Lenze i550
Manuals and User Guides for Lenze i550. We found 44 manuals for free downloads Commissioning Manual, Owner's manual, Operating instructions, Mounting Instruction
Below you will find brief information for inverter i550. The Lenze i550 inverter is a versatile device that can be used in a variety of applications. It supports different fieldbus protocols such as EtherCAT, PROFINET and EtherNet/IP, providing flexibility in integration with various control systems. This manual outlines the steps required for commissioning these fieldbus protocols with the i550 inverter series.
Key Features
Supports PROFINET, EtherCAT and EtherNet/IP fieldbuses
Enables network control mode for drive operation
Offers predefined and configurable drive profiles for different protocols
Provides diagnostics and error reaction capabilities
Utilizes rotary selector for device identification
Allows configuration via Easy Starter software
Supports both fixed-address and auto-increment addressing for EtherCAT
Features status LED indicators for network status and diagnostics
Comes with a GSDML file for easy integration into PLC systems
Offers predefined and configurable control words and status words for different protocols
Pages: 80 Lenze i550 Commissioning Manual
Brand: Lenze Category: Networking Size: 6 MB
Languages: English
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Frequently Answers and Questions
How can I enable network control mode for the i550 inverter?
To enable network control mode, set parameter 0x2631:37 (P400:37) "Network enable" to "TRUE" [1]
What protocols does the i550 inverter support?
The i550 inverter supports PROFINET, EtherCAT, and EtherNet/IP fieldbus protocols.
How can I configure the device identifier for EtherCAT?
You can configure the device identifier either by using the rotary switch or by setting parameter 0x2361:4 (P510:4) if the rotary switch is set to 0.
Questions & Answers
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What are the default PROFINET process data configurations for the drive?
The default network input data (PLC to Drive) includes the Lenze control word, network frequency setpoint, and selectable OUT-data. The default network output data (Drive to PLC) includes the Lenze status word, actual speed, and actual motor current.
How to enable network control mode on the inverter?
To enable network control mode, set the 'Network enable' parameter (0x2631:37 or P400:37) to 'TRUE' or map it to a digital input. Once active, functions like Run/Stop are controlled via the network, and the network can be selected as the setpoint source.
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How to view the error history on a Lenze i550 inverter using a Keypad module?
To view the error history, use the built-in diagnostic function of the inverter. Navigate the Keypad menu to access the error history buffer or the logbook where recent error states are stored.
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How to access the error history on the i500 or i550 inverter?
The error history can be accessed through three methods: 1) using the control keypad directly on the device, 2) using the "EASY Starter" engineering software, or 3) using the SMART Keypad App (which requires a WLAN module installed on the inverter).
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How to set and parameterize the i550 inverter?
The i550 inverter can be configured using the Keypad for main parameters, the 'EASY Starter' engineering tool for detailed functions like brake control, or the SMART Keypad App via a WLAN module for diagnostics and settings.
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What does error code 3222 indicate?
The error code 3222 indicates that the DC-bus voltage is too low for switch-on. Possible remedies include checking the mains voltage, fuses, and mains settings.
Which parameter is used for voltage settings?
The parameter P208.01 is used for voltage settings. This parameter allows selection of the mains voltage for actuating the inverter, with options including 230 Veff, 400 Veff, 480 Veff, and 120 Veff.
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What does error code 3222 indicate, and what are some potential solutions?
Error code 3222 indicates that the DC-bus voltage is too low for switch-on. Possible remedies include checking mains voltage, fuses, and mains settings.
Which parameter is used to configure the mains voltage settings for the inverter?
The parameter P208.01 is used for voltage settings, allowing selection of the mains voltage for actuating the inverter. The options include 230 Veff, 400 Veff, 480 Veff, and 120 Veff.
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Where can the heat sink temperature be monitored?
The heat sink temperature can be checked in parameter P117.01.
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What happens when there is a DC Bus over voltage?
An overvoltage in the DC bus of the inverter can trigger a "Fault" response if the DC-bus voltage exceeds the overvoltage error threshold. The motor does not restart automatically after the overvoltage monitoring function has been activated.
Motor is running slowly with V/f control.
Check the motor's voltage, frequency, and power settings. Ensure the setpoint frequency is correct and adjust Voltage Boost and Slip Compensation parameters for optimal low-speed performance.
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What are the specifications of the product identified by the code I55AE125B10010000S?
Based on the identification chart, the product code I55AE125B10010000S corresponds to an i550 cabinet frequency inverter, Generation 1, with a 3-phase mains connection of 400 V / 480 V. It has a rated power of 0.25 kW, integrated functional safety (Basic Safety - STO), an integrated RFI filter, default parameter setting for Region EU (50Hz networks), and Standard I/O without network.
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What is the default password for the WLAN module?
The default password for the WLAN module is password.
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