Heat-tech Co,. Ltd. Product Lineup

Disinfection with Ultraviolet Light Ultraviolet light emitted from UV lamps has a strong effect in killing microorganisms and bacteria, disinfecting 99.9% of viruses and bacteria suspended in the air of homes and offices. Three Powers of Ozone 1. Disinfecting Power Ozone has a very strong oxidative power, directly destroying the cell membranes of bacteria and viruses, leading to their death. Its disinfecting power is said to be seven times that of chlorine. Recently, more hospitals have begun to introduce ozone for infection control. 2. Deodorizing Power The strong oxidative power of ozone breaks down the chemical bonds of the components that cause odors, providing powerful deodorization. For example, it can almost completely remove amines, which are the main components of the fishy smell. The deodorizing effect of ozone is utilized in a wide range of fields, including elderly care facilities, hotels, and food factories. 3. Decomposition Power Ozone's strong oxidative power allows for the chemical decomposition of most harmful substances. For instance, it can break down nicotine, tar, and carcinogens found in tobacco smoke, as well as formaldehyde and dioxins, which are said to cause "sick building syndrome," and pollen. Additionally, it can decompose substances that contribute to color, providing a bleaching effect.

• Ozone Generator

It has a built-in inverter and can light up UVP-60 and cold cathode ultraviolet lamps. Please note - it cannot be used with UVP-30.

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Equipped with a dial, the UVP-30 can be manually controlled for current at 3.6V.

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It comes as a kit, making it easy to emit ultraviolet light. Since it has a built-in amplifier, the lighting operation is simple. It emits a high sterilization effect at 253.7nm with a powerful output of 8W. With a manual lift platform, you can easily adjust the emission distance and range.

• Ultraviolet irradiation equipment

◆ Features ◆ It comes as a kit, making it easy to use the ultraviolet irradiator. It can emit ultraviolet light at 253.7 nm. Ultraviolet irradiation with a diameter of 12 mm can be easily reproduced. With a manual lift platform, positioning can be easily adjusted.

• Ultraviolet irradiation equipment

◆ Features ◆ It comes as a kit, making it easy to use the ultraviolet light source. It can emit ultraviolet light at 375nm. It can easily reproduce ultraviolet irradiation with a diameter of Φ13. With a manually adjustable power supply, you can easily adjust the irradiation amount by changing the current. With a manual lift platform, you can easily adjust the irradiation diameter.

• Ultraviolet irradiation equipment

Features of UVL-115 The UV linear irradiation device UVL-115 uses a rod-shaped ultraviolet lamp. 1) It has a slim housing that incorporates an inverter stabilizer. It can emit ultraviolet light simply by supplying 100V. 2) It has a strong sterilizing effect. The 253.7nm-8W lamp has a median wavelength of 253.7nm (transparent color), with an output of 2.5W in the UVC range. It also emits a slight amount of blue-violet and green light. 3) It has a fast startup time, allowing for reduced heating time. It reaches 80% output in 2 seconds. 4) It achieves perfect clean heating, making it possible to heat in clean rooms and under vacuum. It can be used in vacuum containers. When placed in a vacuum chamber, there may be a slight gas release from inorganic adhesives initially, so pre-vacuum treatment is necessary. 5) It can be used in an array for surface irradiation. When used in an array, it can irradiate a wide area. 6) Polycarbonate can generally block ultraviolet light. Polycarbonate has a transmittance of 0% for wavelengths of 200-300nm (UVC) and a transmittance of 0.2% for wavelengths of 300-380nm (UVA).

