Data For Configuration With Io-Link; Physical Layer; Process Data; Care And Maintenance - Emerson AVENTICS SM6-AL Instrucciones De Servicio

7 Data for configuration with IO-Link

For service data see Tab. 2.

7.1 Physical layer

SIO mode
Min. cycle time
Speed
Process data width

7.2 Process data

Record -> ProcessDataIn: 2 bytes
IN
Bit offset 15 14
Item 15 14
Subindex
IN
Bit offset 6
Item 7 6
Pre-decimal point
position
Subindex Unsigned integer Unsigned integer Boolean Boolean Boolean Boolean
Explanation:
10 bits (8 bits of byte 0, 2 bits of byte 1) for the integer digit and 2 bits (of byte 1)
for the decimal digit 2 ^ 10 => 1024 resolution in mm, i.e. this value indicates the
absolute value where the magnet is found in the taught-in range.
Example:
Process data 01 0110 1010 = 362 mm.
This means that if you have not performed teaching, the magnet is at 362 mm.
Ideally you should use the integrated Windows calculator.
u
The decimal place works slightly differently. You get the following states:
00 = xxx.00 mm,
01 = xxx.25 mm,
10 = xxx.50 mm,
11 = xxx.75 mm.
Combination: 01 0110 1010 (integer) = 362 mm
11 (decimal point) = .75 => 01 0110 1010 11 = 362.75 mm.

8 Care and maintenance

Damage to the surface caused by solvents and aggressive detergents
The surfaces and seals could be damaged by solvents or aggressive cleaning
agents.
Never use solvents or aggressive detergents.
u
The SM6-AL distance measuring sensor is maintenance-free.
1. Check the fittings and plug connections regularly.
2. Comply with the maintenance intervals and specifications for the entire sys-
tem.

9 Disposal

Dispose of the SM6-AL distance measuring sensor in accordance with the cur-
rently applicable regulations in your country.

10 Technical data

General data
Distance measurement ranges
AVENTICS™ SM6-AL | R412017927-BAL-001-AF | English
No
2300 µs
Com 2
16 bits
Byte 0
13 12 11 10
13 12 11 10
Pre-decimal point position
Unsigned integer
Byte 1
4 3 2
5 4 3 2
Decimal place Reserved
NOTICE
See Fig. 2, L
General data
Ambient temperature
Protection class
Perm. shock load
Perm. vibration load
EMC
Operating voltage
Residual ripple
Quiescent current (without load)
Short circuit-proof
Protected against polarity reversal
sampling interval
Analog voltage output
9 8 Analog current output
Voltage output load resistance
9 8
Current output load resistance
Partial-stroke speed
Full-stroke speed
1)
Resolution
1 0
Linearity deviation
1 0
1)
Repeatability
1)
T = 25 °C, U = 24 V
B
2)
Max. physical measurement range < working stroke (magnetic field also outside
max. recording)
3)
Max. physical measurement range ≥ working stroke (magnetic field is always
recorded)
4)
FSR: Full Scale Range, max. measurement range

11 Tables and figures

Figures: View varies according to the series.
Fig. 1: Device description
1 Two-color LED 1 (yellow, red)
3 Control panel
Fig. 2: Dimensions
Dimensions
SM6-Al-107
SM6-Al-143
SM6-Al-179
SM6-Al-215
SM6-Al-251
SM6-Al-287
SM6-Al-323
SM6-Al-359
SM6-Al-395
SM6-Al-431
SM6-Al-467
SM6-Al-503
U
1)
U
A
I
A
1) 2)
1) 3)
1)
3
2 Two-color LED 2 (green, blue)
20
L1 1,25
L 1,65
2,9
L (overall length)
109
145
181
217
253
289
325
361
397
433
469
505
–20 ... +70 °C
IP 65, IP 67
30 g/11 ms
10 to 55 Hz/1 mm
Acc. to EN 60947-5-7
15 ... 30 VDC
< 10 % of U
B
< 35 mA
Yes
Yes
1.15 ms
0 ... 10 VDC
4 ... 20 mA
> 2.5 kiloohms
< 500 ohms
< 1.5 m/s
< 3 m/s
4)
Typ. 0.03% FSR
0.5 mm
4)
Typ. 0.06% FSR
2
1
37
L1 (distance measuring
length)
107
143
179
215
251
287
323
359
395
431
467
503
11