turck TBIP-L...-FDIO1-2IOL Series TBIP-L4-FDIO1-2IOL User Manual

29
V01.0| 2017/04
TBPN-L1-FDIO1-2IOL - Standard IO-Link
4 IO-Link – Functions for Acyclic Communication
The acyclic access to the data of IO-Link devices is realized via IO-Link CALLs.
Therefore it is necessary to distinguish bet
ween data of an IO-Link master or of an IO-Link device.
The addressing of the IO-Link CALL is realized via
the Entity_Port. It defines which device is
addressed via the CALL:
Entity_Port 0 = IO-Link master module
(IOLM)
Entitiy_Port 1 = IO-Link device at
1st IO-Link channel (IOL1)
Entitiy_Port 2 = IO-Link device at
2nd IO-Link channel (IOL2)
4.1 Port Functions for Port 0 (IO-Link Master)
IO-Link-Index (Port function invocation)
The access to the IO-Link master-functions (Port 0) is done via index:
65535
4.1.1 Subindex 64: Master Port Validation Configuration
This object serves for writing a defined configuration of the devices to be connected to the IO-Link
port into the master. The master stores the data for the IO-Link device expected at the port and only
accepts a device at the port which has exactly the same data (Vendor-ID, Device-ID and Serial Num-
ber).
The usage of Master Port Validation Configuration is only reasonable if the parameter Mode is set
to a value with validation ("IO-Link with family
compatible device", "IO-Link with compatible
device", "IO-Link with identical device").
Entity
Port
IO-Link-
sub index
Read/
Write
Length
0 64 w max. 48 Bytes
Struture of the command IOL_Port_Config:
Content Size Format Comment
IOL1 VENDOR_ID 2 Bytes Unsigned 16
DEVICE_ID 4 Bytes Unsigned 32
FUNCTION_ID 2 Bytes Unsigned 16 Value: 0
SERIAL_NUMBER 16 Bytes String
IOL2 VENDOR_ID 2 Bytes Unsigned 16
DEVICE_ID 4 Bytes Unsigned 32
FUNCTION_ID 2 Bytes Unsigned 16 Value: 0
SERIAL_NUMBER 16 Bytes String

turck TBIP-L...-FDIO1-2IOL Series TBIP-L4-FDIO1-2IOL Specifications

General

Product Category	I/O Systems
Series	TBIP-L...-FDIO1-2IOL
Model	TBIP-L4-FDIO1-2IOL
IO-Link Ports	1
Protection Class	IP67
Operating Voltage	24 V DC
Connection Technology	M12
Communication Interface	IO-Link
Power Supply	24 V DC

Summary

About this user manual

Documentation concept

Describes the manual's structure, including parts and chapters covered.

Target Groups of these Operating Instructions

Identifies qualified and trained personnel as the intended audience for this manual.

Manufacturer and Service

Provides contact information for Turck GmbH & Co. KG and support resources.

For Your Safety

Intended Use

Defines the safe hybrid safety module's purpose and application in safety instrumented systems.

General Safety Instructions

Provides essential safety guidelines for device operation, risk assessment, and installation.

Legal Requirements

States that manufacturers and operators must observe relevant directives and standards.

Product description

Device Overview

Presents the TBIP-L -FDIO1-2IOL module, its features, and available versions.

Device structure

Details the physical structure of the device, including connectors and components.

Technical Data

Provides general technical specifications including supply voltage, connectors, and Ethernet properties.

Safe I/O channels

Describes the two 2-channel safe digital inputs (FDI) and two safe connectors (FDX) configurable as in/out.

Configuration Memory

Explains the pluggable memory stick for storing safety configurations and device exchange.

Mounting

Mounting the Device

Provides instructions and torque specifications for physically mounting the device.

Grounding the Device

Explains the grounding and shielding concept for fieldbus and I/O parts.

Connecting

Connecting the M12 Connectors

Guides on connecting cables to M12 connectors using a torque screwdriver.

Connecting the Devices to Ethernet

Describes connecting the device to Ethernet via M12 connectors and provides pin assignments.

Connecting the Power Supply

Explains connecting the power supply using 7/8" connectors and provides pin assignments.

Setting IP Addresses

Address setting via Rotary Coding Switches

Explains how to set IP addresses using rotary coding switches and their meanings.

Setting the IP Address via the Web Server

Details how to configure IP addresses using the device's web server.

Commissioning

Initial Commissioning

Outlines the steps for initial commissioning, including mounting, electrical installation, and IP address setting.

Configuring with Turck Safety Configurator and Rockwell Studio 5000

Configuring the device with Turck Safety Configurator

Details the process of configuring the device using the Turck Safety Configurator software.

Configuring the device at CIP Safety (Rockwell Studio 5000)

Details on configuring the device within Rockwell Studio 5000 for CIP Safety.

Assigning the Safety Network Number

Details how to assign a Safety Network Number to uniquely identify the safety module.

Operating

LED Displays

Describes the meaning and remedies for Module Status (MS) and Network Status (NS) LEDs.

Process Input Data

Provides an overview of the structured process input data for the entire module.

Restarting after device exchange or modification

Changing a TBIP-L -FDIO1-2IOL

Outlines the process for replacing a device.

Maintenance, repair, decommissioning and disposal

Maintenance

States the device is maintenance-free for 20 years and specifies testing for used cables and sensors.

Repair

States that the device is not repairable and must be returned to Turck for errors.

Glossary of terms

PL

Performance Level, a measure of safety function dependability.

SIL

Safety Integrity Level, a discrete level for safety-related systems.