Inovance MD500-PLUS Series - 3.6.6 Linear Speed

Function Application
‑631‑
Para. Name Default
Value Range Description
B0‑31
Material thickness
reference source
0
0: Digital setting
1: AI1
2: AI2
3: AI3
You can set B0‑31 to select a source of
material thickness.
0: Digital setting
When B0‑31 is set to 0, the material
thickness is affected by DI terminal
functions 62 and 63 (the material thickness
selection terminals).
Example: When B0‑31 is set to 0, set DI1 to
DI terminal function 62 and DI2 to DI
terminal function 63. For material
thickness, see "
Table 3–39 Material
thickness
" on page 631 .
The initial roll diameter can be obtained
through calculation methods 1 to 3. When
the preceding calculation methods are
used, the maximum material thickness (B0‑
36) must be set correctly based on the per‑
unit relationship.
B0‑32 Material thickness 0 0.01 mm
0.00 mm to 100.00
mm
Material thickness 0 to 3. See B0‑31.
B0‑33 Material thickness 1 0.01 mm
0.00 mm to 100.00
mm
B0‑34 Material thickness 2 0.01 mm
0.00 mm to 100.00
mm
B0‑35 Material thickness 3 0.01 mm
0.00 mm to 100.00
mm
B0‑36
Maximum material
thickness
1.00 mm
0.00 mm to 100.00
mm
Maximum material thickness. See B0‑31.
Table 3–39 Material thickness
DI2 DI1 Initial Roll Diameter Source
0 0
Depending on B0‑32
0 1
Depending on B0‑33
1 0
Depending on B0‑34
1 1
Depending on B0‑35
3.6.6 Linear Speed
In closed‑loop speed control mode, the linear speed can be used to calculate the
winding synchronous frequency reference and the roll diameter. In addition, the
linear speed can also be used for pre‑drive, inertia compensation, friction
compensation, and other functions. Therefore, linear speed is an important part of
tension control.