Power factor correction in the floor-standing cabinet multicab-R-S

The multicab-R-S compensation system provides you with high-quality, automatically controlled power factor correction in the floor-standing enclosure. With its standard dimensions, the floor-standing enclosure is compatible with any control room. If you require special dimensions, we are of course also flexible here.

Our standard are individually manufactured compensation systems that are explicitly designed for your specific application. This allows you to achieve reactive power compensation that is optimally tailored to your requirements. The convenient modular design also enables simple and flexible system expansion. All compensation systems are available choked to prevent resonance damage and thus extend the service life of the capacitors. Unchoked systems are also available.

KBR compensation systems are characterized above all by their quality and durability. We only use quality components in our handmade systems, most of which we develop and manufacture ourselves at our plant in Schwabach. The units have a temperature-controlled ventilation system that prevents damage to appliances due to overheating. In addition, the secureC safety and maintenance module and the automatic extinguishing system set new standards in terms of safety in compensation systems.

SSGH p = 5.5, 7 or 8 % SSGB p = 12.5 or 14 %
Rated voltage \| frequency:	Un = 400 V \| 50 Hz
Maximum permissible operating voltage:	U_n = 400 V ± 10 %
Maximum permissible operating current:	1.3 xI_n permanent
Reactive power controller:	multicomp D6 with display 4-quadrant operation Optimized control behavior Circuit switching
Current transformer connection:	Optionally available
Switching element:	Capacitor contactors
Control voltage:	U_tax = 230 V, 50 Hz
>>> Control voltage transformer required for deviating operating voltage
Switching delay:	180 s
Capacitors:	Low-loss multicond UHPC power capacitors, MTK technology
Nominal capacitor voltage:	U_Bem. = 440 V (SWSH); U_Bem. = 525 V v(SWSB)
Discharge of the capacitors:	Discharge resistors t < 180 s Optional discharge chokes t < 3 s
Filter circuit chokes:	Linear filter circuit chokes to avoid resonances in networks with harmonics, Built-in temperature monitoring
Throttling factors:	p = 5.5, 7 or 8 % (SWSH); p = 12.5 or 14 % (SWSB)
Housing design:	Sheet steel cabinet, interior and exterior paint finish RAL 7035 (other paint finishes on request), Galvanized module panels, door hinge left (optionally right), bottom feed (on request from above), protection class I
Protection class:	IP 20 (IP 54 on request), the components used comply with DGUV regulation 3 (on EN “DGUV rule 3”)
Ambient temperatures:	+ 40 °C Maximum value, short-term + 35 °C in 24-hour average + 20 °C annual average – 10 °C Lowest value
Ventilation:	Built-in roof ventilator, temperature-controlled
Protection:	Group fuse protection with NH fuses and fuse bases (NH isolator on request)

SSGH p = 5.5, 7 or 8 %
SSGB p = 12.5 or 14 %

Rated voltage | frequency:

Un = 400 V | 50 Hz

Maximum permissible operating voltage:

U_n = 400 V ± 10 %

Maximum permissible operating current:

1.3 xI_n permanent

Reactive power controller:

multicomp D6 with display
4-quadrant operation
Optimized control behavior
Circuit switching

Current transformer connection:

Optionally available

Switching element:

Capacitor contactors

Control voltage:

U_tax = 230 V, 50 Hz

>>> Control voltage transformer required for deviating operating voltage

Switching delay:

180 s

Capacitors:

Low-loss multicond UHPC power capacitors, MTK technology

Nominal capacitor voltage:

U_Bem. = 440 V (SWSH); U_Bem. = 525 V v(SWSB)

Discharge of the capacitors:

Discharge resistors t < 180 s Optional discharge chokes t < 3 s

Filter circuit chokes:

Linear filter circuit chokes to avoid resonances in networks with harmonics,
Built-in temperature monitoring

Throttling factors:

p = 5.5, 7 or 8 % (SWSH); p = 12.5 or 14 % (SWSB)

Housing design:

Sheet steel cabinet, interior and exterior paint finish RAL 7035 (other paint finishes on request),
Galvanized module panels, door hinge left (optionally right), bottom feed (on request from above), protection class I

Protection class:

IP 20 (IP 54 on request), the components used comply with DGUV regulation 3 (on EN “DGUV rule 3”)

Ambient temperatures:

+ 40 °C Maximum value, short-term
+ 35 °C in 24-hour average
+ 20 °C annual average
– 10 °C Lowest value

Ventilation:

Built-in roof ventilator, temperature-controlled

Protection:

Group fuse protection with NH fuses and fuse bases
(NH isolator on request)