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Compact Halogen Point Heater HPH-50 series

Outline photograph of HPH-50
1. Features of HPH-50

1. Selectable Focal Lengths
4 focusing mirror with focal lengths of 20 mm, 40 mm, 60 mm, and 100 mm are available. Select the optimum focal length according to your application and the material to be heated.

2. High-Density Localized Heating
The 20 mm focal length focusing mirror concentrates infrared energy into an approximately Ø4 mm spot, achieving high-density localized heating up to approximately 1450°C.
The maximum temperature varies depending on the material, infrared absorptivity, and other conditions of the workpiece.

3. Rapid Heating
Combining a 450 W lamp with a 50 mm focal length condenser lens enables the temperature to reach approximately 1000°C within 4 seconds after heating starts, providing excellent thermal response.

4. Suitable for Moving Applications
With no restriction on the mounting orientation, the heater can be installed on moving equipment and used for heating during motion.
When installed on moving equipment, impacts during stopping or collision may damage the heater. Be sure to implement vibration and shock protection measures.

5. Suitable for Vacuum Heating
Because it uses infrared heating without combustion, it is suitable for heating in cleanrooms and vacuum environments.
During initial use, a small amount of gas (outgassing) may be released from the inorganic adhesive. Please perform vacuum conditioning in advance.

2. Focus and point size of HPH-50

Focus and point size of HPH-50

Focus and point size of HPH-50
The heating area can be adjusted by changing the distance from the focal position.

Focus and point size of HPH-50

3. Temparature rising time of HPH-50

Temparature rising time of HPH-50
Shorter focal lengths provide faster heating to higher temperatures.

4. Voltage and lifetime of HPH-50

Voltage and lifetime of HPH-50

As shown above, operating at a voltage 10% below the rated voltage extends the design life by approximately 3 times, while operating at 20% below the rated voltage extends it by approximately 9 times.

5. Manual Control Controller → HCV Series

Manual control → HCV series
For manual control of the HPH-50, use the HCV Series controller.

Go to the HCV series site

6. Automatic Temperature Control Controller → HHC2 Series

Automatic temperature control → HHC 2 series
For automatic temperature control of the HPH-50, use the HHC2 Series controller. By combining it with a radiation thermometer or other temperature measurement device, the temperature of the target can be measured and automatically controlled in real time.

Go to the HHC2 series site

8. Configuration of HPH-50

The HPH-50 can be configured by combining one of three focusing mirror models with a lamp base and specifying the lead wire length.

Configuration of HPH-50

8. Outline drawing of HPH-50

Outline drawing of HPH-50

 

9.Heating Video Application Examples of HPH-50

  1. Heat transfer in stainless steel screws visualized by infrared local heating
  2. Melting Aluminum Wire by Infrared Heating Enhanced with Blackbody Coating
  3. Rapid Vaporization of Candle by Infrared Heating
  4. Visualization of Heat Transfer in Iron Screws by Localized Infrared Heating
  5. Visualization of Heat Transfer in a Ceramic Pipe (Alumina) by Localized Infrared Heating
  6. Infrared Localized Heating for Visualizing Heat Transfer in Graphite Rods
  7. Thermal Decomposition of Acrylic Sheet by Localized Infrared Heating
  8. Thermal Decomposition of Polycarbonate Sheet by Localized Infrared Heating
  9. Thermal Changes in Rubber Material by Localized Infrared Heating
  10. Rapid Melting of Expanded Polystyrene by Localized Infrared Heating
  11. Rapid Melting of Expanded Polyethylene by Localized Infrared Heating
  12. Melting of Citric Acid in a Test Tube by Infrared Heating
  13. Melting of Alum in a Test Tube by Infrared Heating
  14. Sublimation of Ammonium Chloride in a Test Tube by Infrared Heating
  15. Thermal Decomposition of Baking Soda and Moisture Release by Infrared Heating
  16. Blackening Reaction of Thermal Paper by Localized Infrared Heating
  17. Melting of Bismuth by Localized Infrared Heating
  18. Temper Color and Thermal Deformationof Stainless Steel byLocalized Infrared Heating
  19. Melting Behavior of a Polypropylene (PP) Container under Localized Infrared Heating
  20. Instant Erasure of FriXion Ink by Localized Infrared Heating
  21. Thermal Deformation of a Polystyrene Spoon by Localized Infrared Heating
  22. Thermal Deformation of a Polyethylene Bottle Cap by Localized Infrared Heating
  23. Visualization of Heat Diffusion Behavior in an Aluminum Plate by Local Infrared Heating
  24. Visualization of Heat Diffusion Behavior in a Titanium Plate by Local Infrared Heating
  25. Visualization of Heat Diffusion Behavior in a Steel Plate by Local Infrared Heating
  26. Visualization of Heat Diffusion Behavior in a Copper Plate by Local Infrared Heating
  27. Comparison of Thermal Diffusion in Metal Materials Visualized by Localized Infrared Heating
  28. Softening and flowing action of hot glue under local heating with infrared rays
  29. Thermal Shrinkage and Carbonization Behavior of EVA Foam under Localized Infrared Heating

 


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