Inverters

BFI M inverters are inverters made in the form of a 19" module . They are suitable for installation in 19" industrial cabinets. Inverters operate in an on-line system. Capacity systems up to 10kVA. The inverter can be madeas a version with an electronic bypass. Due to the nature of the output voltage, inverters can be divided into single-phase. Systems can be supplied with different DC voltages.

BFI MC inverters are inverters made in the form of a 19" module . They are suitable for installation in 19" industrial cabinets. Inverters operate in an on-line system. Capacity systems up to 10kVA. The inverter can be made with an electronic bypass version. The system has a SAN 8 Automatic Surveillance System. Due to the nature of the output voltage, inverters can be divided into single-phase. Systems can be supplied with different DC voltages.

Compact wall mounted (CW) inverters are fixed to the wall using brackets attached to the unit. In spite of their small size and simple structure, the systems are characterized by full functionality and meet the high demands regarding the quality of the voltage generated. Inverters operate in an on-line system. Capacity systems up to 10kVA. The inverter can be made in a version with an electronic and/or repair bypass. The system has a SAN 8 Automatic Surveillance System. Due to the nature of the output voltage, inverters can be divided into single or three phase. Systems can be supplied with different DC voltages.

Freestanding compact inverters (CS) are provided with a base secured to the floor. In spite of their small size and simple structure, the systems are characterized by full functionality and meet the high demands regarding the quality of the voltage generated. Inverters operate in an on-line system. Capacity systems up to 10kVA. The inverter can be made in a version with an electronic and/or repair bypass. The system has a SAN 8 Automatic Surveillance System. Due to the nature of the output voltage, inverters can be divided into single or three phase. Systems can be supplied with different DC voltages.

Built-in inverters in a rack (BFI MS type) are dedicated to operate in facilities that require high reliability and quality of electrical parameters. They can be constructed from modules or, for higher power, as a free installation in a rack. The systems operate in the primary on-line configuration. The extensive possibilities for configuring and adapting these systems make them some of the most versatile and popular. The system has a SAN 8 Automatic Surveillance System. Due to the nature of the output voltage, inverters can be divided into single or three phase. Systems can be supplied with different DC voltages.

High power inverters and BFI MS inverters in a version with improved system performance. Built-in inverters in a rack (BFI MS HC type) are dedicated to operate in facilities that require high reliability and quality of electrical parameters. Overload and short-circuit tripping parameters that are much higher than the standard provide selectivity in protecting switching stations powered by the inverter. The systems operate in the primary on-line configuration. Due to the nature of the output voltage, inverters can be divided into single or three phase. Systems can be supplied with different DC voltages.

• Perfectly sinusoidal output voltage
• Ability to work with inductive and capacitive load - cos ϕ ranging from -1 to 1
• Transfer time to battery = 0 ms - operating in on-line mode
• High stability of output voltage and frequency
• Construction of the module type
• High short-circuit current (high selectivity of tripping)
• Immunity to interference
• Remote alarm signalling - potential-free relay contacts

• Perfectly sinusoidal output voltage
• Ability to work with inductive and capacitive load - cos ϕ ranging from -1 to 1
• Transfer time to battery = 0 ms - operating in on-line mode
• High stability of output voltage and frequency
• Construction of the module type
• High short-circuit current (high selectivity of tripping)
• Immunity to interference
• Remote alarm signalling - potential-free relay contacts
• SAN 8 surveillance system
• Archiving of data and event buffer

• Perfectly sinusoidal output voltage
• Ability to work with inductive and capacitive load - cos ϕ ranging from -1 to 1
• Transfer time to battery = 0 ms - operating in on-line mode
• High stability of output voltage and frequency
• Suspended compact type construction
• High short-circuit current (high selectivity of tripping)
• Immunity to interference
• Remote alarm signalling - potential-free relay contacts
• SAN 8 surveillance system
• Archiving of data and event buffer

• Perfectly sinusoidal output voltage
• Ability to work with inductive and capacitive load - cos ϕ ranging from -1 to 1
• Transfer time to battery = 0 ms - operating in on-line mode
• High stability of output voltage and frequency
• Freestanding compact type construction
• High short-circuit current (high selectivity of tripping)
• Immunity to interference
• Remote alarm signalling - potential-free relay contacts
• SAN 8 surveillance system
• Archiving of data and event buffer

• Perfectly sinusoidal output voltage
• Possibility of 100% unbalanced load (for three-phase inverters)
• Ability to work with inductive and capacitive load - cos ϕ ranging from -1 to 1
• Transfer time to battery = 0 ms - operating in on-line mode
• High stability of output voltage and frequency
• High overload capacity
• High short-circuit current
• High crest factor - 6:1
• Construction: A cabinet with modules or free installation in cabinet
• Immunity to interference
• Remote alarm signalling - potential-free relay contacts
• SAN 8 surveillance system
• Archiving of data and event buffer

• Perfectly sinusoidal output voltage
• Possibility of 100% unbalanced load (for three-phase inverters)
• Ability to work with inductive and capacitive load - cos phi ranging from -1 to 1
• Transfer time to battery = 0 ms - operating in on-line mode
• High stability of output voltage and frequency
• High overload capacity
• High short-circuit current
• High crest factor - 6:1
• Construction: A cabinet with modules or free installation in cabinet
• Immunity to interference
• Remote alarm signalling - potential-free relay contacts
• SAN 8 surveillance system
• Archiving of data and event buffer

HPI M frequency converters are converters made in the form of a 19" module . They are suitable for installation in 19" industrial cabinets. Capacity systems up to 10kVA. The converters can be divided into single or three phase according to the nature of the output voltage. Systems can additionally be supplied with different DC voltages.

