Difference between revisions of "Spot Heaters"
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[[File:Spot heaters.jpg|thumb|200px|right|Spot heaters]] | |||
'''Spot heaters''' provide the right amount of heat where it is needed. The range of applications for these heaters is almost unlimited. | |||
==Applications== | |||
*Metal annealing | |||
*Soldering and desoldering electronic components | |||
*Heating thermoplastic composites | |||
*Localized weld stress relief | |||
*Brazing | |||
==Common Features== | |||
===Rapid Response=== | |||
The lamps of these heaters heat up and cool down instantly in response to power control signals. They reach 90 percent of full operating temperature within three seconds of a cold start. The radiant energy dissipates to ten percent five seconds after the power supply is disconnected. | |||
===Continuous Operation=== | |||
The construction of these heaters, combined with air cooling, allow them to withstand continuous high temperature operation. | |||
===Controllable Energy Output=== | |||
The infrared energy emitted from these heaters can be adjusted to match the heating requirements of a variety of applications. | |||
==Video== | |||
<youtube>QgsBcEOmtVY</youtube> | |||
Latest revision as of 18:07, 28 August 2012
Spot heaters provide the right amount of heat where it is needed. The range of applications for these heaters is almost unlimited.
Applications
- Metal annealing
- Soldering and desoldering electronic components
- Heating thermoplastic composites
- Localized weld stress relief
- Brazing
Common Features
Rapid Response
The lamps of these heaters heat up and cool down instantly in response to power control signals. They reach 90 percent of full operating temperature within three seconds of a cold start. The radiant energy dissipates to ten percent five seconds after the power supply is disconnected.
Continuous Operation
The construction of these heaters, combined with air cooling, allow them to withstand continuous high temperature operation.
Controllable Energy Output
The infrared energy emitted from these heaters can be adjusted to match the heating requirements of a variety of applications.
Video