Setting Commands

Group Command number Hexadecimal Description Number of Words
Command Response
Accel/Decel setting of PTP motion (Accel) 0 000H Sets acceleration and deceleration for PTP motion 3 3
1 001H Registers to the accel/decel table 4 3
2 002H Acquires the currently set accel/decel values 1 3
3 003H Acquires acceleration and deceleration values from the accel/decel table for PTP motion 2 4
Accel/ Decel settings for Linear and CP motion (AccelS) 50 032H Sets acceleration and deceleration 5 3
51 033H Sets acceleration setting value 3 3
52 034H Informs the Controller of deceleration setting value and sets acceleration and deceleration 3 3
53 035H Registers to the accel/decel table 6 3
54 036H Registers acceleration setting value to the accel/decel table 4 3
55 037H Registers deceleration setting value to the accel/decel table 4 3
56 038H Acquires the currently set accel/decel values 1 5
57 039H Acquires current acceleration value 1 3
58 03AH Acquires current deceleration value 1 3
59 03BH Acquires the registered values from the accel/ decel table 2 6
60 03CH Acquires the registered acceleration value from the accel/decel table 2 4
61 03DH Acquires the registered deceleration value from the accel/decel table 2 4
Accel/decel setting of Tool orientation change in CP motion (AccelR) 100 064H Sets the acceleration and deceleration 5 3
101 065H Sets the acceleration value of the acceleration and deceleration 3 3
102 066H Sets the deceleration value of the acceleration and deceleration 3 3
103 067H Registers to the accel/decel table 6 3
104 068H Registers acceleration value to the accel/decel table 4 3
105 069H Registers deceleration value to the accel/decel table 4 3
106 06AH Acquires the currently set accel/decel values 1 5
107 06BH Acquires current acceleration value 1 3
108 06CH Acquires current deceleration value 1 3
109 06DH Acquires the registered value from the accel/decel table 2 6
110 06EH Acquires the registered acceleration value from the accel/decel table 2 4
111 06FH Acquires the registered deceleration value from the accel / decel table 2 4
Speed setting of PTP motion (Speed) 150 096H Sets the speed 4 3
151 097H Registers to the speed table 5 3
152 098H Acquires current speed setting value 1 4
153 099H Acquires the setting value from the speed table 2 5
Arm speed setting of CP motion (SpeedS) 200 0C8H Sets the speed, depart speed, and approach speed settings 7 3
201 0C9H Sets the setting values of speed and depart speed to the Controller. 5 3
202 0CAH Notifies and sets the approach speed setting value 3 3
203 0CBH Registers to the speed table 8 3
204 0CCH Registers speed and depart speed to the speed table 6 3
205 0CDH Registers approach speed to the speed table 4 3
206 0CEH Acquires current speed, depart speed, and approach speed 1 7
207 0CFH Acquires the setting values of current speed and depart speed 1 5
208 0D0H Acquires the set value of current approach speed 1 3
209 0D1H Acquires the setting value from the speed table 2 8
210 0D2H Registers speed and depart speed to the speed table 2 6
211 0D3H Acquires the approach speed from the speed table 2 4
Speed setting of Tool orientation change in CP motion when using ROT (SpeedR) 250 0FAH Sets the speed 3 3
251 0FBH Registers to the speed table 4 3
252 0FCH Acquires current speed setting value 1 3
253 0FDH Acquires the setting value from the speed table 2 4
Parameter setting to offset speed and accel/decel in PTP motion (Weight) 300 12CH Acquires the setting value from the speed table 5 3
301 12DH Sets the parameter for offsetting the speed and accel/decel in PTP motion without an arm length specified 3 3
302 12EH Acquires the parameter setting value for offsetting the speed and accel/decel in PTP motion 1 5
Load inertia and eccentricity setting (Inertia) 350 15EH Sets the load inertia and eccentricity 5 3
351 15FH Sets the load inertia 3 3
352 160H Sets the eccentricity 3 3