• Ultraviolet irradiation equipment

Features of UVP-30 1) It is compact and can irradiate a point with a diameter of 13mm using ultraviolet light. The UVP-30 is a point-type ultraviolet irradiator that focuses the light from the ultraviolet lamp into a point. 2) You can choose from five wavelengths of near-ultraviolet (UVA): 355nm, 360nm, 365nm, 370nm, and 375nm. You can compare the activation of cellular functions and tanning effects by wavelength. 3) It has a manually adjustable power supply, allowing for easy adjustment of the irradiation amount through current regulation. You can compare the effects of ultraviolet light based on the amount of irradiation. 4) It achieves perfect clean irradiation and can be used in clean rooms or under vacuum conditions. 5) The light-shielding hood ensures the safety of the operator.

• Ultraviolet irradiation equipment

Surface Oil Film Meter C-200 Surface Oil Film Meter - Can detect stably even with a fluctuating liquid surface It detects the oil film on the water surface and outputs a relay signal. ● It can detect stably even with a fluctuating liquid surface. ● Power supply options include DC24V, AC110/220V, and AC120/240V. ● It can also accommodate materials suitable for sanitary applications. As the water surface level fluctuates, the detection electrode attached to the floater moves up and down in response. The change in capacitance of the detection electrode distinguishes between the oil film and the water surface.

• Liquid level control/level switch

Just plug it in and turn on the power! ● Alarm with bell or light when full or low on liquid ● Suitable for water, oil, and other liquids ● Highly versatile, using AC100V power supply For AC200-240V products, please contact us separately. For specifications on measurement length, please contact us separately.

• Liquid level control/level switch

Features of CFRH 1. Omnidirectional irradiation in a circular shape Since it irradiates from all directions in a circular shape, there are no blind spots. 2. Optimal for resin heating Being a carbon fiber heating element derived from polymer compounds, it excels at heating resins. 3. Quick startup Reaches 80% in just 2.7 seconds and 100% in 8.5 seconds. 4. Flexible lighting direction Using a flexible material for the heating element allows for processing into line or ring shapes. The heating element itself is lightweight and can be oriented vertically, horizontally, or diagonally without restriction. Moreover, it also boasts excellent impact resistance.

• Other heaters

Features of CFLH-50 1. Emits mid-infrared radiation close to the water absorption wavelength When the heating element temperature is set to 700°C, the peak wavelength of the emitted energy is approximately 3μm, making it ideal for heating water droplets, aqueous solutions, and other hydrated compounds. 2. Optimal for resin heating As it is a heating element made from carbon fibers derived from polymer compounds, it excels in heating resins. 3. Quick startup Reaches 80% in just 2.7 seconds and 100% in 8.5 seconds. 4. Flexible lighting direction Due to the use of flexible materials for the heating element, it can be processed into line or ring shapes. The heating element itself is lightweight and can be oriented vertically, horizontally, or diagonally without restriction. Additionally, it has excellent impact resistance.

• Other heaters

Features of CFLH-45 1. Emits mid-infrared radiation close to the water absorption wavelength When the heating element temperature is set to 700°C, the peak wavelength of the emitted energy is approximately 3μm, making it ideal for heating water droplets, aqueous solutions, and other hydrated compounds. 2. Optimal for resin heating As it is made from carbon fiber derived from polymer compounds, it excels at heating resins. 3. Fast startup Reaches 80% in just 2.7 seconds and 100% in 8.5 seconds. 4. Flexible lighting direction Due to the use of flexible materials for the heating element, it can be processed into line-type or ring-type shapes. The heating element itself is lightweight and can be oriented vertically, horizontally, or diagonally without restriction. Additionally, it is highly resistant to impact.

• Other heaters

Features of CFLH-40 1. Emits mid-infrared radiation close to the water absorption wavelength When the heating element temperature is set to 700°C, the peak wavelength of the emitted energy is approximately 3μm, making it ideal for heating water droplets, aqueous solutions, and other hydrated compounds. 2. Optimal for resin heating As it is a carbon fiber heating element derived from polymer compounds, it excels in heating resins. 3. Fast startup Reaches 80% in just 2.7 seconds and 100% in 8.5 seconds. 4. Flexible lighting direction Due to the use of flexible materials for the heating element, it can be processed into line-type or ring-type shapes. The heating element itself is lightweight and can be oriented vertically, horizontally, or diagonally without restriction. Moreover, it also boasts excellent impact resistance.

