All
chambers incorporate non-magnetic welded type 304 stainless steel inner
chambers. The exterior cabinet is fabricated of reinforced cold rolled
steel with fully welded construction. A textured enamel finish offers
a pleasing laboratory-designed appearance. Doors on most chambers are
combination hinged and removable, allowing for modifications and easy
access to the test area. All doors are gasketed with silicone offering
the expanded temperature characteristics of these materials. Latches
all have quick action cam mechanism for positive closure. The insulation
used for thermal integrity in the walls and doors of all our chambers
is a high density low "K" factor, non-settling Fiberglas.
This insulation optimizes the efficiency of the equipment and minimizes
operating costs. Forced air circulation systems are standard in these
chambers to maintain precise temperatures. The fan is powered by a direct
drive, heavy-duty electric motor, externally mounted with an integral
stainless steel shaft. The heating systems in our chambers are open
wire nichrome resistance elements which combine maximum heat transfer
with rapid response time and long operating life. The heaters are located
in a plenum, such that, test specimens are not subject to direct radiation.
All chambers feature, as a standard, a high
temperature fail-safe control. This fail-safe provides added insurance
against damage due to abnormal high temperature extremes. In addition,
chambers are fitted with fusible thermal links to guard against temperatures
exceeding the upper design limits of the equipment.
All
chambers incorporate non-magnetic welded type 304 stainless steel inner
chambers. The exterior cabinet is fabricated of reinforced cold rolled
steel with fully welded construction. A textured enamel finish offers
a pleasing laboratory-designed appearance. Doors on most chambers are
combination hinged and removable, allowing for modifications and easy
access to the test area. All doors are gasketed with silicone offering
the expanded temperature characteristics of these materials. Latches
all have quick action cam mechanism for positive closure. The insulation
used for thermal integrity in the walls and doors of all our chambers
is a high density low "K" factor, non-settling Fiberglas.
This insulation optimizes the efficiency of the equipment and minimizes
operating costs. Forced air circulation systems are standard in these
chambers to maintain precise temperatures. The fan is powered by a direct
drive, heavy-duty electric motor, externally mounted with an integral
stainless steel shaft. The heating systems in our chambers are open
wire nichrome resistance elements which combine maximum heat transfer
with rapid response time and long operating life. The heaters are located
in a plenum, such that, test specimens are not subject to direct radiation.
All chambers feature, as a standard, a high
temperature fail-safe control. This fail-safe provides added insurance
against damage due to abnormal high temperature extremes. In addition,
chambers are fitted with fusible thermal links to guard against temperatures
exceeding the upper design limits of the equipment.