UWant AGV Application Cases
| UWant AGV Application UWant AGV carts and systems are now widely used in the electronics manufacturing, garment, food, home appliance manufacturing, machinery and equipment manufacturing, explosion-proof factories, shoe factories, etc. |
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Load-bearing (piggyback) AGVs Operating in the warehouse area |
AGV trolleys are on site towing or carrying. |
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UWant AGV System
AGV Introduction AGV is an abbreviation for Automated Guided Vehicle. It refers to an unmanned transport vehicle equipped with electromagnetic or optical automatic navigation devices, capable of automatically operating along a pre-set navigation route, and featuring multi-level safety protection. It can transport, transfer, and carry materials or equipment in various load forms. AGVs fall under the category of mobile robots and have broad application prospects in factories, workshops, inspection, and security fields. |
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UWant AGV System An AGV application system generally consists of AGV automated guided vehicles (AGVs), navigation lines, and software systems. The AGVs are responsible for transporting materials back and forth, acting as the "machine legs" of the factory. Navigation lines guide the AGVs' automated operation; accessible routes are a prerequisite for AGV operation. The software system is the core component of the AGV system, including onboard control systems for single-unit applications and monitoring, scheduling, call, and traffic management systems for multi-unit applications. UWante's AGV software system is powerful and diverse, currently offering PC, mobile, and onboard client applications. Integrating with the mobile internet, it enables AGVs to truly achieve intelligent connectivity, helping enterprises upgrade to smart factories that meet "Industry 4.0" standards. |
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UWant AGV Software
It supports multiple platform clients (PC, mobile phone, vehicle-mounted) and multiple communication methods (wired, wireless, serial port, WIFI, etc.). Utilizing RFID cards and configuration software, it implements all the necessary functions on-site. Specifically, after the AGV reaches a preset node (RFID number), it automatically executes the user-configured sequence of actions.
AGV Model
◎Trailing AGV
◎Carrying AGV
◎Lurking AGV
◎Other AGV
AGV Selection Table
Project (code) | Parameters and serial numbers (indicating standard configuration) | Remark | |||||
0 | 1 | 2 | 3 | 4 | 5 | Depending on the specific definition | |
Load capacity (LD) | Under 100kg | 100kg | 200kg√ | 300kg | 400kg | Number up to 30, which is 3 tons. Basically, LD can be saved.。 | |
Direction of Tracking (DR) | - | unidirectional | Two-way | - | Four-way lateral movement | - | Customizable. |
Load mode (LF) | - | Rear manual towing | Rear manual towing | Latent traction | Latent traction | 背部承载 | 6-Back transfer 7-Tail transfer n-Customizable |
Operating speed (SP) | - | - | - | 30m/min | 40m/min√ | 50m/min | 6-60 m/min n-Customized |
Site identifier (ND) | - | RFID √ | - | magnetic point | - | - | - |
Battery life (TM) | - | 6H | 8H√ | 10H | 12H | - | Alternating operation of empty and full loads n-Customized |
Safety and Security (SF) | - | Non-contact infrared | Non-contact infrared | Contact | Sonar and Radar | - | n-Customized |
Audible and visual alarm (RG) | - | Three-color alarm | Monochrome sound and light alarm √ | music cue | - | - | n-Customized |
Charging method (CH) | - | Manual charging √ | Fast automatic charging | Fast automatic charging | - | - | n-Customized |
Loading device (DV) | - | robotic arm | gimbal | Dashcam | - | - | n-Customized |
Control software (CS) | Body √ | Dispatch system | Call system | - | - | - | n-Customized |
Navigation method (NV) | - | Magnetic navigation √ | Visual navigation | Visual navigation | - | - | n-Customized |
Communication method (CM) | - | RS232 skewers √ | RS485 serial port | WIFI | Ethernet interface | - | Wired or wireless options are available. |
Specific Action (SA) | - | 90-degree turn in place | 180-degree turn on the spot | - | - | - | n-Customized |
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| Fast automatic charging | ||
| Series: AGV | Charging method | |
| Load capacity: 300Kg | Duration: 10 hours | |
| Direction: Two-way | Loaded running time |
Robot Component Selection Table
※Intelligent PLC (Controller) The intelligent PLC (I/O controller) is a core patented product of Uwonte. It possesses the same I/O functions as traditional PLCs, but boasts an intelligent, menu-driven, WYSIWYG programming interface. This transforms programming into a focus on the allocation and control of time, making programming accessible to all users with virtually no skill requirements. The product can be widely used in industrial control, scientific research, smart homes, electronics or control systems, and the Internet of Things (IoT). |
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model | Parameters/Resources | Remark |
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US-PLC-8 | 1、4 inputs, 4 outputs; | -T indicates NPN transistor open-collector output; | |
US-PLC-16 | 1、8 inputs, 1 output: | Same as above | |
US-PLC-40 | 1、20 inputs, 20 outputs: | Same as above |
※Obstacle avoidance sensors
name | Issue the number | Parameters Xianyuan | Remark |
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Infrared sensor | PX22 | DC12-24V, NPN open-collector output, 2-channel output signal (range and distance adjustable). | Panasonic brand | |
PX24 | Same as above, add a "convergence" output signal. | Commonly used in situations where multiple AGVs converge. | ||
UBG-0SLN | Same as above. An RS232 serial port is added for communication with the PC, allowing for the setting and display of detection distance or obstacles. | Specimened, 180- degree scanning range | ||
radar | UP-SF4-1 | DCI2-24V, single-ended TTL output pulse width signal.Three-stage height output: 1.0-2.0 meters, 0.5-1.0 meters, <0.5 meters. | Supports 2, 4, and 8 probes | |
UP-SF4-1 | DCSV, IO trigger mode.Output distance-pulse width signal. | Separate sender and receiver | ||
Infrared switch | UP-SF1-1 | DCI2-24V.NPN Normally Open Output. | 1 meter words | |
UP-SF1-2 | DCSV, NPN normally open output. | 60cm can be used |
