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작동 지침서
ko
부록
13
적합성 및 인증서
13.1
라이선스
13.2
작 동 지 침 서 | WTM10L
204
IO-Link
Measuring range
MultiMode
Response time
SOPAS ET
Switching frequency
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IO-Link is a non-proprietary internationally standardized
communication technology, which makes it possible to
communicate with sensors and actuators in industrial
environments (IEC 61131-9). IO-Link devices communicate with
higher-level control systems via an IO-Link master. The IO-Link
devices are connected to these via a point-to-point connection.
IO-Link enables communication between controllers, sensors and
actuators and allows the parameterization and reading-out of
devices to be centrally managed.
The measuring range can be anywhere inside the detection range.
The measuring range must always be completely inside the
detection range.
The MultiMode function is used with photoelectric sensors to select
between various operating modes: e.g., Background Suppression,
Foreground Suppression, Two-Point Teach-In, Two Independent
Switching Points or Window Mode. The operating modes can be set
using the Teach-Turn adjustment (BluePilot) and IO-Link.
The MultiMode function is used with photoelectric sensors to select
between various modes and functions: e.g., Background
Suppression, Foreground Suppression, Single Value Teach-in, Two
Value Teach-in, Manual Teach-in, Speed, Standard and Precision
Modes.
The various modes/functions can be set via the touch display or
IO-Link.
The response time specifies the maximum amount of time that
elapses from when an event triggers the sensor to when a signal
is present at the output.
SICK Engineering Tool for configuring IO-Link devices
Software with a graphical user interface and convenient
visualization for configuring and parameterizing IO-Link devices.
Corresponding visualization files (SDD = SOPAS Device Description)
are available for all devices so that you can operate the IO-Link
devices using SOPAS ET.
You can download SOPAS ET and the device-specific SDDs directly
and free of charge from the SICK homepage: www.sick.com.
The switching frequency expresses the number of switching
operations performed by a sensor over a defined interval of time.
9382969/2024-02-23 | SICK
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