• Other heaters

1. The PHX is a high-speed heating panel heater that reaches 650°C in just 20 seconds. Previously, idling took 30 minutes, but now the idling time can be reduced to zero. 2. The radiation wavelength characteristics are outstanding! The efficiency of radiant heat increases the most when the heater's radiation wavelength matches the absorption wavelength of the heated object. The PHX is a high radiator (emissivity 0.95) that is close to a perfect radiator, making it efficient across all wavelengths, allowing for uniform heating and drying in a short time. It transmits large amounts of heat at the speed of light, enabling miniaturization of the equipment and reduction of heating and drying times. 3. Uniform temperature distribution. The surface has a lattice structure, providing good radiation distribution. Furthermore, the panel heaters made of two or four units are independent, resulting in good temperature distribution within the plane, allowing for uniform heating of the heated object. 4. Clean. The metal heating element is coated with a special ceramic. It is a panel heater composed of a dust-free ceramic heater coated with far-infrared radiation ceramic and a ceramic case. 5. High-precision temperature control. The sensor is embedded in the heater, allowing for high-precision control of the temperature of the heated object.

• Other heaters

◆ It has a quick startup, allowing for reduced heating time. ◆ It enables high-precision temperature control. ◆ It allows for frequency management of the heating element. ◆ It excels at heating glass due to its far-infrared capabilities. ◆ It is clean. ◆ When used in parallel, it can achieve surface heating.

• Other heaters

High-speed heating and reduction of heating time are possible. High-precision temperature control is achievable. Frequency management of the heating element is possible. Since it uses far infrared, it is good at heating glass. It is ultra-compact. It is clean. When used in parallel, surface heating can be achieved. It has a fast rise time, allowing for a reduction in heating time.

• Other heaters

FLH-65 Features ◆ It can concentrate light and heat in a linear shape. ◆ It has a quick startup, allowing for reduced heating time. ◆ It enables high-precision temperature control. ◆ It allows for frequency management of the heating element. ◆ It is effective for heating glass due to its far-infrared capabilities. ◆ It is clean. ◆ When used in conjunction, it can provide surface heating.

• Other heaters

◆ It can focus light and heat in a linear shape. ◆ It has a quick startup, allowing for reduced heating time. ◆ It enables high-precision temperature control. ◆ It is effective for heating glass due to its far-infrared capabilities. ◆ It is clean. ◆ When used in combination, it can achieve surface heating.

• Other heaters

It can heat a narrow area. It has a quick startup, allowing for reduced heating time. It enables high-precision temperature control. It can manage the frequency of the heating element. It is good at heating glass due to far infrared radiation. It is ultra-compact. It is clean.

• Other heaters

Features of HLH-40 1) Can be heated up to 900°C in a strip The high-performance halogen line heater HLH-40 is a strip infrared heating device that uses rod-shaped halogen lamps. It has a short heating time and can heat in a strip with a parallel mirror width of 40mm and parallel light (focal distance ∞). 2) High output in a compact size It uses a high-output 5kW halogen lamp and has been miniaturized. The height of the parallel light mirror is 40mm, allowing it to be installed in narrow spaces. 3) It is a higher model than HLH-35 It can be controlled at intervals of 40mm, making it ideal for surface heating with multiple units lined up.

• Other heaters

1) It can heat a small point of φ5 up to 1350°C. 2) It achieves perfect clean heating, and heating in clean rooms or in a vacuum is also possible. 3) It has become possible to heat in narrow spaces that could only be addressed by optical fibers or lasers in the past. 4) There are no restrictions on the lighting direction, allowing for use while moving. 4) There are no restrictions on the lighting direction, allowing for use while moving.

