E3Z

-@-IL@

7

I/O Circuit Diagrams

Timing

Chart

Output

circuit

*1. The operation mode can be changed by the IO-Link communications.

*2. The timer function can be set up using the IO-Link communications

for control output 1 and 2 separately. (It is able to select ON delay,

OFF delay, or one-shot function and select a timer time of 1 to 4000

ms (T).)

*3. In the IO-Link mode, if the ON/OFF speed of the sensor is slow, high-

speed response of 1 ms or less can be realized using control output

2 as a sensor.

*4. The judgment time for the instability detection diagnosis can be

selected using the IO-Link communications. (For the ON delay timer

function to detect instability, the setting can be selected from 0

(invalid), 10, 50, 100, 300, 500, or 1000 ms.

*5. The judgment condition for the light receiving/non-light receiving

instability detection function can be selected using the IO-Link

communications. (Setting of light receiving instability detection

threshold: 500%/400%/300%/200%/140%, setting of non-light

receiving instability detection threshold: 70%/50%)

ON-delay

OFF-delay

One shot

Present

Not

present

1

0

1

0

T

T

Sensing

object

L ON

D ON

ON

OFF

ON

OFF

T

T

Present

Not

present

1

0

1

0

Sensing

object

L ON

D ON

ON

OFF

ON

OFF

T

T

Present

Not

present

1

0

1

0

Sensing

object

L ON

D ON

ON

OFF

ON

OFF

L ON

Opera-

tion

mode

*1

Output

mode

D ON

L ON

Standard

I/O

mode

(SIO

mode)

IO-Link

mode

D ON

ON

OFF

ON

OFF

ON

OFF

ON

OFF

ON

OFF

ON

OFF

ON

OFF

ON

OFF

Stability indicator

(green) *5

Operation indicator

(orange)

Control output 1 *2

Control output 2 *2

Control output 1 *2

Control output 2 *2

Stability indicator

(green) *5

Operation indicator

(orange)

Flashing

(1 s cycle)

ON

OFF

1

0

ON

OFF

1

0

1

0

Flashing

(1 s cycle)

ON

OFF

1

0

ON

OFF

Communication

indicator (green)

Operation indicator

(orange)

Control output 1

(Byte1_bit0) *2

Control output 2

*2 *3

Instability detection

(Light receiving)

(Byte1_bit4) *4*5

Instability detection

(Non-light receiving)

(Byte1_bit3)*4*5

Communication

display lamp (green)

Operation display

lamp (orange)

Control output 1

(Byte1_bit0) *2

Control output 2

*2 *3

Instability detection

(Light receiving)

(Byte1_bit4) *4*5

Instability detection

(Non-light receiving)

(Byte1_bit3)*4*5

0

1

0

1

Unstable

operation

zone

Stable

operation

zone

Stable

operation

zone

Note: Please contact your OMRON sales representative regarding

assignment of data.

Connector Pin Arrangement

1

2

4

3

Pre-wired M12 connector

E3Z-

@81-M1TJ-IL@

E3Z-

@82-M1TJ-IL@

E3Z-T81-D-M1TJ-IL

@

Standard M8 connector

E3Z-

@86-IL@

E3Z-

@87-IL@

E3Z-T86-D-IL

@

2

4

1

3

L+

DO

C/Q

L-

Brown

Black

White

Blue

Photoelectric

Sensor

10 to 30VDC

0V

Load

Load

1

4

2

3

L+

DO

C/Q

L-

L+

DI

C/Q

L-

Brown

Black

White

Blue

Photoelectric

Sensor

1

4

2

3

IO-Link

master

When using the Sensor connected

to IO-Link Master Unit

When using as a general

sensor

Reflective / Receiver of Through-beam Model

E3Z-

@8@-IL@

Connector Pin Arrangement

1

2

4

3

E3Z-T81-L-M1TJ-IL

□

E3Z-T86-L-IL

□

2

4

1

3

Note: Pins 2 is not used.

Note: Pins 2 is not used.

Emitter of Through-beam Model

E3Z-T8

@-L-IL@

L+

C/Q

L-

Photoelectric

Sensor

10 to 30VDC

0V

1

4

3

L+

C/Q

L-

L+

C/Q

L-

Brown

Black

Blue

Brown

Black

Blue

Photoelectric

Sensor

1

4

3

IO-Link

master

When using the Sensor connected

to IO-Link Master Unit

When using as a general

sensor