INFRARED GOLD IMAGE FURNACE ENGLISH

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1 IFRARED GOLD IMAGE FURACE EGLISH

Infrared gold image furnace for Development Radiant spectral distribution of infrared lamp % 0.5μ.5μ A A B :solar spectra in space :solar spectra on the earth spectra of IR lamp at rated voltage %.

2 Infrared gold image furnace for Development Radiant spectral distribution of infrared lamp % 0.5μ.5μ A A B :solar spectra in space :solar spectra on the earth spectra of IR lamp at rated voltage %.0μ spectra of IR lamp at rated 75% peak hight ratio B.55μ spectra of IR lamp at rated 50% spectra of IR lamp at rated 5% RHL-E & VHT-E series.00μ rinciples wave length (μm). Radiation heating The infrared gold image furnace is a radiation heating furnace that uses an infrared lamp with high energy density as heating source. The furnace body is made of aluminum alloy with water cooled and the reflection surface of the infrared rays is polished and coated with gold which has a high reflection.. Infrared lamp The tungsten filament is sealed in a quartz glass made tube, which the peak of the spectrum is approximately.5 m in the near infrared region. The infrared lamp provide the energy density 0 to 5 times as high as the conventional heating element.. Reflector The reflector is machined with high precision curvature to enhance the reflectance and inhabit the deterioration. The reflector is available in two types due to its shape, one is elliptical type and the other is parabolic type. The model RHL-E and VHT-E series have a elliptical type reflector and is suitable for the heating of the rod shaped sample, and the other model: RHL-,RHL-s and RHL-ss series have a parabolic type reflector and is suitable for the sheet shaped sample. Features RHL-,RHL-s & ss series. High speed heating/cooling up to high temperature The infrared lamp with high energy density and the gold coated reflector permit high speed heating up to a high temperature. Also, rapid cooling is available with water cooling of the furnace body and additional gas cooling mechanism.. High precision temperature control of the sample The temperature of the sample can be controlled with high accuracy by combing the infrared gold image furnace and the temperature controller for the exclusive use. Also, the control of the cooling speed and the holding at any temperature is available with high accuracy.. Clean heating The heating element of the infrared lamp is sealed in the quartz glass and is free from the gas from the heating element. Also, the insulator is not used in the infrared gold image furnace, and it is free from the dust and gas contamination compared to the electric resistance furnace and is suitable for the use in the clean room.. Heating/cooling under various atmosphere The heating/cooling is available in vacuum, high purity inert gas static or flowing with simple operation using a quartz glass made heating/cooling chamber which the infrared ray can be transmitted.

3 and Evalua on of Materials Technology. Maximum heat speed test Furnace: E0 Sample: W 0 x L 50 x t (mm) Atmosphere: Air Material: SUS plate 80 C/sec atural cooling 500 C -0 C/sec atural cooling Application. Electronic materials RTA of Si and Chemical compound semiconductor. Heat source for Thin film formation Activation after Ion-implantation Formation of Silicide Maximum heat speed test Furnace: 0 Sample: W 0 x L 50 x t 0.8 (mm) Atmosphere: Air Material: SUS plate Maximum heat speed test using a ultra-high temperature furnace Furnace: VHT-E8 Sample: φ x L 0 (mm) Atmosphere: During flow Material: Carbon Temperature uniformity test Furnace: 0C Sample: W 50 x L x t (mm) Atmosphere: During flow Material: Carbon plate Thermal cycling test Furnace: E0 Sample: W 0 x L 50 x t (mm) Atmosphere: Air Material : SUS plate Multi step heat test Furnace: 0C Sample: W 50 x L 80 x t 0.5 (mm) Atmosphere: During flow Material: SUS plate 00 C 0 C C/sec 500 C Maximum heat speed 50 C C/sec C C C 0 C 800 C atural cooling Maximum cool speed 800 C 800 C -5 C/sec 800 C Control atural cooling 500 C -5 C/sec 700 C 70 C ΔT= C ± C Sample holder Caebon plate material 0 0 mm 0 8 C/sec -5 C/sec 550 C 500 C C/sec - C/sec. Ceramics and Inorganic materials Annealing furnace for Laminate on Ceramic substrate. Annealing furnace for Glass substrate. Annealing furnace for Tensile and Bending test of Ceramic. Annealing furnace for superconducting Ceramic Annealing furnace for heat impact and cycle test of ceramic. Steel and Metal materials Furnace for Heating process simulation of thin steel sheet. Furnace for Welding simulation Furnace for Heat treatment in high vacuum(below ) Furnace for Melting process in atmospheric gas Furnace for heat cycle test of Refractory steel and alloy under stress. Composite materials Furnace for heat-resistant evaluation Furnace for heat cycle test of Inorganic composite 5. Others Furnace for Tensile and compression test at high temperature. Sectionalized zone control furnace Temperature gradient furnace Furnace for evolved Gas analysis Cooling speed by gas type 800 C Furnace: Sample: Flow rate: Material: 0C W 50 x L 80 x t 0.5 (mm) 0 L/min SUS plate VAC Ar He sec C

WIDE VARIATIO (Available to customize for different purpose.