• Other heaters

Features of the hot air heater: Discharges high-temperature hot air of about 900°C in a short time. Equipped with a thermocouple at the hot air discharge section for easy temperature management. Can directly heat nitrogen, making it suitable for experiments with anaerobic microorganisms. Simply supplies air and electrically heats it for discharge; it is safe and clean as there is no flame. Nozzles are provided to match the shape and installation of the heated object. The capacity of the hot air heater has a production record ranging from 30W to 70kW. Outer diameter ranges from φ4 to 140mm, with an ultra-compact heating section. *Custom specifications can be manufactured if feasible.

• Heating device
• Heater

Features ◎ Since the heating element, thermocouple, and electric wires do not come into direct contact with the heated fluid, it can be used for heating steam and some corrosive gases. ◎ This heater eliminates dust and gas emissions to the greatest extent possible. ○ The heating element and thermocouple are sealed inside the inner quartz tube. The gas is indirectly heated by passing through the gap between the inner and outer quartz tubes. △ It is very tough compared to regular heaters, but the limits of the metal case (made of stainless steel), quartz glass, and heat-resistant rubber will depend on the usage conditions. × It is not suitable for heating fluids that contain substances that tend to remain inside the heater. ◆ Discharges high-temperature hot air at 500℃ in a short time. ◆ Equipped with a thermocouple at the hot air discharge section, allowing for easy temperature management. ◆ Can directly heat nitrogen, making it suitable for experiments with anaerobic microorganisms. ◆ Simply supply air and electrically heat it for discharge; it is safe and clean as there are no flames. ◆ The capacity of the hot air heater can be manufactured in a wide range from 100W to 12kW. ◆ The outer diameter ranges from φ13 to 140mm, and the heater section is compact.

• Other heaters

This document is a comprehensive catalog of heater controllers handled by Heat Tech Co., Ltd. It includes the temperature controller-equipped heater controller "HCA series" and the high-performance hot air heater controller "AHC3 series," among others. Additionally, we also introduce power cables for heater controllers. Please make use of this information for product selection. [Contents (partial)] ■1 Temperature controller-equipped heater controller HCA series ■2 High-performance hot air heater controller AHC3 series ■3 Cold air cooler controller ACC series ■4 Manual power controller for halogen heaters HCV series ■5 Feedback-type heater controller compatible with radiation thermometers HCF series ■6 Pulse input controller for halogen heaters HCP *For more details, please download the PDF or feel free to contact us.

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Standard Type HCA Achieves stable heating with zero overheating settings. The main power switch and heater power switch are separated, allowing heating to start after temperature settings. Step-down Control Type HCAR Controls the heater by stepping down the specified power supply voltage to the desired voltage. Supervisor Function Equipped Type HCASV Controls hot air to the appropriate temperature with a thermocouple input at the hot air outlet. Monitors the overheating of the hot air heater with a thermocouple for the heating element temperature. If overheating occurs, it cuts off the heater power and issues an alarm. Dual Heater Control Type HCAW Equipped with two temperature controllers, allowing simultaneous individual control of two hot air heaters. Temperature Control and Flow Control Type HCAFM Allows for temperature control and flow control of the hot air heater. Achieves stable heating with zero overheating settings. Flow can be adjusted with a flow control valve. Built-in windless power prevention function prevents thermal damage to the heater. [Note] The HCA series cannot control halogen heaters. For halogen heater control, the HCV series, HHC2 series, and SSC series are recommended.

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AHC3 is a hot air heater controller that combines basic functions with options for customization. It provides stable hot air heating through the overheat zero setting of the temperature controller. Flow management ensures reproducibility of the supplied heat quantity. A color universal design type can be specified with option CUD. It features white, blue, and yellow indicator lights, and the operation buttons are also blue and yellow, making it easy to see for anyone. The temperature controller equipped with optional selections comes in thermocouple and radiation thermometer specifications. With optional selections, ON-OFF and voltage control can also be managed via external signals. The model equipped with optional IoT functionality allows for monitoring of data such as set temperature, heating temperature, operating time, number of operations, heater replacement count, and MTBF. With optional selections, dual over-temperature alarm management can be implemented. Using the optional one-shot timer, precise heating tests can be conducted.

