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Demo Presentation

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Basic Parts of TAU SystemFIRMWARE

Is the software running inside the inverter

Is programmed once at production time

One covers many possible applications

One manages all available inverters

CONFIGURATIONInverter actions depend on the configurationsetup

Is stored inside the inverter Done by the customer

INVERTERCan drive one or two AC motors

Available indifferent ratings (voltage and currents)

GUIPC application for configuration change

Friendly setup of a new application

Easy troubleshooting

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Main FeatureTAU GENERATION TECHNOLOGY

Thought formaintenance

PowerfulFriendly & Easy

Flexible

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Tau System FlexibilityFlexible assignment and configuration of all Inputs and of all Outputs (relays, fans, negative brake,..) in relation to the control variable (input pins, temperature of motors or inverters, working conditions)

The connector mapping is visible in the GUI for easy troubleshooting

Graphical setup of throttle’s transfer characteristics of almost all types inthe market

Auto-set of motor control parameter for easy and quick motor tuningbased on IEEE Standard AC Motor Mode

Capability of building complex distributed control systems over CANopendata bus

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Friendly and Easy to useSmoothly operable by not skilled peopleSignificant reduction of time-to-system startupSignificant reduction of time-to-market of your applicationPowerful logging of all sensible working variables

System is fully configurable simply through the supplied GUI.

The inverter behaviour is safe in every allowed configuration and the parameter change process is made friendly and easy to understand.

GUI

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THOUGHT for MAINTENANCEGUI designed for EASY APPLICATION SUPPORT

Friendly system setupEasy fault finding and solvingClear fault descriptionPowerful and configurable data loggerComplete product tracking of factory’s data and inverter’s life GUI

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Powerful Control SystemsState-of-the-artMotor ControlFeatures

Support for CAN OPEN and J1939 networks and for BMS applications

Advanced Torque Control and Speed Control simply selectable via GUI

Accurate differential control of Twin Drive Motors, quickly set via GUI

Precise battery current estimation for Advanced State Of Charge (SOC) algoritm

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Cleaning Cleaning Machines

Air Platform Scissor and Aerial Lifts

Electric vehicle Electric Scooter and Karts Golf and Small City Cars Generic Electric Vehicle and UTV

Lawn mower Lawn Mower Machines

Ground support equipment Tractors Single Drive and Twin Drive Tow Tractors with advanced differential control of drive

Hybrid system Traction and/or Generator Hybrid System

Hydraulic pump Hydraulic Pump Systems

Fans drive Air Compressors Fans Drive Systems

Material handling Counterbalanced Single and Twin Drive Lift Trucks with advanced differential control of drive Order Picking Trucks

Applications covered by

standardproducts

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Applications covered by

standardproducts

For any not covered application (STANDALONE, MASTER or

NOT GENERIC SLAVE)

SME engineers are at disposal for developing a custom product.

Roadmapto the future

Generic Slave AC

Control of all kinds of PM Motors and itsintegration in the TAU SYSTEM

Inverter driving AC motor/s, acting as Slave in a CAN network with PC/PLC as Master

On RequestNonStandardApplications