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MC X

The MC X inverter series are Cognitio Elektronika high voltage controllers for AC motors. High performance and power levels ranging from 10kW to over 200kW are intended for high integration into systems of different uses, from auxiliary systems such as pumps, compressors and air conditioners, to powertrain of electric vehicles. Cognitio Elektronika MC X inverters are among the most compact inverters in the world, small dimensions and high power density. They are distinguished by the compactness, robustness, high integration, reliability and cost-effectiveness.

Completely designed and manufactured in Cognitio Elektronika, they arrive with our advanced and efficient motor control algorithms that adapt to the most demanding purposes.

It is important to note that, apart from the inverters of the specified power, Cognitio Elektronika develops and produces inverters according to customers needs and orders, of all required power and voltage levels.

TECHNICAL SPECIFICATION

MC 10





Motor type:




Supply voltage:


Current:


Continuous power:



Logic voltage supply:


Temperature range:


Communication:


Inputs, outputs:


Position sensor:








• Synchronous AC motor with permanent magnets
• Induction AC motor


400 V DC max.


35 A RMS (depends on cooling)


10 kW (depends on cooling and client's needs)


12 V or 24 V


On request


CAN (or by order)


On request


• Resolver
• Incremental encoder
• Magnetic position sensor









MC 15




Motor type:




Supply voltage:


Current:


Continuous power:


Logic voltage supply:


Temperature range:


Communication:


Inputs, outputs:


Position sensor:







• Synchronous AC motor with permanent magnets
• Induction AC motor


400 V or 750 V DC max.


35 A (400 V DC) or 25 A (750 V DC) RMS (depends on cooling)

15 kW (depends on cooling and client's needs)

12 V or 24 V


On request


CAN (or by order)


I/O expander (eg. RS-232, RS-485, Ethernet, USB etc.)

• Resolver
• Incremental encoder
• Magnetic position sensor








MC 30/60




Motor type:




Supply voltage:



Current:


Continuous power:



Logic voltage supply:


Temperature range:


Communication:



Position sensor:







• Synchronous AC motor with permanent magnets
• Induction AC motor


400 V DC max. (MC 30) or 800 V DC max. (MC 60)


80 A RMS (depends on cooling)


30 kW or 60 kW (depends on cooling and client's needs)


12 V or 24 V


On request


CAN (the protocol is a CEMC-CAN matrix or the client may specify an alternative protocol)

• Resolver
• Incremental encoder
• Magnetic position sensor








MC 40




Motor type:




Supply voltage:


Current:


Continuous power:


Logic voltage supply:


Temperature range:


Communication:


Inputs, outputs:


Position sensor:







• Synchronous AC motor with permanent magnets
• Induction AC motor


370 V DC max.


180 A RMS (depends on cooling)


40 kW (depends on cooling and client's needs)

12 V or 24 V


On request


2x CAN (or by order)


I/O expander (eg. RS-232, RS-485, Ethernet, USB etc.)

• Resolver
• Incremental encoder
• Magnetic position sensor








MC 100/200




Vrsta Motor type:




Supply voltage:


Current:




Continuous power:



Logic voltage supply:


Temperature range:


Communication:


Inputs, outputs:


Position sensor:







• Synchronous AC motor with permanent magnets
• Induction AC motor


700 V DC max.


200 A RMS za MC 100 (depends on cooling)
350 A RMS za MC 200 (depends on cooling)

100 kW or 200 kW (depends on cooling and client's needs)


12 V or 24 V


On request


2x CAN (or by order)


I/O expander (eg. RS-232, RS-485, Ethernet, USB etc.)

• Resolver
• Incremental encoder
• Magnetic position sensor








CHARACTERISTICS

These characteristics apply to basic models. The basic model can be tailored to the needs of the client. Adaptation refers to physical design including even housing, electrical functionality and control algorithm. Also, the cooling is adjusted depending on the customer’s use of inverter.

MC X inverters, where X is the power of the inverter in kW, are currently available for production in the following versions:

MC 10


• Designed for controlling actuators, auxiliary electrical systems etc.
• Compact with high integration capabilities
• Small number of components
• Dynamic braking via external resistor
• High-precision current hall sensor














MC 15


• Designed for auxiliary systems and power transformer systems in electric vehicles etc.
• Compact with high integration capabilities
• Components with the automotive mark
• Dynamic braking via external resistor
• High-precision current hall sensor
• Advanced self-protection
• Self diagnosis
• Electronic circuit for overcurrent protection
• Programmable resolver amplitude








MC 30/60


• Designed to meet high performance and security requirements of electric vehicles
• Choice of 30 kW or 60 kW power, depending on the IGBT module and the client’s needs
• Compact design and at the very top of the industry by the power density
• Very cost effective
• Suitable for drive integrators and vehicle development
• High performance DSP
• High protection design
• Advanced self-protection
• Electronic circuit for overcurrent protection









MC 40


• Designed for high performance electric vehicles powertrain and safety requirements
• Compact design of high power density, high cost-effectiveness
• High performance DSP
• High protection design
• Designed for ISO26262 compliance
• Redundant A/D converter for analogue signals
• Redundant DSP with 2 cores
• Advanced self-protection
• Self diagnosis
• Electronic circuit for overcurrent protection
• Programmable resolver amplitude
• 2-channel CANbus
• Only one PCB






MC 100/200


• Cognitio Elektronika inverters flagship
• Designed for high-performance electric vehicles, high security requirements and high power
• Choice of power of 100 kW or 200 kW, depending on the IGBT module and the client’s needs
• Compact design at the very top of the market by the power density
• High performance DSP
• High protection design
• Designed for ISO26262 compliance
• Redundant A/D converter for analogue signals
• Redundant DSP with 2 cores
• Advanced self-protection
• Self diagnosis
• Electronic circuit for overcurrent protection
• Programmable resolver amplitude
• 2-channel CANbus

Inquire for MC X