Balluff BOS R254K-UUI-RH11-S4, Configuration Manual

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Teach-in Select
With the help of this parameter, the switching channel that
is to be taught is selected.
Value Meaning Description
0 Default SSC Standard / product-
specific SSC (SSC1)
1 SSC 1
2 SSC 2
3 SSC 3
4 SSC 4
255 All SSC All implemented SSCs
Tab. 5-15: Switching profiles – Teach-in Select
Teach-in Result
Outputs the current status of the currently active or of the
last teach-in process:
Teach-in Flags SP Teach-in State
SP2 SP1
TP2 TP1 TP2 TP1
Bit 7 Bit 0
Tab. 5-16: Switching profiles – Teach-in Result
Bit
position
Meaning Description
7 Flag SP2 TP2 0 = Teach point not detected
or not successfully
detected.
6 Flag SP2 TP1
5 Flag SP1 TP2 1 = Teach point successfully
detected.
4 Flag SP1 TP1
3…0 State 0 = IDLE – No currently
active teach process
1 = SP1 SUCCESS – Last
process for SP1 was
successful.
2 = SP2 SUCCESS – Last
process for SP2 was
successful.
3 = SP12 SUCCESS – Last
process for SP1 and SP2
was successful.
4 = WAIT FOR COMMAND
– Wait for next
command.
5 = BUSY – Process active
6 = Reserved
7 = ERROR – Last process
was not successful.
Tab. 5-17: Switching profiles – Teach-in Result
5
Primary Device Functions (continued)
SSC X Parameter
This parameter represents the currently set switching
points (setpoint 1 and setpoint 2). The switching point 1
(setpoint 1) is active in all switching modes and can be
taught. Switching point 2 (setpoint 2) is only active in
Two-Point or Window Mode and is otherwise deactivated.
If a setpoint is deactivated, it is set to the value 0x7FFC
(AdSS) or 0x7FFFFFFC (LSSC) ( No Measurement Data )
and it is also not possible to change the value.
Moreover, it is possible to deactivate a switching channel
(SSC) in this way. Here, the value 0x7FFC (AdSS) or
0x7FFFFFFC (LSSC) (
No Measurement Data
) must be set
in one of the activated setpoints.
SSC X Configuration
This ISDU is used to configure the SSC. It is possible to
set the switching logic, switching mode as well as the
hysteresis.
If the switching mode is changed, the setting of the
setpoint parameter can be adjusted:
– If changing from Two-Point or Window Mode to Single-
Point Mode, setpoint 2 is set to 0x7FFFFFFC and
thereby deactivated. In this state or in this setting, the
setting of setpoint 2 cannot take on any other value.
– If changing from Single-Point Mode to Two-Point oder
Window Mode, setpoint 2 is again activated and set to
the value of setpoint 1 minus the minimum hysteresis
and, in the subsequent process, can be taught to a
different value.
Value Meaning Description
Switchpoint Logic
0x00 (0) High Active
0x01 (1) Low Active
Switchpoint Mode
0x00 (0) Deactivated Switching channel
deactivated
0x01 (1) Single Point Single-Point Mode (SP1
activated)
0x02 (2) Window Window Mode (SP1 +
SP2 activated)
0x03 (3) Two Point Two-Point Mode (SP1 +
SP2 activated)
Switchpoint Hysteresis
0x0000…
0x000A
(0…10)
– Minimum: 0 (0x0000)
– Maximum: 10 (0x000A)
– Default: 5 (0x0005)
The hysteresis is used as
an integer offset to the
switching point value.
Tab. 5-18: Switching profiles – SSC Configuration Logic
BOS R254K-UUI-RH11-S4
Photoelectric Sensors