60 Ton Metallurgical Single Girder Overhead Crane

1. Product Introduction:

Metallurgical Single Girder Overhead Crane are single girder cranes professionally used in metallurgy and foundry sites. Metallurgical Single Girder Overhead Crane must be used with the metallurgical electric hoist, with intermittent and periodic working mode, through the crane hook or other fetching device in a timely and rapid manner to complete the lifting and transportation of heavy objects in the metallurgical production process. 

 

Due to structural limitations, the crane is not widely used in practical applications.

 

2. Parameters:

Lifting Capacity(t)		Customized
Span(m)		19,22,25 or Customized
Lifting Height(m)	Main Hook	Customized	25	24	20	23	24	24
	Auxiliary Hook	Customized	27	26	22	25	26	26
Working Class		A6-A7
Electric Current		Customized

 

3. Component:

The structure of Metallurgical Single Girder Overhead Crane is mainly composed of three parts: bridge frame, metallurgical electric hoist and electrical system.
 

The bridge is used to support and longitudinally move the load, and is composed of a metal structure and a running mechanism. The metal structure includes the main beam, the end beam and the connection between the main beam and the end beam.

The Metallurgical Electric Hoist is one of the key components of this crane. It is specifically designed for use in metallurgical plants, where it is exposed to high temperatures, dust, and other contaminants. The hoist is equipped with a specially coated rope, which provides excellent resistance to corrosion and damage. Additionally, the hoist is capable of lifting and lowering heavy loads with precision and ease. 
 

The running mechanism is composed of four parts: driving device, transmission device, braking device and wheel group. Metallurgical electric hoist bears lifting and lateral moving loads. The electrical system consists of the main circuit and the control circuit. 

 

If the user needs other needs, they should negotiate with our company whether they can use it before signing the contract, and indicate it in the order contract.

 

4. Applicable Environment:
 

Metallurgical Single Girder Overhead Crane are suitable for working at working level A6, working environment temperature ≤ 60 ℃, relative humidity ≤ 85%, altitude below 2000m, and non-corrosive medium environment conditions.
 

Noise standards for metallurgical electric single-girder cranes: The crane is measured on the ground when there is no other noise interference and the lifting height is not less than 5m in a non-hermetic workshop. When the noise of the whole machine is not more than 90 dB (A).

5. Wearing Parts:

During the operation and use of bridge cranes, some simple phenomena that are not faults and cannot be operated often occur.

Generally speaking, parts that are not covered by the warranty period are wearing parts, including: lifting wire ropes, brake, buffer, electrical switches (excluding frequency converters), wires and cables, and rope guides (only for electric hoists). Other mechanical components have a service life, and the design life is generally not less than 5 years.

 

6.Metallurgical cranes usually use the following common control methods:

 

① Manual operation control:

 

The operator manually controls the lifting, walking, turning and other actions of the equipment through the control cabinet, buttons or joysticks. This control method is common in smaller machinery and is relatively simple to operate, but requires the operator to have corresponding skills and experience.

 

② Console control:

 

The machinery is equipped with an operating console, and the operator can operate and control it through buttons, controllers or touch screens on the console. The operating console usually has more functions and parameter adjustments, which can achieve more accurate operation and monitoring.

 

③ Wireless remote control:

 

The metallurgical crane is equipped with a wireless remote control, and the operator can remotely control it through a hand-held remote control. Wireless remote control can be operated at long distances or in hazardous environments.

 

④ PLC automatic control:

 

The machinery uses programmable logic controllers (PLC) for automated control. The PLC control system can perform mechanical operation and action control according to preset programs and logic to achieve automated operation and monitoring. PLC control method is usually used for larger and complex machinery, with high accuracy and stability.

 

The above are common control methods for metallurgical cranes. The specific control method used depends on factors such as the size, use, working environment and requirements of the machinery. Different control methods have different characteristics and scope of application. The appropriate control method can be selected according to actual needs to achieve stable operation of the machinery.

 

7. Why choose us?

Punctual delivery time.

 
7*24h online services.

 
Advanced test measures.

 

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