Description
System Overview
| MOUNTING DESIGN | 1,2 CIRCUIT BREAKER DESIGN | 3,4,5 CIRCUIT BREAKER DESIGN | 6,7,8,9 CIRCUIT BREAKER DESIGN |
| Comply with IEC standard | Comply with IEC-61439-1&2 IEC 60529 standard | Comply with IEC-61439-1&2 IEC 60529 standard | Comply with IEC-61439-1&2 IEC 60529 standard |
| Functions | + Outgoing feeder
+ Central reactive power compensation |
+ Busway feeders
+ Supply + Surge arrester + Connections busbar |
+ Cable feeders
+ Coupling + Supply + Connections busbar + Outgoing feeder |
| Rated values | Up to 6300A | Up to 6300A | Up to 6300A |
| Connection position | Front or rear | Front or rear | Front or rear |
| Cubicle width (mm) | 550,600,650,700,750…1500mm | 300,550,600,650,700…1500mm | 550,600,650,700…1500mm |
| Internal separation | Form 1, 2a, 2b, 3a, 3b, 4a, 4b | Form 1, 2a, 2b, 3a, 3b, 4a, 4b | Form 1, 2a, 2b, 3a, 3b, 4a, 4b |
| Busbar position | Between | Between | Between |
| Thickness of Materia | + Thickness of Frame 2mm
+ Thickness of outer door 2mm + Thickness of inner door 2mm + Thickness of back cover 2mm + Thickness of side plate 2mm |
+ Thickness of Frame 2mm
+ Thickness of outer door 2mm + Thickness of inner door 2mm + Thickness of back cover 2mm + Thickness of side plate 2mm |
+ Thickness of Frame 2mm
+ Thickness of outer door 2mm + Thickness of inner door 2mm + Thickness of back cover 2mm + Thickness of side plate 2mm |
Simple integration of low-voltage power distribution components
| MOUNTING DESIGN | 1,2 CIRCUIT BREAKER DESIGN | 3,4,5 CIRCUIT BREAKER DESIGN | 6,7,8,9 CIRCUIT BREAKER DESIGN |
| Functions | + Compensation
+ Outgoing feeder |
+ Reliably protect people and plants
+ System has three mode Auto-Off-Man + When electrical power from transformer have problem, ATS will auto transfer to generator, when electrical power from transformer is ok, ATS will auto transfer electrical power from generator to tranformer |
+ Comprehensive protection of people and plants against damage through fire, electric shock, lightning, or overvoltage
+ High level of personal and plant safety + Outgoing feeder supply to distributions panel |
| Special features | Including ACB, MCCB, Contactor and capacity, Power Factor Regulator | Including ACB and measuring equipment PM, protection equipment as is Surge Arrestor, over-under voltage relay (O/UV) over current earth fault relay (OC/EF)
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Including ACB and measuring equipment PM, protection equipment as is Surge Arrestor, over-under voltage relay (O/UV) over current earth fault relay (OC/EF) El |
| Communication capabilities | + Supports all common communication options: transparency of switching states and energy flows
+ Early fault detection thanks to connection to higher-level control systems |
+ Supports all common communication options: transparency of switching states and energy flows
+ Early fault detection thanks to connection to higher-level control systems |
Simple integration of low-voltage power distribution components
| MOUNTING DESIGN | CIRCUIT BREAKER DESIGN | CIRCUIT BREAKER DESIGN |
| Functions | + Reliably protect people and plants
+ Precise and reliable recording of energy values for supply, electric feeders, and individual loads + Reliably protect people and plants + Safe and rapid switch-off to protect against overloads and short circuits |
Comprehensive protection of people and plants against damage through fire, electric shock, lightning, or overvoltage |
| Special features | + Variable busbar positions at the top up to 6300A
+ Optimal connection conditions in busbar connection compartment
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+ The multi-profile bar allows for the simple assembly of modular installation devices
+ Boards for reactive power compensation with design verification according to IEC 61439-1&2 reduce transmission lossets + Overview of power distribution, thanks to a standardized labeling system for sections and feeders |