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Standard Type ACC - Stable cooling control is achieved using feedback control with a thermocouple. - The main power switch and cooler start switch are separated, allowing cooling to begin after setting the temperature. An option is available to issue an alarm for unmet cooling temperature and output the discharge temperature as 4-20mA. Pressure Gauge Equipped Type ACCP - The main power switch and cooler start switch are separated, allowing cooling to begin after setting the temperature. An option is available to issue an alarm for unmet cooling temperature and output the discharge temperature as 4-20mA. - Equipped with a pressure gauge for visual confirmation of pressure. An option is available to issue an alarm for insufficient pressure and output the pressure as 4-20mA. Pressure Gauge and Flow Meter Equipped Type ACCPFM - The main power switch and cooler start switch are separated, allowing cooling to begin after setting the temperature. An option is available to issue an alarm for unmet cooling temperature and output the discharge temperature as 4-20mA. - Equipped with a pressure gauge for visual confirmation of pressure. An option is available to issue an alarm for insufficient pressure and output the pressure as 4-20mA. - Equipped with a flow meter for visual confirmation of flow rate. An alarm for insufficient flow can be issued, and the flow rate can be output as 4-20mA.

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Equipped with volume, it allows for manual voltage control of the halogen heater. Color Universal Design Type HCV-CUD/HCVD-CUD Adopts a blue indicator light for a color scheme that is easy for anyone to see. Please add CUD when specifying the model you wish to order. HCV power supply types of 280V, 300V, 380V, 400V, and 415V Achieves stable temperature control even in 400V and 440V environments. The "HCV," ideal for research and production sites, has finally arrived. Manual voltage control of 280V, 300V, 380V, 400V, and 415V heaters can be done using a dial. This heater controller can be used from 240V to 480V.

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◆ Features ◆ Feedback control can be achieved using a radiation thermometer. The zero-overheat setting enables stable heating. An optional power supply for air-cooling fans allows for feedback control of air-cooled halogen heaters. By optionally installing front protection rails, rear protection rails, and handles, it can be customized for field use. For even more advanced control, we recommend the higher-end model "High-Function Heater Controller HHC2." The "HCF High Voltage Series" heater controller, compatible with high voltages of 300V and 400V and capable of using a radiation thermometer, has been newly introduced. It easily and reliably achieves stable control in high-temperature ranges, which has been challenging until now. This is a cutting-edge temperature control solution that meets the needs of research institutions and manufacturing sites. This high voltage series heater controller can be used from 240V to 480V.

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◆ Features ◆ A halogen heater can be pulsed with a 0-5V signal for flashing illumination. It can be used for lock-in infrared heating analysis - lock-in thermography method. A halogen heater can be sinusoidally illuminated with a 0-5V voltage. By varying the applied frequency, the area of heat generation can be localized. By varying the applied voltage, the heating state can also be changed. With low cycle application, there will be a large temperature change, revealing a large area. With high cycle application, it can be limited to a small area. 【Note】 Pulsed flashing heating will shorten the lifespan of the halogen heater.

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Standard Type HCS You can specify the color universal design type as option CUD. It adopts a blue indicator light, making it easy to see for everyone. Using a rotary encoder, it performs heating temperature control proportional to the speed of the conveyor or line. When the line stops, the heater also stops. HCSS can heat only when there is a workpiece, synchronized with a photoelectric switch. HCSS stops heating when there is no workpiece, resulting in energy savings. HCSS/SM can measure the temperature of only the heating target, synchronized with a photoelectric switch. By adding front protection rails, rear protection rails, and handles as options, it becomes suitable for on-site mobility. Radiation Temperature Measurement Type HCSS/PM It heats only when there is a workpiece, synchronized with a photoelectric switch, while simultaneously measuring the surface temperature of the workpiece with a radiation thermometer.

