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General| Category | I/O Systems |
|---|---|
| Manufacturer | Lenze |
| Series | 1000 |
| Protection class | IP20 |
| Supply voltage | 24 VDC |
| Communication | CANopen |
| Number of digital inputs | Up to 16 |
| Number of digital outputs | Up to 16 |
| Number of analog inputs | Up to 8 |
| Number of analog outputs | Up to 4 |
| Operating temperature | 0°C to +55°C |
Details revisions and versions of the documentation, including dates and key changes.
Explains typographical and symbolic conventions used throughout the documentation for clarity.
Defines key terms and concepts related to the I/O system and its components.
Illustrates the hardware structure of the I/O system, including bus couplers and compound modules.
Lists and describes the different types of bus coupler modules supported by the I/O system.
Details the various I/O compound modules, including their type designation and process data.
Explains the time stamp function for digital I/O modules with a practical example.
Describes how to set up communication between the PC and the I/O system via the system bus.
Guides on how to represent the physical arrangement of I/O modules in the project.
Details the steps to configure the online connection and establish communication with the I/O system.
Explains how to set parameters for I/O compound modules using the Engineer software.
Provides instructions on how to physically connect the I/O system to the Lenze Controller.
Details the process of setting up communication between the PC and the controller via Ethernet.
Guides on how to represent the physical arrangement of I/O modules in the PLC Designer project.
Explains how to set parameters for I/O modules using the PLC Designer software.
Provides an overview of the CANopen protocol and its structure.
Explains the network management functions for controlling the CAN network status.
Details how process data (PDOs) are transmitted via the fieldbus.
Describes how parameter data (SDOs) are transmitted and accessed.
Explains how to parameterise digital inputs and outputs, including polarity settings.
Details parameter setting for various module types like analog I/Os, counters, and PWM.
Describes parameter data and conversion formulas for 2-channel analog inputs.
Details parameter data and conversion formulas for 4-channel analog inputs.
Explains parameter data and conversion for 2-channel analog inputs with 0/4-20 mA.
Details parameter data and conversion for 2-channel analog inputs with +/-10 V range.
Explains parameter data and conversion for 2-channel analog inputs with 0/4-20 mA.
Details parameter data and conversion for 4-channel analog outputs (0-10 V).
Explains parameter data and conversion for 2-channel analog outputs (0/4-20 mA).
Describes parameter data for 4(2) analog inputs for resistance measurement.
Details parameter data for 2 analog inputs specifically for thermocouple measurement.
Provides practical examples for commissioning counter modules.
Explains the evaluation of rotary transducer signals and pulse multiplication.
Details parameterization functions for a single 32-bit counter.
Details parameterization functions for a single 32-bit counter with 5 V DC.
Details parameterization functions for two 32-bit counters with 24 V DC.
Explains parameter settings for SSI encoder evaluation.
Details parameter data for digital inputs with time stamp functionality.
Explains parameter data for digital outputs with time stamp functionality.
Describes parameter data for digital outputs with PWM functionality.
Details parameter data for the RS232 interface.
Explains how to configure time monitoring for process data objects.
Describes how to configure the response of digital outputs during monitoring time.
Details how to configure the response of analog outputs during monitoring time.
Explains the structure and content of emergency telegrams for device errors.
Describes how to read out the unique hex values of connected modules.
Provides information on how to display the status of digital inputs.
Introduces PROFIBUS as an integrated communication system for industrial automation.
Covers device types (master/slave) and system configurations (mono/multi-master).
Explains bus access procedures like token passing and master-slave communication.
Details parameter settings for analog inputs and outputs, including conversion formulas.
Introduces DeviceNet as an open device net standard for industrial real-time systems.
Explains how to access I/O areas, parameters, and diagnostics via DeviceNet scanner.
Details parameter settings for analog inputs and outputs across various ranges.
Provides an overview of EtherCAT as an Ethernet-based fieldbus for industrial real-time systems.
Explains how parameter and process data are transferred between master and slaves.
Describes the transfer of parameter data via SDO channels and connection establishment.
Introduces Modbus TCP as a protocol for communication between master and slaves via Ethernet.
Explains access to I/O areas, parameters, and diagnostics via Modbus TCP.
Describes PROFINET as an industrial Ethernet standard and its performance features.
Explains access to I/O areas, parameter data, and diagnostic data under PROFINET.
Details the steps for hardware configuration and commissioning of a PROFINET system.
Covers parameter settings for analog inputs and outputs across various modules.
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