353 161H Acquires the setting values of load inertia and eccentricity 1 5
354 162H Acquires the setting value of the load inertia 1 3
355 163H Acquires the setting value of the eccentricity 1 3
Arch parameter setting (Arch) 400 190H Sets the arch parameter 6 3
401 191H Sets the depart distance of the arch parameter 4 3
402 192H Sets the approach distance of the arch parameter 4 3
403 193H Acquires the arch parameter 2 6
404 194H Acquires the depart distance setting value 2 4
405 195H Acquires the approach distance setting value 2 4
Setting of positioning end judgement range (Fine) 450 1C2H Executes the settings of all joints 7 3
451 1C3H Sets the setting values of Joint #1, #2, and #3 4 3
452 1C4H Sets the setting values of Joint #4, #5, and #6 4 3
453 1C5H Acquires the setting values of all joints 1 7
454 1C6H Acquires the setting values of Joint #1, #2, and #3 1 4
455 1C7H Acquires the setting values of Joint #4, #5, and #6 1 4
Tool selection (Tool) 500 1F4H Selects the tool 2 3
501 1F5H Acquires the tool selection status 1 3
502 1F6H Defines tool coordinate system 3 3
Pallet definition (Pallet) 550 226H Defines the pallet by specifying 4 points 8 3
551 227H Defines the pallet by specifying 3 points 7 3
552 228H Limits the numbers of points and divisions to define the pallet 4 3
553 229H Selects the data type and defines the pallet by split 5 3
554 22AH Acquires the content of 4-point pallet definition 6 3
555 22BH Acquires the content of 3-point pallet definition 5 3
556 22CH Limits the number of points and division and acquires the pallet definition 4 3
557 22DH Selects the data type and acquires the details of pallet definition 5 4
558 22EH Acquires the point number set to the specified pallet 2 3
Approach check area setting (Box) 600 258H Specifies the lower and upper positions to define the approach check area 7 3
601 259H Sets the lower limit position 5 3
602 25AH Sets the upper limit position 5 3
603 25BH Specifies the lower and upper limit positions and acquires the setting values of the approach check area 3 7
604 25CH Specifies the lower limit position and acquires the setting value of the approach check area 3 5
605 25DH Specifies the upper limit position and acquires the setting value of the approach check area 3 5
Approach check plane setting (Plane) 650 28AH Set the approach check plane 5 3
651 28BH Acquires the setting value of the approach check plane 3 5
Local coordinate definition (Local) 700 2BCH Sets the definition of Local coordinate system 5 3
701 2BDH Acquires the definition of Local coordinate system 3 5
Allowable motion area setting (XYLim) 750 2EEH Set the allowable motion area by specifying the lower and upper limit positions 6 3
751 2EFH Sets the lower limit position 4 3
752 2F0H Sets the upper limit position 4 3
753 2F1H Acquires the setting value of the allowable motion area by specifying the lower and upper limit positions 2 6
754 2F2H Acquires the setting value of the allowable motion area by specifying the lower limit position 2 4
755 2F3H Acquires the setting value of the allowable motion area by specifying the upper limit position 2 4
Pulse value setting for the allowable motion area of the specified joint (Jrange) 800 320H Sets the allowable motion area pulse value by specifying the upper and lower limit pulses 6 3
801 321H Sets the lower limit pulse value 4 3
802 322H Sets the upper limit pulse value 4 3
803 323H Acquires the allowable motion area pulse setting value by specifying the lower and upper limit pulses 2 6
804 324H Acquires the allowable motion area pulse setting value by specifying the lower limit pulse 2 4
805 325H Acquires the allowable motion area pulse setting value by specifying the upper limit pulse 2 4
Base coordinate definition (Base) 850 352H Defines the Base coordinate system 4 3
851 353H Acquires the Base coordinate definition 2 4
