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General| Product Category | Inverter |
|---|---|
| Series | i700 |
| Protection Class | IP20 |
| Frequency Range | 0 to 599 Hz |
| Control Type | Vector control |
| Communication Interfaces | EtherCAT, CANopen |
| Safety | STO (Safe Torque Off), SS1 (Safe Stop 1) |
| Overload Capacity | 200% for 3 seconds |
| Protection Features | Overvoltage, Undervoltage, Overcurrent, Overtemperature |
| Ambient Temperature | -10°C to +50°C |
| Voltage | 400 V |
| Input Voltage | 3-phase AC |
Provides details on revisions and updates to the manual, including version numbers and dates.
Explains the conventions used in the documentation for clarity, including text, icons, and formatting.
Defines terms and abbreviations used throughout the manual for consistent understanding.
Details pictographs and signal words used to indicate dangers and important information.
Provides essential safety measures and guidelines for the safe installation and operation of Lenze controllers.
Outlines safety recommendations for Lenze motors, including intended use, transport, storage, and installation.
Identifies potential residual hazards during operation and maintenance, and outlines protective measures.
Compares features of Power supply modules, Single axis modules, and Double axis modules.
Illustrates and lists connections and elements for supply and axis modules.
Explains the nameplate components and warning symbols on the controller for identification.
Details the structure and meaning of the product key for ordering and identifying configurations.
Covers conformity, approvals, and protection of persons and devices for the i700 series.
Provides rated data for components, including supply voltage, DC bus, modules, and overcurrent.
Explains conditions for operating modules with currents exceeding the rated current.
Illustrates and lists terminal connections and elements for supply and axis modules.
Highlights crucial notes for mechanical installation, including mounting orientation and clearances.
Provides recommendations for drilling mounting holes, including screw types and tightening torque.
Presents dimensional data for devices in standard built-in, cold plate, and push-through designs.
Provides notes on mounting push-through devices to manage heat dissipation and improve reliability.
Highlights crucial notes for electrical installation, including ESD protection and hazardous voltage warnings.
Provides UL/CSA specific safety instructions for wire types, temperature, fuses, and branch circuit protection.
Covers EMC installation requirements, including cable design, shielding, mains connection, and motor cables.
Explains measures required for operating drives in IT systems, focusing on EMC filter separation.
Details preparations for electrical connections, including PE conductor and DC bus connections.
References detailed information on power supply modules, including rated data and assignment.
References detailed information on axis modules, including rated data and assignment.
Introduces DC-bus operation and refers to definitions in 'About this documentation'.
Specifies voltage, feeding points, and other conditions for reliable DC-bus operation.
Describes DC-bus configurations using one or multiple power supply modules, including regenerative options.
Provides rated data for DC-bus operation, including general data, DC-supply power, and DC-power requirements.
Guides on dimensioning drive networks using DSD software, power distribution, and requirement calculations.
Discusses basic considerations for braking operation, including managing regenerative energy and brake chopper functions.
Details EMC compliance for DC-bus operation, covering categories C3 and C2, and filter assignments.
Provides a checklist for pre-commissioning checks to prevent hazards and damage.
Refers to the manual for controller-based automation and EtherCAT communication for quick commissioning.
Explains diagnostics for supply and axis modules, including status messages and error codes.
Details LED status indicators for supply modules, axis modules, and EtherCAT communication.
Introduces functional safety and drive-based safety measures for protecting persons and optimizing functions.
Provides critical notes on application, hazards, risk analysis, standards, and mission time for safety systems.
Details the process for checking and proving operability of safety functions, including periodic inspections.
Lists test fundamentals and standards used for certifying the integrated safety system.
Covers basic principles for passive and active safety sensors, including wiring and monitoring requirements.
Details the Safe Torque Off (STO) function, its mode of operation, technical data, and electrical installation.
Lists coordinated accessories for the i700 series, including chokes, filters, power supply units, and terminals.
Describes mains chokes for damping harmonic interferences and their assignment to power supply modules.
Explains the advantages of RFI and mains filters for EMC compliance and controller service life.
Lists external brake resistors and their specifications, including resistance and continuous power.
Presents available external power supply units for providing a 24-V supply to control electronics.
Lists coordinated terminal accessory kits assigned to i700 servo inverter devices.
Describes the DC terminal for DC bus connection and its features.
Presents mounting frames for stabilizing and sealing cutouts in push-through technique.
Details accessories and procedures for mounting cable shields for EMC compliance.
Provides a comprehensive index of terms, topics, and page numbers for easy navigation.
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