Installation Guide: NexBot Safety LA013-008 6-Axis Robot Arm 120kg Payload 2700mm Reach

1. Verify the concrete foundation has cured and meets the specified thickness and compressive strength requirements for the robot's 1280 kg weight and dynamic loads.
2. Confirm that a dedicated, lockable 480VAC 3-phase power source is available within 5 meters of the planned controller location.
3. Survey the installation area to ensure a full 2700 mm reach plus a safety buffer is clear of all obstructions, personnel, and equipment.
4. Unpack all crates and inspect the robot arm, controller, and cables for any signs of shipping damage before moving them to the installation site.
5. Verify the ambient temperature and humidity of the installation environment are within the operating range specified in the system data sheet.
6. Ensure the floor surface is clean, dry, and free of debris where the robot base will be mounted.

Step 1: Robot Base Positioning and Anchoring

Using a certified overhead crane, carefully lift the 1280 kg robot arm and position it onto the installation markers on the foundation. Install the M24 epoxy anchor bolts according to the manufacturer's instructions, ensuring the robot base is fully seated.

Step 2: Leveling and Grouting

Place a laser level on the machined mounting surface of the robot base. Use precision steel shims to level the base to within 0.1 mm per meter. Once level, apply high-strength, non-shrink grout under the entire base plate and allow it to cure completely.

Step 3: Torqueing Anchor Bolts

After the grout has fully cured, use a calibrated torque wrench to tighten the M24 anchor bolts to the specified torque value in a star pattern. Re-check the torque on all bolts after completing the sequence.

Step 4: Controller and Cable Connection

Position the controller cabinet in its designated location. Connect the main robot power and signal cables from the robot base to the corresponding ports on the controller, ensuring connectors are securely locked.

Step 5: Main Power and Grounding Connection

With the main breaker in the OFF and locked-out position, connect the 480VAC facility power to the main terminals in the controller cabinet. Connect the main grounding conductor to the designated grounding lug.

Step 6: EtherCAT and I/O Integration

Connect the primary EtherCAT IN cable from the plant's master controller to the designated port on the NexBot controller. If this is the last device on the line, ensure the termination plug is installed. Wire any required safety and general-purpose I/O to the appropriate terminal blocks.

Step 7: End-of-Arm Tooling (EOAT) Installation

Mount the desired end-effector to the tool flange on Axis 6. Route all pneumatic and electrical lines for the tooling along the arm using the provided mounting points, ensuring they do not pinch or stretch during full articulation.