Dispersion Power of a Prism Using Spectrometer & Mercury Lamp

6000 INR/Piece

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Product Details:

Voltage 230V AC (for Mercury lamp)
Power Spectrometer: Not required; Mercury lamp: 230V AC
Usage Used for determining the dispersion power of a prism with a spectrometer
Display Analog scale, angular measurement on graduated circle
Product Type Laboratory Optical Instrument
Material Spectrometer: Brushed metal and glass components; Prism: optical glass; Stand: powder-coated metal
Design Bench top, manual alignment
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Dispersion Power of a Prism Using Spectrometer & Mercury Lamp Price And Quantity

Minimum Order Quantity 1 Piece
Price 6000 INR/Piece

Spectrometer Scale Graduation Graduated in degrees and minutes
Lamp Safety Protective shield for Mercury lamp
Adjustability Fine adjustment knobs for accurate alignment
Alignment Features Collimator and telescope with adjustable slits
Prism Material High-quality optical glass (Crown or Flint type)
Operation Type Manual angular measurement and observation
Light Output Mercury lamp output: approx. 40W
Calibration Pre-calibrated scale with calibration certificate
Resolution Angular resolution up to 1 minute of arc
Accessories Included Prism, Mercury lamp, mounting base, instruction manual
Wavelength Range Visible spectrum (approx. 400-700 nm)
Spectrometer Type Reflecting with collimator and telescope
Lamp Housing Material Metal body with heat-resistant paint
Application Fields Physics labs, educational institutions, demonstration of light dispersion
Environmental Requirements Indoor laboratory use; temperature range 10°C - 40°C

Dispersion Power of a Prism Using Spectrometer & Mercury Lamp Product Specifications

Power Spectrometer: Not required; Mercury lamp: 230V AC
Illuminant High-intensity Mercury Vapor Lamp
Dimension (L*W*H) Spectrometer: approx. 30 cm x 15 cm x 20 cm; Mercury lamp housing: 15 cm x 10 cm x 20 cm
Accuracy High accuracy in spectral measurements
Charging Time Not applicable (operates on AC power)
Voltage 230V AC (for Mercury lamp)
Weight Spectrometer: approx. 3.8 kg; Mercury lamp: 1.5 kg
Product Type Laboratory Optical Instrument
Detector Eyepiece and telescope system
Power Source Wall Plug/AC Mains for Mercury lamp; Manual for Spectrometer
Usage Used for determining the dispersion power of a prism with a spectrometer
Display Analog scale, angular measurement on graduated circle
Material Spectrometer: Brushed metal and glass components; Prism: optical glass; Stand: powder-coated metal
Design Bench top, manual alignment

Spectrometer Scale Graduation Graduated in degrees and minutes
Lamp Safety Protective shield for Mercury lamp
Adjustability Fine adjustment knobs for accurate alignment
Alignment Features Collimator and telescope with adjustable slits
Prism Material High-quality optical glass (Crown or Flint type)
Operation Type Manual angular measurement and observation
Light Output Mercury lamp output: approx. 40W
Calibration Pre-calibrated scale with calibration certificate
Resolution Angular resolution up to 1 minute of arc
Accessories Included Prism, Mercury lamp, mounting base, instruction manual
Wavelength Range Visible spectrum (approx. 400-700 nm)
Spectrometer Type Reflecting with collimator and telescope
Lamp Housing Material Metal body with heat-resistant paint
Application Fields Physics labs, educational institutions, demonstration of light dispersion
Environmental Requirements Indoor laboratory use; temperature range 10°C - 40°C

Dispersion Power of a Prism Using Spectrometer & Mercury Lamp Trade Information

Main Domestic Market All India

Product Description

To Determine the Dispersive Power of the Material of the Prism Mercury Light with

the help of a Spectrometer.

Apparatus required:

Diffraction Grating,

Spectrometer,

Mercury Lamp Assembly

Superior Optical Measurement

This setup is engineered for high-accuracy spectral analysis across the visible spectrum, thanks to fine optical glass, angular resolution up to 1 minute of arc, and a pre-calibrated reflective spectrometer. The manual measurement and viewing system deliver dependable results for studying light dispersion by prisms.

Complete Laboratory Solution

Packaged with essential accessories-including a mercury vapor lamp, prism, mounting base, and detailed instruction manual-this product is convenient and organized for physics labs and teaching institutions across India. The durable build, safety features, and easy adjustability ensure effective, long-term usage indoors.

Designed for Ease and Safety

Crafted for hassle-free use, the spectrometer features fine adjustment controls and manual operation, enabling user-friendly alignment and observation. The mercury lamp's housing incorporates heat-resistant paint and a protective shield, prioritizing user safety during experiments.

FAQ's of Dispersion Power of a Prism Using Spectrometer & Mercury Lamp:

Q: How is the dispersion power of a prism determined using this spectrometer setup?

A: The dispersion power is measured by directing the mercury lamp's light through the optical glass prism mounted on the spectrometer. Using the collimator, adjustable slits, and fine alignment knobs, users observe the spectrum through the telescope, then manually record angular separations on the graduated scale. Calculations based on these readings yield the prism's dispersion power.

Q: What makes this kit suitable for educational and laboratory use?

A: Designed for indoor labs, it includes all necessary components-prism, mercury lamp, calibration certificate, and instruction manual-allowing immediate and safe setup. Its analog scale, high-resolution optics, and robust safety features make it ideal for demonstrations and hands-on learning in academic environments.

Q: When is calibration or maintenance required for the spectrometer?

A: The spectrometer arrives pre-calibrated with a certificate, typically not requiring recalibration under normal laboratory conditions. Maintenance involves routine cleaning of optical and metal parts and ensuring alignment before each use to maintain accuracy.

Q: Where can this system be effectively deployed?

A: It is optimized for indoor use in physics laboratories, educational settings, and institutions focused on optics experiments. Stable surfaces and ambient temperatures between 10C and 40C are recommended for optimal performance.

Q: What process should users follow for setup and operation?

A: Users should securely place all components on the benchtop, connect the mercury lamp to a 230V AC outlet, position the prism, and align the optical components using the instruction manual. Adjustments via fine knobs and slits help achieve accurate alignment before measurement and observation.

Q: What are the benefits of using high-quality optical glass prisms in this kit?

A: Optical glass prisms (crown or flint) provide superior clarity and well-defined spectral lines, essential for precise measurements of wavelength separation and dispersion, which contributes to improved accuracy in optical studies.

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