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SMT AGV robot for wave soldering pallet moving | ETE-AGV30

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SMT AGV robot for wave soldering pallet moving | ETE-AGV30

Our SMT AGV robot is for moving wave soldering pallet,PCB and PCB fixture.Our AGV robot offers automation for an electronic manufacturer.

  1. Self-guided driving for wave soldering pallet transport
  2. 30KG loading capacity for efficient material handling
  3. Maintenance-free lithium battery with a battery life of over 15 hours
  4. Standby time of 200 hours for extended use
  5. Obstacle detection using infrared sensors
  6. Touch anti-collision switch bars for enhanced safety
  7. Weight-based automatic start for seamless operation
  8. Customizable driving modes for diverse operational needs
  9. 1-year warranty for peace of mind

Contact info@smtglobe.com for more information.

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Our SMT AGV robot is for moving wave soldering pallet,PCB and PCB fixture.Our SMT AGV robot offers automation for an electronic manufacturer. It is also a great helper for SMT material handling and SMT warehouse and logistic.

“The ETE-AGV30 is a state-of-the-art Automatic Guided Vehicle (AGV) specifically designed for the seamless and efficient transport of wave soldering pallets and PCB fixtures in electronic manufacturing facilities. With a loading capacity of 30KG and a maintenance-free lithium battery, this AGV offers unparalleled flexibility and reliability in automated transport operations. SMT AGV robot features self-guided driving, obstacle detection, touch anti-collision switch bars, and weight-based automatic start, making it an ideal solution for smart and agile production environments.”

Key Features:

  1. Self-guided driving for wave soldering pallet transport
  2. 30KG loading capacity for efficient material handling
  3. Maintenance-free lithium battery with a battery life of over 15 hours
  4. Standby time of 200 hours for extended use
  5. Obstacle detection using infrared sensors
  6. Touch anti-collision switch bars for enhanced safety
  7. Weight-based automatic start for seamless operation
  8. Customizable driving modes for diverse operational needs
  9. 1-year warranty for peace of mind

Specification

ModelETE-AGV30-AETE-AGV30-BETE-AGV30-CETE-AGV30-DETE-AGV30-EETE-AGV30-F
NavigationMagnetic strip navigation, two-way driving
Maximum load30KG
Driving modeSingle line
Maximum speed40 meters 1 minute
Turning radius1.2M
Stopping accuracy5CM
Battery TypeLithium battery 25.2V20AHLithium battery 25.2V20AH
Battery life50 hoursMore than 20 hours
Standby time100 hours
Charging time5 hours3 hours
AGV size (mm)370×430X550370X430×550370×430×550370X430X130370X430X550370X430X130
AGV plate size (mm)370X430X50430X370X50430X370X50No stand430X370X50No stand
AGV weight20KG20KG20KG12KG15KG10KG
Drive modeGeared motor differential ratio
Obstacle detection methodInfrared 4 on each front 2 on each front of the infrared ray
Touch anti-collision switch stripYesNo
wireless remote control carWireless remote controlNo
Site selectionMultiple stops
automatic startAutomatic start at scheduled timeGravity induction automatic startNo
charging methodManually charge/replace the battery of the car directly
Power displayIntelligent alarm
Standard accessories20m navigation bar, one charger10m navigation bar, one charger
Warranty time12 months
PCB

SMT AGV equipment

wave soldering pallet

How to install the SMT AGV Robot Meganetic Navigation Strip?

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.

2. How to install the magetic navigation strip?

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.

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.

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.

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.

What is the price?

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