Modbus TCP Power Analyzer Ethernet Panel Meter Meatrol Me537 Energy Consumption Analysis Power Quality Analyzer

• Customization: Available
• Display: Digital
• Usage: Multi-Functional Energy Meter, Meter for Industry and Home Use, Standard Electric Energy Meter, Reactive Energy Meter, Maximum Demand Meter
• Model NO.: ME537
• Electric Equipment: Three-phase Four-wire
• Theory: Electronic Meter
• Power Meter Connection: Terminal
• Certification: RoHS, ISO, CE
• Customized: Customized
• Input Type: External CT(333mv Only), Rogowski Coil
• Power: 85 - 305VAC/100 - 430VDC
• Storage: 32 GB SD Card
• Poles Description: Three Phase and Single Phase
• Device Application: Power Analysis, Power Measurement, Power Quality a
• Sampling Rate: 8K Samples Per Second
• Harmonic: 50th Max
• Communication: Modbus TCP, RJ45
• Primary Current Range: Adjustable From 0.1A to 9999A
• Voltage: Cat III 600V
• Frequency Range: 50/60Hz
• Display Screen: 3.5 Inch IPS Display
• Transport Package: Poly Bag and Stand Export Carton
• Specification: 96*96*94mm
• Trademark: MEATROL
• Origin: China
• HS Code: 9030331000
• Production Capacity: 50000PCS/Year

Product Description

World-famous manufacturer
Three major production bases in Shanghai, Chongqing, and Zhejiang
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Product description

ME537 three phase power quality analyzer, externally connected with open type Rogowski coil or voltage type CT, it can realize none dismantling wire test, simplify test steps, save construction cost, and is more convenient for engineering test as well as the inspection and maintenance of distribution system.

1. Support systems of single-phase and three-phase. It can measure multiple electrical parameters such as current, voltage, power factor, power, energy, and power quality parameters including harmonic, unbalance degree, voltage swell and voltage dip, etc.
2. In addition to the measurement function, ME537 is equipped with various records, such as waveform records and programmable interval measurement value records. To store and record data, it is internally embedded 32 GB memory card.
3. Standard RJ45 Ethernet and RS485 communication interfaces, compatible with various configuration systems through standard Modbus TCP and Modbus RTU protocols, transmit real-time electrical parameters collected by the front-end to the system data center .

General parameters
Table 11 General parameters

Product name
Model No.	ME537
Type	Three phase power quality analyzer
Application field
Application field	Power analysis, Power measurement, Power quality analysis
Wiring mode
Wiring system	3P4W_4CT 3P4W_3CT 3P3W_3CT 3P3W_2CT 1P3W 1P2w
Current sensor	Rogowski coil Voltage-output current clamp
Voltage access	Direct access Connected through voltage transformer
Storage
Type	TF card
Capacity	32GB
Data export	U disk export (U disk file is FAT32 system)
Communication
Interface	RJ45- Ethernet	RS485
Protocol	Modbus-TCP	Modbus-RTU
Power Supply
Power	85 - 305VAC/100 - 430VDC
Maximum power consumption	5VA
Display
Size	3.5 inch
Type	IPS display
Resolution ratio	480*800
Machinery
Dimention	96*96*94mm
Weight	850g
Environment
Working environment	Temperature-20ºC~+55ºC, Humidity below 90% RH
Storage environment	Temperature-40ºC~+70ºC, Humidity below 95% RH(non-condensing)
Altitude	≤2km
Measurement category	CAT III 600V
IP code	IP30

 Measurement parameters
 

1. 1. Parameter accuracy

Table 13 Parameter accuracy

Parameter	Type	Description
Voltage	Channel input voltage range	0-600VAC
	Measurement range	0-600VAC
	Measurement accuracy	0.2%
Current	Channel input voltage range	0-420mVAC
	Measurement range	Different current sensors have different measuring ranges
	Measurement accuracy	0.2%+ Accuracy of current sensor
Frequency	Measurement range	45Hz-65Hz
	Measurement accuracy	±0.001Hz
Power factor	Measurement range	-1-+1
	Measurement accuracy	±0.005
Power	Active power accuracy	0.5%
	Reactive power accuracy	1%
	Apparent power accuracy	0.5%
Energy	Active energy accuracy	0.5%
	Reactive energy accuracy	1%
	Apparent energy accuracy	0.5%

1. 1. Record storage

Table 14 Record storage

Data record
Record name	Settable
Record start time	Settable
Record duration	Selectable
Recording interval	Settable
Basic data record	Phase voltage Line voltage Current Frequency Power factor Fundamental harmonic power factor Power(Active, Reactive, Apparent) Active Energy (Import energy, Export energy) Reactive energy (Import energy, Export energy) Apparent Energy Voltage harmonics (Total harmonic, odd total harmonic, even total harmonic) Current harmonics (Total harmonic, odd total harmonic, even total harmonic) Phase voltage peak Peak factor of phase voltage Current crest factor Current K factor Voltage unbalance (negative sequence, zero sequence) Current unbalance (negative sequence, zero sequence) Angle (phase voltage angle, phase current angle, angle between voltages, angle between currents, angle between voltages and currents) Max min (Phase voltage, Line voltage, Current, Frequency, Power factor, Fundamental harmonic power factor, Active power, Reactive power, Apparent power) Demand (Current, Active power, Reactive power, Apparent power) Peak Demand (Current, Active power, Reactive power, Apparent power)
Voltage harmonic data record	Voltage harmonics (Total harmonic distortion THD, Odd total harmonic TOHD, Even total harmonic TEHD, 1-50^th Harmonic percentage and voltage value)
Current harmonic data record	Current harmonics (total harmonic distortion THD, Odd total harmonicTOHD, Even total harmonic TEHD, 1-50^th Harmonic percentage and current value)
Data storage format	CSV
Event record^[[1]]
Recorded data	Event type Start time Duration Amplitude value
Data storage format	CSV
Waveform recording
Record name	Settable
Record the start time	Settable
Record the duration	Settable
Sampling rate	Settable
Logged data	Phase ABC voltage waveform Phase ABC current waveform
Data storage format	CSV

  

[[1]] Event recording can only be performed when data recording is enabled.