instrument comprises of 3 Resistances, 3 Capacitors & 1 Inductance connected inside & connections brought out at Sockets. 2 AC moving coil meters to measure voltage & current.



Versatile Frequency and Component Adjustability

With a broad frequency range of 50 Hz to 5 kHz, the LCR Resonance Apparatus allows users to investigate resonance characteristics under diverse conditions. Its adjustable air core inductor, variable capacitor, and precise wire wound resistor offer outstanding flexibility for customizing experiments, making it suitable for varied physics laboratory applications.


Safe and Durable Laboratory Design

This apparatus is engineered with safety and longevity in mind. It features inbuilt fuse protection, 4 mm safety terminals, and a powder-coated metal housing that resists chemicals commonly encountered in laboratories. Compliance with strict environmental guidelines (1040C, RH < 80%) ensures reliable performance during extended use.


User-Friendly Operation and Accessories

A clear analog dial meter and simple connection interface support intuitive operation. The product includes connecting leads and a comprehensive experiment manual, making setup straightforward for teachers and students. Its modular, tabletop design saves space without compromising functional scope.

FAQs of LCR Resonance Apparatus:


Q: How do I set up and use the LCR Resonance Apparatus in a laboratory experiment?

A: Begin by placing the modular, tabletop unit on a stable surface. Use the included connecting leads to attach your circuit, following the procedures outlined in the experiment manual. Adjust the frequency, inductor, resistor, and capacitor settings as required, using the analog dial meter to monitor resonance. Power the unit via a standard AC mains outlet at 230V, 50 Hz.

Q: What makes this apparatus particularly suitable for resonance experiments in physics laboratories?

A: The LCR Resonance Apparatus provides precise control over frequency (50 Hz to 5 kHz) and circuit components (adjustable inductor, variable capacitor, precision resistor), complemented by real-time analog measurement. Its safety features, durable construction, and high accuracy make it ideal for education and research in resonance phenomena.

Q: When should the apparatus be operated to ensure accurate results?

A: For optimal accuracy, operate the apparatus in laboratory conditions with temperatures between 10C and 40C and relative humidity below 80%. Avoid using the device in conditions outside this range to maintain measurement integrity and protect the internal components.

Q: Where are the main connection points located, and which type of connectors are required?

A: The apparatus is equipped with 4 mm safety terminals, typically found on the front panel. Use the provided 4 mm connecting leads to safely and efficiently set up your experimental circuit.

Q: What is the process for adjusting resonance parameters during an experiment?

A: Fine-tune the resonance parameters by adjusting the air core inductor and the non-polarized capacitor using their respective dials or controls. Simultaneously, set the desired resistor value. Adjust the frequency as needed while observing changes on the analog meter to precisely pinpoint the resonance condition.

Q: How does the chemical resistant powder coating benefit laboratory use?

A: The chemical resistant powder coating safeguards the enclosure against spills and aggressive cleaning agents frequently present in laboratory environments. This enhances the apparatuss longevity, reduces maintenance needs, and ensures sustained performance.

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