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General| Brand | SICK |
|---|---|
| Model | DT35 |
| Category | Accessories |
| Language | English |
Provides essential details on using the operating instructions and prerequisites for safe work.
Details warnings and tips symbols used in the instructions for clarity and safety.
Outlines the manufacturer's liability based on standards, regulations, and proper use.
Lists the included components and documentation provided with the distance sensor.
Refers to disposal procedures for the device and environmental considerations.
Specifies the devices' function as opto-electronic sensors for non-contact distance measurement.
Warns against using the sensors outside their intended purpose or in hazardous areas.
Defines the necessary qualifications for personnel working with the sensors for safe operation.
Explains the laser class 2 warning label and its implications for user safety.
Emphasizes observing safety notes to reduce health risks and avoid dangerous situations.
Describes the information found on the distance sensor's type label for identification.
Details the structure and meaning of the device's type code for product identification.
Illustrates and labels the physical components and indicators of the distance sensor.
Explains the operational modes and capabilities of the distance sensors.
Provides guidelines for proper transport to prevent damage to the distance sensor.
Outlines procedures for checking deliveries for completeness and transit damage.
Specifies the recommended conditions for storing the distance sensor to maintain its integrity.
Instructions for correctly aligning reflective tape for DL and DR sensor variants.
Details how to use the alignment aid for infrared models for precise positioning.
Highlights safety precautions related to supply voltage and working with live parts.
Emphasizes following instructions to prevent operational faults due to incorrect wiring.
Provides diagrams showing the pin assignments for connecting the distance sensor.
Explains the general process for teaching the sensor's operating points.
Details the procedure for setting a single switching point for the sensor.
Describes how to set two switching points to define a detection window.
Explains how to set the sensor based on background detection for switching output.
Guides users on how to adjust the analog output range for accurate measurements.
Allows minor adjustments to previously taught switching or analog points.
Explains how to set the sensor's operating speed, affecting performance parameters.
Details advanced settings and functions accessible via expert mode.
Describes how to perform teach-in operations using external signals via the MF input.
Covers the basic physical and communication parameters of the IO-Link interface.
Explains the structure and content of the process data exchanged via IO-Link.
Details specific output configurations and parameters available for SICK devices.
Covers performance-related settings and parameters unique to SICK sensors.
Lists specific teach functions and their parameters for SICK devices.
Describes SICK-specific configurations for process data structure and resolution.
Covers other miscellaneous settings and configurations specific to SICK devices.
Details commands for system operations like resetting to factory settings.
Configures an output to signal a warning based on the received signal level.
Allows setting time delays for switching output activation and deactivation.
Activates flashing LEDs and laser to easily locate the sensor in an installation.
Configures an output to signal alarms like weak signal or no measurement.
Adjusts the switching range center or analog range center to a new taught position.
Provides feedback on the success or failure of a teach operation via the switching output.
Explains how to convert device types for compatibility and access extended functions.
Enables measuring the duration for which an object remains in the sensor's detection range.
Provides instructions and warnings for cleaning the sensor's front screens to prevent damage.
Outlines routine maintenance tasks, such as checking housing and connections.
Provides detailed physical dimensions and component labels of the sensor.
Lists specifications related to the laser sender, class, output, and optics.
Details key performance metrics like measuring range, resolution, repeatability, and accuracy.
Specifies the required supply voltage, power consumption, and ripple.
Describes the multifunction input and its response time.
Details the types of switching and analog outputs, hysteresis, and resolution.
Lists the available data interfaces, specifically IO-Link.
Specifies environmental operating conditions like temperature, humidity, and light immunity.
Describes the physical construction, housing materials, and connectors.
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