Rydberg Constant Measurement Complete Set-up

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Product Details:

Display Scale/Vernier Reading & Visual Detection through Telescope
Power 230 V AC, 50 Hz
Voltage 230 V
Usage Laboratory/Physics Experiment - Determination of Rydberg Constant
Product Type Physics Lab Apparatus
Material Optical Glass, Metal, High-quality Plastic
Design Modular, Stable Mount with Adjustable Slit and Reflector
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Rydberg Constant Measurement Complete Set-up Price And Quantity

Minimum Order Quantity 1 Unit

Rydberg Constant Measurement Complete Set-up Product Specifications

Charging Time N/A (Mains Powered)
Weight Approx. 8 kg
Material Optical Glass, Metal, High-quality Plastic
Voltage 230 V
Detector Photo Diode or Photocell
Dimension (L*W*H) Approx. 45 x 25 x 30 cm
Usage Laboratory/Physics Experiment - Determination of Rydberg Constant
Product Type Physics Lab Apparatus
Display Scale/Vernier Reading & Visual Detection through Telescope
Power Source Mains Electricity
Illuminant Hydrogen Discharge Tube
Design Modular, Stable Mount with Adjustable Slit and Reflector
Power 230 V AC, 50 Hz
Accuracy 0.5 nm (wavelength measurement)

Tube Voltage Range Up to 2000 V for discharge tube operation
Accessories Included Mercury calibration source, leveling screws, instruction manual
Slit Adjustment High-precision adjustable entrance slit
Mount Type Heavy duty base with vibration absorbing feet
Usage Environment Educational, Research Laboratories
Wavelength Range 400 nm - 700 nm (Visible Spectrum)
Telescope Magnification 10x - 15x
Spectrometer Type Manual, Collimator and Telescope arrangement
Prism Material Optical Glass

Rydberg Constant Measurement Complete Set-up Trade Information

Supply Ability 5 Unit Per Week
Delivery Time Days
Main Export Market(s) Asia, Eastern Europe, Middle East, Africa
Main Domestic Market All India

Product Description

RYDBERG CONSTANT MEASUREMENT COMPLETE SET-UP

Hydrogen discharge lamp with supply, grating with 600 lines/mm, two spare Hydrogen discharge lamps, spectrometer with least count of 30 seconds, vernier scales of German Silver or equivalent, Ramsden eye-piece 8x, cross-hairs, focal length 175 mm or more, micro-metre slit on collimator, Adjustable (three screws) brass prism table with tangent screw for fine circular motion, objective aperture 30 mm, centre spindle made of brass, separate spirit level for to be included.
Specification

Packaging Type	Corrugated Boxes
Material	Metal
Color	Black
Type	Electrical
Model Name/Number	AE 1012
Usage/Application	Laboratory

Precision in Spectral Measurements

Achieve highly accurate wavelength determination in the visible spectrum with the system's optical glass prism and high-grade adjustable slit. The combination of a robust mounting base and vibration-dampening feet ensures measurement stability, essential for laboratory and research settings.

Easy Operation and Modular Design

Featuring a user-friendly manual spectrometer arrangement, this set-up allows for straightforward adjustments of the entrance slit, telescope focus, and mirror alignment. The modular design eases assembly, maintenance, and adaptation for diverse experimental needs.

Complete Educational Solution

Ideal for physics laboratories and educational institutes, the set includes all necessary components such as a calibrated Mercury source, leveling screws, and a comprehensive instruction manual, ensuring students and researchers can perform experiments and determine the Rydberg Constant efficiently.

FAQ's of Rydberg Constant Measurement Complete Set-up:

Q: How do I set up and use the Rydberg Constant Measurement Complete Set-up for experiments?

A: To use the system, mount the spectrometer on a stable, vibration-absorbing base, connect the hydrogen discharge tube to a power supply (up to 2000V), and calibrate the prism using the included Mercury source. Adjust the precision slit and telescope for optimal focus, and conduct measurements by reading the wavelength scale through the vernier and telescope.

Q: What benefits does this measurement system provide in a laboratory setting?

A: The system offers high accuracy (0.5 nm) and stability, enabling educators and researchers to precisely determine the Rydberg Constant. Its modular design promotes ease of use, setup, and maintenance, while detailed documentation makes it accessible for both beginners and experienced users in educational and laboratory environments.

Q: When should calibration be performed, and what is included for this process?

A: Calibration should be performed before each experiment to ensure measurement accuracy. The package includes a Mercury calibration source specifically for this purpose, as well as an instruction manual to guide users through the calibration process step by step.

Q: Where is this set-up best utilized?

A: This equipment is designed for use in educational and research laboratories, particularly universities, colleges, or institutions focused on physics experimentation and learning. Its robust and stable construction ensures reliable operation in such demanding environments.

Q: What is the process for making wavelength measurements with this spectrometer?

A: Begin by adjusting the entrance slit and aligning the collimator and telescope using the provided leveling screws. Using the discharge tube as the illuminant, observe the hydrogen spectral lines through the telescope. Employ the vernier scale and visual detection for precise wavelength readings.

Q: Which accessories are provided with the set-up, and how do they support experiments?

A: Accessories included are a Mercury calibration source for wavelength reference, adjustable leveling screws for precise alignment, and a thorough instruction manual. These components facilitate accurate setup, calibration, and efficient operation during laboratory experiments.

Q: What kind of power source and voltage does the system require?

A: The unit is powered by a standard 230 V AC, 50 Hz mains electricity supply, suitable for use in laboratories across India. This ensures consistent and safe operation of both the spectrometer and the hydrogen discharge tube.