Chipper Camera Systems
Prevent log jams and optimize material flow with rugged, vibration-resistant cameras built specifically for chipper infeeds and heavy woodyard environments.
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Syn-Fab University
Master your system. Access our complete library of installation tutorials, routine maintenance walkthroughs, and technical configuration guides to keep your thermal imaging equipment running at peak performance.
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Installation & Maintenance Guides
How to Focus Your Furnace Camera
Achieve optimal thermal clarity. Syn-Fab engineer Mike Sloneker demonstrates the step-by-step mechanical adjustments required to properly focus your high-temperature furnace camera and maintain peak visibility in harsh boiler environments.
How to Retract Your Furnace Camera
Properly retracting your furnace camera is critical to preventing heat damage during boiler maintenance or cooling loss. Watch Syn-Fab engineer Mike Sloneker demonstrate the exact step-by-step procedure to safely disengage and protect your high-temperature imaging system.
How to Replace the Camera Lens Tip
The front objective is your first line of defense in a high-temperature environment. Watch Syn-Fab engineers Mike Sloneker and Keith safely demonstrate how to field-replace the lens tip on your camera to quickly restore optimal imaging.
How to Adjust the Auto-Retract Speed
A properly calibrated auto-retract system is essential for hardware survival. Watch Syn-Fab engineers demonstrate how to safely adjust the pneumatic speed of your camera's automatic retract cylinder for smooth, reliable operation.
Additional Resources & Support
Every facility is unique, and sometimes a video doesn't cover your specific boiler or kiln configuration. Access our complete system manuals below for detailed technical specifications, or reach out directly to our engineering team for personalized troubleshooting and support.
Explore Solutions for Your Facility
Every industrial environment presents unique diagnostic challenges. From the intense heat of a smelt bed to the volatile atmosphere of a lime kiln, explore our specialized camera systems engineered to deliver clear, continuous monitoring exactly where you need it most.
Crane Camera Systems
Improve safety and material handling efficiency with rugged, vibration-resistant cameras designed for woodyard cranes and log handlers.
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Conveyor Belt Cameras
Track material flow, prevent jams, and monitor transfer points with rugged, dust-proof cameras engineered for heavy industrial conveyors.
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Woodyard Camera Systems
Monitor massive log piles, heavy machinery, and general facility operations with weatherproof cameras built for the entire woodyard.
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Spout Camera Systems
Monitor high-velocity wood chip discharge spouts and silos to prevent costly blockages and optimize material flow into storage bins.
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Pulp & Paper Mill Applications
Comprehensive visual monitoring for the entire pulp and paper manufacturing process, built to survive extreme dust, vibration, and corrosive environments.
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Biomass & Bark Boiler Cameras
Gain clear, real-time visibility into biomass and bark boiler combustion zones. Monitor fuel distribution, grate conditions, and ash buildup to maximize boiler efficiency.
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Smelt Bed Cameras
High-temperature smelt bed cameras designed for recovery boilers. Monitor smelt spouts and char beds with Syn-Fab's rugged infrared imaging systems.
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Built for the Extreme
Since 1974, SYN-FAB® has designed and manufactured the industry’s most durable high-temperature imaging equipment. Browse our core product lines, featuring advanced thermal and visual technologies built to survive—and thrive—in the harshest manufacturing conditions on earth.
Terminator™ (SF12MT) Recovery Boiler & Smelt Bed Cameras
The Terminator™ (SF12MT) is the industry standard recovery boiler and smelt bed camera. Get crystal-clear, high-temperature imaging for optimal boiler control.
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Mongoose™ (SF12CS Series) Visible Light Camera & Imaging Systems
The Mongoose™ (SF12CS Series) is a rugged, high-temperature visible light camera and imaging system. Ideal for power boilers, lime kilns, and industrial furnaces.
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Predator™ Steel Furnace Cameras (SF12N-SP, SF12L)
Discover Syn-Fab Predator™ steel furnace cameras. Features SF12N-SP (Near IR) & SF12L (Long Wave) for reheat applications operating from 100°F to 3500°F.
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Pyro-Viper™ (SF12C-2C-HD) Kiln Cameras
The Pyro-Viper™ (SF12C-2C-HD) is the premier HD kiln camera system. Delivering clear thermal imaging for lime kilns, cement kilns, and clinker coolers.
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Sentinel Series Industrial Process & Material Cameras
Discover Syn-Fab Sentinel Series cameras (SF20, SF21C, SF30TI, SF36C). Rugged, high-performance industrial process and material monitoring.
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Technical Training & Operations FAQs
Syn-Fab University is designed to help your team get the maximum performance and lifespan out of your high-temperature imaging equipment. Below, you will find answers to common operational questions regarding temperature limits, cooling requirements, and preventative maintenance. For specific troubleshooting or to request customized training for your facility, please contact our engineering team.
Core Operations & Protection FAQs
Syn-Fab camera systems are designed to monitor process temperatures up to 3,500°F (1,927°C). The appropriate camera model, cooling method, furnace lens configuration, and installation arrangement are specifically selected based on your application and operating environment.
Selection depends primarily on process temperature and viewing conditions. IR cameras are often preferred for lower-temperature applications (like heat-treat furnaces), or in high-temperature environments with heavy smoke, steam, or haze where visible-light cameras lose contrast. Syn-Fab will recommend the appropriate wavelength based on your specific process conditions.
