Transcription of Brake Resistor Design Guide Contents
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Brake Resistor Design Guide Contents
Contents1 How to Read this Design Guide3 How to Read this Design Guide3 Abbreviations42 Safety and Conformity5 Safety Precautions5CE Conformity and Labelling53 Introduction7 Description of the Brake System74 How to Choose a Brake Resistor9 Flat Packs9 Wire Wound95 Brake Resistor Overview11 Wire Wound11 Abbreviations for the Tables11 VLT AutomationDrive 10%11 VLT AutomationDrive 40%16 VLT HVAC Drive 10%21 VLT HVAC Drive 40%24 VLT AQUA Drive 10% Duty Cycle27 VLT AQUA Drive 40% Duty Cycle29 VLT 2800 40% Duty Cycle32 VLT FCD300 40% Duty Cycle32 Flat Packs33 Abbreviations for the Tables33 VLT AutomationDrive33 VLT HVAC Drive35 VLT AQUA Drive366 Application Examples37 Examples37 Example 1 - Conveyor Belt37 Example 2 - Centrifuge38 Continuous Braking397 Calculation of the Brake Resistor41 Brake Setup41 Calculation of Brake Resistor Values41 Calculation of Braking Power43 Brake Resistor Design - VLT is a registered Danfoss trademark1 Calculation of the Brake Resistor Peak Power43 Calculation of the Brake Resistor Average Power44 Braking of Inertia458 Installation47
Contents 1 How to Read this Design Guide 3 How to Read this Design Guide 3 Abbreviations 4 2 Safety and Conformity 5 Safety Precautions 5 CE …
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