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In addition to the function to manually control the voltage and the function to turn ON-OFF at a set voltage, it is equipped with sufficient safety devices necessary for the heating of halogen heaters, such as voltage slow-up, current limiting function, and overcurrent breaker. [Options] - The temperature controller model is available in thermocouple specification and radiation thermometer specification. - ON-OFF and voltage control are possible with external signals as well. - The model with IoT functionality allows you to check data such as set temperature, heating temperature, operating time, number of operations, number of heater replacements, and MTBF. - It can manage dual over-temperature alarm systems. - A one-shot timer can be used for precise heating tests. - Other options: approximately 20 types. As a new standard for 400V heater control, we have added the latest model of the HHC2 series to our lineup. The HHC2 series is the optimal solution for the next evolution of research and development and industrial equipment. This heater controller can be used from 240V to 480V. The color universal design type can be specified as option CUD. It adopts white, blue, and yellow indicator lights, and the operation buttons are also in blue and yellow. This color scheme is easy to see for everyone.

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Memory Card Data Folder Function You can read heating data from the memory card and edit it into tables and graphs using EXCEL. Multi-stage Setting Function You can easily set multiple stages using the touch panel display. This function allows you to consider processing methods such as the reduction of surface tension due to heating and the disappearance of residual stress. You can freely set the "holding" of the intermediate polymerization reaction. Gradient Setting Function This is important for precision material testing where expansion and contraction rates are critical. Sine Curve Setting Function Ideal for aging and accelerated testing of electronic devices. One-shot Heating Function You can set the heating temperature and time for precise heating tests. Trigger Shift Function (Optional) Once a trigger is input, it transitions to the next set temperature. You can conduct heating tests by setting the reference temperature based on arbitrary inputs from multiple sensors. Multi-Monitor Function You can see the temperature distribution in real-time. Reference Temperature Input Selection Function By installing multiple sensors, you can evaluate which position is best for heating based on the reference. Average Value Control Function By installing multiple sensors, you can evaluate heating based on a virtual reference position.

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1. Easy heating, high temperature with the hood! The conversion efficiency from electricity to radiant energy is high, and within the halogen lamp hood, it can reach high temperatures of 650°C. 2. Instant heating, reduction of heating time. HRH transmits a large amount of heat at the speed of light, allowing for miniaturization of the equipment and shortening of heating time. Previously, idling took 30 minutes, but this can be reduced to zero. There is no time lag in heating, eliminating wasted waiting time. Since the temperature rises quickly, the power can be turned off during idle times. This saves energy and reduces electricity costs. The electricity usage cost is calculated as 2kw x 0.5h x 12.16 = 12.16 yen per day. Over a year (operating 250 days), this results in a cost reduction of 3040 yen. Additionally, the annual CO2 emissions are reduced by 100 kg! *The electricity usage cost unit is calculated at 12.16 yen/kWh. *The CO2 emission factor is calculated at 0.4 kg-CO2/kWh. 3. Heating through glass is possible. Quartz glass has almost no absorption in the visible light and near-infrared range, with a transmittance of 93%. There is only 7% reflection. Heating operations can be performed even in a vacuum or inert gas atmosphere through the glass.

• Other heaters

Features of the Halogen Double-Sided Heater HDSH-60 1) It can heat both sides with a single heater. A halogen lamp is integrated at the center of the heater, and a reflector is designed to enable heating on both sides. It can be placed between the heating target objects, allowing both sides to be heated with just one heater. This makes it possible to reduce weight and save energy. 2) It can be connected and used with multiple units. Heaters can be lined up in multiple units according to the heating target. 3) The heater's startup time is just a few seconds. Since it uses a halogen lamp as the heating element, the startup time is very fast. 4) It is suitable for heating metals. It emits short wavelengths that are ideal for heating metals, making it perfect for this purpose.