HPI MC frequency converters are converters made in the form of a 19" module . They are suitable for installation in 19" industrial cabinets. Capacity systems up to 10kVA. The system has a SAN 8 Automatic Surveillance System. The converters can be divided into single or three phase according to the nature of the output voltage. Systems can additionally be supplied with different DC voltages.

Compact wall mounted (CW) converters are fixed to the wall using brackets attached to the unit. In spite of their small size and simple structure, the systems are characterized by full functionality and meet the high demands regarding the quality of the voltage generated. Capacity systems up to 10kVA. The system has a SAN 8 Automatic Surveillance System. The converters can be divided into single or three phase according to the nature of the output voltage. Systems can additionally be supplied with different DC voltages.

Compact standing frequency converters (CS) are fixed to the ground with a base. In spite of their small size and simple structure, the systems are characterized by full functionality and meet the high demands regarding the quality of the voltage generated. Capacity systems up to 10kVA. The system has a SAN 8 Automatic Surveillance System. The converters can be divided into single or three phase according to the nature of the output voltage. Systems can additionally be supplied with different DC voltages.

Built-in rack (HPI MS type) frequency converters are designed to operate in facilities that require high reliability and quality power with electrical parameters different from the mains voltage. They can be constructed from modules or, for higher power, as a free installation in a rack. Capacity of systems up to 250kVA. The system has a SAN 8 Automatic Surveillance System. The converters can be divided into single or three phase according to the nature of the output voltage.

High power frequency converters produced with improved system parameters. Built-in rack (HPI MS HC type) frequency inverters are designed to operate in facilities that require high reliability and power with electrical parameters different from the mains voltage. Overload and short-circuit tripping parameters which are much higher than the standard provide selectivity in protecting switching stations powered by the inverter. Capacity of systems up to 250kVA. The system has a SAN 8 Automatic Surveillance System. The converters can be divided into single or three phase according to the nature of the output voltage. Systems can additionally be supplied with different DC voltages.

• Perfectly sinusoidal output voltage
• Ability to work with inductive and capacitive load - cos ϕ ranging from -1 to 1
• High stability of output voltage and frequency
• Construction of the module type
• High short-circuit current (high selectivity of tripping)
• Immunity to interference
• Remote alarm signalling - potential-free relay contacts

• Perfectly sinusoidal output voltage
• Ability to work with inductive and capacitive load - cos ϕ ranging from -1 to 1
• High stability of output voltage and frequency
• Construction of the module type
• High short-circuit current (high selectivity of tripping)
• Immunity to interference
• Remote alarm signalling - potential-free relay contacts
• SAN 8 surveillance system
• Archiving of data and event buffer

• Perfectly sinusoidal output voltage
• Ability to work with inductive and capacitive load - cos ϕ ranging from -1 to 1
• High stability of output voltage and frequency
• Construction of compact suspension type
• High short-circuit current (high selectivity of tripping)
• Immunity to interference
• Remote alarm signalling - potential-free relay contacts
• SAN 8 surveillance system
• Archiving of data and event buffer

• Perfectly sinusoidal output voltage
• Ability to work with inductive and capacitive load - cos ϕ ranging from -1 to 1
• High stability of output voltage and frequency
• Construction of compact standing type
• High short-circuit current (high selectivity of tripping)
• Immunity to interference
• Remote alarm signalling - potential-free relay contacts
• SAN 8 surveillance system
• Archiving of data and event buffer

• Perfectly sinusoidal output voltage
• Possibility of 100% unbalanced load (for three-phase inverters)
• Ability to work with inductive and capacitive load - cos ϕ ranging from -1 to 1
• High stability of output voltage and frequency
• Construction: A cabinet with modules or free installation in cabinet
• High short-circuit current (high selectivity of tripping)
• Immunity to interference
• Remote alarm signalling - potential-free relay contacts
• SAN 8 surveillance system
• Archiving of data and event buffer

• Perfectly sinusoidal output voltage
• Possibility of 100% unbalanced load (for three-phase inverters)
• Ability to work with inductive and capacitive load - cos ϕ ranging from -1 to 1
• High stability of output voltage and frequency
• High overload capacity
• High short-circuit current
• High crest factor - 6:1
• Construction: A cabinet with modules or free installation in cabinet
• Immunity to interference
• Remote alarm signalling - potential-free relay contacts
• SAN 8 surveillance system
• Archiving of data and event buffer

• Perfectly sinusoidal output voltage
• Possibility of 100% unbalanced load (for three-phase inverters)
• Ability to work with inductive and capacitive load - cos phi ranging from -1 to 1
• High stability of output voltage and frequency
• High overload capacity
• High short-circuit current
• High crest factor - 6:1
• Construction: A cabinet with modules or free installation in cabinet
• Immunity to interference
• Remote alarm signalling - potential-free relay contacts
• SAN 8 surveillance system
• Archiving of data and event buffer

EKO M photovoltaic inverters are made in the form of 19" modules. They are suitable for installation in 19" industrial cabinets. Capacity systems up to 10kVA.

• Perfectly output sinusoidal voltage
• Reactive power compensation capability
• Automatic switch-off in the event of mains failure
• Ability to work in islanding mode - in the event of mains failure
• Construction of the module type
• Immunity to interference
• Remote alarm signalling - potential-free relay contacts