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Showing 40 out of 143 products
Measurement : True RMS
Display : Four Rows 7-Segment Display
Phase : Single Phase
Type of Product : Digital Power Analyser
Resolution : Floating Decimal Point
Accuracy : Class 0.2
Country of Origin : India
Name of Manufacturer/Packer/Importer : Embuilt Technologies
Auxiliary Supply Voltage : 230 V ± 20% AC
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| Product Name | Specifications | Expected Price | Dispatch Time | Discount |
|---|---|---|---|---|
| MECO PG09 - 5A POWERGUARD having Indian Plug - Socket and Backlight | -- | ₹2,477 | 5 days | -- |
| Metravi Relay Test Set Single Phase 230 V, RNT-5 | Accuracy 1% | Capacity 460 VA(Max) | ₹66,079 | 24 hrs | -- |
| SIGMA DPA-1 Digital Power Analyzer 10A 300V AC True RMS | -- | ₹17,699 | 6 days | -- |
| amiciSense Digital Socket Power Meter for Voltage, Amps & Frequency Test | Category Power Meters and Analyzers | Current 16 Amp | ₹1,769 | 4 days | -- |
| MECO PG09 - 1A POWERGUARD having Indian Plug - Socket and Backlight | -- | ₹2,359 | 5 days | -- |
Power meters and analyzers are essential tools for measuring and analysing electrical power. They come in different types, including digital meters of power, clamp-on power meters, handheld power analyzers, panel-mount power meters, and smart power meters. By using these devices, businesses and individuals can achieve cost savings, increased safety, regulatory compliance, and real-time monitoring for proactive maintenance and issue resolution.
You can find them in variations such as digital power meters, power quality meters, and meters for watts meter, and they all work in slightly different ways.
Here are some basic principles of how they work:
i) Measuring electrical parameters : They measure various electrical parameters, such as voltage, current, power factor, and harmonic distortion. They use different sensors and probes to detect these parameters and display the data in real time.
ii) 3 phase power measurement : If you have a three-phase electrical system, you will need a three-phase power analyzer meter or analyzer to measure power accurately. These devices use three separate current and voltage sensors to measure power for each phase.
iii) Power factor measurement: The power factor is an important parameter that indicates the efficiency of your electrical system. A power factor meter or analyzer measures the phase difference between voltage and current and calculates the power factor as a ratio of real power to apparent power.
iv) Digital display and data logging : Most modern products have a digital watt meter display showing the measured parameters in real time. They also have data logging capabilities, which means they can record and store data for later analysis.
Using them can provide valuable insights into your power usage and help you optimise your electrical meter. Whether you need to comply with regulatory standards, improve efficiency, or reduce costs, a power meter or analyzer can be a valuable tool. By using the right anchor tags, such as Power Testing, AC Power Supply, Analyzer of Circuit, Clamp, and DC Power Supply, you can easily find the right power meter or analyzer for your needs.
Have a look on the pointers below:
1) Digital Electric meters : These meters provide basic measurements of voltage, current, and power, and they are typically used for residential or small commercial applications. They have a digital display that shows the measured values in real time.
2) Clamp-on power meters : These meters are designed to be used without interrupting the circuit, making them ideal for measuring current in hard-to-reach locations. They use clamp meters to measure the magnetic field around a wire and calculate the current.
3) Handheld power analyzers : These devices provide more advanced measurements, such as power quality analyzers and harmonic distortion, and they are typically used for industrial or commercial applications. They have a portable design and can be used for on-site troubleshooting.
4) Panel-mount power meters : These meters are designed to be mounted on a control panel or switchboard, and they provide basic measurements of voltage, current, and power. They have a compact design and are typically used in industrial applications.
5) Smart power meters : These meters are connected to a network and provide real-time data on power consumption and other parameters. They are typically used in large commercial or industrial applications and can help identify areas for energy savings.
By understanding the different types of them available, you can choose the one that best suits your needs. Whether you need an analyzer for power supply, watt meter, power meter, or 3-phase meter, there is a device available that can provide the measurements you need. You can find these devices easily by using the right anchor tags, such as, AC Supply of power, circuit analyzer, Meters of clamp, and DC Supply.
They offer a range of benefits that make them essential tools for measuring and monitoring power consumption. Here are some of the advantages of using them:
a) Improved energy efficiency : By measuring power with three phase watt meter, you can identify areas where energy is being wasted and take steps to improve efficiency. This can result in significant cost savings over time.
b) Enhanced power quality : They can help identify issues with power quality, such as voltage fluctuations, harmonics, and power factors, allowing you to take corrective action before problems arise.
c) Increased equipment lifespan : By monitoring power consumption and quality, you can ensure that your equipment is operating within safe and optimal parameters, which can help extend its lifespan.
d) Accurate billing : They can help ensure accurate billing for energy consumption, reducing the risk of overcharging or undercharging.
They are versatile tools that can be used in a wide range of applications. Here are some of the common uses of them:
1) Industrial applications : They are commonly used in industrial settings to monitor power consumption and quality and to identify areas for improvement in energy efficiency.
2) Commercial buildings : They are also used in commercial buildings to monitor power consumption and quality and to ensure compliance with energy efficiency regulations.
3) Renewable energy : They are used in renewable energy applications, such as solar and wind power, to measure and monitor power output and efficiency.
4) Research and development : They are used in research and development to test and measure the performance of new technologies, such as energy storage systems and electric vehicles.
5) Electrical testing and maintenance : They are used in electrical testing and maintenance to ensure that electrical systems are operating within safe and optimal parameters.
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Here are some of the groups that can benefit the most from these devices:
1) Electrical engineers and technicians who need to monitor and maintain electrical systems
2) Building managers and maintenance staff who need to optimise energy use and identify electrical issues
3) Manufacturing and industrial businesses who need to monitor and control their energy consumption for efficiency and cost savings
4) Renewable energy companies that need to measure the output and performance of solar panels, wind turbines, and other systems
5) Research institutions and educational facilities that need to study power consumption and energy efficiency.
By using power meters and analyers, these groups can benefit from:
1) Identifying energy waste and inefficiencies
2) Preventing equipment damage and failure
3) Reducing energy costs and increasing efficiency
4) Ensuring power quality and reliability
5) Improving safety and compliance with regulations
To learn more about how they can benefit your specific needs, check out our selection of electrical power testing instruments and accessories.
i) Consider the type of power you need to measure: Some of them are designed specifically for AC power, while others are designed for DC power. Make sure you choose the right type for your needs.
ii) Determine the accuracy you require: Different types of them have different levels of accuracy. Consider the level of precision you need for your application.
iii) Look at the measurement range: Check the measurement range of the power meter or analyzer to ensure it covers the range of power you need to measure.
iv) Consider the sampling rate: The sampling rate determines how often the device takes a measurement. Make sure you choose a device with a sampling rate that meets your needs.
v) Look at the display: Consider the display and how easy it is to read. Some devices have backlit displays for use in low-light conditions.
vi) Check for additional features: Some of them come with additional features like data logging, harmonic analysis, and power quality analysis. Determine which features are important for your application.
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