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Teach-in Parameters
Index
Parameter
Lenght
(dec)
Object Name
0x003A (58)
TI Select
1 octet
0x003B (59)
TI Result
1 octet
2 octets
0x003C (60)
SSC1 Param
2 octets
1 octet
1 octet
0x003D (61)
SSC1 Config
2 octets
2 octets
0x003E (62)
SSC2 Param
2 octets
1 octet
1 octet
0x003F (63)
SSC2 Config
2 octets
Device Specific Parameters
Index
Parameter
Lenght
(dec)
Object Name
1 octet
0x0048 (72)
Delay Settings
4 octets
4 octets
1 octet
0x00B4 (180)
Output type
1 octet
Subindex
Value/Range
(offset)
0x00 = SSC1 (default, C/Q pin and DO pin)
Teach-in State
1(0)
2(4)
Flag SP1 TP1
3(5)
Flag SP2 TP1
1(16)
0-3983 (M10) / 210-1982 (B10) / 177-1783 (T10)
2(0)
Not used
0x00: High Active (default M10)
1(24)
0x01: Low Active (default B10, T10)
2(16)
0x01: Single Point (default)
0 ..2 Hysteresis (B10, M10)
3(0)
0 ..5 Hysteresis (T10)
1(16)
0-3983 (M10) / 210-1982 (B10) / 177-1783 (T10)
2(0)
Non used
0x00: High Active (default B10, T10)
1(24)
0x01: Low Active (default M10)
2(16)
0x01: Single Point (default)
0 ..2 Hysteresis (B10, M10)
3(0)
0 ..5 Hysteresis (T10)
Subindex
Value/Range
Description
(offset)
0 = no delay (default)
0x2 = Delay ON
1(64)
0x3 = One Shot
Select Delay mode (ON / OFF/ ONE SHOT)
0x4 = Delay OFF
2(32)
0...(2^32)-1
Delay ON value =
3(0)
0...(2^32)-1
Delay OFF value =
0x01 = PNP (default)
1(8)
Output type of C/Q pin when in SIO mode
0x03 = Push Pull
0x01 = PNP (default)
0x02 = NPN
0x03 = Push Pull
2(0)
Output type of DO pin
0x04 = Input
Description
Selection for Teach-in channel (volatile)
See IO-Link Smart Sensor Profile
Normalized distance (M10) / Switching threshold (B10, T10)
C/Q pin configuration
Normalized distance (M10) / Switching threshold (B10, T10)
DO pin configuration
Delay [ms] *1000 / 160 (M10)
Delay [ms] *1000 / 157 (B10)
Delay [ms] *1000 / 281 (T10)
Delay [ms] *1000 / 160 (M10)
Delay [ms] *1000 / 157 (B10)
Delay [ms] *1000 / 281 (T10)
Data Type
Access*
Remark
UIntegerT
R/W
Teach SSC1 equals to teach SSC2
UIntegerT4
BooleanT
RO
BooleanT
Saved in non-volatile memory
*B10/T10: setting a higher threshold
UIntegerT
R/W
reduces the operating distance
progressively to 0 (output always active).
UIntegerT
Saved in non-volatile memory
UIntegerT
R/W
*T10: see table "Hysteresis and
delta setting"
UIntegerT
Saved in non-volatile memory
*B10/T10: setting a higher threshold
UIntegerT
R/W
reduces the operating distance
progressively to 0 (output always active).
UIntegerT
Saved in non-volatile memory
UIntegerT
R/W
*T10: see table "Hysteresis and
delta setting"
UIntegerT
Data Type
Access*
Remark
UIntegerT
R/W
Saved in non-volatile memory
UIntegerT
R/W
UIntegerT
R/W
UIntegerT
R/W
Saved in non-volatile memory
UIntegerT
R/W
*RO = read only, WO = write only, R/W = read/write
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