Why Choose KBK Crane for Your Business

What can KBK crane do?

KBK cranes is a new type of bridge crane system that has emerged in recent years. Yuantai KBK cranes are ome of the first enclosed trackcranes invented. Enclosed track rails have largely replaced the older I-beam style cranes that were used previously. It is widely used in production lines of various industries, especially clean workshops and modern workshops.

KBK crane main components: suspension device, rail, turnout, walking trolley, electric hoist, mobile power supply device (bus bar) and control device,etc.
The KBK rail crane is a newly developed indoor and small space light lifting and hoisting equipment. Its flexibility changes the cumbersome and solidified image of the crane, which enriches the usage scenarios of the lifting equipment. At the same time, it also brings great convenience for people to carry out hoisting and lifting in short distance, low height and narrow space.

Light-duty KBK crane parameters and design

Brand Name:	Yuantai Crane Company
Lifting Height	Max. 6 m
Crane Span:	3-10m
Lifting Speed:	0.8/5m/min 1/6.3m/min
Power Source:	3 Phase 380V 50hz
Control Method:	remote Control, pendent control,cabin control

Advantages of KBK overhead crane

1. Good reliability, high stability KBK light crane components of the system are all standard modules, you can ensure high-volume, high-quality production,
2. Crane system is very reliable. System module is the mainstay of three sizes of rolled profiles, intensity good rigidity, light weight, to ensure stability of the system.
3. KBK system adaptable plant each station according to the needs, flexible design and installation of the crane system, from sentinel transported to a high accuracy multi-point
4. Multi-beat automated conveyor line, can be arbitrary combination. The plant can be used for new designs can also beused to modify or extend the old system.
5. Easy to install, cost-effective KBK system installation is very convenient, and the standard profiles bolted between the modules can only be used to save the factory space and area
6. Greatly reducing the human resources, improve production efficiency, thereby reduce energy consumption, improve enterprise efficiency.
7. System can be operated manually or can achieve automatic and semi-automatic operation, efficient operation.

KBK crane applications

The pharmaceutical manufacturing process entails overhead crane to mixmaterials to create tablets, capsules, liquids, or ointments. Material flowrate has a significant impact on the process. High performance depends on continuously feeding input into subsequent processes along the line; this necessitates dependability, accuracy, cleanliness, and continuous operation.

KBK cranes are a type of crane that can help textile factories move things around more easily. They are made of light parts that are easy to use and can be changed to fit the factory's needs. These cranes are good for lifting heavy stuff, moving raw materials, and getting finished products to where they need to go.

About KBK knowledge you need to know

1. Main beam length: The total length of the main beam. Note: The working length of the main beam or the coverage of the hook on the beam is smaller than the total length of the main beam.
2. Buffer device: A spacer set between the two main beams (or) hoist trolleys in the fixed rail to prevent concentrated heavy loads between the hanger points. It limits the minimum distance between main beams or hoists.
3. Deflection: The difference in profile rail deflection between a kbk crane system and a fully loaded crane is usually calculated in millimeters. In general, the design of Yuantai Crane is that the beam crane is L/450, where L=support center distance or span.
   Beam: This is a horizontal beam in the support structure of the combined kbk crane system, which is composed of two channel steels back-to-back, and the fixed rail is hung here.
4. Overall Height (OAH): The distance from the ground to the highest point of the kbk crane system (including metal members).
5. Span (main beam): The distance between the center lines of the fixed rails. The span must be distinguished from the overall length (OAL) of the main beam, which is longer than the span. Calculation formula (using pre-most cranes): Span = {main beam length - (2* main beam cantilever length)}