| A better solution for steel
mill safety and maintenance!
- designed specifically for viewing the thermal characteristics
of steel mill torpedo cars
- infrared temperature data can be sent directly to your SQL
database
- The most versatile thermal imaging system on the market!
- Thermal imager camera technology provides superior image
quality to line scanning pyrometer technology
The
IRCON Torpedo Car Inspection System uses advanced thermal
imaging and software to provide steel mill operators
a real tool for examining their torpedo car fleet. With
options such as single and dual camera inputs, I/O for
alarming capabilities, and thermal fingerprinting to
identify each car the IRCON Torpedo Car Inspection System
can help to reduce maintenance costs and improve plant
safety.
Torpedo Car Inspection System Features and
Benefits
- Single or Dual Cameras - Dual thermal imaging cameras
mounted at the pour station give the operator the ability to
to view thermal images of the the sides, top and bottom of
the car. Not everyone has the space or the money for dual
camera systems. Our software will also work with a single
thermal imaging camera mounted at the pour area. As the
car rotates the single camera can view the entire outside
shell of the car.
- No Tachometer Necessary - Ircon's Torpedo Car Inspection
Software uses advanced algorithms to detect the size
and shape of the car as it passes. Tachometer inputs
to adjust for varying speed (common with line scanning
systems) are not needed with this product. Measuring
different styles of torpedo cars at varied speeds is easy!
- Thermal Fingerprinting - The Thermal Fingerprinting feature
allows users to identify each torpedo car by painted on or
raised lettering on the shell of the car. Thermal
fingerprinting lets steel mills get rid of RF tag readers which
are commonly used to identify cars.
- Trend Algorithms - Maximum shell temperature of each car
can be trended over time to see if hotspots are forming. One of
the biggest causes of error for thermographers is the
environmental effects of snow, rain, and wind, which all can
cause errors in data. Ircon's specially designed trend algorithm
corrects for these effects ensuring that your temperature data is
accurate over time.
Computer Specifications (Based on STPC1 Operator
Interface PC)
1.5 GHz or faster Pentium IV processor, at least 2 available
PCI slot, 100 MHz or faster internal bus, 128 MB ram (minimum),
2x AGP or faster graphics, 4.5 GB hard drive or greater,
1 COM port, CD-Rom, 19" color monitor with 1024 x 768
resolution, Windows 2000 operating system |