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Furnacecope® 【FS-**-**-**DN/DWN/SN/SWN】
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| A 410 thousand-pixel
camera, equipped to the top of the jacket, enable you to capture crystal clear
images. Adjustment of aperture, contour enhancement, flip horizontal and other
functions are controllable by specialized software, once installed to PC. This
is the best and most reputable heat-resistant camera, used and implemented for
many years. It is capable of 24 hour / 365 days year continuous operation, with
specified cooling utilities. Even in dusty environments, maintenance is
exceptionally easy, as dust adhesion is prevented, with its unique air purge
structure. |
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Illuminated Furnacescope® 【FS-**-**-**DNQ/DWNQ】
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| This heat-resistant
camera is capable of continuous monitoring from normal temperatures to 1000 ℃ and over by applying our proprietary
technique. A long-life 5W high brightness LED light is mounted in the φ60.5mm external-diameter
Furnacecope®. It enables you to monitor clearly from dim places of low to ultra
high temperature, with an irradiation distance 2 meters or less, and a flash
coverage of 60 degrees.. |
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Flexible Furnacecope® （Low temperature type） 【FFS-02-**-**-DNL】
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| This is an internal
camera for furnaces with temperatures below 200℃. This is Furnacecope®, with the application of a flexible tube between
its head and the amplifier jackets, making it possible to be inserted into a
bent tube. The size of the camera head is extremely compact, and the external
diameter is less than φ 100mm. It is equipped with high brightness LED
illumination , enabling you to monitor even in dark conditions, with temperatures
below 200℃. The exhaust of the cooling air does not
influence the temperature of the monitoring object, because it’s released
outside of the furnace. |
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Flexible Furnacecope® （High temperature type） 【FFS-12-100-07D/SWN】
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| This internal
heat-resistant camera is for high temperature furnaces, (up to 1200 degrees
Celsius.) It was developed exclusively for coke oven use. Straight FS could not
be inserted in oven-edge side holes, but the flexible Furnacecope®, makes this
type of monitoring possible. The heat-resistant blanket is dipped into water,
enabling you to monitor furnaces up to 1200℃ for a given length of time, only by air cooling. |
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Mini Scope 【MSD-10】
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| This is the most compact and cost-effective model among internal furnace
camera types. The mass is only 8kg, allowing you to carry it with one hand!
The insertion external diameter is a slender φ48.6mm, therefore the size
of the furnace wall opening can remain minimal. Iris, color-balance and
other functions can be controlled automatically without complicated adjustment.
The AC100V power supply enables you to receive image signals quickly and
easy. With specified cooling utility supply, monitoring in environments
up to 900℃ is possible. |
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Kiln Scope L 【KSL-12-05-06D/SWN】
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| Kiln scope L is the
standard Furnacecope®. It was designed with same specifications of strength of heatproof
, insert length and insert external diameter as Furnacecope®. It’s designed to
be used under 1,200℃. It has a one-meter insert length, andφ60.5mm insert external diameter.
Like with Furnacecope®, all image control functions can be controlled by
PC. |
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| Laser level meter/Image processing |
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Molten Steel ／Molten Metal Level meter 【RJ-2000/RJ-2000K】
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| Even in the case of very
hot molten metal (1800℃), the measurement error is ±5mm or less. Measurement
cycle can be set as low as 2 milliseconds minimum. It is capable of filing
level data, capturing images, and monitoring objects simultaneously. The RJ-2000K,
with its innovative software methods, enables you to absorb the variation and
noise of the object measured. Its capabilities
include weighting mean average and outputting minimum and maximum values at
regular intervals. It works at distances from 0.5m to 100 m (with a preferred distance of
up to 20m) with no extra operation. |
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Mirrored Surface of Metallic Silicon Level Meter 【LZ-2001】
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We’ve made an impression
upon the industry by developing a surface height level meter for melted metallic
silicon. This has been considered by many to be difficult to design. By
irradiating green laser light onto the mirrored surface of melted silicon, and
capturing the reflected light with HRS heat-resistant camera, this system is
capable of measuring melted liquid level in real time, graphing the data, and displaying
it on the monitor. Analog signal outputting is also possible.
We’ve developed a surface height level meter for melted metal which was
difficult to design, but we were successful. It’s capable of measurement
of wavelike level on mirrored surface in real time, making graphs of the
data with analog outputting to the monitor display. |
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Green laser Level meter 【GLK-5000】
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This equipment enables you
to measure the level of melted metal by picking up the reflected light of a green
laser with a CCD camera. Data analog outputting to the monitor display is also
possible.
