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Inspect extreme heat environments with CESYCO Furnace Borescope Cameras that offer Full HD Imaging along with multi-vision probes and different directions of view. Either in a glass furnace or brick kiln, the portable CESYCO Furnace Borescope Camera will deliver at temperatures of up to 2,000°C.
CESYCO Furnace Borescope Camera
Good for
Temperatures of up to 2,000°C
Bores from 50mm (1.9")
Inspecting furnaces with straight and side-view cameras
Video Probe
- Optical or Video Image Transmission
- Full HD Video Camera
- Air and Water Cooled Design to Withstand up to 2,000°C
- Adjustable Focus
- Multi-Vision Probes Available
- Portable Design
+ Full Specifications
– Optical or IP Video Camera Configuration
– Full HD - 1920x1080 Resolution
– Resistant to Temperatures from 750°C to 2,000°C
– Optical Probe Diameter: 38mm(1.4")
– Video Probe Diameter: 40mm(1.5")
– Probe Length up to 4,000mm(13.1ft)
– Cooling System: Water and Air
– Focus: Manual or Remote
– Different Fields of View Options
– Different Direction of View Options
– Multi-Vision Probes Available
– Full HD - 1920x1080 Resolution
– Resistant to Temperatures from 750°C to 2,000°C
– Optical Probe Diameter: 38mm(1.4")
– Video Probe Diameter: 40mm(1.5")
– Probe Length up to 4,000mm(13.1ft)
– Cooling System: Water and Air
– Focus: Manual or Remote
– Different Fields of View Options
– Different Direction of View Options
– Multi-Vision Probes Available
Control Station
- Monitors Incoming Air, Water Pressure, and Temperature
- Emits Audible Signal in Case of a Fault in Pressure or Temperature
- Filters and Regulates Incoming Air
+ Full Specifications
– Air, Water Pressure, and Temperature Continuous Monitoring
– Audio Signal Caution in Case of a Fault
– Regulates and Filters Incoming Air
– Installed Water Flowmeter: 0-18L/m
– Electrical Supply: 100-250 V AC 50/60 Hz
– Water Input Connection: BSP 1/2"
– Air Input Connection: BSP 3/8"
– Water Flow: 15L/m - 18L/m
– Audio Signal Caution in Case of a Fault
– Regulates and Filters Incoming Air
– Installed Water Flowmeter: 0-18L/m
– Electrical Supply: 100-250 V AC 50/60 Hz
– Water Input Connection: BSP 1/2"
– Air Input Connection: BSP 3/8"
– Water Flow: 15L/m - 18L/m
Electric Station
- Conveys P0E to the CESYCO Furnace Borescope
- RJ45 Video Signal Output
- Optional: Display or Temperature and Focus Control
+ Full Specifications
– Powers the CESYCO Borescope Camera via P0E
– IP Video Output Signal: RJ45
– Optional: Temperature Display, Electronic Focus Control
– IP Video Output Signal: RJ45
– Optional: Temperature Display, Electronic Focus Control
Available configurations of the
CESYCO Furnace Borescope Camera
In the Box
Furnace Borescope Probe
Electric Station
Control Station
Water and Air Cables
User's manual
Tell us about your application and we will recommend you the right tool to do the job!
Multimedia
Video Inspection with a Furnace Borescope Camera
High Temp Furnace Inspection with a Borescope Camera
Optical Furnace Inspection Camera in Action
Furnace Borescope Camera in Action
Do you have any questions?
The System Full Description
The CESYCO Furnace Borescope Camera is a portable, heat-resistant furnace inspection camera for conducting visual inspections in extreme high-temperature environments, such as glass furnaces, brick kilns, and other extremely heated environments.
The furnace borescope is available in four major configurations: Optical Furnace Borescope and three video furnace borescopes with fixed direction of view, interchangeable direction of view, and a multi-vision version.
The CESYCO Furnace Borescopes can also be customized in length and other parameters for your specific environment, lighting, and wavelengths. Please get in touch with our technical sales representatives for customizations.
Three main components are part of the heat-resistant borescope setup: the borescope, the contorl station, and the electric station. The only exception is that the optical furnace borescope has an optical probe and requires a control station without using an electric station since no electricity is needed and no video signal to process.
In the actual inspection, the borescope is connected to the control station, which is connected to the air and water supply either from a separate source or using the plant’s supply. The connections used in the system are BSP 1/2" or 3/8”. The control station regulates the pressure and temperature of the water and air supplied to cool the borescope. If there is a fault in the cooling process, then the control station will emit an audible signal warning the operator to correct the defects and remove the borescope from the furnace.
The video furnace borescope, unlike the optical borescope, needs an electric station to power it, transmit video signal via an RJ45, and, in some cases, control the focus, show the borescope temperature, and contorl the LED lighting.
For the video borescope version, the IP video signal is transmitted via an RJ45 output to the electric station. The footage can be visualized using a computer ad a browser, or viewing software. For the optical borescope configuration, a camera can be attached to the eyepiece for recording the footage, but the images will be in HD, unlike the video furnace borescope cameras that deliver Full HD quality.
Some applications require a custom solution with special or intricate construction. If you have any questions about customizations, feel free to submit a request through the website or contact our technical sales representatives.
Fiberscope.net is an official representative of the CESYCO Heat Resistant Furnace Cameras.
The furnace borescope is available in four major configurations: Optical Furnace Borescope and three video furnace borescopes with fixed direction of view, interchangeable direction of view, and a multi-vision version.
The CESYCO Furnace Borescopes can also be customized in length and other parameters for your specific environment, lighting, and wavelengths. Please get in touch with our technical sales representatives for customizations.
Three main components are part of the heat-resistant borescope setup: the borescope, the contorl station, and the electric station. The only exception is that the optical furnace borescope has an optical probe and requires a control station without using an electric station since no electricity is needed and no video signal to process.
In the actual inspection, the borescope is connected to the control station, which is connected to the air and water supply either from a separate source or using the plant’s supply. The connections used in the system are BSP 1/2" or 3/8”. The control station regulates the pressure and temperature of the water and air supplied to cool the borescope. If there is a fault in the cooling process, then the control station will emit an audible signal warning the operator to correct the defects and remove the borescope from the furnace.
The video furnace borescope, unlike the optical borescope, needs an electric station to power it, transmit video signal via an RJ45, and, in some cases, control the focus, show the borescope temperature, and contorl the LED lighting.
For the video borescope version, the IP video signal is transmitted via an RJ45 output to the electric station. The footage can be visualized using a computer ad a browser, or viewing software. For the optical borescope configuration, a camera can be attached to the eyepiece for recording the footage, but the images will be in HD, unlike the video furnace borescope cameras that deliver Full HD quality.
Some applications require a custom solution with special or intricate construction. If you have any questions about customizations, feel free to submit a request through the website or contact our technical sales representatives.
Fiberscope.net is an official representative of the CESYCO Heat Resistant Furnace Cameras.