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Fanuc Power Mate i Supplement to Manual Page 5

Supplement to Manual
3. Parameter
[Data type] Bit
IOVC: In case of PMC axis control, override cancel is
0: specified by one common signal for all PMC axis groups.
It depends on the value of parameter OVE(8001#2) which signals
are used
1: specified by each signal for each PMC axis group.
INOV: In PMC axis control, feedrate override is
0: specified by one common signal for all axis groups.
It depends on the value of parameter OVE(8001#2) which signals
are used
1: specified by each signal for each PMC axis group.
#7 #6 #5 #4 #3 #2 #1 #0
8009 INOV IOVC
Note
1. In case that one common feedrate override signal and one common
override cancel signal are used commonly for all axis group b
y
setting “0” to both above parameter IOVC(8009#0) and INOV(8009#1),
the address of the common signal is decided by the paramete
r
OVE(8001#2) as follows:
In case of the parameter OVE(8001#2)=0,
Override cancel signal: G006.4
Feedrate override signal: G012
In case of the parameter OVE(8001#2)=1,
Override cancel signal: G150.5
Feedrate override signal: G151
2. Only in case of the parameter IOVC(8009#0)=0 or INOV(8009#1)=0,
OVE(8001#2) is effective.
In case of the parameter IOVC(8009#0)=1 and INOV(8009#1)=0,
Override cancel signal: specified by each signal for each PMC
axis group.
Feedrate override signal: specified by one common signal fo
r
all axis groups. It depends on the
value of parameter OVE(8001#2)
which signals are used.
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DATE DESIG. DESCRIPTION
FANUC Power Mate i – MODEL D/H
PMC axis control – Feedrate override and Feedrate
override cancel for each axis group Specifications
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Contents Summary of Fanuc Power Mate i Supplement to Manual

  • Page 1FANUC Power Mate i - MODEL D/H PMC axis control – Feedrate override and Feedrate override cancel for each axis group Specifications 1. OUTLINE .............................................................................................................................. 2 2. SPECIFICATION ...........
  • Page 21. Outline Up to now, only one set of the signals of “Feedrate override” and “Override cancel” for PMC axis control is provided commonly for all PMC axis groups. Then override cannot be handled independently for each PMC axis group. This function makes it possible to specify override and override ca
  • Page 32.2 Override in Multi path control mode (G130) (Multi path control function is available only for Power Mate i – MODEL H.) When cutting feedrate is specified in multi path control mode (G130) in automatic operation, feedrate override and feedrate override cancel can be used for each path if the para
  • Page 4(2) Multi path mode Path 1 (X, Y, Z-axis): use the signals of PMC axis group “A” Feedrate override signal: *FV0E-*FV7E(G151) Override cancel signal: OVCE(G150.5) Path 2 (U, V axis): use the signals of PMC axis group “D” Feedrate override signal: *FV0ED-*FV7ED(G187) Override cancel signal: OVCED(G186
  • Page 53. Parameter #7 #6 #5 #4 #3 #2 #1 #0 8009 INOV IOVC [Data type] Bit IOVC: In case of PMC axis control, override cancel is 0: specified by one common signal for all PMC axis groups. It depends on the value of parameter OVE(8001#2) which signals are used 1: specified by each signal for each PMC axis g
  • Page 64. Signals 4.1 Explanation of signals Override cancellation signals for [Classification] Input signal each PMC axis group [Function] When the parameter IOVC(8009#0) is set to OVCE, OVCEB, “1”, each signal fixes the cutting feedrate override of OVCEC, OVCED, PMC axis c
  • Page 74.2 Signal address #7 #6 #5 #4 #3 #2 #1 #0 G150 OVCE G151 *FV7E *FV6E *FV5E *FV4E *FV3E *FV2E *FV1E *FV0E G162 OVCEB G163 *FV7EB *FV6EB *FV5EB *FV4EB *FV3EB *FV2EB *FV1EB *FV0EB G174 OVCEC G175 *FV7EC *FV6EC *FV5EC *FV4EC *FV3EC *FV2EC *FV1EC *FV0EC G186 OVCED G187 *FV7ED *FV6ED *FV5ED *FV4ED *FV3ED