Description
The KP series rail cars mainly have：KPX battery power supply, KPJ cable drum power supply, and KPD low-voltage rail power supply methods.Running distance: 0-100M
KP cable powered track flat car is a flat car that relies on the winding device of the AC 380V cable to provide power to the flat car. The winding device is placed below the track flat car, and the power is directly controlled by the AC control system to start, stop, move forward, move backward, etc. of the motor. Due to the limitations of cable lines, it is suitable for short distance rail transportation systems, and the operating distance is generally less than 100 meters.
Working Condition
- Prohibited on rainy days. Because the vehicle is powered by electricity, during transportation, if it rains, there will be a large amount of water accumulation between the tracks, which can easily cause short circuits between the tracks. Therefore, it is not suitable for use on rainy days. If emergency use is indeed necessary, certain protective and drainage measures should be taken to ensure that the power system is not damaged.
- Cannot be used in environments with high dust density. In production environments with high dust density, the conductivity of the track will decrease, which will affect the operation of electric flatcars.
Features
FEATURE 1
This series of electric flat cars is suitable for harsh environments, high temperature environments, explosion-proof environments, and other occasions
FEATURE 2
Due to its simple structure and low cost, it is a common track flat car for workshop crossing
FEATURE 3
Compared to the KPX series flat cars, it is not limited by usage time
FEATURE 4
Compared to the KPD series flat cars, the requirements for track laying are not high
FEATURE 5
Suitable for any load capacity and high frequency of use, with a maximum operating distance of less than 200 meters
Technical Data
| Model | KPJ-6-2 | KPJ-6-1 | KPJ-16-1 | KPJ-25-1 | KPJ-40-1 | KPJ-63-1 | KPJ-100-1 | KPJ-150-1 | KPJ-200-1 | KPJ-300-1 | ||
| KPJ-10-2 | KPJ-10-1 | |||||||||||
| Load capacity (t) | 1T | 2T | 16 | 25 | 40 | 63 | 100 | 150 | 200 | 300 | ||
| Length (mm) | 3000 | 3600 | 4000 | 4500 | 5500 | 6000 | 8000 | 9000 | ||||
| Width (mm) | 1600 | 2000 | 2200 | 2500 | 2800 | |||||||
| Height (mm) | ≤440 | ≤480 | ≤580 | ≤620 | ≤850 | ≤1200 | ≤1250 | ≤1350 | ||||
| Wheel (piece) | 4 | 8 | 8 | |||||||||
| Wheel diameter (mm) | φ360 | φ400 | φ500 | φ600 | φ700 | |||||||
| Track gauge (inner side) (mm) | 762 | 1435 | ||||||||||
| Wheelbase (mm) | 1700 | 1800 | 2000 | 2500 | 2800 | 3500 | 4500 | 5000 | ||||
| Running speed (m/min) | ～30 | ～25 | ～20 | |||||||||
| Motor model/powerGround clearance (mm) | YZ132m1-6 / 2.2KW | YZ132m2-6 / 3.7KW | YZ160m1-6 / 5.5KW | YZ160m2 / 7.5KW | YZ160m2 | 11×2 | 15×2 / 30KW | |||||
| 7.5KW×2 | 22KW | |||||||||||
| Self weight (T) | ～50 | ～60 | ～70 | |||||||||
| Recommended steel rails | ～2.4 | ～2.8 | ～3.5 | ～4.5 | ～5.5 | ～8.2 | ～12 | ～25 | ～29 | ～35 | ||
| Remarks | P24 | P38 | P50 | QU100 | QU120 | |||||||
| Load capacity (t) | Other table sizes, gauge, and load capacity can be designed and manufactured separately according to user needs. | |||||||||||
Spare Parts
Wheel group
The wheels are made of crane specific wheels, and ZG55 is used for the wheels. The overall quenching, hardness of the wheel tread and inner edge HB320-380, and depth of 20mm are used for the wheels; The wheel axle adopts 45 steel quenching and tempering heat treatment, the bearing seat adopts ZG45, and the bearing adopts radial roller bearing. The axial automatic micro centering of the bearing can eliminate and overcome the elastic deformation of the flat car under no-load and full load conditions and the deviation of the lateral parallelism of the track, ensuring the balance of the flat car’s operation on the track and improving its service life. After the wheels are assembled, rotate them flexibly.
Cable reel
It is a device that uses a snail coil spring as the power source and can automatically coil power cables or signal cables. When electrical equipment (such as mobile devices such as cranes or small cars) moves, the drum is pulled to release the cable. At this time, the flat worm coil spring is wound on the core shaft, and the spring stores energy. When the electrical equipment returns, under the action of spring force, the drum will rotate in the opposite direction to achieve synchronous winding of the cable.
