Di-soric IO-Link Device Tool V 4.0, Инструкция по эксплуатации

Страница: 13 / 32

13
Introduction
The IO-Link Device V4 tool can be used for operating sensors and actuators with an IO-Link interface (IO-Link
devices). The IO-Link devices are described by XML device descriptions, so they can be conveniently monitored and
configured in multiple languages. The tool is designed for presetting, testing and demonstrating IO-Link devices. The
tool is not intended for ongoing operation in production systems.
Scope of delivery: Product description
USB IO-Link Master V2
-USB A-B cable
-AC adapter (24V/24W)
-"Read Me First" document
IOL-Master
Connecting cable (M12 coupling, 4-pin / M12 plug, 4-pin)
VSHM-Z-0.6/VKM-Z/4
(available as an option)
Adapter plug (M8 coupling, 3-pin / M12 plug, 3-pin) M8K/M12S (available as an option)
Adapter plug (M8 coupling, 4-pin / M12 plug, 4-pin) M8K/M12S/4 (available as an option)
USB connection
The USB connection acts as a communication interface between the master and the computer. The
connection can be established using the cable provided.
Pin Signal Function
Pin 1 +5V VBUS +5 V DC / 500 mA
Pin 2 D- Data -
Pin 3 D+ Data +
Pin 4 ID no contact
Pin 5 GND Ground
IO-Link connection
M12 (A-coded socket) interface for a sensor/actuator with IO-Link (cable not included in the scope of delivery).
Pin Signal Function
Pin 1 +24V +24 V 1.0 A / 80 mA
Pin 2 IO-Link / DI/DO IO-Link / DI/DO
Pin 3 GND 0V
Pin 4 IO-Link IO-Link / DI/DO
Pin 5 - NC
Connection of the AC adapter
A standard USB port provides 500 mA at 5 V . Without an AC adapter the IO-Link Master provides about
80 mA at 24 V. That enables many IO-Link devices to be operated.
If an IO-Link device requires more current (including starting current), the AC adapter has to be used. Please
note that some laptops are particularly sensitive to starting currents. In case of doubt, use the AC adapter. The
pin assignment is pictured below.