ST UM2414 Bedienungsanleitung

Introduction

The STEVAL-IOM001V1 industrial IO-Link physical master evaluation board is based on the L6360 transceiver and is designed

to comply with applicable industrial EMC standards.

It provides an affordable and easy-to-use development platform for single-port to quad-port IO-Link master applications. By

default, the STEVAL-IOM001V1 is configured as IO-Link Port 1.

The evaluation board can be connected to an STM32 Nucleo development board like the NUCLEO-F446RE or NUCLEO-

F401RE via its ST morpho connectors.

You can obtain the board individually or as part of the P-NUCLEO-IOM01M1 development system, which includes a STEVAL-

IOM001V1 evaluation board and a NUCLEO-F446RE development board flashed with IO-Link stack (v1.1).

Figure 1. STEVAL-IOM001V1 IO-Link physical master evaluation board

Getting started with the IO-Link PHY master evaluation board with STM32 Nucleo

compatibility

UM2414

User manual

UM2414 - Rev 2 - April 2021

For further information contact your local STMicroelectronics sales office.

www.st.com

1Hardware and software requirements

The STEVAL-IOM001V1 is designed to be connected to one of the following STM32 Nucleo boards:

•NUCLEO-F446RE

•NUCLEO-F401RE

Figure 2. STEVAL-IOM001V1 plus STM32 Nucleo board

To complete the system, you need the following items:

•a Windows® (version 7 or above) PC

• a USB type A to mini-B USB cable to connect the STM32 Nucleo to the PC

• the STSW-IOM001 firmware and software package installed on the user PC

• a 24 V power supply

UM2414

Hardware and software requirements

UM2414 - Rev 2 page 2/22

2STEVAL-IOM001V1 evaluation board overview

The IO-Link PHY master evaluation board is equipped with the L6360 transceiver featuring the IO-Link physical

master and an IPS161H single high-side switch with extended diagnostic features (for safety integrity level SIL2-

and SIL3-compliant systems) to supply an external high capacitance IO-Link load on the L+ rail.

2.1 Features

• IO-Link master PHY based on L6360

•Interrupt diagnostics pin

• I²C and UART interface

• SPI (slave) interface

• 65 mA selectable (3.3 or 5.0 V) linear regulator

• CQ (push-pull) and L+ (high side) switches

• IQ additional IEC61131-2 type 1 digital input

• L+ and CQ overload and overheating protections with non-dissipative cut-off function

• QFN-26L (3.5x5x1 mm) package

• Operating voltage range from 18 to 32.5 V

• Additional high side switch for L+ heavy loads (IPS161H)

• LEDs for status and diagnostics

• Ground and VCC wire break protections

• EMC compliance with IEC61000-4-2, IEC61000-4-3, IEC61000-4-5

• Equipped with ST morpho connectors

• CE certified

• RoHS and China RoHS compliant

2.2 Digital section

The digital section is associated with the STM32 interface and the signals to control the L6360 IO-Link transceiver

and IPS161H high side switch.

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STEVAL-IOM001V1 evaluation board overview

UM2414 - Rev 2 page 3/22

Figure 3. STEVAL-IOM001V1 expansion board digital interface components

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Digital section

UM2414 - Rev 2 page 4/22

2.2.1 ST morpho connectors

The STEVAL-IOM001V1 communicates with the STM32 Nucleo board microcontroller and accesses the STM32

peripheral and GPIO resources through ST morpho connectors CN7 and CN10. These connectors also transfer

digital supply voltages between the STM32 Nucleo development board and the STEVAL-IOM001V1 expansion

board.

The following tables map the correspondence between the ST morpho connectors and microcontroller signals.

