FAS FNI MPL-508-105-M User manual

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FNI MPL-508-105-M
IO Link Master Module User Manual

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Content
1 Notes
1.1. Manual structure 3
1.2. Typography 3
1.3. Symbol 3
1.4. Abbreviation 3
1.5. Deviating views 3
2 Safety
2.1. Intended use 4
2.2. Installation and startup 4
2.3. General Security Notes 4
2.4. Resistance to aggressive substances 4
3 Getting Started Guide
3.1. Module overview 5
3.2. Mechanical connection 6
3.3. Electrical connections 6
4 Technical data
4.1. Size 8
4.2. Mechanical data 8
4.3. Operating conditions 8
4.4. Electrical data 8
4.5. Network port 9
4.6. Function indicator 9
5 Integrated
5.1 Module configuration 12
5.2 Data mapping 13
5.3 PLC Integration Tutorial 19
6 Appendix 23

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1 Notes
1.1. Manual structure 1.1This manual is organized by organization, so the chapters are
interconnected.
Section 2: Basic Security Information.
Chapter 3: Getting Started Guide
Chapter 4: Technical Data
......
1.2. Typography The following typographic conventions are used in this manual.
Enumerate The enumeration is displayed as a list with bullets.
·Headword 1
·Headword 2
Action Action descriptions are represented by a front triangle.
he res lt of the action is represented by an arrow.
Action description 1
Action result
Action description 2
Step programs can also be displayed numerically in parent
eses.
(1) Step1
(2) Step2
Grammar number：
Decimal numbers are displayed without additional indicator
s (eg 123)
Hexadecimal numbers are displayed with an additional indi
ator hex (eg: 00hex) or with the prefix "0X" (eg: 0x00)
Cross reference
Cross-references indicate where to find additional inform
tion on this topic.
1.3.Symbol -----------------------------------------------------------
Notes
This symbol indicates a general comment.
Notice!！
This symbol indicates the most important safety notice.

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1.3. Acronym FNI FAS network interface
I Standard input port
PN Profinet
ECT EtherCAT
CCIEBS CC-Link IE Field Basic Slave
EIP Ethernet/IP
EMC Electromagnetic Compatibility
FE Functional ground
O Standard output port
1.5.Viewing angle deviation Product views and explanations in this manual m
ay deviate from the actual product. They are on
ly used left and right to explain the material.
2 Safety
2.1.Expected usage This manual describes as a decentralized input and output module
for connection to an industrial network.
---------------------------------------------------------------------------------------------------
2.2. Install and start Precautions!
Installation and start-up should only be carried out by trained an
d specialized personnel. A qualified individual is one who is famili
ar with the installation and operation of the product and has the
necessary qualifications to do so. Any damage caused by unautho
rized operation or illegal and improper use is not covered by the
manufacturer's warranty. Equipment operators are responsible for e
nsuring compliance with appropriate safety and accident preventio
n regulations.
------------------------------------------------------------------------------------------------
2.3. General security Debug and check
Notes Before debugging, you should read the contents of the user manu
al carefully.
The system cannot be used in applications where the safety of pe
sonnel depends on the functionality of the equipment.
intended use
The manufacturer's warranty coverage and limited liability statement
do not cover damage caused by:
· Unauthorized tampering
· Improper use
· Handling, installation and operation that do not conform to the
instructions provided in the user manual
Owner/Operator Obligations
This device is an EMC Class A compliant product. This device gen

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erates RF noise.
The owner/operator must take proper precautions when using thi
equipment. This device can only use
Use a power supply compatible with this equipment, and connect
only approved cables.
Fault
If the defect or equipment failure cannot be corrected, the operat
ion of the equipment must be stopped in order to
protected from possible damage caused by unauthorized use.
Intended use can only be ensured when the enclosure is fully inst
alled.
-----------------------------------------------------------
2.4. Corrosion resistance Precautions!
FNI modules generally have good chemical and oil resi
stance characteristics. When used in aggressive media
(e.g. high concentrations of chemicals, oils, lubric
ants and coolants (i.e. very low water content)), the
se media must be checked before the corresponding app
lication material compatibility confirm. If the modul
e fails or is damaged due to this corrosive medium, n
o claim for defects can be claimed.
-----------------------------------------------------
Dangerous voltage Precautions!
Disconnect all power sources before using the equipment!
-----------------------------------------------------
3 Getting Started Guide
3.1. Module overview

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1 Mounting holes 8 Port 5 15 Port Identification Board
2 Network port 2 status indicator 9 Port 7 16 Power input port
3Network port 2 10 Port 6 17 Module indicator
4 Power outlet 11 Port 4 18Network port 1
5 DIP switch 12 Port 2 19Network port 1status indicator
6 Port 1 13 Port Status Indicators 20 Ground connection
7 Port 3 14 Port 0
3 Getting Started Guide
3.2. Mechanical connection The modules are attached using 2 M6 bolts and 2 washers.
Isolation pads are available as accessories.

