Installation Guide: NexBot Robotics LA013-010 6-Axis Robot Arm 120kg Payload

1. Verify foundation concrete is fully cured and meets the specified load requirements for the robot's 1280.0 kg static weight and dynamic forces.
2. Confirm the installation site is level to within 0.5 mm/m and clear of obstructions within the full 2655 mm work envelope.
3. Ensure a dedicated, lockable 480VAC 3-phase power source is installed and de-energized prior to connection.
4. Verify the PROFINET network drop is installed, terminated, and tested for connectivity to the master PLC or network switch.
5. Uncrate the NXB-ROB-LA013-010 and inspect for any damage that may have occurred during shipping.
6. Cross-reference the packing list to ensure all components, including the controller, teach pendant, and umbilical cables, have been received.

Step 1: Positioning Robot Base

Using a certified overhead crane and the designated lifting points on the robot, carefully hoist the 1280.0 kg robot. Slowly lower the robot base onto the prepared foundation, aligning its mounting holes with the anchor bolt locations.

Step 2: Anchoring and Grouting

Insert M24 anchor bolts and tighten them in a star pattern to the torque value specified in the foundation plan. After initial torquing, apply high-strength, non-shrink grout under the robot base to ensure full contact and vibration damping.

Step 3: Leveling the Robot

Using a laser leveling system, adjust the integrated leveling jacks on the robot base. The base must be perfectly level to ensure the specified repeatability of ±0.05 mm is achievable.

Step 4: Connecting Main Power and Umbilical

Connect the main robot umbilical cable between the robot base and the controller cabinet. With the power source locked out, connect the 480VAC supply lines to the main circuit breaker within the controller cabinet.

Step 5: Connecting Communication and Safety Circuits

Connect the PROFINET cable to the designated port on the controller's communication module. Wire external safety circuits, such as light curtains and gate switches, to the safety I/O terminal block as per the electrical schematics.

Step 6: Attaching the Teach Pendant

Connect the teach pendant cable to the port on the front of the controller cabinet. Ensure the cable is routed to prevent pinching and allow the operator free movement without creating a trip hazard.

Step 7: Initial Power-Up and System Check

Clear the work area of all tools and personnel. Remove the lockout/tagout device and energize the main breaker. Power on the controller and observe the boot sequence on the teach pendant for any initial hardware faults.

Step 8: Mastering and Calibration Verification

Perform the mastering (homing) procedure from the teach pendant to establish the absolute encoder positions for all 6 axes. Verify the mastering data against the calibration certificate provided with the unit.