W4: Grinding-specific tool offset and tool monitoring
17.5 Constant grinding wheel peripheral speed (GWPS).
Extended Functions
832 Function Manual, 03/2013, 6FC5397-1BP40-3BA1
Programming
The spindle speed can be modified through the input of a grinding wheel peripheral speed.
The spindle speed can be modified through:
● programming in the part program/overstoring
● programming the grinding wheel peripheral speed through assignment to address "S" in
MDA
● spindle speed control via PLC (FC18).
DB31, ... DBX84.0 (GWPS active)
The following interface signal can be used to determine whether or not the GWPS is active:
DB31, ... DBX84.0 (GWPS active)
17.5.4 Programming example for GWPS
Data of tool T1 (peripheral grinding wheel)
$TC_DP1[1,1] = 403 ;Tool type
$TC_DP3[1,1] = 300 ;Length1
$TC_DP4[1,1] = 50 ;Length2
$TC_DP12[1,1] = 0 ;Wear length 1
$TC_DP13[1.1] =0 ;Wear length 2
$TC_DP21[1.1] =300 ;Base length 1
$TC_DP22[1.1] =400 ;Base length 2
$TC_TPG1[1] = 1 ;Spindle number
$TC_TPG8[1] = 0 ;Angle of inclined wheel
$TC_TPG9[1] = 3 ;Parameter no. for radius calculation
Data of tool T5 (inclined grinding wheel)
$TC_DP1[5,1] = 401 ;Tool type
$TC_DP3[5,1] = 120 ;Length1
$TC_DP4[5,1] = 30 ;Length2
$TC_DP12[5,1] = 0 ;Wear length 1
$TC_DP13[5,1] =0 ;Wear length 2
$TC_DP21[5,1] =100 ;Base length 1
$TC_DP22[5,1] =150 ;Base length 2
$TC_TPG1[5] = 2 ;Spindle number
$TC_TPG8[5] = 45 ;Angle of inclined wheel
$TC_TPG9[5] = 3 ;Parameter no. for radius calculation
To Next Page
Loading...
