Chino's Global Business>CPA-RA: High-Temperature thermal image measurement Revolutionizing Temperature Management in the Steel Industry

CPA-RA: A high-temperature thermal image measurement that revolutionizes temperature control in the steel industry.

Revolutionizing temperature control in the steel industry
High-thermal image measurement CPA-RA
New safety and quality

We achieve consistent quality, production efficiency, and safety through "visualization."

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Date created: 2026.03.19

What is CPA-RA?

A high-temperature thermal imaging measurement system born from the needs of the steel industry.

CPA-RA

As the steel industry becomes more sophisticated, the importance of understanding area-wide temperature distribution, ensuring safety, and monitoring equipment is increasing.

CPA-RA was development from the ground up to solve conventional problems and enable optimal on-site operation.

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Proven technical skills

A measurement system development in collaboration with professionals in the steel industry, prioritizing on-site use.

Main features

Why choose CPA-RA?

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Wide temperature range

Two models are available: 700-1450℃ and 1200-2550℃. This provides a measurement range suitable for all steelmaking process.

  • Supports a wide range process, from heating furnaces to rolling.​
  • Maintain accurate measurements even in high-temperature ranges.​
Main screen
Measurement settings screen
high quality

High resolution 720 x 540 pixel

It "visualizes" the precise heat distribution. It reliably detects even minute temperature variations and abnormal areas that conventional machines would have missed.

  • check_circleEnhance quality control with clear thermal imaging
  • check_circleThe accuracy of  data analyzing has dramatically improved.
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Stable operation even in harsh environments

With its window-through measurement capability and water-cooled case structure, it ensures long-term stable operation even in harsh manufacturing environments with high temperatures, dust, and vibration.

  • check_circleRobust water-cooled structure protects your equipment
  • check_circleSignificantly reduced maintenance costs 
Air-cooler CPY-ZRAC
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Up to 4 devices simultaneously, PoE compatible.

Multiple units can be operated simultaneously, enabling the creation of a wide-area monitoring system. PoE compatibility simplifies wiring and reduces installation and operating costs.

Network diagram showing four CPA-RA devices connected via Power over Ethernet with centralized monitoring system
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Excellent operation and data utilization

With intuitive operation via dedicated software, on-site workers can use it with ease. Acquired data can be output in various models, directly leading to process improvements.

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Why thermal imaging measurement is needed in the steel industry

Solving on-site challenges and simultaneously improving quality, safety, and efficiency.

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Early detection of abnormal fever

It instantly detects abnormal overheating in equipment, preventing serious problems and ensuring safety.

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Stabilization of steel quality

Visualizing temperature distribution reduces variations in product quality, enabling a stable supply of high-quality steel materials.

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Preventing equipment malfunctions

Continuous temperature monitoring enables early detection of signs of equipment deterioration. Preventive maintenance improves operational efficiency.

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Improving safety at the work site

Non-contact monitoring of high-temperature areas. Accurate temperature control is achieved while ensuring worker safety.

Main uses and benefits of implementation

Achieving improvements in quality, safety, and efficiency.

Main Use Cases

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Temperature monitoring of heating furnaces and reheating furnaces

Real-time monitoring of the furnace temperature distribution and maintenance of optimal heating conditions.

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Surface temperature control of high-temperature steel materials

By precisely controlling the surface temperature of steel materials during the rolling process, product quality is improved.

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Continuous monitoring of each process

Continuous recording of temperature changes at each process ensures traceability.

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Data-driven process optimization

By analyzing accumulated data, we can improve energy efficiency and productivity simultaneously.

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Issues before implementation

  • close ​ Because temperature is measured at apoint, it is difficult to grasp temperature variations.
  • close Delays in detecting defects can lead to quality problems and other issues
  • closed Temperature control relies on the experience and intuition of the operator
  • close Data cannot be accumulated, and process improvements are not progressing.
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Changes after implementation

  • check ​ Visualizing the temperature distribution across a surface allows for immediate detection of temperature variations.
  • check Early detection of anomalies significantly reduces the defective product rate.
  • check Achieves precise temperature control based on objective data.
  • check By utilizing data, continuous process optimization becomes possible.

Please feel free to contact us for inquiries and consultations.

Even if you haven't decided on a specific use or requirement, please feel free to contact us first.
Please feel free to contact us with any questions regarding the use of thermal imaging, system configuration, pricing, and more.

download the CPA-RA product page support_agent Consult with an expert

If you have any problems with temperature control,
 please feel free to contact us.

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