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Heat Distribution Monitor 【A-NB08】
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| This device enables you
to capture the near-infrared rays with CCD camera, convert the brightness to
temperature data, and display the data in pseudo-color on the monitor. The
captured brightness is divided into 256 colors and converted to temperature
data, on the basis of previously calibrated table data, and then outputs the
information graphically on the monitor. It has calibration functionality for 8
individual areas, ensuring measurement accuracy. With the timer function, it’s
capable of continuous measurement for many hours, at any measuring intervals. |
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NEW Heat Distribution Monitor 【A-NB10】
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| This is a high-grade model of A-NB08. It’s capable of configuring 16 calibration
tables, selecting the tables automatically according to the temperature
zone, (Temperature-following function) and monitoring a much wider temperature
distribution zone. At the maximum, 16 monitor windows can be set up. In
addition to directly capturing the temperature data of furnace inside,
the calibration is also much easier to handle. Optional equipment for the
output of the various data is also available. |
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Full Hi-Vision Heat-Resistant Camera 【HRS-400HD】
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| The HRS-400HD mounts full hi-vision camera ARTHER-HD10, and is for installation
outside of furnace. Equipped with an optional water-cooling air purge hood
at the front, it’s capable of monitoring objects in high temperature furnaces.
Equipped with optional high brightness LED illumination, it is also capable
of monitoring inside furnaces lower than 800℃. Image control
functions equipped are all controllable by using specialized PC software. Remote
control of 10x optical zooming is possible. |
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Full Hi-Vision Furnacecope® 【FSHD-**-**-11DN/11SN】
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A heat-resistant camera for
internal use with full hi-vision ARTHER-HD10.
The part inserted into furnace is φ114.3mm, with a maximal length of 3.0m.
Installation into the furnace enables you to monitor a wide range, and
the zoom function makes it possible to monitor at high resolution. It is
capable of monitoring inside furnaces lower than 800 degrees Celsius also
by fitting an optional high brightness LED illumination. Equipped diverse
image adjusting functions are controllable by using specialized software
in PC. Remote control of Optical 10x zooming is available. |
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Full Hi-Vision Camera 【ARTHER-HD10】
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This is a FA camera with
high-definition, high-vision 10x optical zoom. The diverse functions can be
controlled by using specialized PC software. The preset feature allows you to
customize your monitoring and return to your settings anytime.
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Megapixel GIG-E Heat-Resistance Camera
【HRS2-400G/HRS5-400G】
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| This is an externally
installed heat-resistant camera. A Gigabit Ethernet (Gig-E) camera with a two or
five mega-pixel CCD is mounted. It is capable of importing high-definition
digital images to a PC via LAN cable. The diverse image functions are
controllable through the LAN cable. |
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Megapixel GIG-E Heat-Resistance Camera 【HRS5-100G】
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This is an externally
installed heat-resistant camera. A miniaturized version of the HRS5-400G, this camera mounts a Gigabit Ethernet (Gig-E)
camera with a 5 mega-pixel CCD. It is capable of importing high-definition
digital images to a PC via LAN cable. The diverse image functions are
controllable through the LAN cable.
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Megapixel GIG-E Furnacecope®【FS5-**-**-**11DWNG/11SWNG】
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The Mega pixel GIG-E is an
internal camera that mounts a Gigabit Ethernet (Gig-E) camera with a 5 mega-pixel
CCD. The part inserted into furnace is φ114.3mm, with a maximal length of 3.0m.
It is capable of importing high-definition digital images to a PC via LAN cable.
The diverse image functions are controllable through the LAN cable.
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| Special Specification models |
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Heat-Resistant Camera for Harsh Condition 【HKV-400S】
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| This is a specialized heat-resistant camera, capable of monitoring even
under harsh conditions such as water exposure and high temperature vapors.
It is equipped with strong purge system, wiper mechanism, and more, to
protect against harsh conditions and ensure image capture and display.
It’s equipped with an insertion carriage. |
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Strong Vibration-Resistant Camera 【HRW-D100】
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| This vibration proof
camera can withstand vibrations as astonishingly strong as 300G, when equipped
to a crane under high temperature. It’s capable of mounting on rock drills and
other instruments. |
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Special Kiln Scope 【KS-12-03-06DWQ】
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| This kiln scope has a
special shutter mechanism. which can withstand furnace pressure control 0.2MPa.