Local number setting 900 384H Sets the Local coordinate number 2 3
901 385H Acquires the setting status of the Local coordinate system number 1 3
Sense condition setting (Sense) 950 3B6H Sets the condition for using Sense with command 2002 and 2003 3 3
951 3B7H Acquires the condition for using Sense with command 2002 and 2003 1 4
952 3B8H Acquires the status of condition satisfaction 1 3
Find condition setting (Find) 1000 3E8H Sets the condition for using Find with command 2001, 2002, and 2003 3 3
1001 3E9H Acquires the condition for using Find with command 2001, 2002, and 2003 1 4
1002 3EAH Acquires the status of condition satisfaction 1 2
Till condition setting (Till) 1050 41AH Sets the condition for using Till with motion commands 3 3
1051 41BH Acquires the condition for using Till with motion commands 1 4
1052 41CH Acquires the status of condition satisfaction 1 3
CP control (CP) 1100 44CH Control the CP 2 3
1101 44DH Acquires the CP control state 1 3
Power control (Power) 1150 47EH Controls the Power 2 3
1151 47FH Acquires the Power control state 1 3
Point editing 1200 4B0H Sets the current manipulator position to the specified point 2 3
1201 4B1H Adjusts two coordinates to the specified point 7 3
1202 4B2H Adjusts the specified coordinate to the specified point 5 3
1203 4B3H Sets two coordinates to the specified point 7 3
1204 4B4H Sets the specified coordinate to the specified point 5 3
1205 4B5H Adjusts the coordinate to the specified point 3 3
1206 4B6H Sets the hand orientation of the specified point to Righty 2 3
1207 4B7H Sets the hand orientation of the specified point to Lefty 2 3
1208 4B8H Sets the elbow orientation of the specified point to ABOVE 2 3
1209 4B9H Sets the elbow orientation of the specified point to BELOW 2 3
1210 4BAH Sets the wrist orientation of the specified point to FLIP 2 3
1211 4BBH Sets the wrist orientation of the specified point to NOFLIP 2 3
1212 4BCH Sets the j4flag value of the specified point 3 3
1213 4BDH Sets the j6flag value of the specified point 3 3
1214 4BEH Sets the Local number to the specified point 3 3
1215 4BFH Acquires the hand orientation of the specified point 2 3
1216 4C0H Acquires the elbow orientation of the specified point 2 3
1217 4C1H Acquires the wrist orientation of the specified point 2 3
1218 4C2H Acquires the j4flag value of the specified point 2 3
1219 4C3H Acquires the j6flag value of the specified point 2 3
1220 4C4H Acquires the Local number of the specified point 2 3
1221 4C5H Sets the coordinate recorded by Find to the specified point 2 3
1222 4C6H Acquires the coordinate of the specified point 3 3
1223 4C7H Sets the J1flag 3 3
1224 4C8H Acquires the status of J1flag 2 3
1225 4C9H Sets the J2flag 3 3
1226 4CAH Acquires the status of J2flag 2 3
1227 4CBH Sets the J1angle attribute of the point 5 3
1228 4CCH Acquire the J1angle attribute of the point 2 3
Initial Joint #3 height (Z coordinate value) in Jump command (Limz) 1250 4E2H Sets the initial Joint #3 height (Z coordinate value) in Jump command 3 3
1251 4E3H Acquires the initial Joint #3 height (Z coordinate value) in Jump command 1 3
Parallel processing 1300 514H Registers the parallel processing list to be used in motion command execution 5 3
1301 515H Acquires the setting state of the parallel processing list used in motion command execution 3 5
1302 516H Initializes the specified list 2 3
1303 517H Sets the parallel processing list to be used in the motion commands 2 3
1304 518H Acquires the selective condition of the parallel processing list to be used in the motion commands 1 3
Singularity avoidance 1350 546H Specifies whether to use LJM automatically in order to avoid singularity (AutoLJM) 2 3
1352 548H Sets the singularity avoiding function 2 3
Motor control 1400 578H Controls ON/OFF of the motor. 2 3
1401 579H Acquires the status of the motor. 1 3
Reset 1450 5AAH Resets the controller to an initial status. 1 3