Projects & Services
Robot Installation (Mechanical & Electrical)
Robot installation involves the setup of industrial robots for tasks like welding, painting, assembly, or material handling. This process includes both mechanical and electrical components to ensure the robot operates safely and efficiently.
Mechanical Installation:
Mechanical installation involves physically placing and securing the robot and its components.
Key steps include
- Site Preparation: Ensuring the floor or base is strong, level, and properly aligned. A foundation may be required for heavy robots.
- Mounting the Robot: The robot is bolted to the floor, a pedestal, or a track. Accurate alignment is crucial to prevent operational errors.
- Installing End Effectors: The robot’s tool (e.g., gripper, welder, or sprayer) is attached to its arm. Proper alignment and calibration are critical.
- Safety Barriers & Fencing: Mechanical barriers, like cages or light curtains, are installed to prevent human access to dangerous areas.
Electrical Installation
Electrical installation involves powering the robot and integrating it with control systems.
Steps include
- Power Supply: Connecting the robot to the main power supply with the correct voltage and grounding.
- Control Panel Setup: Installing and wiring the robot controller, drives, and safety relays. This often includes programmable logic controllers (PLCs).
- Signal Wiring: Wiring sensors, limit switches, emergency stops, and communication cables between the robot and the control system.
- Programming Interface: Connecting teach pendants or software for robot programming and diagnostics.
Final Steps
Testing & Calibration: The robot is tested for movement accuracy, range of motion, and safety functions.
Training: Operators and technicians are trained on operation, maintenance, and safety procedures.
Proper mechanical and electrical installation ensure long-term reliability, precision, and safety of the robotic system.