Table 1. Digital signals on CN7

Connector pin Signal STM32F4 port Drop jumper Notes

8, 19, 20, 22 GND - - -

24 VIN - - -

OUTCQ

PB7

R129

Not mounted

OL-OFF R170

ENCQ

PA0

R103 Not mounted

INCQ R115 Not mounted

ENL+

PA1

R104 Not mounted

OUTCQ R119 Not mounted

32 IRQ PA4 R7 Mounted

34 IRQ PB0 R117 Not mounted

35 ENL+ PC2 R124 Not mounted

36 RST PC1 R108 Not mounted

37 IRQ PC3 R137 Not mounted

38 ENCQ PC0 R3 Mounted

Table 2. Digital signals on CN10

Connector pin Signal STM32F4 port Drop jumper Notes

1 OUTIQ PC9 R116 Not mounted

2 ENCQ PC8 R133 Not mounted

3 SCL PB8 R1 Mounted

4 INCQ PC6 R134 Not mounted

5 SDA PB9 R2 Mounted

6 OUTCQ PC5 R139 Not mounted

9, 20, 32 GND - - -

11 ENCQ PA5 R143 Not mounted

13 ENL+ PA6 R4 Mounted

15 L+_ON PA7 R163 Not mounted

17 OUTIQ PB6 R106 Not mounted

19 OUTCQ PC7 R109 Not mounted

21 INCQ PA9 R5 Mounted

22 L+ ON PB2 R164 Not mounted

SCL

PA8

R111

Not mounted

ENL+ R114

UM2414

Digital section

UM2414 - Rev 2 page 5/22

Connector pin Signal STM32F4 port Drop jumper Notes

24 IRQ PB1 R107 Not mounted

SCL

PB10

R161

Not mounted

INCQ R105

26 L+ ON PB15 R165 Not mounted

L+_ON

PB4

R162 Mounted

SDA R122 Not mounted

28 OUTIQ PB14 R126 Not mounted

29 RST PB5 R8 Mounted

30 OUTIQ PB13 R136 Not mounted

31 SDA PB3 R132 Not mounted

33 OUTCQ PA10 R9 Mounted

34 ENL+ PC4 R135 Not mounted

The table below describes the functionality of each signal:

Table 3. Description of digital signals

Signal Functionality

ENL+ GPIO (out) controlling the ENL+ pin of L6360 (U1)

ENCQ GPIO (out) controlling the ENCQ pin of L6360 (U1)

INCQ UART (TX) controlling INCQ pin of L6360 (U1)

OUTCQ UART (RX) controlling OUTCQ pin of L6360 (U1)

SCL Serial clock line controlling I2C SCL pin of L6360 (U1)

SDA Serial data line controlling I2C SDA pin of L6360 (U1)

RST GPIO (out) controlling the RST pin of L6360 (U1)

IRQ GPIO (externa event) controlling the IRQ pin of L6360 (U1)

OUTIQ(1) Not used by default, it can be configured on a UART (RX) to control the OUTIQ pin of L6360 (U1)

L+_ON GPIO (out) controlling the IN pin of IPS161H (U2)

OL-OFF GPIO (input) controlling the DIAG pin of IPS161H (U2)

1. Optional.

RELATED LINKS

2.3 IO-Link port configuration on page 8

2.2.2 I2C Port address

The switches SW0, SW1 and SW2 on the STEVAL-IOM001V1 evaluation board are used to configure the I2C

address pins of the L6360 (SA0, SA1, SA2) mounted on the board. By default, the I2C address is set to 0x00:

• pins 1-2 of SW0/1/2 closed: SA0 = SA1 = SA2 = GND

When multiple STEVAL-IOM001V1 evaluation boards are stacked, each board must be set with a different I2C

address. You must set the I2C address in the I2C commands correctly for the SAx configuration of the L6360 to

be controlled.

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Digital section

UM2414 - Rev 2 page 6/22

Table 4. I2C address setting

SW2 SW1 SW0 I2C Address

0 0 0 0x00 (default)

0 0 1 0x01

0 1 0 0x02

0 1 1 0x03

1 0 0 0x04

1 0 1 0x05

1 1 0 0x06

1 1 1 0x07

RELATED LINKS

2.3 IO-Link port configuration on page 8

2.2.3 Reset button

The STEVAL-IOM001V1 evaluation board has a push button reset to force a reset of the internal status and

registers of the L6360.

RELATED LINKS

L6360 datasheet for RST pin details

2.2.4 LEDs

The following table summarizes the main functions of the status indication LEDs on the STEVAL-IOM001V1

evaluation board.

Table 5. LED functionality

LED Color Function

D10 GREEN Turns on when the voltage regulator integrated in the L6360 (pin VDD) is active.

D11 RED Turns on when the L6360 forces the IRQ pin low.

D12 YELLOW

Turns on/off according to the settings in the LED1 and LED2 registers of the L6360 IC.

D13 YELLOW

D16 RED Turns on when the DIAG pin of the IPS161H is activated (open load or fault events).

2.2.5 SW3, SW4 and SW5 digital switches

The STEVAL-IOM001V1 evaluation board includes three additional 3-way switches for quick and easy evaluation.

Table 6. SW3, SW4 and SW5 functionality

Switch Configuration Function

SW3

CLOSE 1-2 VDD pin of L6360 supplies 5.0V

CLOSE 2-3 (default) VDD pin of L6360 supplies 3.3V

SW4

CLOSE 1-2 (default) ENCQ pin of L6360 (U1) controlled by ENCQ signal.

CLOSE 2-3 ENCQ pin of L6360 (U1) connected to VDD.

UM2414

Digital section

UM2414 - Rev 2 page 7/22

Switch Configuration Function

SW5

CLOSE 1-2 (default) ENL+ pin of L6360 (U1) controlled by ENL+ signal.

CLOSE 2-3 ENL+ pin of L6360 (U1) connected to VDD.

