Reactive power compensator – SMONE – 5 kVAR / SM-ASVG-5-0.4-4L-CW
SKU: F30025
EAN: 2010000039700
Price
1 605,57 €
Gross
Gross
Karta katalogowa SMone SM-ASVG-5-0.4-4L-CW
SMone-SM-ASVG-5-0.4-4L-CW-Karta-katalogowa.pdf
Instrukcja obsługi SMone SM-ASVG-5-0.4-4L-CW
SMone-SM-ASVG-5-0.4-4L-CW-Instrukcja-obslugi.pdf
Deklaracja zgodności SMone SM-ASVG-5-0.4-4L-CW
SMone-SM-ASVG-5-0.4-4L-CW-Deklaracja-zgodnosci.pdf
Product details
Reactive power compensator SMone SM-ASVG-5-0.4-4L-CW
The active reactive power compensator SM-ASVG-5-0.4-4L-CW is a three-phase device designed for reactive power compensation and harmonic filtering in 0.4 kV installations. It delivers high efficiency and advanced energy management features.
Main features of the SM-ASVG-5-0.4-4L-CW:
- Rated compensation power 5 kVAR (inductive and capacitive).
- Wide nominal voltage range (304–456 V AC) and frequency range (45–63 Hz).
- Advanced functions: reactive power compensation, harmonic filtering, correction of three-phase imbalance.
- Fast response time under 10 ms thanks to a transistor switching frequency of 16 kHz.
- Intuitive operation with a built-in 4.3″ color touchscreen.
- Parallel operation of up to 8 units possible, with versatile communication options (RS485 Modbus).
Who is this a good choice for?
The device is an ideal solution for industrial and commercial sites facing issues with reactive power, higher harmonics, or three-phase imbalance. Its advanced features and ability to integrate with monitoring systems make it an effective option for optimizing electrical energy consumption.
Karta katalogowa SMone SM-ASVG-5-0.4-4L-CW
SMone-SM-ASVG-5-0.4-4L-CW-Karta-katalogowa.pdf
Instrukcja obsługi SMone SM-ASVG-5-0.4-4L-CW
SMone-SM-ASVG-5-0.4-4L-CW-Instrukcja-obslugi.pdf
Deklaracja zgodności SMone SM-ASVG-5-0.4-4L-CW
SMone-SM-ASVG-5-0.4-4L-CW-Deklaracja-zgodnosci.pdf
| Parameter | SM-ASVG-5-0.4-4L-CW |
|---|---|
| Catalog number | 106065 |
| Intended use | reactive power compensation, filtering of higher harmonics |
| Rated voltage (V) | 400 (304-456) AC |
| Rated frequency (Hz) | 50 (45-63) |
| Compensation power (kvar) | 5 (reactive, both inductive and capacitive) |
| Noise level (dB) | <40 |
| Compensation ratio (%) | >95 |
| Efficiency (%) | >97 |
| Supply connection | 3L+N+PE |
| Connection to supply (current measurement) | series: IN/OUT (internal transformers, rated current Imax=60A, max connection power 40kW); parallel: IN (external transformers) |
| Digital outputs | 3 outputs (operation status, ready, fault) – max. 20mA |
| Digital inputs | 1 input (start), 1 input (stop) |
| Communication | RS485 (Modbus), compatible with SM-OneHub module |
| Display | built-in 4.3″ color touchscreen; support for external 7″ HMI panel |
| Number of devices (parallel operation) | up to 8 |
| Functions | reactive power compensation to a target cos(φ), harmonic compensation, three-phase imbalance balancing, combinations of these |
| Transistor switching frequency (kHz) | 16 |
| Total response time (ms) | <10 |
| Harmonic range | from 2 to 25 |
| Neutral conductor capacity | 1.5 times greater than a single phase conductor |
| Protections | overload, short-circuit, surge, over- and under-voltage, overheating, protection against frequency changes, protection against loss of supply |
| Overload capacity | x1.1 for 1 hour; x1.2 for 30 seconds |
| IP rating | IP20 |
| Altitude above sea level (m) | <2000 |
| Ambient operating temperature (°C) | -20~+50 (with power reduction above 40°C) |
| Ambient humidity (%) | ≤90 (non-condensing) |
| Cooling method | Intelligent multi-stage active ventilation |
| Airflow through the device (m³/h) | 75.1 – 82.2 (single fan); 224.4 – 247.2 (whole device) |
| Minimum cross-section of supply conductors (mm²) | 2.5 (when connected with external transformers) |
| Recommended protection rating (A) | 10 (when connected with external transformers) |
| Dimensions – height (mm) | 510 |
| Dimensions – width (mm) | 350 |
| Dimensions – depth (mm) | 89 |
| Installation method | Surface-mounted |
| Compliance with standards | EN 50178:2018, EN IEC 61000-6-2:2009, EN IEC 61000-6-4:2019 |
Official distribution
