Digital Power analyzer

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Digital Power analyzer Specification

Pressure
Atmospheric

Resistant Feature
Shock and Heat Resistant

Accuracy
0.5% of reading

Batteries Type
Not Required (Mains Powered)

Usage & Applications
Measurement of voltage, current, power, power factor in electrical labs and industries

Product Type
Digital Power Analyzer

Material
ABS Plastic & Metal

Measuring Voltage Range
0-300V AC

Operating Temperature
0C to 50C

Frequency (MHz)
0.05 to 2 MHz

Insulation Box
Yes

Protection System
Fuse and Overload Protection

Size
Standard Bench-top

Color
White & Blue

Dimension (L*W*H)
Approx. 340 x 130 x 250 mm

Weight
Approx. 2.5 kg

Measuring Current Range
0-20A AC

Mounting Type
Bench-Top

Display Type
High-bright 4 digit LED display

Standards Compliance
CE Certified

Power Consumption
<10W

Relative Humidity
85% RH (non-condensing)

Overload Indication
Yes

Data Output Interface
RS-232 Communication Port

Sampling Rate
2 samples/sec

Power Supply
220V AC, 50Hz

About Digital Power analyzer

Mangal Digital power analyzer is Low cost power analyzer to test electrical parameters like volts, amps, watt, power factor, Hz etc.

It is useful for testing LED lighting and electrical industries

Advanced Measurement Capabilities

This analyzer reliably measures AC voltages from 0 to 300V and currents from 0 to 20A, along with essential electrical parameters like power and power factor. Its sampling rate of two samples per second ensures timely data acquisition, making it highly suitable for laboratory and industrial applications requiring precision and efficiency.

Robust Design and Safety Features

Encased in a combination of ABS plastic and metal, the device exhibits resistance to shock and heat. It includes an insulation box and advanced protection systems such as fuse and overload indication, ensuring safety during operation. The CE certification further establishes its compliance with rigorous quality and safety standards.

User-Friendly Interface and Data Connectivity

Featuring a high-bright 4-digit LED display, users can view measured values easily, even in well-lit environments. The RS-232 communication port enables seamless data exchange with computers and other digital equipment, simplifying analysis and record-keeping.

FAQ's of Digital Power analyzer:

Q: How do I connect the Digital Power Analyzer to my measurement circuit?

A: To use the analyzer, connect your test leads to the input terminals corresponding to the parameters you intend to measure-voltage or current. Ensure the device is powered by a 220V AC mains supply and the connections comply with the operating ranges detailed in the user manual.

Q: What types of measurements can be performed with this power analyzer?

A: This instrument is capable of measuring AC voltage (0-300V), AC current (0-20A), power, and power factor. These features make it suitable for electrical laboratories, industrial testing, and power system analysis.

Q: When does the overload indication activate on this device?

A: The overload indication activates automatically whenever the measured current or voltage exceeds the specified upper range-20A for current or 300V for voltage-helping prevent damage and alerting users to unsafe operating conditions.

Q: Where is this analyzer best installed or used?

A: With its standard bench-top design and robust build, the analyzer is ideally placed on laboratory workbenches, industrial testing stations, or anywhere precise electrical measurements are required under atmospheric pressure.

Q: What is the process for transferring measurement data to a computer?

A: Measurement data can be transferred to a computer or any compatible digital system using the RS-232 communication port. Connect the analyzer to your device via an RS-232 cable and use the appropriate software to log or analyze the collected data.

Q: How is the Digital Power Analyzer powered and does it require batteries?

A: The device operates exclusively from a 220V AC, 50Hz mains power supply. It does not require any batteries, which eliminates battery maintenance and ensures continuous operation during laboratory work.

Q: What are the main benefits of using this Digital Power Analyzer?

A: Major benefits include high measurement accuracy (0.5%), user-friendly precise readouts on the LED display, robust safety features like fuse and overload protection, shock and heat resistance, and excellent data connectivity through RS-232, making it a reliable choice for professionals in India and abroad.

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