![](https://mbconveyors.com/wp-content/uploads/2023/08/MB_PA-ROBOT_IMG_main_r04.jpg)
![MB CONVEYORS - PA ROBOT - immagine 2 MB CONVEYORS - PA ROBOT - immagine 2](https://mbconveyors.com/wp-content/uploads/2018/07/MB-CONVEYORS-PA-ROBOT-immagine-2-840x430.png)
PA ROBOT
- Made of structural aluminum profile, 45 × 25 mm section, anodized
- Panels in 5-mm thick transparent Polycarbonate
- Standard equipment:
– Opening rear door protected by micro-switch
– Exit tunnel from robot lowering area, h 500 mm from belt level
– Protection roof in case robotic arm releases the product in advance
STANDARD DIMENSIONAL FEATURES
![](https://mbconveyors.com/wp-content/uploads/2021/06/MB_PA-ROBOT_DWG_car-std_r03.png)
STANDARD ELECTRICAL SYSTEM
![](https://mbconveyors.com/wp-content/uploads/2023/02/MB_PA-ROBOT_DWG_electric_ENG_r04.png)
- PULSE FUNCTION:
– The Robot releases the product on the conveyor and sends a voltage-free A/C signal to the MB SKILL CONTROL panel.
– The panel starts the conveyor for the set Start time.
– When the Start time ends, the conveyor stops and waits for the next signal from the Robot.
- FEEDER FUNCTION:
– The Robot releases the product on the conveyor and sends a voltage-free A/C signal to the MB SKILL CONTROL panel.
– The panel runs the conveyor for as long as the signal from the Robost lasts.
– When the signal from the Robot terminates, the conveyor stops and remains at a standstill until the next signal is received.
- Photocell Ft.1: when the products enter its field of view, the photocell sends a “crowding” signal to the panel, which stops the conveyor, activates an audible alarm and provides the Robot with a stop signal.
CONFIGURATIONS
![](https://mbconveyors.com/wp-content/uploads/2018/07/linea-PA-robot.png)
Robot-assisted conveying line
- The photo shows a line where product deposited by a Robot is collected and conveyed to the accumulation/control/packaging point
- The legs of the first conveyor are a characteristic feature since, if necessary, they allow the second conveyor to be positioned under it, significantly reducing the footprint of the system
![](https://mbconveyors.com/wp-content/uploads/2018/07/PA-robot-2.png)
PA robot with customized guard
- The photo alongside shows a conveyor that collects product deposited by a Robot, and its guard
- The system has brackets for fastening to the floor and a telescopic chute that collects sprues released by the Robot and channels them towards the granulator for recovery
- The guard is complete with 4 sliding doors for inspection purposes, all protected by micro-switches
![](https://mbconveyors.com/wp-content/uploads/2018/07/IMG_9988.png)
PA for robot with metal mesh guards
- Use of metal mesh instead of Polycarbonate is infrequent, since the visibility inside the Robot put-down area becomes sensibly reduced with respect to Polycarbonate. However, the solution acquires something more as to sturdiness, thus protection capability
- The metal mesh can be galvanized or painted yellow
PA robot with central guard
- Storage application with Polycarbonate central guard allowing boxes to be filled via a robotic arm
- Photo-cells detect end of travel and the possible absence of empty boxes