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Energy Meter
Showing 60 out of 228 products
Type of Product : 4 Wire kWh meter
Type : ER300P
Voltage : 240 V
Phase : 3 Phase
Series : 4000 Series
Type of Product : Basic Multifunction Energy Meter
Meter Type : Energy Meter
Application : 3Ć (True RMS) Voltage,3Ć (True RMS) Current, Frequency, Run Hour (hour - Mints), RPM,PT Primary & PT Secondary.
Frequency : 50 or 60 Hz
Display : 3 Rows, 3 Digits Display
Accuracy : Ā±1%
Type : Electrical Panel Meter
Current : 5A AC
Voltage : 230 V
Phase : 3 Phase
Voltage (L-L) : 100 to 500V AC (L-L)
Frequency Measurement Range : 50 or 60 Hz
Series : 4400 Series
Type of Product : Basic Multifunction Meter
Display : LED
Voltage : 80-300 V
Flush Mounting : 96x96 mm
Meter Type : Multifunction Meter
Type of Product : Single Phase kWh Meter LCD Display
Type : EM101
Voltage : 240 V
Phase : Phase 1
Type of Product : Multifunction Meter
Range : Conzerv
Display Digit : 12 digit(s) - 14.2 mm in height
Type of Product : Power Monitoring Device
Certification : RoHS compliant
Standard : IEC 61557-12 and IEC 62053
Voltage Range (DC) : 240 V
Voltage Range (AC) : 415 V
Weight : 300 g
Type of Product : Energy Meter
Series : 4110 Series
Type of Product : Voltmeter
Voltage : 80-300 V
Flush Mounting : 96x96 mm
Meter Type : VAF+PF Meter
Type of Product : Trivector Current Meter
Type : ER300P
Voltage : 240 V
Phase : 3 Phase
Range (A) : 10-60 A
Weight : 300 g
Weight : 300 g
Type of Product : Multifunction Meter
Frequency : 50 Hz, 60 Hz
Type : Multifunction Power and Energy meter
Current : 1 A, 5 A
Material : Polycarbonate
Voltage : 35-480 V,20-277 V
Frequency Measurement : 45...65 Hz
Operating Altitude : <= 2000 m
IP Protection : IP30 (body) conforming to IEC 60529
IP51 (front) conforming to IEC 60529
Width (mm) : 96 mm
Pollution degree : 2
Relative Humidity : 5...95 % 50 Ā°C
Ambient Temperature : -10...60 Ā°C
Mounting Support : Framework
Measurement Current : 5 mA...6 A
measurement Voltage : 35...480 V AC 50/60 Hz between phases
20...277 V AC 50/60 Hz between phase and neutral
<= 999 kV AC 50/60 Hz with external VT
Height : 96 mm
Communication Ports Protocol : Modbus RTU 2 wires, : 4800 bps, 9600 bps, 19200 bps, 38.4 Kbps, even/odd or none, insulation: 2500 V
Depth (mm) : 76.09 mm total
61.64 mm embedded
Rate : Sampling rate: 64 samples/cycle
Supply Voltage : 44...277 V AC +/- 10 % (45...65 Hz)
44...277 V DC +/- 10 %
Mounting Mode : Clip-on
Analog input type : Current (impedance 0.3 mOhm)
Voltage (impedance 5 MOhm)
Ethernet : Enable/disable serial ports
Mounting position : Vertical
Power Consumption : 3.3 W power lines (AC)
< 2 W power lines (DC)
Measurement : Measurement accuracy: +/- 0.5 % active energy
+/- 0.5 % active power
+/- 0.5 % apparent power
+/- 0.05 % frequency
+/- 1 % reactive energy
+/- 0.5 % current
+/- 0.5 % voltage
+/- 0.01 power factor
Frequency Measurement Range : 50 Hz, 60 Hz
Series : 4040 Series
Type of Product : Dual Source Energy Meter
Display : LCD
Flush Mounting : 96x96 mm
Meter Type : Dualsource Meter
Type of Product : Process Indicator
Type : Process Indicator 48*96
Type of Product : Trivector Current Meter
Type : ER300P
Phase : 3 Phase
Wattage : 4 W
Series : 4410 Series
Type of Product : Multifunction Meter
Display : LED
Voltage : 80-300 V
Flush Mounting : 96x96 mm
Meter Type : Multifunction Meter
Series : 5010 Series
Type of Product : Advanced Multifunction Meter
Display : LED
Meter Type : Multifunction Meter
Series : 4405 Series
Type of Product : Basic Multifunction Meter
Voltage : 80-300 V
Flush Mounting : 96x96 mm
Meter Type : Multifunction Meter
Series : 4000 Series
Type of Product : Energy Meter
Display : LED
Voltage : 80-300 V
Flush Mounting : 96x96 mm
Meter Type : Energy Meter
Mounting Type : Panel Mount
Type of Product : Multifunction Meter
Frequency : 45/65 Hz
Voltage : 85-270 V
Output Type : Pulse Output
Electrical Connections : 3Ć - 3W, 3Ć - 4W, 2Ć - 3W, 1Ć - 2W
Rated Input Current : Nominal 5A AC
Frequency Measurement Range : 45/65 Hz
