40 tons 40t heavy forklift FD400 vs Kalmar, Hyster, Sany, Konecranes, TCM, CVS
1. Routine examination
1. Liquid surface
Below the rated level, the battery life will be shortened, and the electrolyte is too small to cause the battery to heat and damage. Therefore, it must be often paid attention to whether the electrolyte is sufficient.
2. A terminal, a wire, a lid
The corrosion of the junction of the battery junction and the connection of the wire to the wire must be checked regularly. At the same time, it is necessary to check whether the cover is deformed and whether there is a fever.
3. Appearance
The dirty surface of the battery will cause electricity leakage and make the battery surface clean and dry at any time.
40 tons 40t heavy forklift FD400 vs Kalmar, Hyster, Sany, Konecranes, TCM, CVS
Battery
Two. Maintenance
1. Water adding
Add distilled water according to the prescribed level, do not add too much distilled water to prolong the interval between adding water, adding too much water electrolyte will overflow, resulting in leakage of electricity.
2, charging
In the process of charging, the battery will produce gas. It should be kept well ventilated and there is no clear fire around it. At the same time, the oxygen and acid gas produced in the charging process will affect the surrounding. When the charging plug is removed during the charging, the arc will be generated. After the charger is switched off, the plug can be unplugged. After charging, a lot of hydrogen is left around the battery. No open flame is allowed. The cover plate on the battery should be opened for charging.
3, the maintenance of terminals, conductors and covers must be carried out by professional and technical personnel designated by the manufacturer.
4. If the cleaning is not too dirty, you can wipe it with a wet cloth. If it is very dirty, you should unload the battery from the car and wash it with water to make it dry naturally.
40 tons 40t heavy forklift FD400 vs Kalmar, Hyster, Sany, Konecranes, TCM, CVS
Three. Safekeeping
1. The place of storage
It can not be short-circuited because the rain may cause short-circuiting fire, and may produce a small amount of hydrogen, so the battery must be stored in a ventilated, cool place.
2. Waste battery
The waste battery still has electricity, and it should be kept in accordance with the storage method used.
Four. The operation of electrolyte
1. Check the specific gravity using inhalation hydrometer to check the specific gravity, do not let the electrolyte spill out during the operation, and wear protective equipment.
2, operations other than inspection should be consulted by professionals, especially when electrolytes (dilute sulphuric acid) are added.
3. Electrolyte leakage
40 tons 40t heavy forklift FD400 vs Kalmar, Hyster, Sany, Konecranes, TCM, CVS
Due to battery overturn and breakage leading to electrolyte leakage, emergency handling should be carried out immediately.
Five, the operation of the battery in the end of life
1. The electrolyte in the cell battery decreases very quickly when the operating battery is near the end of life. Distilled water should be added daily.
2. Treatment of waste storage battery
For waste batteries, extract the electrolyte and decompose the battery. It can be talked about whether the battery manufacturer is reclaimed.
Six. Emergency treatment
1. The electrolyte is splashed on the skin and flushed with a large amount of water
2. The electrolyte is splashed to the eyes and rinsed with plenty of water and then treated by a professional doctor.
Email: claire@socmachinery.com
40 tons 40t heavy forklift FD400 vs Kalmar, Hyster, Sany, Konecranes, TCM, CVS
| Item details | Unit | |
| HNF-400 | ||
| Rated Load | Q（t） | 45 |
| Load center | c（mm） | 1200 |
| Wheelbase | y（mm） | 5000 |
| Weight | kg | 53000 |
| Tyre Specs.:Front | 18.00-25-40PR | |
| Tyre Specs.:Rear | 18.00-25-40PR | |
| Tyres Qty,front/rear (X-drive wheels) | 4\2 | |
| Wheel tread:Front | b10（mm） | 3030 |
| Wheel tread:Rear | b11（mm） | 2786 |
| Mast/carriage tilt angle(front/rear) | Degree（°） | 5\10 |
| Mast height(fork lowering) | h1（mm） | 4625 |
| Mast lifting height | h3（mm） | 4000 |
| Max.lifting height | h4（mm） | 6560 |
| Height to head guard(height to cab) | h6（mm） | 3900 |
| Overall height(with forks) | l1（mm） | 9900 |
| Fork front vertical surface to the rear end of the vehicle | l2（mm） | 8000 |
| Overall width | b1/b2（mm） | 4160 |
| Fork dimension | s/e（mm） | 2400X300X135 |
| Fork carriage width | b3（mm） | 3400 |
| Mast min ground clearance (with load) | m1（mm） | 300 |
| Wheelbase center min ground clearance(with load) | m2（mm） | 460 |
| Min.Turning radius | Wa（mm） | 8000 |
| Travel speed(with load/without load) | km/h | 22/25 |
| Max.lifting speed (with load/without load) | mm/s | 200/250 |
| Max.Lowering speed (with load/without load) | mm/s | 300 |
| Traction | N | 250000 |
| Gradeablity (with load/without load) | ％ | 25 |
| Driving brake | Oil-cooled multiple wet disc | |
| Engine brand/model | Optional one | Weichai engine |
| WP12G340（250kW III） | ||
| Optional two | Xi'an Cummins | |
| QSM11 250kW | ||
| Cylinder No. | 6 | |
| Transmission gears(Front/rear) | Torque convertor |
