Power Factor Correction and Harmonic Filtering

AFQm-3WP-200C-480

Active multifunctionfilter

Code: R7MF3P

System: 3 wires, 230…480 V
Phase current (A): 200
Peak current (A): 400
Mounting: Floor-mounted
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Overview

The floor mounted AFQm multilevel active filters are the most complete solution for solving power quality problems in three-phase industrial, commercial or service installations caused by the presence of harmonics and the consumption of reactive power. These following characteristics and functions have been implemented in the cabinet type active filters:

Key Features

  • Filtering capacity per module of 100 A (400 … 480 Vac) and 70 A (550 … 690 Vac), capacity per cabinet between 100 … 400 A (400 … 480 Vac) and 70 … 280 A (550. .. 690 Vac).
  • Cabinets expandable with small-sized rack modules.
  • Range for installations with 3 wires (3W model to 690 Vac) or 4 wires (4W model to 550 Vac).
  • Multi-range voltage and dual frequency (50/60 Hz).
  • Reduction of harmonic currents up to the fiftieth harmonic (2,500 Hz)
  • Selection of harmonic frequencies to be filtered for maximum filter effectiveness.
  • Power factor correction both inductive and capacitive .
  • Phase current balancing, improvement of consumption in neutral (4W model).
  • If higher filtering capabilities are required, the system can be expanded using AFQm racks connected in parallel (all filters/racks must be of the same 3- or 4-wire model).

Technical Specifications

AC power supply

AFQm-3WP-200C-480 AC power supply
Nominal voltage208 … 480 V ~ F-F (±10%)
Frequency50 / 60 Hz (±5%)
Consumption4140 W
Installation category4 kV, CAT III Class 1

Electrical characteristics

AFQm-3WP-200C-480 Electrical characteristics
Maximum phase current200 A (RMS)
Current crest factor2:1
Rated peak current Ipk84 kA
Conditional short-circuit current (Icc)40 kA
Rated diversity factor (RDF), simultaneity1
Earthing systemTN, TT

Current measurement circuit

AFQm-3WP-200C-480 Current measurement circuit
Transformation ratio5 … 5000/5 A

Measurement accuracy

AFQm-3WP-200C-480 Measurement accuracy
Voltage harmonics (THD)25% (max.)

Power supply output

AFQm-3WP-200C-480 Power supply output
Power152600 VA

Serial communication

AFQm-3WP-200C-480 Serial communication
Technology / TypeRS-485
ProtocolModbus/RTU

Communication Network

AFQm-3WP-200C-480 Communication Network
Technology / InterfaceEthernet
ProtocolTCP/IP, Modbus TCP

User interface

AFQm-3WP-200C-480 User interface
Display typeTFT color, 3.5" touchscreen

Environmental characteristics

AFQm-3WP-200C-480 Environmental characteristics
Working temperature-10 … +45 °C
Storage temperature-20 … +50 °C
Relative humidity (without condensation)0 … 95%
Protection classIP 21 (IP 41 on demand) / IK10

Mechanical characteristics

AFQm-3WP-200C-480 Mechanical characteristics
EnvelopeFree-standing sheet steel cabinet, for indoor installation, without removable parts.
Connection typeNetwork: plate 40 × 5, Ground: 8 mm ring terminal, Current: spring 2.5 mm², Neutral: plate 80 × 10, Ethernet: RJ-45
Weight (kg)248
Size (width × height × depth)608 × 1890 × 812 mm

Features / performance

AFQm-3WP-200C-480 Features / performance
Filtering / Response time2nd … 50th harmonic (selectable) / <100 µs
Phase compensationSelectable
Reactive power compensation (kvar)Selectable
Priority schedulingSelectable
Parallel assembly / installationUp to 100 units, with different gauges. Transformer connection only to the Master unit

Standards

AFQm-3WP-200C-480 Standards
StandardsIEC 62477-1:2012, IEC 55011:2011, IEC 61000-6-2, IEC 61000-6-4:2007, IEC 61439-1:2011
Electrical safety, maximum height (m)3000 (2000 m without performance degradation)

Applications

They are an ideal solution for installations with a large amount of single-phase and three-phase loads generating harmonics, such as computers, UPS units, lights, lifting equipment, air-conditioning systems with variable speed drives, etc. They can also be used in installations that require a good power quality for the purpose of increasing production efficiency and improve supply continuity in the system.

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