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SINAF 2.0 ACTIVE FILTER
Description
The SINAF 2.0 active filter is equipment designed to solve the faults which may occur in a three or four wires, three phase installation. It includes the following functions:
Harmonic filtering.
Phase current balance.
Power factor correction.
This is the ideal solution for installations with a large amount of single-phase and three-phase loads generating harmonics such as computers, UPC, lights a lifting equipment.
The SINAF 2.0 filter allows the selective removal of harmonics using the configuration of its DSP controls. SINAF corrects both the existing third harmonic component in neutral and the unbalanced current itself at 50 Hz achieving practically neutral currents (3 phases/4 wires).
Connecting the SINAF 2.0 filter must be in parallel with the loads to be corrected. The filter can operate in three wire systems (with or without neutral).
The correction capacity of the SINAF 2.0 is expressed as the RMS current value. The available capacity may be used for any three functions: filtering, balancing or correcting reactive. The SINAF has two different correction capacities:
RMS current which the equipment is capable of injecting into phase conductors
RMS current which the equipment is capable of injecting into the neutral conductor, regardless of the phase.
The available correction capacity in the conductor is 1.5 times the phase capacity. This allows systems with high third harmonic content to be corrected.


3 wires

Part number

Dimensions
(WxHxD)mm

Weight
(kg)

Price

SINAF340025

500x830x450

135

11.200

SINAF340050

650x1350x450

212

12.700

SINAF340100

660x1470x550

272

21.500

SINAF340150

1190x1900x720

505

27.500

SINAF340200

1190x1900x720

511

31.000

4 wires

Part number

Dimensions
(WxHxD)mm

Weight
(kg)

Price

SINAF440025

500x830x450

135

12.500

SINAF440050

650x1350x450

212

14.000

SINAF440100

660x1470x550

272

24.500

SINAF440150

1190x1900x720

505

30.500

SINAF440200

1190x1900x720

511

34.000

MODELS 3 WIRES SINAF340025 SINAF340050 SINAF340100 SINAF340150 SINAF340200
4 WIRES SINAF440025 SINAF440050 SINAF440100 SINAF440150 SINAF440200
Harmonic phase current 25 A RMS 50 A RMS 100 A RMS 150 A RMS 200 A RMS
Harmonic neutral current 75 A RMS 150 A RMS 300 A RMS 450 A RMS 600 A RMS
Harmonic peak current 50 A PICO 100 A PICO 200 A PICO 300 A PICO 400 A PICO
Electrical characteristics ¡¡
Nominal Voltage 230-400-440-480V ¡À 15% (3W) / 400 V ¡À 15% (4W)
Frequency 50 Hz / 60 Hz +/- 10%
Number of phases 3 phases with or without neutral wire
Filter specifications ¡¡
Current harmonics compensation 2nd to 50th harmonic
Specified harmonic selection 3rd to 25th harmonic
Filtering efficiency ¡Ý 85%
Load current balancing Yes
Reactive current compensation Yes, up to ¡Ý 0.98 PF
Controller Digital, DSP
Transient Response Time < 1ms
Noise level < 65 Db
Current limitation Protection from over current by current limitation at filter nominal value
Graphic Display Panel Color LCD TFT 7¡±
Heat losses ¡Ü 8% of rated current
Standards ¡¡
Reference Harmonic Standard
Reference Design Standard
Safety Standard
Electromagnetic Compatibility , , ,
Display functions ¡¡
Controls Start, stop, reset alarm and filter status description
Setup Configuration of all filter parameters including: harmonics filtering,
load balancing, reactive compensation, load transformer ratio,
minimum current, control algorithm and number off SINAF 2.0 in parallel.
Electrical values display Voltages and currents measurements.
Real, reactive and apparent power and power factor measurements.
Current harmonics and harmonic spectrum graph.
Environmental conditions ¡¡
Operating Temperature +0oC ... +50oC
Relative humidity 0% ... 90% sin condensaci¨®n/without condensation
Operating Alititude < 2000m
Protection degree
Ventilation Forced air cooled

Harmonic filters SINAF 2.0
SINAF440025 SINAF440050 SINAF440100 SINAF440150 SINAF440200

Harmonic Filters
These filters are used when the main objective is not the reactive power compensation at the fundamental frequency, but to reduce the harmonic distortion in the supply system.
Among the problems caused by harmonics and which may make their suppression necessary, are the following:
Interferences in telecommunications.
Distortion on the mains voltage.
Disturbances in electronic systems.
Erratic operation of control and protection relays .
Failures in transformers and motors, due to overheating caused by losses on the core.
Overheating of protective fuses to the point where a minor spike on the line causes them to blow.
It should be pointed out that the impedance of all the filters is capacitive below its tuning frequency, whereby they also contribute, even if in a small scale, to the reactive power compensation at the fundamental frequency.
Installation of filters produces a modification on the topology of the electrical supply system. For this reason, the design of filters must be done with regard to an accurate analysis and study of the whole system.
According to the application, there are different types of filters:
3rd harmonic filter HBF-T
Isolation filter
Absortion filter HAF
High pass filter HPF
Active filter SINAF 2.0

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