High Temperature Vacuum Degasser CCTV System

HT-60

The HT-60 High Temperature Vacuum Degasser CCTV System is designed for reliable monitoring of extreme high-temperature metallurgical processes such as vacuum degassing and steel refining furnaces. Built with advanced nitrogen and water cooling protection, the system provides real-time Full HD visualization of processes operating up to 2000°C. The robust stainless-steel housing with sapphire window optics ensures durability in harsh industrial environments while enabling clear visual monitoring of critical operations for improved safety and process control.

  • Safe monitoring of extremely high-temperature processes
  • Improves process control and metallurgical operations
  • Clear Full HD visualization even in harsh furnace conditions
  • Reduced maintenance due to rugged industrial design
  • Supports automation and centralized process monitoring

Application-Based Customization

Engineered for Your Process Conditions

Expert Selection Support

Reliable After-Sales Service

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  • Full HD digital video output for clear process visualization
  • Nitrogen cooling and water cooling protection system
  • Automatic exposure control for high-brightness environments
  • PLC/HMI remote control capability
  • Pneumatic or electric retraction mechanism (optional)
  • Temperature alarm monitoring
  • Manual and automatic image adjustment (brightness, contrast, white balance, color saturation)
  • Straight view camera configuration
  • Sapphire window optics for scratch resistance and durability
  • Heavy-duty stainless steel housing
  • Vacuum degasser systems
  • Steel refining furnaces
  • Metallurgical processing furnaces
  • High-temperature steel production processes
  • Research and monitoring in metallurgical plants
  • Maximum Process Temperature: ≤ 2000°C
  • Camera Resolution: Full HD 1920 × 1080
  • Camera Sensor: 1/2.8" Progressive Scan CMOS
  • Cooling Method: Nitrogen Cooling + Water Cooling
  • Nitrogen Pressure: 0.4 – 0.7 MPa
  • Nitrogen Consumption: 5 – 40 m³/h
  • Water Consumption: 0.5 – 1.5 m³/h
  • Wide Dynamic Range: 120 dB
  • Image Noise Reduction: 3D Digital Noise Reduction
  • Field of View: 87° × 70°
  • Power Supply: 80 – 230 V AC / Optional 12 V DC
  • Power Consumption: Max 3 W
  • Operating Temperature: −30°C to +60°C
  • Wall Thickness Capability: Up to 650 mm

    Comprehensive Services Using This Product

    From installation to ongoing support, we’re with you every step of the way.

    What Customers Say About Us

    Trusted Engineering Support

    The team provided clear technical guidance and practical solutions. Execution was smooth and well coordinated throughout.

    Mr. Vivek NairGeneral Manager – Operations, Cement Industry
    Dependable Technical Partner

    Their approach was systematic and aligned with our plant needs. Overall experience with product and service has been positive.

    Ms. Kavita RaoSenior Manager – Maintenance, Steel Sector
    Application-Focused Solutions

    They understood our process conditions before recommending equipment. Support during installation was handled professionally.

    Mr. Rohan MehtaProject Lead – Power Plant
    Consistent Service Delivery

    Product performance has been stable in regular operations. The support team responds in a timely manner.

    Mr. Anil DeshmukhInstrumentation Head, Process Manufacturing

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    Clients Who Have Transformed Their Operations with This Product

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    Frequently Asked Questions About This Product

    The HT-60 system is designed to monitor high-temperature metallurgical processes such as vacuum degassing and steel refining furnaces.
    The system is designed to monitor processes operating up to 2000°C.
    The camera uses nitrogen cooling and water cooling systems along with protective housing and sapphire lens window.
    Industries include steel manufacturing, metallurgy plants, vacuum degassing systems, and high-temperature refining processes.
    The HT-60 system provides Full HD (1920 × 1080) video output, ensuring clear monitoring of critical processes.

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