Syn-Fab systems are primarily protected by a continuous instrument-air purge that cools both the furnace lens assembly and the camera housing, while simultaneously keeping the viewing window free of dust and debris. Depending on the extreme nature of the application, additional protection such as liquid cooling or an automatic retract system can also be incorporated.
The optional auto-retract system provides a critical level of protection. In the event of a loss of cooling air or electrical power, the camera is automatically withdrawn from the process. Without adequate cooling, a camera left inserted into a furnace can quickly suffer severe damage to the lens assembly and camera core.
Yes. Syn-Fab temperature monitoring systems, particularly when paired with our PV-HD software, can be configured to generate alarms when user-defined temperature thresholds are exceeded. These alarm outputs can be seamlessly integrated into your plant control system or DCS.
Routine maintenance should include verifying that the compressed air supply remains clean and dry, replacing air filtration elements, inspecting the furnace lens for debris or slag buildup, verifying auto-retract operation (if equipped), and checking all electrical and communication connections.
General System Capability FAQs
Yes. Instrument-quality compressed air is the most common cooling and purging method, but alternative solutions such as nitrogen or other inert gasses can be used where compressed air is not suitable or available. For applications requiring complete isolation from the process environment, a fully sealed wallbox is available to prevent purge air/gas from entering the process.
In most applications, a visible-light camera can provide usable images down to approximately 1,000°F (540°C). Below this temperature, there may be insufficient radiant energy for the camera to produce a clear image without supplemental process lighting. Depending on the application, a near-infrared (NIR) or infrared (IR) camera may be the better solution for lower-temperature processes.
Yes. Certain Syn-Fab infrared camera systems can provide both process imagery and surface temperature measurements. Combining our proprietary software with our IR camera systems allows virtually unlimited ROI’s for temperature monitoring with the ability to set alarm levels.
Calibration requirements vary by product family, temperature measurement requirements, and application. Some infrared temperature monitoring systems may benefit from periodic verification or calibration to maintain accuracy, while many observation-only camera systems do not require annual calibration. Syn-Fab can recommend the appropriate schedule for the specific system.
Yes. Syn-Fab’s furnace cameras can be ordered in a portable configuration that allows real-time inspections during operation, including a smaller air assembly and a local monitor with recording capabilities.
Cooling, Air, and Protection FAQs
In most applications, water cooling is not required. Syn-Fab camera systems are typically protected using an air purge that cools both the furnace lens and camera housing. For extremely demanding environments or specialized applications, water-cooled camera systems are available.
Most Syn-Fab furnace camera systems require clean, dry compressed air at approximately 15–20 PSI and 15–20 SCFM to provide adequate cooling and purge the viewing window. Actual air requirements vary depending on the camera model, furnace lens length, and operating environment.
In many applications, yes. Mill air can often be used provided it is properly filtered, dry, and oil-free before reaching the camera system. The air supplied to the camera should be clean and free of moisture, oil, and particulate contamination. Contaminated air can reduce cooling efficiency, shorten component life, and degrade system performance.
If the system is equipped with a Syn-Fab auto-retract, the camera will automatically retract and withdraw the furnace lens upon loss of purge air or electrical power. The system can also be configured to retract on high-temperature alarms or other user-defined alarm conditions.
The automatic deslagger is designed to significantly reduce the frequency of manual port cleaning by helping maintain a clear viewing path. However, depending on process conditions and slag accumulation, occasional manual cleaning may still be necessary. Effectiveness depends on slag characteristics, process temperature, and operating conditions.
Installation and Integration FAQs
Standard furnace lens lengths begin at 24 inches and are available in 12-inch increments up to 60 inches. Custom lengths are available for longer insertion requirements.
Yes. Syn-Fab camera systems can be integrated with most existing plant control systems and DCS platforms. Multiple output and interface options are available, allowing the systems to be incorporated into most control architectures.
Yes. Syn-Fab offers both Ethernet/IP and analog camera systems. Regardless of the camera platform selected, video can typically be converted to the transmission format required by the facility, making integration with existing infrastructure straightforward.
Syn-Fab recommends RG-59/U 75-ohm coaxial cable for most analog video installations. For longer cable runs or electrically noisy industrial environments, higher-performance coaxial cable may be recommended to maintain optimum video quality. Proper cable routing and grounding practices are also important.
Yes. Syn-Fab camera systems are designed so the camera can be removed for inspection, cleaning, or maintenance without shutting down the process. An optional self-sealing wallbox closes when the camera is removed, helping protect personnel and equipment from process heat, pressure, and blowback.
Maintenance, Parts, and Repair FAQs
Recommended spare parts depend on the application and process criticality. Common recommendations include solenoid valves, spare furnace lens components, air filtration elements, and a spare camera core for critical applications. Syn-Fab can recommend a customized spare parts package.
Syn-Fab offers quick turnaround on most repairs, and loaner systems are available for emergency situations when appropriate. Syn-Fab manufactures major assemblies in-house and maintains a large inventory of spare parts. Parts or accessories can often ship within a few business days to two weeks, depending on availability and manufacturing requirements.
All SYN-FAB® camera systems are backed by a comprehensive factory warranty. For specific warranty terms regarding your equipment or to submit a claim, please contact our support team.