(5) B () 0 Size (mm) Model VHT-EL VHT-E8L VHT-E VHT-E8 VHT-E VHT-E8 Max. attainable temperature 700 C 800 C 700 C 800 C Max.

) umber of lamp Type of lamp -- -8-80 -- -8-80 -- -8-80 Rated voltage 80V 80V 80V Rating.0kW.0kW 8.0kW.0kW.0kW.0kW Cooling water.0l/min 0.Mpa.0L/min 0.

4 WIDE VARIATIO (Available to customize for different purpose.) Focusing method Line Furnace Elliptical Reflector Furnace (Ultra-high temperature) RHL-E Series Tubular Furnace 78 A (5) B (5) A (5) B () A (5) B () 0 Size (mm) Model VHT-EL VHT-E8L VHT-E VHT-E8 VHT-E VHT-E8 Max. attainable temperature 700 C 800 C 700 C 800 C Max. temperature for normal use C Heating length A mm 5mm mm 5mm mm 5mm Overall length B 5mm mm mm mm mm Opening diameter φ7mm φ7mm Focusing diamter (Approx.) umber of lamp Type of lamp Rated voltage 80V 80V 80V Rating.0kW.0kW 8.0kW.0kW.0kW.0kW Cooling water.0l/min 0.Mpa.0L/min 0.Mpa.0L/min 0.Mpa.0L/min 0.Mpa 8.0L/min 0.Mpa 8.0L/min 0.Mpa Cooling gas 00L/min 00L/min 00L/min 00L/min Weight (Approx.).5kg.0kg 0.0kg 5.0kg 8.0kg.0kg Maximum attainable temperature and max. temperature for normal use shall be changed depending on the heating material

Elliptical Reflector Furnace RHL-E Series Line Furnace Tubular Furnace 7 A (5) B (5) 90 90 5 50 A (0) B () A (5) B () A

5mm φmm φmm φmm φ7mm φ7mm φ7mm -5-.-5- -0- -0- -5-.-5- -0- -0- --00 0.5--50-5-.-5-.-8- -0- -0- --00 V V 00V 50V V 00V.

0L/min 0.Mpa.8kg.kg.7kg 5.5kg.5kg.8kg.0kg 8.0kg 9.5kg.0kg Maximum attainable temperature and max.

5 Elliptical Reflector Furnace RHL-E Series Line Furnace Tubular Furnace 7 A (5) B (5) A (0) B () A (5) B () A (5) B () 50 E5L E0L E5 E0 E E E5 E8 E0 E C 00 C C 00 C 00 C C C C C C C C 0mm 0mm 0mm 70mm 0mm 0mm mm mm 5mm mm mm 9mm 5mm φmm φmm φmm φ7mm φ7mm φ7mm V V 00V 50V V 00V.0kW.kW.0kW.0kW.0kW.kW.0kW.0kW.0kW.0kW.0kW.8kW.kW.0kW 8.0kW kw.0l/min 0.Mpa.0L/min 0.Mpa.5L/min 0.Mpa.0L/min 0.Mpa.0L/min 0.Mpa.5L/min 0.Mpa.5L/min 0.Mpa.5L/min 0.Mpa.0L/min 0.Mpa 5.0L/min 0.Mpa.8kg.kg.7kg 5.5kg.5kg.8kg.0kg 8.0kg 9.5kg.0kg Maximum attainable temperature and max. temperature for normal use shall be changed depending on the heating material 5

Focusing method arabolic Reflector Furnace RHL- Series Tubular Furnace A (5) B () A (5) B () 85 5 78 8 A (5) B () 90 Size (mm) Model C 8C 0C 5C 8C 0C C 80C

temperature for normal use 800 C 800 C 800 C Heating length A mm 0mm 0mm 0mm Overall length B 9mm 9mm mm 9mm 5mm 5mm Opening diameter φ0mm φ0mm φ0mm φmm

-5-.-8- -0- -0- --00-0- -0- --00 Rated voltage V V 00V 00V Rating.0kW.kW 8.0kW.0kW 7.kW 9.kW.0kW.0kW 8.0kW.0kW.0kW Cooling water.0l/min 0.Mpa.0L/min 0.

