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General| Category | Servo Drives |
|---|---|
| Model | FDS 5022 |
| Protection Class | IP20 |
| Input Voltage | 3 x 400-480 V AC |
| Communication Interface | CANopen |
| Series | POSIDRIVE |
| Control Mode | Vector Control |
Covers the process of installing the inverter and its components.
Details on how to connect the inverter and its accessories.
Defines the intended use of the inverters as per DIN EN 50178.
Discusses the necessity of risk assessment according to Machine Directive 06/42/EC.
Details ambient conditions for inverter operation, including interference and network type.
Specifies the required qualifications for personnel performing tasks with the devices.
Outlines safety precautions and requirements for installation and electrical connections.
Details safety rules and prohibitions during commissioning, operation, and service.
Lists specific requirements and considerations for operating the inverters under UL conditions.
Explains the meaning of NOTICE, CAUTION!, WARNING!, and DANGER! symbols.
Provides general information about the inverters.
Details environmental conditions for transportation, storage, and operation.
Presents detailed electrical specifications for the inverters.
Electrical data for Size 0 inverters.
Electrical data for Size 1 inverters.
Explains how switching frequency affects output current (derating).
Provides dimensional information for the inverters.
Details brake resistors for the FDS 5xxx series.
Specifics for FZM and FZMU brake resistors.
Details VHPR brake resistors and their assignment to inverters.
Information on RB 5000 bottom brake resistors.
Details brake resistors for the FDS 5xxxA series.
Specifics for FZMU and FZZMU brake resistors.
Details GVADU and GBADU brake resistors.
Information on RB 5000 bottom brake resistors.
Discusses output derating and related warnings.
Derating curves for output derater TEP3720-0ES41.
Derating curves for output derater 4EP3820-0CS41.
Instructions for installing the inverter within a control cabinet.
Specifies minimum clearance dimensions for air circulation around the inverter.
Steps for installing a submounting brake resistor.
Instructions for installing EMC shroud or brake module.
Steps to install the LEA 5000 terminal extension accessory.
Instructions for installing fieldbus accessories.
Steps for installing ECS 5000 or PN 5000.
Provides a diagram and list of all device terminals and their functions.
General recommendations for EMC-suitable installation and cable shielding.
Terminal description and connection data for 230V/400V power.
Specifies recommended and UL-compliant line fuses for inverter protection.
Discusses the use and selection of Residual Current Devices (RCDs).
Instructions for correctly connecting the protective earth to ground the housing.
Terminal description and connection guidelines for the 24V power supply.
Describes the terminal for enable signal and relay 1 function.
Terminal description for motor connection and cable length guidelines.
Details the terminal for the ASP 5001 safety function.
Describes terminals for motor temperature sensors and holding brakes.
Terminal description and connection example for external braking resistors.
Explains DC link coupling for regenerative drives and safety precautions.
Shows the principal circuit diagram for DC link coupling configurations.
Table showing possible combinations for DC link connection.
Information on fuses for DC link protection and their installation.
Terminal descriptions for analog and binary signals.
Information on connecting encoders, including specifications and calculation example.
Terminal description for encoder connection (X4).
How to simulate encoder signals using binary inputs/outputs.
Introduction to fieldbus communication.
Terminal description for CANopen communication.
Terminal description for PROFIBUS communication.
Outlines the licensing and usage rights for the POSITool software.
Guides the user through creating a new project using the assistant.
Explains the parameter list and how to view and edit parameters.
Describes the configuration screen and block linking for programming.
Step-by-step instructions to adjust the inverter's IP address.
Guides on how to establish a direct connection between PC and inverter.
Explains the fault memory, its contents, and how it's managed.
Describes how to use the free parameter list for monitoring and changing parameters.
Explains the Scope function for recording parameter trends.
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