Outdoor Heavy Load GPS AGVs
Used for the transportation of telescopic boom sections of aerial work platforms; suitable for scenarios with varying lengths that require adjustable carrying distances based on product length; without lifting functionality, it can dock with elevators; expandable with lifting capability.
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Product Name |
Outdoor Heavy load GPS AGVs |
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Model Number |
LY-AK-5T-2-8B |
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Product Weight |
≤3000Kg |
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Load Weight |
5T |
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Product Size |
L4600*W1180*H550mm |
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Drive Unit Type |
Superdrive |
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Drive Unit Number |
2-Drive 4-Wheels |
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Drive Unit Load Weight |
3T |
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Remote Control |
Manual Remote + Automatic Operation |
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Navigation Type |
Magnetic Stripe |
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Lift Ability |
No |
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Castor |
8 |
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Linkage Mode |
Retractable |
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Frame Structure |
Tubesheet |
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Suspension Type |
Spring |
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Turning Radius |
Spin on spot |
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Voltage |
48V |
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Range/Battery |
120AH(Customized Available) |
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Fixture/Tooling |
Stretch |
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Explosion-proof level |
Depends on Demand |
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Explosion-proof or not |
/ |
AGV suspension method: spring, hydraulic
AGV driving speed: The speed of indoor AGV is 0-60m/min. If the speed is higher, it depends on the actual situation. However, considering the on-site environment of general production enterprises, the safety of personnel, and the weight of the load when the AGV is working, it is recommended that the speed should not exceed 30m/min. (20m/min for ultra-thin standard vehicles in the transformer industry) The maximum speed setting of outdoor vehicles is 5-10Km/H, and the maximum speed of port vehicles is 36Km/H. Equipped with a continuously variable transmission device.
Battery capacity: Commonly used ones range from 50-1000AH (ampere-hour), which is calculated based on motor power/wheel diameter size/slope climbing/maximum speed/endurance time (empty to full return/full load) and other data. Currently, the commonly used 100-ton AGV has a battery capacity of 96V300AH for 4 hours of empty and full load.
Langyu power system: pure electric system, using automotive-grade maintenance-free lithium iron phosphate batteries for power output
Battery operating temperature: normal standards recommend battery operating temperatures of -20° to 45°, and extreme temperatures of -40° to 65° (equipped with self-heating device or air conditioning). Charging temperature is above 0 degrees.
Charging method: manual charging or automatic charging (when the AGV automatically detects that it is lower than the set value, it will automatically run to the charging device for automatic charging), automatic charging includes contactless power supply, test charging, and bottom charging.
AGV navigation methods mainly include:
1. Magnetic strip navigation
Similar to electromagnetic guidance, it uses magnetic tape on the road surface instead of burying metal wires under the ground, and realizes guidance through magnetic induction signals. It has better flexibility, it is easier to change or expand the path, and the magnetic tape is simple and easy to lay, but this guidance method is easily interfered by metal materials around the loop, and the magnetic tape is easily damaged by machinery, so the reliability of the guidance is greatly affected by the outside world.
2. Laser SLAM Navigation
Laser guidance is to install precisely positioned laser reflectors around the AGV driving path. The AGV emits laser beams through a laser scanner and collects the laser beams reflected by the reflectors to determine its current position and heading, and guides the AGV through continuous triangular geometry operations. The biggest advantage of this technology is that the AGV can be accurately positioned; no other positioning facilities are required on the ground; the driving path can be flexible and adaptable to a variety of on-site environments. It is currently the advanced guidance method preferred by many foreign AGV manufacturers; the disadvantage is that the manufacturing cost is high, the environmental requirements are relatively harsh (external light, ground requirements, visibility requirements, etc.), and it is not suitable for outdoor use (especially susceptible to rain, snow, and fog).
3. GNSS-GPS/Beidou navigation.
4. Others - ribbons, vision, QR codes.
Lonyu heavy-duty AGV can be used in the production, assembly, transportation and storage of large workpieces (extra-long and overweight) in industries such as aviation, aerospace, industry, high-speed rail, wind power, metallurgy, engineering machinery, ships, ports, airports, heavy trucks, molds, transformers, hydropower equipment and special industries
Load capacity ranges from 1-1000T to meet the movement needs of all heavy objects and large components
With the self-developed AGV management system, it is suitable for flexible production lines of engineering machinery
Q: Would an AGV be a good solution?
A: This is a good question because there are many material handling solutions on the market! Which one is the right choice? First, an AGV is a movable platform used to move materials, components, and other items horizontally. The weight of the load and the travel requirements of the application must be considered.
Q: What are the benefits of using heavy-duty AGVs?
A: Heavy-duty AGVs are transport vehicles used to load and transport heavy parts or components, and are one of the most critical equipment in current logistics automation systems. AGV transfer vehicles are more suitable for moving long loads through restricted passages or doorways. For heavier loads, AGV transfer vehicles are a very affordable option because they are able to handle heavy loads. Heavy-duty AGV transport has the advantages of easy operation, high safety, and stable operation. It has automatic lifting, hydraulic independent suspension, automatic leveling, automatic operation, anti-collision, rapid operation, all-round steering, and adaptability to uneven ground.
Q: What product handling applications use heavy-duty AGV transfer vehicles?
A: Heavy-duty AGVs are mainly used in warehousing, manufacturing, ports, airports, hazardous places, special industries, etc. to realize the automated handling of large materials (overweight, overlong), improve the level of logistics automation in the heavy-duty field, reduce the labor intensity of workers, improve production efficiency, shorten the logistics cycle, accelerate capital turnover, and improve economic benefits.
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