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3.3. Electrical connections
3.3. 1 Power interface(L-code)
Definition of power input port Definition of power outlet
Notes:
1. If possible, supply sensor/module power and actuator power separately.
Total current <9A, even if the actuator power supply is daisy chained, the
total current of all modules is <9A.
2. The FE connection from the housing to the machine must be low impedance
and kept as short as possible.
3.3.2 Network Interface(D-code)
Notes:
Unused I/O port sockets must be covered with end caps to meet IP67 rating.
Pin
Features
Describe
1
Us+
+24V(Brown)
2
Ua-*
0V(White)
3
Us-
0V(Blue)
4
Ua+*
+24V(Black)
FE
Functional ground
FE(Yellow-green)
pin
Features
1
Tx+
Send data+
2
Rx+
Receive data+
3
Tx-
Send data-
4
Rx-
Receive data-

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3.3.3 I/O-port(A-code)
Notes:
1. For digital sensor input, please follow the input guidelines of EN61131-2,
Type 2.
2. The maximum output current of pins 2 and 4 is 2A. The total current of the
module is <9A.
3. Unused I/O port sockets must be covered with end caps to meet IP67
protection level.
4 Technical data
4.1. Size
4.2 Mechanical data
Shell material
Die-cast aluminum case, pearl nickel plated
Enclosure rating according to IEC 60529
IP67(Only in plug-in or plug-in style)
Power interface
L-Code(male and female)
Input port/output port
M12，A-Code(8* female)
pin
Features
1
+24V,(Brown)
2
Input Output(White)
3
0V(Blue)
4
Input Output/IOLINK(Black)
5
FE(Ash)

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Size(W*H*D)
65mm*222mm*25.8mm
Installation type
2-Through hole mounting
Ground Bus Accessories
M4
weight
Make an appointment670g
4.3. Operating conditions
Operating temperature
-5°C ~ 70°C
Storage temperature
-25°C ~ 70°C
4.4. Electrical data
voltage
18~30V DC，symbol EN61131-2
voltage fluctuation
＜1%
Input current when supply voltage is 24V
<130mA
4.5 Network port
port
2 x 10Base-/100Base-Tx
port connection
M12，D-Code
IEEE 802.3 Compliant Cable Types
Shielded twisted pair, minimum STP CAT 5/STP
CAT 5e
Data transfer rate
10/100 M bit/s
Maximum cable length
100m
Flow control
Half condition/full condition (IEEE
802.3-PAUSE)
4.6 Function indicator
PT
Green
EtherNet/IP letter of agreement
Yellow
ProfiNet letter of agreement
Blue
EtherCat letter of agreement（reserv
ed）
White
CC-Link IE Field basic letter of agre
ement
EIP Communication Protocol Module Status
LED
Show
Features
SF/MS/RU
N
Green light is always
on
Working status: The device is running nor
mally
Green light flashes 1
HZ
Standby: Device not configured
Green, red and green
Self-test: The device is undergoing a pow

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flashing alternately
er-on test.
Red flashing 1HZ
Recoverable failures:
Steady red light
Unrecoverable failure
closure
US no input voltage
BF/NS/ER
R
Green light is always
on
Connected
Green light flashing1
HZ
Not connected:
Green and red off fla
shing alternately
Self-test: The device is undergoing a pow
er-on test.
Red light flashing1H
Z
Connection timed out
Steady red light
IP repeat:
closure
US No input voltage or no IP address
US
Green
Input voltage is normal
Flashing red
low input voltage (< 18 V)
UA
Green
The output voltage is normal
Flashing red
low output voltage (< 18 V)
Red always on
No output voltage(< 11 V)
PN Communication Protocol Module Status
LED
show
Features
SF/MS/R
UN
Closure
Works fine
Flashing
red 3s 1HZ
Bus start
Red always
on
System error
BF/NS/ER
R
Closure
Works fine
Flashing
red
2HZ
No data exchange
Red always
on
No configuration; or slow physical link; or no physical
link
US
Green
Input voltage is normal
Flashing
red
low input voltage (< 18 V)
UA
Green
The output voltage is normal
Flashing
red
low output voltage(< 18 V)
Red always
on
No output voltage(< 11 V)

