Align the alignment marks (witness marks) on all 6 axes. Navigate to MENU -> SYSTEM -> Master/Cal on the teach pendant and select ZERO POSITION MASTER , followed by CALIBRATE .
[J4 Axis] ---- [J5 Axis] ---- [J6 Axis/Wrist] | | [J3 Axis] |-- (Internal Cable Routing) | [J2 Axis] | [J1 Axis / Base] Technical Specifications Summary 6 (J1 through J6) Reach: 1,441 mm
The journey to mastering the FANUC ARC Mate 100iD begins not with a single, monolithic "service manual," but by understanding and effectively using the library of . By identifying your task and referencing the specific manual intended for that purpose, you unlock the full potential of this powerful tool. For any further questions, your local FANUC distributor is always the most authoritative resource.
Utilizing joint and Cartesian coordinate systems. D. Maintenance and Troubleshooting
Squeeze the deadman switch to the middle position. Check external safety relays and fence circuitry. ARC-045 Arc Start Failure fanuc arc mate 100id manual
Before unboxing or servicing your robot, review the foundational physical limits outlined in the mechanical manual. Specification Reach Payload Capacity Mechanical Weight Repeatability ± 0.02 mm The J1-Axis Hollow Structure
Commands the robot to perform a weaving pattern across the joint to fill gaps or create wider weld beads. 4. Maintenance and Lubrication Schedules
/PROG WELD_SAMPLE /ATTR OWNER = MNEDITOR; COMMENT = "Sample Weld Path"; /APPL ARC WELDING ; /MAIN 1: UFRAME_NUM = 1 ; 2: UTOOL_NUM = 1 ; 3: J P[1] 50% CNT100 ; ! Move to safe home position 4: L P[2] 250mm/sec FINE ; ! Move to approach point 5: L P[3] 100mm/sec FINE Arc Start[Weld1] ;! Move to start point, ignite arc 6: L P[4] 15mm/sec CNT50 ; ! Linear weld path 7: L P[5] 15mm/sec FINE Arc End[Weld1] ; ! End weld path, extinguish arc 8: L P[6] 250mm/sec CNT100 ; ! Retract to safe clearance /POS ... (Position data coordinates) /END Use code with caution. 5. Troubleshooting and Fault Codes
Verify the operation of all safety interlocks and E-stop buttons. Periodic Lubrication (Every 11,840 Hours or 3 Years) Align the alignment marks (witness marks) on all 6 axes
The controller calculates the exact X, Y, Z offsets and orientation angles (W, P, R) of the torch nozzle. Sample TPP Welding Program Structure
The manual provides detailed pinout diagrams for the located near the J3 axis, allowing direct integration of sensors and peripheral tool buttons without running extra external cables.
Register on MyFANUC today and download the Mechanical Unit Manual (B-83284EN). It will save you hours of downtime and prevent costly crashes.
IP54, with options for IP67 on the wrist and J3 arm, making it suitable for harsh welding environments. C. Operation and Programming (ArcTool) By identifying your task and referencing the specific
Ensuring the 100iD (typically around 10-12kg payload) is not overloaded.
A standard arc welding routine in FANUC Teach Pendant Programming (TPP) looks like this:
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The Tool Center Point (TCP) must be accurately defined at the tip of the welding wire. Use the 4-point or 6-point calibration method detailed in the operator's manual to ensure the robot rotates perfectly around the weld tip. Mastering the Robot
Unique hollow wrist and arm structure. The welding utilities and torch cables route directly through the center of the robot, preventing cable snagging and reducing wear. 3. Installation and Setup Guidelines
Attach a manual grease gun to the inlet. , as excessive pressure will blow out the rubber oil seals inside the axis motors.