Ferroalloy Industrial Robots

An Electrode Pressure & release Measuring Device and SAFs Intelligent Smelting System

 

 

1.ENERGY SAVING：≥2%;

2.CAPACITY INCREASE：≥2% ;

3.ELECTRODE ERROR：≤200mm;

4.FOUNCTION：electrode length calculation, electrode furnace depth calculation, electrode automatic lifting, automatic pressure release, automatic shift, automatic ingredients, automatic material

 

In the field of electrode press and release technology, an electrode press and release measuring device comprises: a clamping device, a displacement sensor, a driving device and a controller, the clamping device is used to be clamped to the outer side of the electrode, the clamping device is capable of following the electrode to move from a first position to a second position, and the clamping device is movable with respect to the electrode in the direction opposite to the press and release direction, wherein the first position is located on the side of the second position away from the material, the displacement sensor is used to measuring a displacement amount of the clamping device to measure a displacement amount of the electrode along the press-and-release direction, and the controller is used to control the driving device to drive the clamping device relative to the electrode to move to the first position when the clamping device is located in the second position, and to control the driving device to reset the driving device after the clamping device is moved to the first position. As a result, the resetting of the measuring point position and the continuous measurement of the amount of electrode press and release are realized, with a high level of automation, while the accuracy of the measurement is improved.

 

 

 

 

• The high temperature configuration based on multiple protective structure;
• Automatic processing technology based on hydraulic servo drive control
• The robot system will be calcium carbide furnaces /Ferrosilicon furnaces /Industrial silicon furnaces stoking reducing operators from the high ambient temperature in front of the furnace, high labor intensity, high safety risks in the status quo of manual operation, to fully meet the production requirements of the operation, the operational efficiency has been significantly improved. And on this basis to provide more comprehensive, rich, three-dimensional, all-weather monitoring means than the original workers work.

 

 

1. A variety of tapping methods based on hydraulic servo drive control: rock drill, burners, steel;
2. A variety of plugging methods based on hydraulic servo drive control: mud cannon, plugging device
3. tracking of furnace eye based on furnace body and robot absolute position;
4. Safe, solid and resistant;
5. High efficiency of opening and plugging;
6. Advanced structure and strong adaptability;
7. High degree of automation (automatic eye opening, eye blocking);
8. Obstacle avoidance and power perception;
9. Low failure rate, easy maintenance;
10. Console remote operation, local remote control operation;

 

 

• Slag and iron separation technology based on high brightness environment
• Safe, solid and resistant;
• High efficiency of opening and plugging;
• Advanced structure and strong adaptability;
• High degree of automation;
• Obstacle avoidance and power perception;
• Low failure rate, easy maintenance;
• Console remote operation, local remote control operation;

 

 

 

 

 

 

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