Series : 4420 Series
Type of Product : Advanced Multifunction Meter
Display : LED
Meter Type : Multifunction Meter
Series : 4400 Series
Type of Product : Basic Multifunction Meter
Display : LCD
Voltage : 80-300 V
Flush Mounting : 96x96 mm
Class : 1
Meter Type : Multifunction Meter
Weight : 0.658 Kg
Type of Product : Power Meter
Application : System Monitoring, Metering
Display : Backlit LCD
Color : Black
Standard : IEC 61557-12 IEC
Mounting Mode : Flush-mounted
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TOP SELLING ENERGY METER PRICE LIST
| Product Name | Expected Price | Dispatch Time | Discount |
|---|---|---|---|
| L&T [ Lauritz Knudsen ] 3 Phase 4 W Trivector Type Energy Meter WR300BB1200 | ā¹23,999 | 5 days | 9.18% OFF |
| L&T [ Lauritz Knudsen ] ER300P Trivector Meter Class 1 Whole Current Meter WR300BC7300 | ā¹7,999 | 5 days | 2.76% OFF |
| L&T [ Lauritz Knudsen ] ER300P 3 Phase 240 V 4 Wire kWh Meter with LCD Display WR301BC7D10 | ā¹4,999 | 24 hrs | 17.1% OFF |
| L&T [ Lauritz Knudsen ] ER300P Trivector Meter Class 1 Whole Current Meter With Hinge Type Box WR300BC73BOXH | ā¹10,999 | 7 days | -- |
| Multispan MFM-14DC Meter DC Multifunction Meter for Industrial Use | ā¹3,999 | 3 days | 6.38% OFF |
| Schneider Electric 24V DC Energy Meter PAS600L | ā¹31,999 | 60 days | 23.67% OFF |
| L&T [ Lauritz Knudsen ] ER300P 3 Phase 240 V 4 Wire kWh Meter with LCD Display WR301BC6D20 | ā¹4,699 | 24 hrs | 1.31% OFF |
Here is Everything You Need to Know About Energy Meters
A power meter, also known as a smart meter or digital power meter, is a device that measures the amount of electrical energy consumed by a household or business. This measurement is usually displayed in kilowatt-hours (kWh) on the meter's digital display.
The electric energy meter works by measuring the current and voltage of the electricity passing through it and then multiplying those values to calculate the power consumption. This information can be used to track energy usage over time, monitor the performance of electrical appliances, and identify areas where energy efficiency can be improved.
Some key features of power meters include:
- Real-time monitoring of energy usage
- Automatic recording of energy consumption data
- Integration with home automation systems
- They can work well with different electrical components and materials.
- Support for single-phase and three-phase power supplies
If you're looking to buy a meter, you may want to consider factors such as price, accuracy, and compatibility with your existing electrical system. Popular options include digital meters and single phase energy meter.
Why is an energy meter important?
Power meters, such as smart meter and digital electric metres, play an important role in helping households and businesses monitor and manage their energy consumption. Here are some reasons why power meters are important:
i) Accurate measurement: Power meters provide an accurate and reliable measurement of energy usage, which is important for billing purposes and for identifying areas where energy efficiency can be improved.
ii) Real-time monitoring: Smart power meters allow for real-time monitoring of energy usage, which can help households and businesses make informed decisions about their energy consumption.
iii) Cost savings: By monitoring energy usage and identifying areas where energy efficiency can be improved, power meters can help households and businesses save money on their energy bills over time.
iv) Environmental benefits: By reducing energy consumption, power meters can also help reduce carbon emissions and other harmful environmental impacts associated with energy production.
When looking for an electric meter, consider options such as digital energy-meter and single-phase power meters, and be sure to check compatibility with your existing electrical system. For more information on related topics, check out resources such as an ammeter. You will find the best electric meter prices at Industrybuying.
Where are they Used?
