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मटेरियल
Metal, Glass, and Precision Electronics

साइज
Standard Laboratory Size

इनपुट वोल्टेज
220V AC, 50Hz

रंग
Grey & Black

आयाम (एल* डब्ल्यू* एच)
40 cm x 25 cm x 20 cm

क्षमता
Single Experimental Unit

शोर का स्तर
Negligible

Application
Demonstration and quantitative verification of photoelectric effect

Operating Temperature Range
10°C to 40°C

Weight
Approx. 6 kg

Compliance
Meets academic laboratory safety standards

Safety Features
Fuse protection and earthed chassis

Light Source
Inbuilt Multi-Wavelength Mercury Lamp

Output Measurement
Digital Voltmeter and Microammeter included

Accessories Included
Lead wires, Instruction manual, and Mounting base

Current Measurement Range
0 to 100 μA (with digital microammeter)

Photocell Type
Sealed Photo Tube

Voltage Supply Range
0 to 30V DC variable

The PHOTO ELECTRIC EFFECT EXPERIMENT SETUP is a premier, best-seller laboratory apparatus, designed for valuable scientific explorations. In demand across academic and research institutions, this setup delivers cost-effective performance with its inbuilt multi-wavelength mercury lamp and a sealed photo tube. It features an inestimable digital microammeter (0 to 100 A), adjustable DC voltage (0-30V), and integrated digital measurement tools. Crafted from high-quality metal, glass, and precision electronics, its secure earthed chassis and fuse protection ensure reliable, safe operation. Accessories included make it comprehensive for both demonstration and quantitative analysis of the photoelectric effect.

PHOTO ELECTRIC EFFECT EXPERIMENT SETUP: Competitive Advantages & Commercial Uses

This experiment setup stands out due to its robust construction, precise inbuilt mercury lamp, and reliable safety features. Its primary competitive advantage lies in its seamless digital outputs and ease of use, making quantitative verification efficient for instructors and students. Suitable for commercial laboratories, educational institutions, and research facilities, it is frequently chosen by distributors and exporters seeking valuable, inestimable instruments in India. Its negligible noise level and versatility expand its practical applications.

PHOTO ELECTRIC EFFECT EXPERIMENT SETUP: Payment Terms & Market Value

For orders of this setup, market value is determined by the proposal amount offered by distributors, exporters, or suppliers. Delivery arrangements are available through the designated FOB port in India, facilitating secure shipment. Samples are available for evaluation before confirming orders, ensuring transparency and confidence in quality. Flexible payment terms are designed to suit high-value laboratory purchases, making acquisition easy for traders and institutions committed to elevating their research capabilities.

FAQ's of PHOTO ELECTRIC EFFECT EXPERIMENT SETUP:

Q: How does the PHOTO ELECTRIC EFFECT EXPERIMENT SETUP enhance laboratory demonstrations of the photoelectric effect?

A: The setup offers a precise inbuilt multi-wavelength mercury lamp and sealed photo tube, enabling accurate demonstration and quantitative analysis of photoelectric phenomena for students and researchers.

Q: What safety measures are integrated into the experiment setup?

A: It is equipped with fuse protection and an earthed chassis, fully compliant with academic laboratory safety standards, ensuring secure and risk-free operation during experiments.

Q: When is the sample of the PHOTO ELECTRIC EFFECT EXPERIMENT SETUP available for evaluation?

A: Samples are available upon request, allowing distributors or educational institutions to assess the equipment before committing to bulk or commercial purchases.

Q: Where can the setup be utilized for maximum benefit?

A: It finds valuable use in schools, colleges, commercial research laboratories, and training facilities, providing inestimable learning and research experience for users.

Q: What is the process for obtaining delivery and market proposal details?

A: Distributors or buyers should contact the supplier to receive market value information, payment terms, and proposal amount guidelines, followed by arrangements for secure FOB port delivery in India.

Q: How does the digital measurement range support experimental accuracy?

A: With a digital microammeter (0 to 100 A) and voltmeter, users can obtain highly accurate, real-time output readings for quantitative verification of the photoelectric effect.

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