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CCIEBS Communication Protocol Module Status
LED
Show
Features
SF/MS/RU
N
Green light off
Module not connected
Green light
flashing2.5HZ
Module not communicating
Green light flashing1HZ
Module is not configured
Green light is always on
Running: The device is running
BF/NS/ERR
Closure
Module works fine
Red always on
Communication error
US
Green
Input voltage is normal
Flashing red
low input voltage(< 18 V)
UA
Green
The output voltage is normal
Flashing red
low output voltage (< 18 V)
Red always on
No output voltage(< 11 V)
I/O
port
statu
sLED
State
Features
1
Closure
The status of Pin4 input or output is 0
1
Yellow
The status of Pin4 input or output is1
1
Red
Port is configured as input：Pin1 overcurrent
Port configured as output：Pin4 overcurrent
1
Flashing red
Port configured as output：Pin1 overcurrent
1
Green
IO Link connected
1
Flashing
green
IO Link not connected
2
Closure
The status of Pin2 input or output is0
2
Yellow
The status of Pin2 input or output is1

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2
Red
Port is configured as input：Pin1 overcurrent
Port configured as output：Pin2 overcurrent
2
flashing red
Port configured as output：Pin1 overcurrent
Network port status
LED
State
Features
ACT
Closure
Bus speed：10Mbit/s
Yellow
Bus speed：100Mbit/s
LK1 IN (ECT IN)
Flashing green
Data transmission
LK2 IN (ECT OUT)
Flashing green
Data transmission
5 integrated
5.1 Module configuration
5.1.1 Factory reset and communication protocol switching
Dial
X100=
9
X10=0
X1=0
Modul
e
powere
d down
Power
on the
modul
e
Power off the
module after
waiting for 10
seconds. If you
need to modify the
communication
protocol, dial X100
to the
Power on the
module to
check the DIP
position of
X100 and
switch the
corresponding
protocol
X100=0:EI
P
X100=1:EI
P
X100=2:EI
P
X100=3:PN
X100=4:EC
T
When the
communication
protocol is EIP or
CIE, the last digit
of the IP address
will take effect
according to the
dial code
EIP protocol
Default
IP: 192.168.1.
Dial
CIE protocol
Default
IP: 192.168.3.
Dial

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5.1.2Network segment modification
5.1.3 CCIEBS Occupied station quantity setting
Dial
X100=9
X10=6
X1=0
Module
powere
d down
Power
on the
modul
e
PT indicator is
flashing green
X100 dial 0
X10 dial O
Dial X1 to the
number of
stations to be
occupied
X1=1: occupy
1 station
X1=2: occupy
2 stations
X1=3: occupy
3 stations
X1=4: occupy
4 stations
Wait for the PT
indicator
Steady green
The module is
powered off, dial
back the original
module IP
address

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5.2 Data mapping
EIP Protocol Process output data
Byte
Function description
Function
Description
Bit7
Bit6
Bit5
Bit4
Bit3
Bit2
Bit1
Bit0
0
Standard IO
output
0=off
1=on
Port7
Pin4
Port6
Pin4
Port5
Pin4
Port4
Pin4
Port3
Pin4
Port2
Pin4
Port1
Pin4
Port0
Pin4
1
Port7
Pin2
Port6
Pin2
Port5
Pin2
Port4
Pin2
Port3
Pin2
Port2
Pin2
Port1
Pin2
Port0
Pin2
2 ~ 5
Reserve
6 ~ 37
Port 0 process output data
38 ~ 69
Port 1 process output data
70 ~ 101
Port 2 process output data
102 ~ 133
Port 3 process output data
134 ~ 165
Port 4 process output data
166 ~ 197
Port 5 process output data
198 ~ 229
Port 6 process output data
230 ~ 261
Port 7 process output data
EIP Protocol Process input data

