Active Member
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[China]
Address: No.18th South Shengli Road, Jin'an Development Area,Lu'an,Anhui Province,China
Contact name:Zhang
ANHUI VMAX TECHNOLOGY CO., LTD |
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3.0-4.0T ME Series Electric Pallet Truck
Main Features:
1. Maintenance-free high-power AC drive system to provide reliable
driving power;
2. Standard CURTIS series controller, reliable and durable; AMP
waterproof and dust proof plug-in, which provides reliable
protection for the line and greatly reduces electrical faults;
3. Station board type, pure electric steering, integrated joystick,
safe, labor-saving, flexible operation;
4. The mechanical structure is solid and the key parts are made of
high-strength steel plate, which is sturdy and durable.
Specification:
| Brand | VMAX | VMAX | |
| Model | ME30 | ME40 | |
| Power Type | Battery | Battery | |
| Operation Type | Stand-on | Stand-on | |
| Service weight(incl. battery) | kg | 860 | 900 |
| Rated Capacity | Q(kg) | 3000 | 4000 |
| Load Center | C(mm) | 600 | 600 |
| Lifting height | h3(mm) | 110 | 110 |
| Forks size | l/e/s(mm) | 1150/175/75 | 1150/205/75 |
| Front Overhang | x(mm) | 985 | 930 |
| Turning radius | Wa(mm) | 1800 | 1750 |
| Max. climbing ability | %(tanθ ) | 5/8 | 5/8 |
| Driving speed(load/unload) | km/h | 5/6 | 5/6 |
| Lifting speed(load/unload) | mm/s | 29/33 | 23/33 |
| Lowering speed(load/unload) | mm/s | 23/18 | 25/18 |
Product Highlights:
Performance
● Station-driving standard power distribution steering makes the control lighter and more flexible;
● The latest CURTIS AC control system, precise and stable control,
and higher efficiency.
Comfort
●The platform is equipped with a shock absorption design, which
greatly improves the ride comfort and reduces the fatigue of long
driving.
●With integrated joystick, it is simple and beautiful, and all
operation functions can be easily completed with one hand;
Safety
●It has three kinds of braking functions: release brake, reverse
brake and emergency brake to ensure the safety of driving;
●The speed of the station-drive standard is automatically reduced
with the increase of the steering angle.