• Other heaters

Features 1) It can heat precisely. The HGRH-45 is a heater that concentrates the light of a halogen lamp onto a glass rod, achieving high-temperature heating. It can raise the temperature at the tip of the glass rod to a maximum of 700°C. By concentrating the light on the glass rod, it prevents the diffusion of infrared radiation, making it less likely to affect the surrounding area with heat. 2) It can directly heat liquids by inserting it into the liquid. The glass rod is made of quartz glass, which has excellent acid resistance, allowing it to be inserted into and heat liquids such as chemical solutions and seawater. Additionally, by controlling the temperature, it can accommodate heating in liquids using quartz glass containers instead of polypropylene resin containers. 3) It can heat in narrow and distant spaces. As light travels further away, it diminishes, and heating efficiency decreases. As long as the diameter of the glass rod is secured, high-temperature heating is possible even in narrow or distant spaces. 4) It can serve dual purposes; by splitting the focusing lens, it can be used as a regular halogen point heater.

• Other heaters

This document is a comprehensive catalog introducing the halogen point heater "HPH Series." It includes various applications such as soldering of printed circuit boards and preheating, an overview of the products, and tables showing infrared absorption rates. Additionally, it presents specifications and dimensional drawings for various types in the series, including ultra-compact, compact, medium, vacuum chamber compatible, ultra-high temperature, large, and high-output models. [Contents] ■ Application examples and product introduction ■ Specifications and dimensional drawings ■ Research and development lab kits ■ Heater controllers *For more details, please download the PDF or feel free to contact us.

• Heater

Features of HGRH-70 1) It can heat with pinpoint accuracy. The HGRH-70 is a heater that concentrates the light from a halogen lamp onto a glass rod, achieving high-temperature heating. It can raise the temperature at the tip of the glass rod to a maximum of 890°C. 2) It can directly heat liquids by being immersed. The glass rod is made of quartz glass, which has excellent acid resistance, allowing it to be immersed in and heat liquids such as chemical solutions and seawater. Additionally, by controlling the temperature, it can accommodate heating in liquids using quartz glass containers instead of polypropylene resin containers.

• Other heaters

Features of HPH-12 1) It is ultra-compact and can heat a point of φ1.5 to 750–800°C. The control of heating temperature can be done through irradiation time control or voltage control. The lamp life will be reduced to one-third, but high-frequency flashing operation will decrease the lifespan. Slow ramp-up and ramp-down of voltage can improve lifespan. 2) It achieves perfect clean heating and can also heat in clean rooms or vacuum environments. Note that when placed in a vacuum chamber, there will be some gas release from inorganic adhesives initially, so pre-vacuum treatment is necessary. Additionally, heat dissipation decreases in a vacuum, so a water cooling unit must be installed in the main body. 3) It has made it possible to heat in narrow spaces that could only be addressed by optical fibers or lasers in the past. Compared to fiber optic heating and laser heating methods, it offers overwhelming efficiency of over 10 times, lower cost, energy savings, and safety. 4) There are no restrictions on the direction of lighting, allowing for use while moving. It consists of a high-efficiency condenser lens with a front protective glass and a lamp unit, both of which can be replaced. For continuous lighting, please install the air cooling unit ACU-8.

• Other heaters

1. The Φ5mm point can be heated to 1450°C in a short time. The HPH-50 is a halogen point heater that concentrates the light from a halogen lamp onto a single point using a focusing lens to achieve high-temperature heating. The temperature varies depending on the infrared absorption rate of the heated object, but it can heat a point with a focal length of 20mm to approximately 1450°C. The method of controlling the heating temperature can be done by controlling the irradiation time or the voltage. By adjusting the voltage to 90%, the lamp life can be tripled. 2. It achieves perfect clean heating and can also heat in clean rooms or under vacuum conditions. 3. It has become possible to heat in narrow spaces that could only be addressed by optical fibers or lasers in the past. Compared to optical fiber heating methods and laser heating methods, it offers overwhelming efficiency that is more than 10 times higher, low cost, energy savings, and safety. 4. There are no restrictions on the direction of illumination, allowing for use while moving. 5. By adopting a water-cooled cooling method, it operates extremely quietly even during operation.