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Byte
Function description
Function Descri
ption
Bit7
Bit6
Bit5
Bit4
Bit3
Bit2
Bit1
Bit0
0
Standard IO
input
0=no signal
1=Signal
Port7
Pin4
Port6
Pin4
Port5
Pin4
Port4
Pin4
Port3
Pin4
Port2
Pin4
Port1
Pin4
Port0
Pin4
1
Standard IO
input
0=no signal
1=Signal
Port7
Pin2
Port6
Pin2
Port5
Pin2
Port4
Pin2
Port3
Pin2
Port2
Pin2
Port1
Pin2
Port0
Pin2
2
Short circuit
detection (Pin4
overcurrent)
0=No
overcurrent
1=Overcurrent
Port7
Pin4
Port6
Pin4
Port5
Pin4
Port4
Pin4
Port3
Pin4
Port2
Pin4
Port1
Pin4
Port0
Pin4
3
Short circuit
detection (Pin2
overcurrent)
0=No
overcurrent
1=Overcurrent
Port7
Pin2
Port6
Pin2
Port5
Pin2
Port4
Pin2
Port3
Pin2
Port2
Pin2
Port1
Pin2
Port0
Pin2
4
Short circuit
detection (Pin1
overcurrent)
0=no signal
1=Signal
Port7
Pin1
Port6
Pin1
Port5
Pin1
Port4
Pin1
Port3
Pin1
Port2
Pin1
Port1
Pin1
Port0
Pin1
5
IO Link
communication
status
0=Not connected
1=Connected
Port7
Port6
Port5
Port4
Port3
Port2
Port1
Port0
6
IO Link PD is
valid
0=disabled
1=enable
Port7
Port6
Port5
Port4
Port3
Port2
Port1
Port0
7
module status
-
-
-
Us
overvolt
age
Ua
overvolt
age
overhea
t
Us
undervol
tage
Ua
undervo
ltage
8 ~ 9
Reserve
10 ~ 41
Port 0 process input data
42 ~ 73
Port 1 process input data
74 ~ 105
Port 2 process input data

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106 ~
137
Port 3 process input data
138 ~
169
Port 4 process input data
170 ~
201
Port 5 process input data
202 ~
233
Port 6 process input data
234 ~
265
Port 7 process input data
EIP Protocol Configuration Data
Byte
Function description
Function D
escription
Bit7
Bit6
Bit5
Bit4
Bit3
Bit2
Bit1
Bit0
0
Pin4 function s
ettings
00=Normally ope
n input
01=normally clo
sed input
10=output
11=IOLink
Port3
Port2
Port1
Port0
1
Port7
Port6
Port5
Port4
2
Pin2 function s
ettings
00=Normally ope
n input
01=normally clo
sed input
10=output
Port3
Port2
Port1
Port0
3
Port7
Port6
Port5
Port4
4
Pin4 Security S
tatus Settings
00 = keep at 0
01 = keep at 1
10 = keep last
value
Port3
Port2
Port1
Port0
5
Port7
Port6
Port5
Port4
6
Pin2 Security S
tatus Settings
00 = keep at 0
01 = keep at 1
10 = keep last
value
Port3
Port2
Port1
Port0
7
Port7
Port6
Port5
Port4

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Note:
When using Omron and Delta PLC, the configuration data is set in the module properties, and the
AB PLC is set in the mapping data.
Port configuration parameter description:
A. (1byte) IOLink CycleTime cycle time setting:
IO-Link communication speed is available for this parameter. Using multipliers and time base
calculations, the IO-Link cycle time can be increased.
The time base is described in the table below. The multiplier is entered in decimal form from 0…
63.
Possible values for MasterCycleTime and MiniCycleTime
8 ~ 31
Port0 conf
iguration
（1byte）IOLink CycleTime
（1byte）Validation Type
（2bytes）Vendor ID1~ID2
（3bytes）Device ID1~ID3
（16bytes）Serial Number1~16
（1byte）Parameter Server
32 ~ 55
Port1 confi
gure
（Ditto）
56 ~ 79
Port2 confi
gure
（Ditto）
80 ~ 10
3
Port3 confi
gure
（Ditto）
104 ~ 1
27
Port4 confi
gure
（Ditto）
128 ~ 1
51
Port5 confi
gure
（Ditto）
152 ~ 1
75
Port6 confi
gure
（Ditto）
176 ~ 1
99
Port7 confi
gure
（Ditto）