With its double shutter, it is capable of withstanding internal furnace pressure
and monitoring through the pinhole without dust adhesion. |
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Air Scope 【HRM-10】
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| This camera is capable of
monitoring objects in hot environments in factories such as hot rolling shops, only
with an air-cooling system. This heat-resistant camera is very portable, lightweight
and easy to install. |
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Furnacescope® with manual rotation function / mobile function 【FS-12-10-08SN-RZ】
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| This is Furnacecope® for internal furnace placement with manual rotation
and also vertical/ horizontal movement capabilities. The horizontal/vertical
movement mechanism is designed to be light and easy to handle, despite
the long length of Furnacecope®. |
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Furnacescope® with emergent extracting device 【JESS-**-**】
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| This equipment can be
used to pull out the heat-resistant camera device from the furnace quickly, when
an accidental utility supply or camera temperature alarm goes off. Although
this device is designed to be used on internal furnace camera models (such as
Furnacecope®, Kiln scope, etc.), there is also a simple model for externally
installed heat-resistant cameras. |
Cold-Resistant Camera / Cold and Heat-Resistant Camera  Specification |
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Cold-Resistant Camera FREEZANSCOPE® 【FRS-100】
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| This cold-resistant
camera (FREEZANSCOPE®) is capable of monitoring the inside of freezers as low as minus 60℃. With special keep-warm and
dehumidifier system, it keeps the camera warm and dry. By request, it is also
possible to embed the camera with high brightness LED illumination. This system
mounts with the ARTHER-240CCD camera which has superior durability in both high
and low temperatures. I |
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Cold and Heat-Resistant Camera FEEZANHEATSCOPE®
【FHRS-100】
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| This cold and heat-resistant
camera FHRS combines the heat resistance of the HRS with the cold resistance of
the FRS. In low temperature environments, it performs as a cold-resistant
camera. Above 50℃ or higher (up
to 200℃), it performs as heat-resistant camera, with cooling
utilities activated through the valve stands. This camera is the best for
monitoring inside of the thermostatic oven, which is prone to constant changes
in temperature, from minus to above 0℃, and vice versa. By request, we can also offer embedded high brightness
LED illumination. The system is equipped with an ARTHER-240CCD camera,
an extremely durable camera, in both high and low temperatures. |
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Protecting Pipe 【FGS-**】
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| The monitoring
performance and machine life of internal heat-resistant cameras can suffer from
conditions inside the furnace, such as corrosive gasses and dust adhesion. The
Protecting Pipe device will solve these problems. It enables you to prevent dust
adhesion and corrosive gas influx by purging air into the gaps between the pipe
and the camera. |
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AIR Purge hood 【AP-01】
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| This device is capable of
preventing the adhesion of dust to heat-resistant glass by purging air to the
front of the externally installed cameras. |
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Water-Cooled Air Purge Hood 【WAP-05/WAP-06】
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| This device is designed
to be put directly on the furnace wall-fitting flange on the front of
heat-resistant cameras. The water-cooling system keeps out heat transmitted
from the furnace wall, and the air purge function helps prevent dust adhesion
to the heat-resistant glass. |
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Movable flange 【KF-**】
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| This device is shipped with Furnacecope® as a standard attachment to allow
mounting with the furnace wall. It’s designed to have an adjustable insert
length, by request. View direction of side view Furnacecope® is adjustable
by rotating Furnacecope® in 360 degrees. |
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Maintenance Flange 【MF-**】
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| This device is equipped
to the front of external heat resistant cameras (HRS). The opening and closing
mechanism allows easy cleaning of the heat-resistant glass, without dismantling
the camera from furnace walls. Using in combination with the optional WAP-05 (above)
will lead to better maintenance performance. |
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Valve Stand 【BSS-**】
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| This device is to
monitor and to supply cooling utilities (cooling water and air) supplied
quantitatively to all sorts of heat-resistant cameras. When any abnormalities
arise with the fixed quantities, the alarm goes off. It’s also equipped with an
air dryer and an air filter for monitoring quality of air supplied. |
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Air Cooler 【AC-60C】
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| This device will ensure
sufficient air-cooling, if supplied air is not cold enough. It cools with air
pressure, so large refrigeration equipment is not necessary, and fitting is
easy. |
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Movable Camera Platform 【MU-01】
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| This device allows you
to mount a heat-resistant camera outside of the furnace. This device enables
you to install the camera and adjust the view angles freely at arbitrary
positions. |
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Camera Composite Cable 【X792-**】
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| This is a set of specific composite cables for connecting a heat-resistant
camera to a power source box. The composite cable consists of; a camera
power cable, an image coaxial cable, a RS232C communication cable, and
a K-compensation cable. For normal use, the cable reaches up to 15 m, but
it can be extended to a maximum of 50m by converting the communication
cable. |
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Camera Power Source Box （Wall Hanging Type）
【PSB-PC/SW-**K】
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| This device gets installed on a wall or control panel to supply power to
a heat-resistant camera. This power source box is also equipped with a
D-SUP 9 pin connector for RS232C communication to PC on site, and a camera
temperature indicator (via K-compensation cable). In the event of temperature
abnormality, the alarm rings. We also offer a version controllable by switches.
(The photo appearing here is the PC controlled version.) |
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Small Camera Power Source Box （Wall Hanging Type）
【PSB-PC**KS】
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| This is a compact type
of camera power source box, for wall hanging. Other than the alarm, all functions are same
as PCB-PC. Only controllable by PC. |
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Camera Power Source BOX (Desk Installation Type)
【PSB-PC/SW-**D】
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| This power source box gets installed on the desk (in a control room, etc.)
for supplying power to a heat-resistant camera. This power source box also
equipped with a D-SUB 9 pin connector for RS232C communication with PC
at site, and a camera temperature indicator (via K-compensation cable).
In the event of temperature abnormality, the alarm rings. We also offer
a version controllable by switches. (The photo appearing here is the PC
controlled version.) |
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Feature