RELATED LINKS

2.3 IO-Link port configuration on page 8

2.3 IO-Link port configuration

You can stack as many as four STEVAL-IOM001V1 evaluation boards to create up to a quad-port IO-Link master;

the additional ports (from 2 to 4) must be configured according to the following table to avoid conflicts between

I2C addresses and driving signals.

Table 7. IO-Link port configuration

SIGNAL SOLDER BRIDGE

TO UNMOUNT

IO-Link PORT-2

(I2C address: see Table 4)

IO-Link PORT-3

(I2C address: see Table 4)

IO-Link PORT-4

(I2C address: see Table 4)

SOLDER BRIDGE

TO MOUNT CN[pin] SOLDER BRIDGE

TO MOUNT CN[pin]

ENCQ R3 R143 CN5[6] R123 CN10[12] R133 CN10[2]

INCQ R5 R115 CN8[1] R105 CN9[7] R134 CN10[4]

OUTCQ R9 R119 CN8[2] R139 CN10[6] R109 CN5[2]

ENL+ R4 R114 CN9[8] R124 CN7[35] R135 CN10[34]

RST R8 R108 CN8[5] R128 CN10[16] R138 CN10[14]

OUTIQ R106

(1)

R116

(1) CN10[1] R126

(1) CN10[30] R136

(1) CN10[28]

IRQ R7 R117 CN8[4] R107 CN10[24] R137 CN7[37]

L+ON R162 R163 CN5[4] R164 CN10[22] R165 CN10[26]

1. Modification is only required if OUTIQ is used.

RELATED LINKS

2.2.1 ST morpho connectors on page 5

2.2.2 I2C Port address on page 6

2.2.5 SW3, SW4 and SW5 digital switches on page 7

2.4 Supply section

The power to run the STEVAL-IOM001V1 evaluation board plus STM32 Nucleo development board can either be

supplied through the mini-USB connector CN1 on the STM32 Nucleo (set JP5 on the U5V position) or through the

STEVAL-IOM001V1 evaluation board.

To power the system through the evaluation board:

1. On the STM32 Nucleo development board: close jumper JP5 on position E5V (close pins 2 and 3)

2. On the STEVAL-IOM001V1 expansion board: connect a 7 V to 12 V supply at screw connector CN2.

UM2414

IO-Link port configuration

UM2414 - Rev 2 page 8/22

Figure 4. Alternative power input sections for the STEVAL-IOM001V1 plus STM32 Nucleo

The VH pin on the L6360 can be supplied up to 32.5 V in the following ways:

UM2414

Supply section

UM2414 - Rev 2 page 9/22

1. Default, via the CN1 pin (SW6, pins 2-3 closed):

–This is the same voltage rail that supplies the L6360 IO-Link transceiver and the IPS161H high side

switch are supplied through CN1.

2. An alternative power supply (SW6, pins 1-2):

Connector CN3 can be used to connect the STEVAL-IOM001V1 to a remote IO-Link device according to the

IO-Link specifications for port class A/type A and class B/Type B.

The board can supply the remote device through the L+ line, which can be controlled by the L+ switch in the

L6360 (ENL+ signal) IC or through the IPS161H (L+_ON signal). The CQ line of CN3 is directly connected to pins

CQO and CQI on the L6360 device.

By default (Type A, SW7 close 1-2), the DI/DQ line of the IO-Link cable is connected to the additional digital input

IQ on the L6360.

Alternatively (Type B, SW7 close 2-3), pin 2 of CN3 can supply the second L+ rail (typically used for actuators).

For Type B connections, CN4 is use to connect the power supply for 2nd L+ and 2nd ground.

Table 8. CN1, CN2, CN3, CN4 details

CONNECTOR PIN SIGNAL

CN1

1 GND

2Default (SW6 close2-3): connected to pin 3 of CN1.

Alternate (SW6 close1-2): separated supply for VH pin of L6360

3 Supply (≤32.5V) for L6360 and IPS161H

CN2

1 Alternative supply (between 7 and 12V) for STM32 Nucleo board

2 GND

CN3

1 IO-Link L+ supply rail for remote device.

2Default (Type A, SW7 close 1-2): IO-Link DI/DQ line.

Alternate (Type B SW7 close 2-3): IO-Link 2nd L+ supply rail.

3 GND

4 IO-Link CQ line.

5 2nd ground (reference of 2nd L+ supply rail), Type B only.

CN4

1 Input pin for 2nd L+ power supply.

2 Input pin for 2nd ground.

2.5 Protection features

The protection section implements reverse polarity protection and Electromagnetic compatibility (EMC) noise

protection according to the industrial standards IEC61000-4-2 (ESD), IEC61000-4-4 (Burst) and IEC61000-4-5

(Surge).

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Protection features

UM2414 - Rev 2 page 10/22

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