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● reliability ensures your continuous progress
The new 1F series combines Nissan's more than 50 years of experience in manufacturing high-quality forklifts and its rich automotive technology and knowledge, thus achieving excellent reliability, productivity and environmental protection, and maintaining low cost throughout the life of the forklift.
In order to achieve its three key objectives - to meet the needs of the environment, operators and customers - the new Nissan ultra-low emission engine, power transmission system, intelligent control system and other technologies are adopted.
● low emission and low noise for the environment
1F series not only improves the level of environmental protection, but also provides a more comfortable working environment. The industry-leading Nissan engine technology achieves high performance and ultra-low emission levels. This series adopts the new Nissan qd32diesel oil engine.
● operator
Safe, comfortable and easy to operate intelligent and easy to operate controller
Nissan's unique roll control system helps to provide better control and stability when the forklift turns. It is part of a complete set of safety equipment and can help achieve safer operation. The low noise and low vibration design provides a more comfortable operating environment, reduces the fatigue of the operator, and enables the operator to concentrate on the field work.
The 1F series is designed to provide a better and more productive workplace. New multi-functional LCD instrument panel, spacious cab, standard full suspension seats, intelligent control arrangement and response processing, all of which are combined to enable operators to spend every working day in a more comfortable way.
● for customers
Reduce the cost in the whole life cycle, high productivity and low fuel consumption, convenient maintenance and cost efficiency
The purchase price is not the real cost of the forklift: a large amount of fuel, maintenance and labor costs are required during the entire life cycle of the forklift. In the 1F series, the cost of the forklift throughout its life cycle is carefully considered, and this low-cost, high productivity and efficient solution is proposed.
The new Nissan qd32diesel oil engine has higher performance and lower fuel consumption. They also have good steering radius, intelligent easy-to-operate controller and a variety of other options, which can provide operators with better and more effective control and achieve higher productivity.
Maintenance is one of the main costs in the whole life cycle of forklift. High reliability forklifts with the lowest downtime also help reduce costs in the long run. Self diagnosis system and easy maintenance performance ensure that the time required for repair and maintenance is kept to the minimum.
Serial number | project | Company | Design value | ||||
2.5T | 3T | ||||||
1 | Rated lifting capacity | ㎏ | 2500 | 3000 | |||
2 | overall length | No fork | mm | 2560 | 2720 | ||
Forks | 3630 | 3790 | |||||
3 | Full width | Wheel width | 1150 | 1250 | |||
Frame width | 1150 | 1250 | |||||
4 | Full height | Height of non lifting gantry | 1995 | 2025 | |||
Height of roof protection frame | 2115 | 2150 | |||||
Maximum height during operation | 3960 | 4130 | |||||
5 | wheelbase | 1600 | 1700 | ||||
6 | Front overhang distance | 460 | 490 | ||||
7 | Front track | 960 | 1030 | ||||
8 | Rear track | 975 | 980 | ||||
9 | Minimum ground clearance | Lower end of gantry (empty / full) | 115/100 | 145/130 | |||
Middle of frame (empty / full) | 155/135 | 185/170 | |||||
10 | No load maximum lifting height | 3000 | 3000 | ||||
11 | Free lifting height | 145 | 145 | ||||
12 | Full free lifting height | - | - | ||||
13 | Gantry inclination (front / rear) | (°) | 6/12 | 6/12 | |||
14 | Mass of complete machine under standard no-load condition | ㎏ | 3885 | 4400 | |||
15 | No load maximum lifting speed | ㎜/s | 640 | 490 | |||
16 | Maximum lifting speed under full load | 570 | 420 | ||||
17 | Minimum turning radius | ㎜ | 2230 | 2330 | |||
18 | No load maximum operating speed | ㎞/h | 17.5 | 16.5 | |||
19 | Maximum operating speed under full load | 16.5 | 15.5 | ||||
20 | Maximum climbing gradient under full load | % | 33 | 29 | |||
21 | Full load maximum traction | kN | 18.6 | 19.8 | |||
22 | Load center | ㎜ | 500 | 500 |