• Other heaters

1) The φ10mm point can be rapidly heated to 1750°C. The HPH-100 is a halogen point heater that focuses the light from a halogen lamp onto a single point using a lens, achieving localized high-temperature heating. The actual temperature may vary depending on the infrared absorption rate of the heated object, but it is capable of heating a φ10mm point to approximately 1750°C at a focal distance of 25mm. The heating temperature can be controlled by the irradiation time or voltage. By operating at 90% of the rated voltage, the lamp life can be extended to about three times. *Frequent on-off operations will shorten the lamp's lifespan. 2) High-precision and safe heating is possible without contact. The halogen point heater uses a non-contact heating method with infrared, allowing energy to be transmitted without directly touching the heated object. This offers the following advantages: ■ Heating can be performed without causing physical damage to fine parts or delicate materials. ■ There is no risk of foreign matter contamination, making it suitable for applications requiring cleanliness, such as in the medical and semiconductor fields. ■ Due to the non-contact nature, there is also a reduced risk of wear or damage to the equipment side, resulting in excellent maintainability.

• Other heaters

1) The φ24mm point can be heated up to 1700°C. The HPH-160 is a halogen point heater that concentrates the light of a halogen lamp to achieve high-temperature heating. The focal diameter is approximately φ24mm at a focal distance of 40mm, and depending on the heating target, it can be heated to about 1700°C. The time required for soldering is approximately 5 seconds. The heating temperature varies depending on the type of heating target. Temperature control is achieved through irradiation time control or voltage control. *Frequent blinking operation reduces lifespan. Slow ramp-up and ramp-down of voltage can improve lifespan. 2) It achieves perfect clean heating, and heating in clean rooms or vacuum environments is also possible. *When placed in a vacuum chamber, there may be some gas release from the inorganic adhesive initially, so pre-vacuum treatment is necessary. Additionally, since heat dissipation decreases in a vacuum, it is necessary to install a water cooling unit on the main unit. 3) It has become possible to heat narrow spaces that could only be addressed by optical fibers or lasers in the past. Compared to fiber optic heating methods and laser heating methods, it offers overwhelming efficiency of more than 10 times, low cost, energy savings, and safety.

• Other heaters

This document is a comprehensive catalog introducing the halogen line heater "HLH Series." It includes examples of applications such as moisture control in the papermaking process and drying of chemicals, as well as an overview of the products, basic structure, and a list of model configurations. Additionally, it presents specifications and dimensional drawings for various types in the same series, including ultra-compact focusing type, ultra-compact parallel light type, compact parallel light type, ultra-high temperature focusing type, high-performance parallel light type, high-performance focusing type, and high-performance parallel light type. [Contents] ■ Application examples and product introduction ■ Specifications and dimensional drawings ■ Research and development lab kits ■ Heater controllers *For more details, please download the PDF or feel free to contact us.

• Heater

Features of HLH-45 1) It can be heated linearly up to a maximum of 1580°C. The high-performance halogen line heater HLH-45 is a linear infrared heating device that uses rod-shaped halogen lamps. It has a short heating time and can heat to ultra-high temperatures linearly with a focal distance of 20mm. 2) High output in a compact size It uses a high-output 5kW halogen lamp and has been miniaturized. The height of the focusing lens is 50mm, allowing it to be installed in narrow spaces. 3) Two heaters can be installed facing each other, allowing for heating of the object placed in between.

• Other heaters