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General| Mounting | DIN rail mounting |
|---|---|
| Power Supply | 24 V DC |
| Protection Class | IP20 |
| Storage Temperature | -40°C to +70°C |
| Relative Humidity | 5% to 95% (non-condensing) |
| Communication Protocol | PROFINET, PROFIBUS |
| Digital Inputs | Available (varies by module) |
| Digital Outputs | Available (varies by module) |
| Analog Inputs | Available (varies by module) |
| Analog Outputs | Available (varies by module) |
Details configuration, installation, wiring, and commissioning of the ET 200SP system.
Provides compact description of module-specific info: properties, wiring diagrams, and technical specifications.
Offers detailed descriptions on general topics for the ET 200SP system, including diagnostics and communication.
Details the technical properties of the TM Pulse 2x24V module, including channels, output current, and interfaces.
Explains the different operating modes supported by the technology module, such as Pulse output and PWM.
Provides terminal assignments for the BaseUnit and schematic circuit diagrams for wiring the module.
Details the function, output sequence, pulse duration, and configuration for single pulse output mode.
Explains PWM mode function, duty cycle, period duration, dithering, and current control.
Covers pulse train mode function, number of pulses, duty cycle, and period duration settings.
Describes the On/Off delay mode function, including input delay, output sequence, and retriggering.
Details the frequency output mode function, frequency setting, accuracy, and high-speed output.
Explains PWM control for DC motors, duty cycle, period duration, and direction control.
Describes parallel channel connection for increased output current and its specific configuration.
Explains direct control of digital outputs via user program or module, bypassing standard sequences.
Provides detailed explanations for various module parameters like operating mode, diagnostics, and input delay.
Covers handling of SLOT parameters for changing setpoints, including one-time and cyclic changes.
Explains the meaning of LED displays on the module for status and error indication.
Details possible diagnostic interrupts, their causes, and reactions to diagnostic events.
Details the structure and assignment of parameter data record 128 for different operating modes.
Explains parameter validation errors, error codes, and solutions when using WRREC instruction.
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