APView500 Power Qualtiy Monitor Analyzer

● 8 channels of AC voltage, 8 channels of AC current

● 16 DO, 22 DI, Power supply: AC/DC110V, 220V, DC48V

● 2 RS485, support Modbus-RTU protocol

● 4 Ethernet port, one is for device updates and others support Modbus-TCP、IEC61850 MMS、FTP protocol

● 2nd-63rd Harmonic Monitor

● Input Voltage: 3*57.7/100V, 3*220/380V, Input Current 1A/5A

  • product detail
  • PARAMETER

General

Power quality monitor APView500 integrates a high-performance multi-core platform and an embedded operating system, and monitors power quality indexes stipulated in IEC61000-4-30 Testing and measurement techniques – Power quality measurement methods, and provides various functions such as harmonic analysis, waveform sampling, voltage dips/swells/interruptions monitoring, flicker monitoring , voltage unbalance monitoring, event recording and measurement control.


It meets IEC 61000-4-30 Class A Edition 3.1 with respect to standardization of power quality index measurement methods, measurement accuracy of index parameters, clock synchronization, event alarms and others and satisfy the demands of power quality monitoring of power supply system up to 110kV.


Therefore, it is widely applicable for power quality monitoring in chemical industry, steel industry, metallurgy industry, hospitals, data centers, transportation, construction industry and other industries.


Front Panel


Dimension


Installation


Wiring



Photo on Site



Photovoltaic power generation project of xxx factory in Shanghai
This project adds distributed photovoltaic grid connection to the original 10/0.4kV system.
The distribution system originally had 4 high-voltage cabinets, 4 transformers, and 31 low-voltage cabinets.
This project uses 0.4kV grid connection, and designs 1# & 2# grid connection points.
The photovoltaic grid connection is located at the original LV distribution cabinet outlet switch.
It is necessary to install a Class A Power Quality Analyzer APView500 at each grid connection point to monitor the power quality in real time.

Technical Parameter

Value

Rated Value

AC voltage: AC/DC220V, AC/DC110V or DC48V

AC current: AC1A, 5A;

Overload capacity

1.2In, continuous working

20 times for 1 second

power supply

Rated: AC/DC220, AC/DC110V or DC48V

Permissible deviation: -20%-+20%

Power consumption: ≤15W

Power Consumption

≤0.5VA (single phase)

Measuring rage 0-1.2In
Digital output

Mechanical service life: ≥10000

Output mode: Passive contacts

Switching capacity: ≤4000W or ≤384VA

On-state current: ≥16A (AC250V/DC24V) in the continuous mode;

≥30A for a short term (200ms)

Accuracy

Class 0.5

RMS Voltage: ±0.1%

RMS Current: ±0.1%

P, Q, S: ±0.2%

Power factor: Class 0.5

Voltage deviation: 0.1%

Frequency deviation: ±0.001Hz

Communication

RS485, Modbus-RTU protocol; Ethernet.

Three phase unbalance

Voltage unbalance: ±0.15%

Current unbalance: ±1%

Power frequency withstand voltage

Between power supply set of terminals and signal input, output set of terminals 2kV/1min (RMS)

Between the shell and all set of terminals (except the set of terminals reference voltage less than 40V) AC 4kV

Temperature

Operation: -10℃~+55℃; Storage: -30℃-+80℃

Humidity

≤95%RH, no condensation, without corrosive gas

Altitude

≤ 2500m





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