6 Focusing method arabolic Reflector Furnace RHL- Series Tubular Furnace A (5) B () A (5) B () A (5) B () 90 Size (mm) Model C 8C 0C 5C 8C 0C C 80C 8C Max. attainable temperature 50 C 50 C 50 C 900 C 900 C 900 C C C Max. temperature for normal use 800 C 800 C 800 C Heating length A mm 0mm 0mm 0mm Overall length B 9mm 9mm mm 9mm 5mm 5mm Opening diameter φ0mm φ0mm φ0mm φmm φmm Focusing diamter (Approx.) φ0mm φ0mm φ0mm φ0mm φ50mm φ50mm umber of lamp 8 8 Type of lamp Rated voltage V V 00V 00V Rating.0kW.kW 8.0kW.0kW 7.kW 9.kW.0kW.0kW 8.0kW.0kW.0kW Cooling water.0l/min 0.Mpa.0L/min 0.Mpa 5.0L/min 0.Mpa.0L/min 0.Mpa 5.0L/min 0.Mpa.0L/min 0.Mpa 8.0L/min 0.Mpa 7.0L/min 0.Mpa 8.0L/min 0.Mpa Cooling gas Weight (Approx.) kg 5kg.0kg 7.kg 8.5kg 0.5kg.5kg.7kg 8.kg Maximum a ainable temperature and max. temperature for normal use shall be changed depending on the hea ng material

arabolic Reflector Furnace RHL- Series Tubular Furnace lanar Furnace High-density planar furnace A

700 C 900 C 900 C 0mm 0mm mm 5mm mm 00mm 00mm φ80mm φ80mm 0 0mm 5 0mm 0mm 0mm 0mm 7-0- -0- --00-5-.

0L/min 0.Mpa 8.0L/min 0.Mpa.0kg 9.0kg.5kg.0kg.7kg.0kg.0kg Maximum a ainable temperature and max.

7 arabolic Reflector Furnace RHL- Series Tubular Furnace lanar Furnace High-density planar furnace A (5) B (5) A (5) B (5) A () B () A () B (00) 0C C s5v s0v ssv ss78v ss08v 900 C 700 C 900 C 900 C 0mm 0mm mm 5mm mm 00mm 00mm φ80mm φ80mm 0 0mm 5 0mm 0mm 0mm 0mm V V.0kW.0kW.0kW.kW.0kW.0kW.0kW.8kW 7.kW 8.0L/min 0.Mpa 0.0L/min 0.Mpa.0L/min 0.Mpa.0L/min 0.Mpa.0L/min 0.Mpa 5.0L/min 0.Mpa 8.0L/min 0.Mpa.0kg 9.0kg.5kg.0kg.7kg.0kg.0kg Maximum a ainable temperature and max. temperature for normal use shall be changed depending on the hea ng material 7

Heat lamp & related apparatuses Lamp model Shape Model Type 0.5--50 -- -5-.

8 Heat lamp & related apparatuses Lamp model Shape Model Type Rated Voltage (V) Maximum ower (W) Overall length L (mm) Emi ng length L (mm) rogram Temperature Controller TC-5000 Series General Description This is a programmable temperature controller which can be used not only for infrared gold image furnace required high speed response when doing rapid heating, but also for low speed heating furnace. We realized high-functioning, high-performance at the reasonable price. Feature Multi-channel ID as standard function for radiation heating furnace which enables making high speed heating, precise control With the built-in programmable software, enables easily inputting temperature program setting and outer signal from a C. And available to monitor the temperature data during heating on C. Compatible thermocouple JIS K, J, T, E,, R, S, B and L, U, W, latinum resistor and also optional voltage input (0 0mV) rogram configuration programs and 5 steps at the maximum. With built-in SCR cirrcuit for 0A,0A,0A, enables covering wider variety of furnace Size W50mm x D80mm x H57mm (Excluding protrusion) TC Single phase V 0A Output type TC Single phase 0A Output type TC Single phase 0A Output type TC Single phase 0A Output type Specification and appearance are subject to change without notice for performance improvement. HEAD OFFICE 88 IKOOBE-CHO, TSUZUKI-KU, YOKOHAMA, -005 JAA TEL : FAX :

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