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It is a track heater from Salmon Corporation!
Fastrax has been manufacturing heaters for railway tracks and switches since 1995. Fastrax's heaters are designed to provide the most efficient heat transfer to rail equipment and components in the coldest environments. In addition to heaters, Fastrax manufactures fully automated energy-saving control devices to complete rail heating systems.
High-temperature heating, raising temperature to 1000℃ to 1400℃ in just 5 seconds! Instant heating, reduced heating time.
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.
Industry's smallest finger size
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.
The temperature rises to about 1350°C with a focal length of 15mm.
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.
The φ5mm point can be heated to 1450°C in a short time.
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.
The emission frequency can be changed by varying the voltage.
Features of FPH-50 1) It is medium-sized. Diameter Φ50mm x Height 67mm. It can be installed in the gaps of machines. The focal diameter is a minimum of φ5mm. 2) It is clean. With non-contact heating and no medium, it allows for ultra-clean heating. 3) It has stable radiation characteristics. 4) It has a fast rise time, which can shorten heating time. 5) Frequency management of the heating element is possible. By adjusting the temperature of the heating element, the peak frequency of far-infrared radiation can be managed.
It can heat a small φ5 point up to 1400℃.
1) The small φ5 point can be heated up to 1400°C. The HPH-60 is a halogen point heater that concentrates the light from a halogen lamp to achieve high-temperature heating. The focal diameter is approximately φ5mm at a focal distance of 15mm, and it can heat depending on the target object up to about 1400°C. The required time for soldering is approximately 5 seconds. The heating temperature varies depending on the type of target object. Temperature control is achieved through irradiation time control or voltage control. The lamp life will be reduced to one-third, but it is acceptable to apply 110% overvoltage. *Frequent flickering operation will reduce 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 in a vacuum. *When placed inside a vacuum chamber, there may be some gas release from inorganic adhesives 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 body. 3) There are no restrictions on the direction of illumination, and it can be used while moving. *When mounting movable parts, significant impact will occur when stopping, so be sure to implement shock prevention measures.
High-temperature heating of φ10mm point to 1750℃ in a short time.
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.
You can heat the φ24mm point up to 1700℃.
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.
By adjusting the temperature of the heating element, it is possible to manage the peak frequency of far-infrared radiation.
Features of FPH-60 1) Medium-sized. Diameter Φ60mm x Height 75mm. Can be installed in machine gaps. The focal diameter is a minimum of φ10mm. 2) Clean. Non-contact heating with no medium allows for ultra-clean heating. 3) Stable radiation characteristics. 4) Quick rise time, which shortens heating time. 5) Frequency management of the heating element is possible. By adjusting the temperature of the heating element, the peak frequency of far-infrared radiation can be managed.
Can be handheld.
1) It can heat a point of φ2.5 to 800–900°C in a super compact size. The heating temperature varies depending on the type of object being heated. *Frequent blinking operations can reduce 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. *When placed in a vacuum chamber, there may 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 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, being more than 10 times higher, lower cost, energy-saving, and also safe. 4) There are no restrictions on the direction of lighting, and it can be used while moving. *When mounting movable parts, significant impact occurs when stopping, so be sure to take shock prevention measures. It consists of a high-efficiency condenser lens with front protective glass and a lamp unit, and each can be replaced. If continuous lighting is required, please install the air cooling unit ACU-8.
It can heat a small φ5 point up to 1350℃.
The small φ5 point can be heated up to 1350°C. The HPH-35 is a halogen point heater that concentrates the light from a halogen lamp to achieve high-temperature heating. When heating a thermocouple with a 110W lamp, the temperature rises to about 1350°C at a focal distance of 15mm. The heating temperature varies depending on the type of object being heated. Temperature control can be achieved through irradiation time control or voltage control. It has become 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, being more than 10 times higher, along with lower costs, energy savings, and safety. There are no restrictions on the direction of illumination, allowing for use while moving. *Please ensure that shock prevention measures are taken, as significant impact will occur when mounting movable parts during stops.
Vacuum chamber compatible halogen point heater
The lamp base is flange-shaped, allowing it to be mounted in a vacuum chamber for heating. The HPH-80 is a halogen point heater that concentrates the light of a halogen lamp to achieve high-temperature heating. It features a flange-type case, making it suitable for installation in a vacuum chamber.
The φ18 point can be heated up to 1450°C.
1) The φ18 point can be heated up to 1450°C. The HPH-120 is a halogen point heater that concentrates the light from a halogen lamp to achieve high-temperature heating. The focal diameter is approximately φ18 at a focal distance of 15mm. Depending on the object being heated, it can be heated to about 1450°C. The required time for soldering is approximately 5 seconds. The heating temperature varies depending on the type of object being heated. Temperature control can be achieved through irradiation time control or voltage control. The lamp life will be reduced to one-third, but it is acceptable to apply 110% overvoltage. *Frequent flickering operation will decrease the 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 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) You can switch between air cooling and water cooling methods.
