What to do if the bar graph and yellow edge LED indicator are flashing on my SICK Accessories?
If the bar graph and yellow edge LED indicator are flashing, it could indicate a short-circuit or overcurrent. Disconnect the sensor from the power network and check the current at the switching output. Also, ensure the sensor is connected properly by checking the pin assignment and reconnecting the sensor if necessary.
How to fix no switching event on SICK Accessories?
If there is no switching event, the distance or angle to the material might not be consistent. Try cleaning the sensor and readjusting it. You should also check the parameter settings and perform the teach process again.
What to do if bar graph, yellow edge LED, and teach-in LEDs are flashing on SICK Accessories?
If the bar graph, yellow edge LED indicator, and teach-in LEDs are flashing, the programmed contrast or contrast difference may not be sufficient for stable contrast detection. Try cleaning the sensor, readjusting the sensor, and checking the application conditions. You might also need to restart the teach process or increase the contrast difference (sensitivity).
Why position value of SICK Accessories does not correspond to the actual value?
If the position value does not correspond to the actual value, the sensing distance might be incorrect. Try to realign the sensor.
How to stop SICK Accessories from detecting an edge when there is no object?
If an edge is detected even though there is no object in the field of view, the sensor may be dirty. Clean the sensor.
Details the meaning of warning symbols like DANGER, WARNING, CAUTION, NOTICE, and NOTE.
Describes the AS30 array sensor's purpose for optical non-contact detection of contrast edges.
Lists prohibited applications and conditions, such as explosion-hazardous areas.
Specifies qualifications required for safe installation, operation, and maintenance.
Explains the type label and its components like device designation, date, pin assignment, and article number.
Details the device view, operating modes (Edge, Position), and their respective functions.
Covers space requirements, ambient conditions, temperature changes, sunlight, mounting method, and vibration.
Describes how to install the sensor, including angling for high-gloss materials and sensing distances.
Provides critical notes on supply voltage, working with live parts, and cable layout for EMC.
Details the pinout for the AS30, including L+, Qa, M, C/Q, and MF functions.
Specifies requirements for connecting the supply voltage, including de-energized connection and power source properties.
Describes how to detect edges with or without teach-in and the benefits of teach-in for process reliability.
Identifies and explains the function of navigation buttons, SET, ESC, and display LEDs.
Provides a visual representation of the device's menu structure and navigation flow.
Details how to use the SOPAS configuration software for advanced settings and operating modes.
Lists common errors, their causes, and recommended measures for resolution.
Provides instructions for cleaning the housing and light emission window, including agent types and precautions.
Details steps for disassembling the device and proper environmentally friendly disposal.
Provides a table of technical specifications for various AS30 Core models, including operating modes, sensing distance, and electrical data.
Refers to dimensional drawings for the AS30 Core Edge TW 25, showing key dimensions and features.
Informs that accessories can be found on the online product page at www.sick.com/AS30.
States that EU declarations and certificates can be downloaded from the internet.
Mentions certification for AS30 Core series according to UL60947-5-2 when powered by LPS or Class 2 units.
General| Product category | Accessories |
|---|---|
| Type | Core |
| Scanning Frequency | 25 Hz |
| Interfaces | Ethernet |
| Connection type | M12 connector |
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