Our AGV for PCB moving is also suitable for wave soldering pallet,and PCB fixture transporting.Our AGV robot offers automation for an electronic manufacturer. It is also a great helper for SMT material handling and SMT warehouse and logistic.With self-guided driving and advanced lithium battery technology, our AGV offers cost-saving and efficient transport solutions for SMT production lines and PCB assembly. Explore our customizable AGV for your smart factory needs.
The ETE-AGV100-L is a revolutionary AGV for PCB moving as well as for wave soldering pallet and PCB fixture transport in electronic manufacturing. With a loading capacity of 100KG, self-guided driving, and obstacle detection using ultrasound, it offers seamless and safe material transport within smart factories. It features battery low voltage alarm, obstacle sensors, emergency stop switch, and multi-site selection capabilities. The AGV utilizes magnetic navigation for guidance and can be customized to meet specific customer requirements.
Key Features:
- AGVs for PCB moving are equipped with an advanced automatic guidance system that enables precise navigation within industrial settings.
- These vehicles have the capability to transport materials autonomously, eliminating the need for manual intervention in material handling processes.
- AGVs are versatile and can operate effectively in diverse environments, including warehouses, manufacturing facilities, and distribution centers.
- They come with built-in safety features such as sensors and collision avoidance technology to ensure a safe working environment for both the AGVs and human operators.
- AGVs can be programmed to follow specific routes, pick up and drop off materials at designated locations, and perform tasks with minimal human interaction.
- Various configurations of AGVs are available to cater to different material handling requirements, including forklift AGVs, tugger AGVs, and conveyor AGVs.
Specification
How to install the Meganetic Navigation Strip of AGV for PCB moving?
The AGV can automatically run back and forth on the ground because magnetic strips are attached on the floor to guide the vehicle. The AGV automatically calibrates the running direction of the vehicle by reading the signal of the magnetic stripe, and the algorithm of the software.Finally, the AGV trolley runs stably on the magnetic strip.
4.2. How to install the magetic navigation strip?
4.2.1 Firstly please confirm which route the AGV should drive? And then clean the position(with a dry rag)where will attached with strips. Please make sure there is no oil/grease in the ground.
4.2.2 Tear off the backing paper of the magnetic strip. The back side of the S pole is on the ground, and the smooth side of the N pole is upward.
4.2.3 How to attach strips into a straight-line: Two people. Stick it at one end first.One person is straightening the magnetic strip vigorously, while the other is tearing the back paper off. Please make it as straight as possible.
4.2.4 How to make Circular navigation line: Firstly you can use a pen to draw a circular arc on the ground (the radius cannot be less than 0.8 meters, the larger the space, the larger the arc), and then tear off the back glue of the magnetic strip, follow the drawing A good arc is attached and the adhesive paper is torn off at the same time.
5. How to install and use the AGV?
5.1 Firstly let us know the AGV direction.
5.2 How to make AGV drive in a signal line?
Put the RFID site card on the installation navigation magnetic strip, and place the site card in sequence.
The distance between the site and the previous site is not less than 1 meter.
If you want the vehicle speed to be more than 80% or faster, it tends to drive out of the navigation strips when turning. Thus,a speed reducing card should be attached to the strip 0.5m in front of the turning(see drawing above). And the other speed reducing card should be attached to the strip after turning(also 0.5m).