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Description: Special version of IPE 140 with a spectral range of 3.9 µm for non-contact temperature measurement through flames and combustion gas as well as penetrating measurement into glass. Temperature ranges between 20 to 1800 °C. Key Features 3 temperature ranges between
- Celsius Scale: 20 to 1800 C
- General Features: Records Min/Max Values, Laser Spot Aiming / Sighting
- Scale: Celsius
- Technology Type: Thermal Pyrometer / Detector, Other
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Supplier: Transcat, Inc.
Description: furnace walls at refractories, glass gobs, furnace tubes, ceramics, billets, slag, and annealing materials. Sapphire window protects the silicon optics from heat and contamination. 3 Year Warranty. Enclosed Optical Sight.
- Technology Type: Thermal Pyrometer / Detector
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Supplier: Agilent Technologies - Vacuum Products
Description: The VHS-250 Diffusion Pump has a pumping speed of up to 2125 L/s. All VHS series pumps have sight glass/fill and drain assemblies for continuous monitoring and easy maintenance of pump fluid. The patented Bulge Contour increases gas capture and maintains lower pressure. Finned boilers
- Application: General Purpose / Industrial, Manufacturing Processing, Semiconductor Manufacturing
- Configuration: Individual Vacuum Pump
- High Vacuum / UHV Pump Technology: Diffusion / Vapor
- Integral Backing Pump: Yes
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Supplier: Agilent Technologies - Vacuum Products
Description: The VHS-400 Diffusion Pump has a pumping speed of up to 4500 L/s. All VHS series pumps have sight glass/fill and drain assemblies for continuous monitoring and easy maintenance of pump fluid. The patented Bulge Contour increases gas capture and maintains lower pressure. Finned boilers
- Application: General Purpose / Industrial, Manufacturing Processing, Semiconductor Manufacturing
- Configuration: Individual Vacuum Pump
- High Vacuum / UHV Pump Technology: Diffusion / Vapor
- Integral Backing Pump: Yes
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Supplier: Agilent Technologies - Vacuum Products
Description: ultimate pressure High throughput with high pumping speed Full thermal protection Fluid level sight glass provides quick indication of pump fluid status at all times
- Application: General Purpose / Industrial, Manufacturing Processing, Semiconductor Manufacturing
- Configuration: Individual Vacuum Pump
- High Vacuum / UHV Pump Technology: Diffusion / Vapor
- Integral Backing Pump: Yes
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Supplier: Agilent Technologies - Vacuum Products
Description: and drain assembly allows for easy exchange of pump fluid Robust boiler design Stable and reliable under widely varying operation conditions High forepressure tolerance Low ultimate pressure High throughput with high pumping speed Fluid level sight glass provides quick indication of
- Application: General Purpose / Industrial, Manufacturing Processing, Semiconductor Manufacturing
- Configuration: Individual Vacuum Pump
- High Vacuum / UHV Pump Technology: Diffusion / Vapor
- Integral Backing Pump: Yes
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• Sample taking • Immersion thermocouple • Mold turntable/trolley for pouring multiple molds in a single cycle • Centrifugal casting • Sight glass viewing port(s) • High vacuum pumping system • Optical pyrometer • Bridge breaker (read more)
Browse Vacuum Furnaces Datasheets for Inductotherm Group
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Marks’ Standard Handbook for Mechanical Engineers, Eleventh Edition > NONMETALLIC MATERIALS
Vycor is a 96 percent silica glass having extreme heat-shock resistance to temperatures up to 900°C (1,652°F), and is used as furnace sight glasses , drying trays, and space-vehicle outer windows.
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Thermal‐Expansion Data for Rutile‐Type GeO 2
Melting points were measured with an optical pyrometer corrected for tungsten emis- sivity and the absorption in the furnace sight glass and lncite glove-box panel.
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The System PuO 2 –ZrO 2
Melting points were measured with an optical pyrometer corrected for tungsten emis- sivity and the absorption in the furnace sight glass and lncite glove-box panel.
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Melting Behavior in the System UO 2 –PuO 2
The gas inlet tube is directed down and is bent in front of the furnace sight glass and serves to keep vapors from condensing on the glass.
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Materials Selection for Corrosion Control
They are used for thermocouple sheaths; furnace sight glasses ; aucibles; beat shields; chemical reactors; high-temperature laboratory glass- ware; windows for spacecraft; nose cones for missiles; and tubing for furnaces, high-intensity lamps, high- temperature sodium lamps, other specialized lamps, and corrosive…
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Glass as an engineering material. I. The nature of glass
Resistance to extreme heat shock and to tempera- tures up to 900 "C makes this glass the choice for industrial items such as furnace sight glasses and drying trays.
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UNIVERSITY OF CALGARY
The properties of quartz glass are: excellent resistance to high temperatures, good thermal resistance, and ultra-low expansion, and can be used for space shuttle windows, furnace sight glass , mirror blanks for astronomical telescopes, and high energy lasers (Lefteri 2002).
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Hanford Laboratories Operation monthly activities report, August 1959
of oxide vapors on the furnace sight glass .
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Hanford Laboratories Operation monthly activities report, September 1962
Temperature measurements were made with a brightness pyrometer corrected for emissivity and absorption in the furnace sight glass and lucite hood panel° Under one atmosphere of helium or argon the "apparent" melting point of plutonium nitride was 2600 _ 75 C.
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OUT-OF-PILE PROPERTIES OF MIXED URANIUM-PLUTONIUM CARBIDES. Final Report
The measurements were made through a plastic glove box window, prism, and furnace sight glass and were corrected for the resulting absorption errors.
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