Advanced Energy FurnaceSpection - Infrared Camera System
From Temperature Measurement - Thermal Imagers & Systems
Advanced Energy's FurnaceSpection system provides real-time continuous temperature measurement to identify process abnormalities inside high-temperature furnaces in refining, metals, and glass production processes. It measures the temperature of product, refractory, and heat transfer surfaces inside natural gas-fired furnaces.
Product Details
- Accurate 640 x 480 focal-plane array thermal imaging camera with sensitivity of 0.06°C
- Boroscope optics filtered at 0.85 μm wavelength to view through combustion gas and flames
- Rugged IP66, air or water cooled (SD), protective enclosure
- Standard (SD) with auto-retraction and Mobile (MB) versions available
- Radiometrically calibrated
Overview
The FurnaceSpection™ system helps you quickly and accurately identify process abnormalities to prevent unplanned outages. Monitor and control process temperature uniformity through streaming images and powerful software that is also ideal for analysis and historical trending. Digital and analog outputs are available to broadcast images of your plant’s local network.
For petrochemical reformers, FurnaceSpection ensures tubes perform optimally and helps extend their life cycles. In metal annealing applications, use FurnaceSpection cameras to reduce cycle times and improve quality and process repeatability.
In addition to standard (SD) and mobile (MB) versions, customized solutions are available to meet specific application needs.
Benefits
- Monitor and control process temperature uniformity through real-time streaming images
- Identify process abnormalities before they develop into problems and unplanned outages
- Reduce cycle times and improve quality and process repeatability
- Measure temperature of product, refractory, and heat transfer surfaces
- Record and analyze data to optimize processes
Features
- Advanced software with simultaneous acquisition from multiple cameras and advanced analytics
- Complete system integration with installation support
- Stainless steel lens with air cooling or optional water cooling (SD)
Technical Specifications
Performance
Temperature Range
600 to 1800°C (1112 to 3272°F) or
800 to 2200°C (1472 to 3992°F) (water-cooled only)
Filter
0.85 μm
Image Update Rate
60 fps (60 Hz)
Detector
640 x 480 silicon based
Optical Specifications
Focus
Manual
Field of View (FOV)
55° H x 41° V or 72° H x 54° V
Protection
Sapphire window tip with air purge shield
Diameter
Air cooled: 42 mm (1.65 in)
Water cooled: 42 mm (1.65 in)
Interface
Number of Cameras
Up to 20 with a single controller (at 1 fps)
Camera Connection
1000 Base-T-Ethernet
Field Switch Cabinet
NEMA 4 / IP65 enclosure with Ethernet switch
Connection to Control Room
Multi-mode or single mode fiber
Environmental Specifications
Operating Temperature
Up to 60°C (140°F)
Weight
~10.43 kg (23 lb)
Housing
IP66
Mounting
Weld or bolt on mounting plates (SD version)
Electrical
Power Input
110 to 240 VAC, two 15 Amp Lines to support six cameras
Electrical Cabinets
All cabinets/panels are NEMA 4 / IP65
Air Supply
15 cfm at 100 psi at the camera
20 cfm at 20 psi for the lens
Water-cooled versions do not require an air supply.
Typical Applications
- Reformer monitoring
- Annealing furnaces
- Dome and blast furnace
- Glass melting furnace
Downloads related to this product
Videos related to this product
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Thermal Imaging for Glass Manufacturing - Video
Advanced Energy’s FurnaceSpectionTM solution is a thermal imaging system designed for continuous monitoring inside of high temperature glass melting tanks. Standard (SD) and mobile (MB) radiometrically calibrated imagers accurately measure the temperature of product, refractory, and heat transfer surfaces inside natural gas fired furnaces. Operators can monitor and control process temperature uniformity using real-time streaming images and powerful softwa
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