A brief discussion on the latest installation methods for elevators

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The elevator is suitable for the vertical transport of abrasive powdery, granular, and small lumpy materials such as grains, coal, cement, and crushed ore. The maximum lifting height is 40 meters. It features a simple structure, stable operation, loading by removal, and discharging in a mixed or gravity-based manner. The wheel rims are equipped with composite sprockets that make replacement easy; these sprocket rims have been specially treated to ensure long durability. If a gravity-based automatic tensioning device is used at the bottom, it helps maintain a constant tension. Installation method of the elevator below: 1. Elevators are divided into two types according to the shape of the hopper: Type S – with a hopper having a deep circular bottom ； Q method – hopper with a shallow circular bottom. 2. Lifters are divided into two types based on the shape of the discharge opening in the upper section: X1 method – discharge opening with an inclined flange ； X2 manufacturing method–discharge port with horizontal flange. 3. Lifters are divided into two types based on the shape of the feed inlet in the lower section: J1 manufacturing method–the slope of the feed inlet forms a 45-degree angle with the horizontal plane ； J2 manufacturing method–The inclined surface at the feed inlet forms a 60-degree angle with the horizontal plane. 4. Elevators are classified into four types based on the location of the inspection door on the side of the intermediate casing: K1 manufacturing method–The side of the intermediate casing is equipped with a left inspection door at its lower end ； K2 manufacturing method--the side of the intermediate casing is equipped with a lower right inspection door ； K3 manufacturing method--the side of the intermediate casing is equipped with a left upper inspection door ； K4 manufacturing method -- The side of the intermediate casing is equipped with an upper right inspection door. 5. Lifters are divided into two types based on the location of the inspection door on the end face of the intermediate casing: Z1 manufacturing method -- The end face of the intermediate casing is equipped with a lower inspection door ； Z2 manufacturing method -- The end face of the intermediate casing is equipped with an upper inspection door. 6. Based on the relative position of the drive mechanism with respect to the elevator, there are two types: left-mounted -- the drive mechanism is located on the left side ； Right-mounted -- the transmission is on the right side.