Vx-2001 Compact Microwave Lab Kit

Name: Vx-2001 Compact Microwave Lab Kit
Brand: VIDYUT YANTRA UDYOG
Price: 100000 INR
Availability: InStock

Price 100000 INR/ Set

Get a Price/Quote

MOQ : 1 Set

Vx-2001 Compact Microwave Lab Kit Specification

Control Type
Manual

Display Type
Analog

Power Supply
FAN Cooling

Accuracy
Standard

Features
Compact, High Frequency, Portable, With Cooling Fan

Temperature Resistance
ROOM TEMPERATURE

Shape
Rectangular

Type
Lab Kit

Dimension (L*W*H)
Compact

Equipment Materials
Standard

Power
10 mW

Voltage
300 V

Application
Laboratory

Switching Frequency
9.5 GHz

Model Number
VX 2001

Microwave Source
Built-in

Frequency Range
8.2-12.4 GHz

Cooling Method
Fan

Country Origin
India

Color
Grey

Equipment Type
Microwave Lab Kit

Vx-2001 Compact Microwave Lab Kit Trade Information

Minimum Order Quantity
1 Set

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Sets Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Vx-2001 Compact Microwave Lab Kit

The Vx-2001 Compact Microwave Lab Kit stands as an acclaimed masterpiece in laboratory technology, combining highlighted features with enviable precision. Operating within a heroic frequency range of 8.2-12.4 GHz and a dedicated switching frequency of 9.5 GHz, this affordable lab kit is designed for versatility and reliability. Manufactured in India, it offers a built-in microwave source and robust fan cooling system, ensuring stable performance at room temperature. Compact in size and portable, this grey, rectangular lab kit is an ideal choice for those seeking standard accuracy and acclaimed usability in scientific experimentation.

Outstanding Features & Versatile Usage

The Vx-2001 Compact Microwave Lab Kit is lauded for its compact and portable form, making it suitable for diverse laboratory environments. Its high-frequency operational capabilities, manual control, and analog display ensure user-friendly experiences. The built-in cooling fan prevents overheating, supporting extended use. Designed from standard materials and featuring robust accuracy, this kit serves as a reliable companion for scientific research and experimental learning, offering ease of setup and highlighted durability for daily laboratory requirements.

Domestic Market & Logistics Assistance

Focused on India as its main domestic market, the Vx-2001 Compact Microwave Lab Kit is offered with a streamlined quotation process and flexible sample policy. The product is shipped from a reliable FOB port in India, ensuring prompt logistics support and secure delivery. Prospective buyers may request quotations or samples for evaluation, facilitating easy decision-making and product assessment. This service-oriented approach highlights the manufacturer's commitment to efficiency and customer satisfaction within the Indian scientific instrumentation sector.

FAQ's of Vx-2001 Compact Microwave Lab Kit:

Q: How does the Vx-2001 Compact Microwave Lab Kit ensure temperature stability during use?

A: The kit features a built-in fan cooling system that maintains optimal room temperature operation, preventing overheating during extended experimental sessions.

Q: What are the primary applications of the Vx-2001 model in a laboratory environment?

A: It is designed for microwave experiments and laboratory use, offering precise measurement and high-frequency performance for educational, research, and testing purposes.

Q: Where is the Vx-2001 Compact Microwave Lab Kit manufactured and shipped from?

A: This lab kit is manufactured in India and shipped from a dependable FOB port within the country, ensuring seamless logistics for domestic clients.

Q: What is the process to request a quotation or sample for the Vx-2001 kit?

A: Interested customers can contact the manufacturer, supplier, or trader to receive a personalized quotation or request a sample to assess the kit's suitability for their needs.

Q: What are the benefits of the analog display and manual control on the Vx-2001 kit?

A: The analog display and manual control provide straightforward operation, allowing users to make swift and accurate adjustments during experiments, thus enhancing usability and user confidence.

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