Introduction of Ring Chain Bucket Elevator

ring chain bucket elevator

CUSTOMER REFERENCE LIST (YEAR 2012-2014)
NO.	EQUIPMENT	VENDOR'S SCOPE OF SUPPLY
		PROJECT LOCATION	QUANTITY	TIME
15	Bucket Elevator	Russia	1 Set	20121119
22	Bucket Elevator	Russia	4 Set	20130516
31	Bucket Elevator	Yemen	1 Set	20131200
35	Bucket Elevator	Philippines	2 Sets	20140304
39	Bucket Elevator	Mauritius	1 Set	20140500
44	Bucket Elevator	Thailand	1 Set	20140723
53	Bucket Elevator	Australia	3 Sets	20140220

►Introduction

Bucket elevator is designed to transport powder, granular and lump materials, which also can lift abrasive materials, such as fly ash, slag, limestone, cement slurry, cement clinker, cement, coal, dry clay, etc., it has an opening bin below for storing material, when the motor driving the endless plate chain (chain or belt) through the chute, the hopper fixed in the chain of plate (chain or belt) bring the material to the discharging opening, in this way it continuously convey the material.

Ring chain Bucket Elevator is applied in the vertical conveying of abrasive powder, granular and small lump materials, such as grain, coal, cement and crushed ore, etc., and its transportation height can reach to 40m. The bucket chains are characterized by simple structure, stable operation and hybrid or gravity discharge. The wheel rim uses combination sprocket, and it is easy to replace and has been specially treated to ensure a long service life. The underpart is equipped by gravity automatic tensioning device, so that it can maintain a constant tension to avoid slipping off the chain. The material temperature can not exceed 250 °C.
►Features
1. Ring chain bucket elevator with large capacity, high lifting height, running steady, long service life etc advantage;
2.Adopt wrought link chain as the traction components.
3.The outline dimension of cross section is little, installation arrange compact, save space;
4.High lifting height, with better sealing.
5.Customized capacity, height, material and surface treating etc processing technology.
►Advantage

    1. Excellent sealing, less environmental pollution.

    2. Easy Operation and maintenance, less wearing parts.

    3. Energy conservation and less maintenance ensure the machine a very low cost.

    4. Advanced design principle has ensured the reliability of machine operation.

    5. High accuracy. The housing case is of good rigidity and beautiful appearance by the edge folding and intermediate beading.

    6. Small size. Compared with other machines which have the same lifting capacity, size of this machine is smaller.

    7. Transmission capacity. The series hoist NE15 ~ NE800 a variety of specifications. Enhance the volume range of 15 to 800m3 / h.
 

►Working Principle
Hopper scoops up materials from the stone bucket below, then is lifted to the top with the conveyor belt or chain, and next it is downward rolled over bypass the wheel on the top and the materials are dumped into the accept slot now by bucket chain or hoist conveyor, and the whole process is over. The driving band of bucket elevator with driver is commonly made of rubber, and it is installed below or above the drive roller and the divert roller. The chain-drive bucket elevator is generally equipped with two parallel transmission chain, on which above or below is a drive sprocket and a divert sprocket. Continuous Chain or Belt Bucket Elevator for Cement are generally equipped with chassis to prevent the dust flying into the bucket elevator.

►Application
TH series bucket elevator is widely used for transporting material, the density is less than 1.5t/m3, easy to draw out powder, granular, block etc low grinding material. Round link chain bucket elevators are the preferred conveying systems for the transport of hot bulk materials and coarse-grained materials. Such as coal, cement, gravel, sand, fertilizer, grain etc.
►Selection condition
    1. What is the conveying material and its physical characteristics? such as bulk density, feeding size, temperature, mositure content etc.
    2. What is the processing capacity of the elevator?
    3. What is the lifting height of the elevator (distance between inlet and outlet)?