| Customization: | Available |
|---|---|
| Color: | as Request |
| Size: | as Request |
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high-density storage Shuttle Carrier System for sales
The Shuttle Carrier System Stereoscopic warehouse achieve the dense Storage of goods on the storage racking, and fully automated operation to Radio Shuttle Cart,Shuttle Mover,Elevator and Conveyor etc. by the WMS / WCS Control System. It cancel the forklift aisle and auxiliary space, greatly improve the density of storing material in the warehouse, save the time of goods loading and unloading,and reduce the working hours of workers. The Shuttle Carrier System Stereoscopic warehouse meet the customer requirements for high-density storage and efficient access to materials!
The Shuttle Carrier System Stereoscopic warehouse is different with the stacker Stereoscopic warehouse ,it is an innovative and fully automated three-dimensional warehouse.
The Shuttle Carrier System Stereoscopic warehouse consists of radio shuttle carts, Shuttle Mover, Guide Rail, Radio shuttle racking, pallet lifter, pallet conveying system, automatic control system, RWCS, WMS etc.
Advantages
Perfect combination of high density storage and automatic system;
Optimal choice for pallet automatic storage in batch;
Systematic upgrading of semi-automatic shuttle rack, connecting production and logistic without any barrier;
Low requirement of warehouse layout,storey height and loading capacity
Flexible storage arranging ways, realizing the layout of discontinuous stories and multiple zones, meeting the requirement of full automatic storage.
Working Principle
Goods In: After receiving the information of Goods IN, WMS warehouse management system combines the goods characteristics to assign the goods allocation and then generates the storage instructions. WCS control system dispatch conveyor - pallet lifter- Shuttle Mover- radio shuttle carts and other related equipment in turn to automatically send the goods to the specified location
Goods Out: After receiving the information of Goods Out, WMS warehouse management system confirm the goods position and then generates the out of storage instructions. WCS control system dispatch radio shuttle carts - Shuttle Mover- pallet lifter- conveyor and other related equipment in turn to automatically send the goods to the end of Goods Out.
Layout Patterns:
Two rails in sides of racking;
The shuttle carrier system and guide rail are arranged in both sides of racking;
Goods In section and Goods Out section are equipped with elevating and conveyor system;
Access of goods: loading in one side, unloading in other side;
Mode of Goods In and Out: first- in-first-out(FIFO);
Rails in the middle of racking;
The shuttle carrier system and guide rail are arranged in the middle of racking;
Goods in section and Goods Out section are equipped with elevating and conveyor system;
Access of goods: Goods In and Out both in one side;
Mode of Goods In and Out: last- in-first-out (LIFO) in single aisle;
The whole warehouse consists of many aisles, goods are loaded and unloaded freely;
Technical parameters of Shuttle Mover
| Main Data Sheet of Carrier for Rail Guided Vehicle |
Equipment Model | |||
| Item | The Specification | CRGV-500(L) | CRGV-1000(L) | CRGV-1500(L) |
| 1, | Suitable Pallets : | W1100 ~1250, D800 ~1100mm() | ||
| 2, | Total Weight of Loading | Max 500Kg | Max 1000Kg | Max 1500Kg |
| 3, | Speed Type Without Loading | |||
| super High Speed Type Without Loading | 2.0m/s | |||
| High Speed Type Without Loading | 1.5 m/s | |||
| Middle Speed Type Without Loading | 1.0 m/s | |||
| Lower Speed Type Without Loading | 0.5 m/s | |||
| 4, | Speed Type With Max Loading | |||
| super High Speed Type Without Loading | 2.0m/s | 1.8m/s | 1.6m/s | |
| High Speed Type With Max Loading | 1.3 m/s | 1.2 m/s | 0.9 m/s | |
| Middle Speed Type With Max Loading | 0.9 m/s | 0.8m/s | 0.6 m/s | |
| Lower Speed Type With Max Loading | 0.45m/s | 0.4 m/s | 0.35 m/s | |
| 5, | Speed of Transfer | 0.2 m/s | ||
| 6, | Outside Dimensions L x W x Hmm | L2250xW1350xH820mm | ||
| 7, | Total Weight of Equipment | Max300Kg | ||
| 8, | Driver Motor for Running | SEW 380V 1.5KW | SEW 380V 2.2KW | SEW 380V 3.7KW |
| 9, | Driver Motor for Transfer | SEW 380V 0.37KW | SEW 380V 0.55KW | SEW 380V 0.75KW |
| 10, | Power System | sliding contact line 380V | ||
| 11, | Methods of Communication Control | |||
| 11.1, | Communication With Host Computer | WIFI 2.4GHz | ||
| 11.1, | Communication With SRGV | WIFI 2.4GHz | ||
| 12, | Model of Control | Handling / Automatic Model | ||
| 13, | Temperature of Warehouse | 0~45ºC(Normal)/ -30~-0ºC(Cryogenic) | ||
| 14, | Noise Peak of Running | <70DB | ||
| Size of Equipment | L×W×H=1080×950×176 |
| Speed of Transfer(m/min) | Running without loading:50~60 Running with max loading:40~50 |
| Structural Style | 8wheel Structural |
| Total weight of loading(kg) | 1000 |
| Lifting Height | 45mm |
| power supply mode | high power lithium battery, Endurance time is more than 8 hours |
| control mode | PLC manual operation,stand-alone Automation,on-line Automation |
| function | One Way Goods in,One Way Goods Out,Automatically Goods in,Automatically Goods Out |
| configuration | Electrical components are imported brands |
| communication mode | Wireless Ethernet communication |
| Performance of Radio Shuttle Cart | parameter of electric machine | origin | |||
| Running without loading | ~45-60m/min | Running of motor reducing gear |
550W | Germany NEUGART | |
| Running with max loading | ~30-45m/min | Lifting of motor reducing gear |
550W | Germany NEUGART | |
| operational use time | 8h(cold storage 6h) | ||||
| Battery | Hong Kong Leonine |
remote-controller | Sweden AKERSTRO | ||
| Type | high power lithium battery | operating frequency | 433MHZ | ||
| Voltage | 24V | Display | LCD display | ||
| Battery Packs Capacity | 80AH | Controlling Distance | 100 | ||
| Weight of Battery Packs | ~14KG | Power Supply Mode | Battery | ||
| Battery charging Requirements | 220V/50HZ | Battery Packs Type | 2×AA Battery | ||
| Required time of charging the battery to 80% in normal temperature | 4h | Transmitted power |
18dbm | ||
| Required time of charging the battery to 100% in normal temperature | 6h | Standby time | ~ 7 | ||
| Battery Life | At least 1000 times of cycle charging | Communication mode | Wireless Ethernet communication | ||
| Photoelectric switch | Germany P+F |
PLC | Siemens of Germany | ||
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