Power meters are used in a variety of settings to accurately measure energy usage and help promote energy efficiency. Some common places where smart meters are used include:
a) Residential homes: Smart power meters and a digital meter is commonly used in homes to help homeowners better understand their energy usage and identify ways to reduce their energy bills.
b) Commercial buildings: Power meters are often used in commercial buildings to help businesses monitor their energy usage and identify ways to reduce energy costs. This is particularly important for businesses that have high energy usage, such as manufacturing plants or data centers.
c) Industrial settings: Power meters are also commonly used in industrial settings to monitor energy usage and identify ways to improve energy efficiency. This can help reduce energy costs and improve overall productivity.
d) Utilities: Power meters are used by utilities to monitor energy usage and accurately bill customers for their energy usage. This helps ensure that customers are only paying for the energy they use.
Explore our website and come across a range of industrial automation products including electronic devices at fraction of cost compared to other platforms.
What are the types of Energy meters?
These meters come in different types, each with its unique features and benefits. Here are some common types of meters:
1. Analog: These meters use mechanical dials to display energy usage and are being phased out in favour of digital meters.
2. Digital: These meters use digital displays to provide more accurate and reliable measurements of energy usage. They may also have additional features such as real-time monitoring and support for home automation systems.
3. Smart: These meters are similar to digital meters but also can communicate with utilities and provide real-time data on energy usage. They may also have features such as remote disconnect and pre-payment options.
4. Single phase meters: Single phase energy meters are designed for single-phase electrical systems, which are commonly used in residential settings.
5. Three-phase: These meters are designed for three-phase electrical systems, which are commonly used in commercial and industrial settings.
6. Prepaid: These smart meter allow users to pay for their energy usage in advance, similar to a prepaid mobile phone plan.
7. Multi-tariff: These meters allow for different energy rates to be applied at different times of the day or week, which can help incentivize energy usage during off-peak hours.
As always, when choosing a power meter, be sure to consider factors such as accuracy, compatibility with your electrical system, and any additional features that may be important to your needs. Industrybuying also has analog panel meters available.
What are the advantages of using them?
These meters, such as electric energy meter and digital meters, offer several advantages for households and businesses looking to manage their energy consumption. Here are some of the benefits of using a power meter:
a) Accurate measurement: These meters provide an accurate and reliable measurement of energy usage, which is important for billing purposes and for identifying areas where energy efficiency can be improved.
b) Real-time monitoring: Smart power meters and other digital meters allow for real-time monitoring of energy usage, which can help households and businesses make informed decisions about their energy consumption.
c) Cost savings: By monitoring energy usage and identifying areas where energy efficiency can be improved, power meters can help households and businesses save money on their energy bills over time.
d) Environmental benefits: By reducing energy consumption, power meters can also help reduce carbon emissions and other harmful environmental impacts associated with energy production.
e) Improved energy management: Power meters can provide valuable insights into energy usage patterns, which can help households and businesses identify areas where energy efficiency can be improved.
f) Billing transparency: Power meters provide transparency in energy billing, as they accurately measure energy usage and provide a clear breakdown of energy costs. This can help households and businesses identify any discrepancies in their energy bills and make adjustments to their energy usage accordingly.
What are their different components?
Whether digital, analouge or electric energy meter, they typically consist of several key components that work together to accurately measure energy usage. These components may include:
1. Current transformer: This component measures the current flowing through the electrical system and converts it into a lower, more manageable level.
2. Voltage transformer: This component measures the voltage of the electrical system and converts it to a lower, more manageable level.
3. Register: This component records the energy usage, which can be read by the homeowner or business owner.
4. Circuit board: This component is responsible for processing the signals from the current and voltage transformers, and for communicating with the display unit.
5. Display unit: This component provides a visual representation of the energy usage, typically in kilowatt-hours.
All the components work in coordination to further work with the contactor and accessories. When shopping for power meters, be sure to consider factors such as electric meter price, compatibility with your electrical system, and the features offered by different models, including the use of smart power meter technology.
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Frequently Asked Questions
What is a smart power meter and how is it different from a traditional energy meter?
A smart energy meter is an advanced digital meter that can communicate with a utility company to provide real-time information about energy usage. Unlike traditional power meters, smart power meters can also provide insights into energy usage patterns and help customers identify ways to reduce their energy bills.
What are the advantages of using a single-phase power meter in a residential setting?
A single-phase power meter is designed for use in homes and small businesses where energy usage is relatively low. They are less expensive than three-phase power meters and can provide accurate readings of energy usage in single-phase electrical systems.
What is a current transducer and why is it important in energy monitoring?
This is an electronic device that can convert electrical current into a proportional voltage signal that can be read by a power meter or other monitoring devices. This allows for accurate measurement of electrical current without interrupting the electrical circuit.