Phoenix 3600 Family
Phoenix Hot Plate Operating Specifications
Appropriate Substrates:
Two things are necessary for achieving good results.
1. Planar bottom surface
2. Substrate must be at least as thermally conductive as G10 epoxy glass laminate.
Substrate Limit:
The size limit is always 1/2" less than the width of the belt.
Temperature Range:
Ambient to 350șC
Temperature Monitoring:
Digital PID controller for each zone.
Heating Method:
Hot plate heating through a conductive belt transporting substrates.
Heating Zones:
Each hot plate is 4" long with a width of 6".
The Phoenix has typically 5 heat zones and 1 cool zone
Optional zone configurations per customer request.
Dimensions:
36" x 19" x 7"
Belt Drive:
Smooth flow variable speed geared DC motor. Solid state motor controller.
Belt Speed:
Infinitely variable from 2 to 130 inches/minute. We also offer option slow speed modification which will allow speeds from 0.5 to 90 inches/minute.
Phoenix Hot Plate Features
The Phoenix reflow/curing systems outperforms all other reflow systems in the soldering of SMT and Hybrid assemblies. Attributing to this is it's Higher Temperatures, Increased Throughput, Greater Flexibility, and Fewer Risks involved than with conventional hot plate systems.
Phoenix Features:
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Flexibility
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Rapid Response
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Conductive Belt Transport - 6"
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Heat Safety Guard
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Inert Atmosphere Capability
Increased Belt Speed:
With the Top IR, Solder joints receive more controlled heat than with the hot plate reflow systems. This reduces the risks associated with remaining in the reflow state for an extended period of time and results in greater throughput.
Seamless Belt:
A seamless belt allows for automatic loading of the Phoenix family machines, making it unnecessary for loading equipment o recognize and avoid placing substrates on the belt seam or pusher bars.
Heat Safety Guard:
The surface temperatures of the heat chamber walls make it essential to prevent operator contact with the chamber. The heat safety guard which is a perforated metal shroud surrounding the camber, performs this task.