Starting up the device - PROFIBUS interface
Leuze electronic GmbH + Co. KG
CML 730i
119
12.4.16 Teach settings (module 14)
12.4.17 Cascading configuration (module 15)
Pin 2 - Area mapping 32 … 1
4
Unsigned 32
0b00000000000000000000000000000000
…
0b11111111111111111111111111111111
Configuration of pin 5
Pin 5 - Input/output selection
8
Bit (5)
0 … 1
0 … 1
0
0: Output
1: Input
Pin 5 - Switching behavior
8
Bit(4)0 … 1
0 … 1
0
0: Light switching: HIGH
active
1: Dark switching: LOW active
Pin 5 - Input function
8
BitArea(2 … 3)0
… 2
0 … 2
0
0: Not active
1: Trigger input
2: Teach input
Pin 5 - Output function
8
BitArea(0 … 1)
0 … 3
0 … 3
2
0: Not active
1: Switching output
(area 1 … 32)
2: Warning output
3: Trigger output
Pin 5 - Time module operating
mode
9
BitArea(0 … 3)0
… 4
0 … 4
0
0: Not active
1: Start-up delay
2: Switch-off delay
3: Pulse stretching
4: Pulse suppression
Pin 5 – Delay time
10
Unsigned16
0-65535
0
Unit: ms
Pin 5 - Area mapping 32 … 1
12
Unsigned32
0b00000000000000000000000000000000
…
0b11111111111111111111111111111111
Parameter
Rel.
addr.
Data type
Value range
Default Explanation
In most applications, it is recommended that the teach values be stored in non-volatile memory.
Depending on the function reserve selected for the teach, the sensitivity is higher or lower (high
function reserve = low sensitivity, low function reserve = high sensitivity).
Parameter
Rel.
addr.
Data type
Value range
Default Explanation
Type of storage for teach values 0
BitArea(4 … 7)
0-1
0 … 1
0
0: Non-volatile storage
1: Teach values stored only in RAM
Sensitivity adjustment for teach
event
0
BitArea(0 … 3)
0 … 3
0 … 3
0
Sensitivity of the measurement system:
0: High function reserve (for stable operation)
1: Medium function reserve
2: Low function reserve
3: Transparent media
Number of teach cycles
1
Unsigned8
1 … 255
1
Switching threshold after teach
2
Unsigned8
10 … 98
75
Only when “detecting transparent media”
To prevent mutual interference, multiple CML 700i can be operated with a time offset with
respect to one another (cascade). Here, the master generates the cyclical trigger signal; the
slaves start their measurement after delay times, which are to be set to different values.
