Thickness Measurement of Mobile Electric Furnace Lining

Product Details
Customization: Available
After-sales Service: Guided Installation
Warranty: Guided Installation
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Number of Employees
13
Year of Establishment
2012-11-19
  • Thickness Measurement of Mobile Electric Furnace Lining
  • Thickness Measurement of Mobile Electric Furnace Lining
  • Thickness Measurement of Mobile Electric Furnace Lining
  • Thickness Measurement of Mobile Electric Furnace Lining
  • Thickness Measurement of Mobile Electric Furnace Lining
  • Thickness Measurement of Mobile Electric Furnace Lining
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Basic Info.

Model NO.
1~300T
Customized
Customized
Condition
New
Power Source
Electric
Automatic Grade
Automatic
Type
Steel-Making Equipment
Certification
ISO
Trademark
baorui
Origin
China
HS Code
8417100000
Production Capacity
20

Product Description

Thickness Measurement of Mobile Electric Furnace Lining
Thickness Measurement of Mobile Electric Furnace Lining
Thickness Measurement of Mobile Electric Furnace Lining
Product features
Technical indicators
economic benefits
Original imported high-speed 3d laser scanner, measurement speed up to 980,000 points/second;
The measurement speed is fast, the whole electric furnace can be measured in 1 minute, and the measurement point is fine;
The measurement can be completed only in the main control operation interface, without the need for the measurement personnel to operate on site, safe and accident-free
There is no need to position during measurement, and the operation is more convenient;
Core components are protected by multiple protection (water cooling, air cooling, dustproof, heat insulation, vibration isolation and other multiple protection);
The instrument has built-in atmospheric pressure correction function: because the instrument measures the distance according to the flight time and phase of the laser, different atmospheric pressure will affect its measurement. The atmospheric pressure correction function of the instrument can correct the measurement results according to the atmospheric pressure at the time of measurement and its internal correction curve, which can eliminate the adverse effects;
The core components are designed to be hidden to ensure the safety of the equipment in all aspects;
The unique three-dimensional model modeling method of the furnace lining combines the design model of the furnace lining with the actual installation and manufacturing errors, which is more in line with the actual use of the furnace lining;
Precise three-dimensional coordinate transformation algorithm of measurement point: the instrument uses the rapid coordinate transformation algorithm to convert the measured angle and distance information into the cylindrical coordinate value of the electric furnace so as to obtain the thickness of the furnace lining at the measurement point;
A variety of customizable measurement display modes, report printing, and trend analysis charts are available.
Measurement accuracy: 3mm
Angular accuracy: 0.0009°
Measurement points per second: 120,000 ~ 980,000 points/second
Global scan time: less than or equal to 60s
Maximum target temperature: 1700℃
Working temperature: -20℃~200℃
Wireless inclinometer: resolution 0.01 degrees
Type of laser measurement: Class I laser (no harm to human eye)
Master the remaining thickness of refractory bricks on the furnace lining to avoid steel piercing accidents;
Obtain the level of molten pool, slag line position and erosion of large and small surfaces to guide the steelmaking process;
According to the distribution of weak areas in the furnace lining, guide the timing and position of slag splashing and spraying to avoid leakage or over-spraying;
With the support of accurate thickness measurement data, slag splashing can be carried out in time to protect the furnace or local areas with serious furnace loss in the working layer of electric furnace
The online spraying in the department increases the furnace service within the single brick masonry cycle of the electric furnace, reduces the number of cold repairs and saves refractory consumption;
Scan the three-dimensional point cloud model of the furnace lining to understand the inner wall profile of the electric furnace and optimize the control of oxygen lance position and oxygen lance flow;
According to the three-dimensional profile of furnace type scanning, the position of liquid surface and slag line during steelmaking is estimated to guide automatic steel tapping.

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