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General| Product category | Accessories |
|---|---|
| Product family | DL35 |
| Protection Class | IP67 |
| Current consumption | ≤ 100 mA |
| Supply Voltage | 10 V DC to 30 V DC |
| Connection type | M12 |
Provides essential information on using SICK AG devices and prerequisites for safe operation.
Provides essential information on using SICK AG devices and prerequisites for safe operation.
Details warning symbols and their meanings (DANGER, WARNING, CAUTION, IMPORTANT) and tips.
Manufacturer's disclaimer for damages caused by improper use or failure to follow instructions.
Lists included items and optional accessories, along with supplied documentation.
Information on how to contact customer service for technical assistance. Recommends noting device details.
Provides information on downloading the EU declaration of conformity from the SICK website.
References the 'Disposal' chapter for information on environmentally responsible product disposal.
Covers essential safety measures for operating and handling the device, including personnel qualifications and hazard warnings.
Defines the purpose of DS35/DT35 and DL35/DR35 sensors as non-contact distance measurement devices.
Warns against using sensors in explosive areas or for unintended purposes not described in the manual.
Specifies the necessary qualifications for personnel performing work on the device, including specialists.
Explains the laser class 2 warning label and its components.
Emphasizes observing safety notes and warnings to reduce risks and avoid dangerous situations.
Focuses on laser radiation hazards and the importance of not looking into the laser beam.
Details how to identify the sensor using its type label and type code.
Describes the information found on the sensor's type label, including 2D code and serial number.
Details the structure and meaning of the sensor's type code for different configurations.
Covers safety aspects for electrical connections, including incorrect supply voltage and working with live parts.
Provides guidance on correct wiring to prevent faults and recommends using EMC-compatible cables.
Outlines the procedure for electrically connecting the distance sensor, ensuring voltage supply is off.
Shows the M12 plug pinout and wire color assignments for DT35 and DL35 models.
Details the M12 plug pinout and wire color assignments for DS35 and DR35 models.
Guides the user through various teach-in methods for setting sensor parameters and outputs.
Explains how to scale the analog output (Q2) for DT35 and DL35 sensors based on measured values.
Details how to fine-tune taught-in switching or analog points after an initial teach procedure.
Describes how to set the sensor's operational speed, affecting range, repeatability, and response time.
Enables setting advanced functions like multifunction input, laser control, and output behavior.
Provides the procedure to reset all sensor settings to their original factory defaults.
Explains how to perform teach-in procedures using external signals via the multifunctional input MF.
Details the physical structure of the Dx35 sensor, labeling its various parts and indicators.
Explains the meaning of different LED states for Q1/Q2 outputs, status indicators, and teach-in indicators.
Describes the functions performed by the 'select' and 'set' pushbuttons in different operating and teach modes.
Explains the general function of the sensors and available operation modes like DtO, Wnd, ObSB.
Details safe transport practices, emphasizing trained personnel and careful handling to prevent damage.
Guides on checking deliveries for completeness and damage upon receipt, and how to file complaints.
Specifies ideal storage conditions including temperature, humidity, and protection from dust and sunlight.
Details how to align the reflective tape for DL and DR models, ensuring proper detection angles.
Explains how to use the alignment aid feature on infrared models to achieve optimal sensor positioning.
Describes the physical layer specifications for IO-Link communication, including SIO mode and speed.
Explains the structure and content of process data transmitted via IO-Link, including measured values and status bits.
Details IO-Link specific service data, including device access, manufacturer info, and product identification.
Lists and describes IO-Link specific service data parameters such as device access locks and manufacturer information.
Details SICK-specific parameters for configuring switching functions, hysteresis, and output types via IO-Link.
Covers SICK-specific parameters for sensor performance, including response time, integration time, and averaging.
Details SICK-specific teach functions available via IO-Link, including various teach modes and fine teach adjustments.
Configures process data structure, resolution, and standardization (zero point offset) for IO-Link communication.
Covers other SICK-specific settings like MF input function, MF level, alarm function, and key lock.
Details system commands available via IO-Link, specifically the reset to factory setting.
References the IO-Link specification for detailed information on error codes and their meanings.
Explains how to configure Q1 or Q2 output for signal level warning, adjustable within a range.
Details time functions for switching outputs, including switch-on delay, switch-off delay, and one-time timer.
Activates sensor LEDs and laser for easy identification in a machine or system.
Allows Q1/Q2 output to be configured for weak signal alarm or 'no measurement possible' status.
Enables moving the switching range or analog range center to a new taught-in position.
Describes how the sensor provides feedback on the success or failure of a teach procedure.
Explains how to convert DT35/DL35 to Dx35 Extended by changing Device ID for added functions.
Details the timer function, available on Dx35 Extended, to measure the duration of output Q1's active state.
Details how to clean the sensor's front screens and warns against using aggressive cleaning agents.
Outlines periodic maintenance tasks, including cleaning the housing and checking connections.
Provides detailed drawings with dimensions of the Dx35 distance sensor, including mounting points and optical axes.
Details the laser diode type, laser class, maximum output, pulse duration, and wavelength for the sensors.
Covers key performance data including measuring range, resolution, repeatability, accuracy, and output rates.
Lists supply voltage requirements, power consumption, and residual ripple limits for the sensor.
Details the multifunction input MF, including its response time and connection type.
Describes switching output types (PNP/NPN), hysteresis, and analog output capabilities for different models.
Specifies the available data interfaces, primarily focusing on the IO-Link interface.
Lists environmental specifications such as protection class, temperature range, vibration, and light immunity.
Details the sensor's weight, housing materials, connector type, and display elements.
Characteristic curves showing repeatability in mm versus distance for DT35 and DS35 models at different speeds.
Characteristic curves for repeatability versus distance for DT35/DS35 models at medium and fast operating speeds.
Characteristic curves for repeatability versus distance for DT35/DS35 models at super-fast operating speed.
Characteristic curves showing repeatability versus distance for DL35 and DR35 models across various speeds.
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