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Observation / Diagnostic Parameters

Index

(dec)

0x0028 (40)

0x0041 (65)

0x0052 (82)

0x0053 (83)

0x0057 (87)

0x0024 (36)

0x0025 (37)

0x0051 (81)

0x0059 (89)

0x005A (90)

0x005E (94)

Teach-in Parameters

Index

(dec)

0x003A (58)

0x003B (59)

0x003C (60)

0x003D (61)

0x003E (62)

0x003F (63)

0x0040 (64)

*RO = read only, WO = write only, R/W = read/write

Parameter

Subindex

Lenght

Value/Range

Object Name

(offset)

Process Data

1 octet

Input

Analog Signal

2 octets

1(64)

2(48)

2 octets

Device

2 octets

3(32)

Temperature

2 octets

4(16)

2 octets

5(0)

Device

2 octets

1(16)

Temperature

Threshold

2 octets

2(0)

4 octets

1(64)

Operating Hours

4 octets

2(32)

0...(2^32)-1

3(0)

4 octets

0x00 → Device is operating properly

0x01 → Maintenance Required

Device Status

1 octet

0x02 → Out of specification

0x03 → Functional Check

0x04 → Failure

Detailed Device

3 octets

Status

0x00 = Emitter OFF

Emitter Status

1 octet

0x01 = Emitter ON

0x01 = Red emission

RGB selection

1 octet

0x02 = Green emission

(W03)

0x03 = Blue emission

Frequency

0x00 = 2 kHz (default)

1 octet

Selection (U03)

0x01 = 500 Hz

0 = low (default T53)

Delta (B53, T53)

1 octet

1 = medium (default B53)

2 = high

Parameter

Subindex

Lenght

Value/Range

Object Name

(offset)

0x00 = SSC1 (default, C/Q pin and DO

TI Select

1 octet

pin)

Teach-in State

1(0)

TI Result

1 octet

2(4)

Flag SP1 TP1

3(5)

Flag SP2 TP1

U03: 220...1950 (default = 512)

W03: 220...1950 (default = 1280)

2 octets

1(16)

T53: 181...1950 (default = 196)

SSC1 Param

B53: 215...1950 (default = 215)

2 octets

2(0)

Not used

1 octet

1(24)

0x00: High Active (default U03)

0x01: Low Active (default W03, T53, B53)

1 octet

2(16)

0x01: Single Point (default)

SSC1 Config

0 = low hysteresis (default)

2 octets

3(0)

1 = medium hysteresis

2 = high hysteresis

U03: 220...1950 (default = 512)

W03: 220...1950 (default = 1280)

2 octets

1(16)

T53: 181...1950 (default = 196)

SSC2 Param

B53: 215...1950 (default = 215)

2 octets

2(0)

Non used

1 octet

1(24)

0x00: High Active (default W03, T53, B53)

0x01: Low Active (default U03)

1 octet

2(16)

0x01: Single Point (default)

SSC2 Config

0 = low hysteresis (default)

2 octets

3(0)

1 = medium hysteresis

2 = high hysteresis

0 ..7 Sensitivity

U03 default = 3

Sensitivity

1 octet

W03 default = 5

selection

T53 default = 7

B53 default = 7

Description

Data Type

Device

Read last valid Process Data Input from PDin channel

specific

Read analog signal

UIntegerT

Device temperature actual

IntegerT

Device min. temperature since powerup

IntegerT

Device max. temperature since powerup

IntegerT

Device min. temperature during lifetime

IntegerT

Device max. temperature during lifetime

Device min. temperature threshold

IntegerT

Device max. temperature threshold

UIntegerT

Operating Hours: device operating hours. Not resettable by user.

Operating Hours Maintenance: device operating hours, reset on

UIntegerT

system command "Confirm Maintenance".

Operating Hours Power Up: Time in hours since power up.

UIntegerT

Contains current status of the device

UIntegerT

Information about currently pending Events.

UIntegerT

Implemented as dynamic list.

Contains current statuts of the emitter

BooleanT

Select emission type

UIntegerT

Select frequency

UIntegerT

Set the delta between the signal measured on the reflector and the

UIntegerT

thresholds. "Low" is preferred for transparent object detection.

Description

Data Type

Selection for Teach-in channel (volatile)

UIntegerT

See IO-Link Smart Sensor Profile

BooleanT

Switching threshold

UIntegerT

C/Q pin configuration

UIntegerT

Switching threshold

UIntegerT

DO pin configuration

UIntegerT

Sensitivity

UIntegerT

Access*

Remark

Saved in non-volatile memory every

R/W

hour. Events are generated if the device

temperature exceeds the thresholds.

R/W

Saved in non-volatile memory

R/W

Saved in non-volatile memory

Access*

Remark

C/Q and DO outputs are antivalent.

R/W

Teach SSC1 equals to teach SSC2

Saved in non-volatile memory

Setting a higher threshold

R/W

reduces the operating distance

progressively to 0 (output always

active)

R/W

Saved in non-volatile memory

Setting a higher threshold

R/W

reduces the operating distance

progressively to 0 (output always

active)

R/W

Saved in non-volatile memory

R/W

Saved in non-volatile memory