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SWR Meter

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MOQ : 1 Piece

SWR Meter Specification

Display Type
Analog Meter

Operating Voltage
9V

Mounting Type
Tabletop

Frequency
3.5 to 150 MHz

Application
Measuring Standing Wave Ratio of RF Transmission Lines

Power Supply
9V Battery

Equipment Type
SWR Meter

Humidity
Operating Range: 10% - 90% RH

Max Height
55 mm

Response Time
Instantaneous

Temperature
Operating Range: 0C to 50C

Port Size
SO-239 Connectors

Automation Grade
Manual

Resolution
0.1 SWR

Features
Portable, Lightweight, High Accuracy

Measuring Range
1:1 to 3:1 SWR

Accuracy
5%

Number of Specimens
1

Interface Type
Coaxial

Test Range
1.0 to 3.0 SWR

Usage
Ham Radio, RF Testing

Capacity
Up to 100W

Machine Weight
500 g

Control Mode
Manual

Case Material
ABS Plastic

Reverse Power Range
0 - 100 W

Impedance
50 Ohms

Dimensions
6.5 x 10 x 4 cm

Connector Type
SO-239 (UHF female)

Calibration Adjustment
User adjustable

Forward Power Range
0 - 100 W

SWR Meter Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About SWR Meter

Spotlight your RF testing setup with this supreme SWR Meter, crafted for incomparable precision and reliability. Trusted by top-rated engineers, it features a potent analog display with a rapid, instantaneous response, making it the ideal tool for instant checkout of your transmission line's health. User-adjustable calibration and robust ABS construction promise enduring accuracy, even across 1:1 to 3:1 SWR ranges, up to 100W. Portable and lightweight at just 500g, this SWR meter embodies high performance for Ham radio enthusiasts and professionals alike, all powered efficiently by a single 9V battery.

SWR Meter Applications & Usage

The SWR Meter is primarily used for measuring the Standing Wave Ratio (SWR) in RF transmission lines, making it vital for Ham radio operators and those in RF system maintenance. This analog meter is suitable for both personal and professional usage where accuracy and portable operation are essential. Whether for manual or automated RF testing, the device excels in tabletop applications, providing dependable results thanks to its compact design and user-friendly controls.

Sample Policy & Export Market Overview

Samples of our SWR Meter are handed over to clients upon request, with transport services arranged as per customer preference. An asking price for the sample is applicable. Our main export markets span across Asia, the Middle East, and beyond, ensuring timely delivery and reliable product experience. Whether you are a manufacturer, supplier, or trader in India or overseas, you can easily request a sample and experience the product's quality before placing bulk orders.

FAQ's of SWR Meter:

Q: How does the SWR Meter measure radio frequency transmission line performance?

A: The SWR Meter evaluates the Standing Wave Ratio in RF transmission lines by comparing forward and reflected power, helping users optimize their communication setup efficiency.

Q: What types of connectors are compatible with this SWR Meter?

A: This model utilizes SO-239 (UHF female) coaxial connectors, ensuring broad compatibility with standard RF transmission setups in both amateur and professional environments.

Q: Where can this SWR Meter be effectively used?

A: The SWR Meter is ideally used in Ham radio stations, laboratories, and RF setup testing environments, owing to its portable form and precise analog readouts.

Q: When should calibration adjustment be performed?

A: Calibration adjustment should be done whenever you observe discrepancies in reading accuracy or after replacing cables or devices, ensuring supreme measurement performance.

Q: What is the process for obtaining a sample unit?

A: Interested buyers can request a sample by contacting us, after which the unit is handed over via reliable transport services, following negotiation of an asking price.

Q: How does the analog display benefit RF testing?

A: The analog meter provides an instantaneous response, allowing users to monitor SWR fluctuations in real-time, thus ensuring potent diagnostic capability during testing.

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