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B. (1byte) Validation Type validation type setting:
(value=0) No Verification: Verification is disabled, every device will
be accepted.
(value=1) Compatibility: Compare manufacturer ID/device ID with IO-Link
device data.
(value=2) Identity: Compares manufacturer ID/device ID/serial number
with IO-Link device data. IO-Link communication is only started when there
is a match.
C. (2bytes) Vendor ID1~ID2 Manufacturer ID
D. (3bytes) Device ID1~ID3 Device ID
E. (16bytes) Serial Number1~16 serial number
F. (1byte) Parameter Server parameter server (reserved)
CCIEBS Protocol Process output data
Byte
Function description
Function
Description
Bit7
Bit6
Bit5
Bit4
Bit3
Bit2
Bit1
Bit0
RY
（maximum 256Bit）
Standard IO
output
0=off
1=on
Port7
Pin4
Port6
Pin4
Port5
Pin4
Port4
Pin4
Port3
Pin4
Port2
Pin4
Port1
Pin4
Port0
Pin4
Port7
Pin2
Port6
Pin2
Port5
Pin2
Port4
Pin2
Port3
Pin2
Port2
Pin2
Port1
Pin2
Port0
Pin2
（The remaining points are reserved）
RWW
（maximum 256Byte）
Port 0 process output data(32Byte)
Port 1 process output data(32Byte)
Port 2 process output data(32Byte)
Port 3 process output data(32Byte)
Port 4 process output data(32Byte)
Port 5 process output data(32Byte)

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Port 6 process output data(32Byte)
Port 7 process output data(32Byte)
CCIEBS Protocol Process input data
Byte
Function description
Function
Description
Bit7
Bit6
Bit5
Bit4
Bit3
Bit2
Bit1
Bit0
RX
（maximum
256Bit）
Standard IO
input
0=no signal
1=Signal
Port7
Pin4
Port6
Pin4
Port5
Pin4
Port4
Pin4
Port3
Pin4
Port2
Pin4
Port1
Pin4
Port0
Pin4
Standard IO
input
0=no signal
1=Signal
Port7
Pin2
Port6
Pin2
Port5
Pin2
Port4
Pin2
Port3
Pin2
Port2
Pin2
Port1
Pin2
Port0
Pin2
Short circuit
detection
(Pin2/4
overcurrent)
0=No
overcurrent
1=Overcurrent
Port7
Pin4
Port6
Pin4
Port5
Pin4
Port4
Pin4
Port3
Pin4
Port2
Pin4
Port1
Pin4
Port0
Pin4
Short circuit
detection
(Pin2/4
overcurrent)
0=no signal
1=Signal
Port7
Pin2
Port6
Pin2
Port5
Pin2
Port4
Pin2
Port3
Pin2
Port2
Pin2
Port1
Pin2
Port0
Pin2
Short circuit
detection
(Pin1
overcurrent)
0=no signal
1=Signal
Port7
Pin1
Port6
Pin1
Port5
Pin1
Port4
Pin1
Port3
Pin1
Port2
Pin1
Port1
Pin1
Port0
Pin1
IOLink
communication
status
0=Not
connected
1=Connected
Port7
Port6
Port5
Port4
Port3
Port2
Port1
Port0

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IOLink PD
active
0=disabled
1=enable
Port7
Port6
Port5
Port4
Port3
Port2
Port1
Port0
module status
-
-
-
Us overvoltage
Ua overvoltage
overheat
Us undervoltage
Ua
undervoltage
(The rest of the points are reserved)
RWR
（maximum
256Byte）
Port 0 process input data(32Byte)
Port 1 process input data(32Byte)
Port 2 process input data(32Byte)
Port 3 process input data(32Byte)
Port 4 process input data(32Byte)
Port 5 process input data(32Byte)
Port 6 process input data(32Byte)
Port 7 process input data(32Byte)
Note:
1. Please set the CCIEBS master port function in the FAS IOLink Tool software.
2. The number of points 64 occupies 1 station, and the number of points used by the slave
station connected to each port is 4 words
3. The number of points 128 occupies 2 stations, and the number of points used by the slave
station connected to each port is 8 words
4. The number of points 192 occupies 3 stations, and the number of points used by the slave
station connected to each port is 12 words
5. The number of points 256 occupies 4 stations, and the number of points used by the slave
station connected to each port is 16 words
6. Refer to chapter 5.1.3 for the setting of points. The CCIEBS master station occupies 4 stations
by default.
5.3 PLC Integration Tutorial
(The module communication protocol should be set before configuring the module, see 5.
1.1 for details)
5.3.1 Siemens S7-1200 Portal Integration (PN)
1. Install the GSD file