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| Heat Resistant Camera (Installed outside of Furnace)/HRS series |
Product Profile
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| The cameras of HRS
series are designed to monitor inside the furnace, through a furnace wall
window, if the temperature around the window is lower than 150℃. With optional equipment, it enables
you to monitor molten steel/ metal continuously even in extreme heat conditions
(1800℃). It gets mounted directly to the furnace wall, so no window glass is needed. |
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Features
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| With optional air purge
hood, the camera enables you to take video images inside glass melting furnaces
or other furnaces that radiate much stronger heat. Our cooling jacket is exceptionally
small, lightweight and easy to handle. The camera’s various functions are
easily manageable with PC software. |
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Intended purpose/ Applications |
| blast furnaces / glass melting
furnaces / monitoring for blast furnace casting floors / monitoring cupola top
/ monitoring of incinerator / various melting furnaces / various heat treatment
furnaces |
| Application 1 |
Application 2 |
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| ※Click the picture to download PDF Application example |
| Heat Resistant Camera (Inserted into Furnace) /FS series |
Product Profile
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| The monitoring camera designed
for internal furnace use. (Patent number: 2891672). This is our original system,
and it enables the CCD camera equipped with a water-cooling jacket to be
inserted inside the furnace, and to take video images from directly within the
furnace. Compared with other relay lens or fiber-optic systems, the pictures and images of our cameras are of high
quality. Many of these products have been used in both domestic and overseas
glass production factories and steel plants. |
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Features
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1. High-quality image possible, as images are taken from directly within the
furnace.
2. CCD camera/lens is
located several millimeters from the jacket window. Although there is no
shielding between object in furnace and CCD camera/lens, the cooling jacket
keeps the temperature around the lens at 40℃ or
under, protecting against the furnace
temperature of 1000℃.
3. This product is capable
of 24 hour, 365 day per year continuous operation by constantly supplying the
proper amount of cooling water and purged air.
4. There are direct view
type and side view types. You can choose between them, according to your purpose.
5. The length of inserted portion in the furnace of Furnacecope® can be customized to your request.
6. Air flow prevents the camera lens from dust
adhesion.
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| Features 1 |
Features 2 |
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Intended purpose/ Applications
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blast furnace / glass melting
furnaces/ monitoring for blast furnaces / monitoring cupola tosp / combustion
conditions monitoring of incinerator / various Melting Furnaces / various Heat treatment
furnaces
| Application 1 |
Application 2 |
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| ※Click the picture to download PDF Application example |
Model Number (Detail of FS model numbers) |
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| FS-**-##-%%D/SWNL |
**＝Limit temperature （12=1200℃, 15=1500℃） |
D＝Direct View Type, Ｓ＝Side View Type |
##＝Length of inserted portion in the Furnace
（05=0.5m、10=1m） |
N＝Camera controled by PC
W=Water-cooling amplifier jacket |
| %%＝Outer diameter of inserted portion of the jacket （06＝60.5mmφ） |
L＝Built-in lighting |
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Product Profile
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| This camera has 5 times more
resolution (greater than 2 million pixels), than the 400 thousand pixel NTSC
cameras, which are currently mainstream in FA monitoring. The HD series has optical
10x, digital 12x remote zoom functionality. The Gig-E camera with C mount megapixel
lens enables you to monitor fine flaws, which are otherwise difficult to notice.
By protecting the camera in our cooling jacket, monitoring inside of ultra-high
temperature furnaces becomes possible. Gig-E cameras can also capture clear,
digital images, and easily send them to PC via LAN connection. |
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Features
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This is the full high-vision
Gig-E camera with a heat-resistance of more than 1000 degrees of the country
first.
1. Full High-Vision Camera (HD
series)
As HD series are capable of direct connection
with full high-vision monitors, the handling is easier than existing high-pixel
progressive cameras. The interlaced image output system enables it to work more
effectively against moving objects than others. The diverse image control
functions, like focus and zoom, are easily manageable with PC software.
2. Gig-E type Camera (G series)
Using an LAN cable, the
Gig-E type camera is capable of capturing image data to PC, from a maximum
distance of 100 meters.
The progressive CCD element, which is superior in
taking images of high-speed objects, enables you to monitor moving objects.
This was previously impossible by using the CMOS element. There are two options,
two million or five million pixels, depending on your purpose. The high-definition
images taken by this camera are quite useful for image analyses of the inside of
high temperature furnaces. Adjustment of camera images is controllable via LAN
connection.
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Intended purpose/ Applications
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| blast furnace / glass
Melting furnace/ monitoring blast furnace casting floor / monitoring cupola top
/ combustion conditions monitoring of incinerator / various melting furnaces / various
heat treatment furnaces. |
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Installed outside