MARIAH I, II and III FEATURES:
-exclusive split air delivery system which allows uniform high speed air flow inside the dryer
-superior heat profile eliminates the need for additional infrared radiant sections
-solid state gas system control uses the latest approved technology
-ideal for many applications including water based inks
-temperature control and temperature profiling feature
-automatic temperature controlled cool down mode for longer belt life
-450 degrees Fahrenheit maximum temperature
-burner is compatibile with natural or LP gas
-500 cfm exhaust blower for each module
-adjustable infeed/outfeed openings for flexibility
-teflon coated fiberglass belt for long belt life and easy cleaning
-LED Belt Speed Control for easy setting
-air cooled control cabinet for longer life of control components
-high efficiency thermal insulation keeps gas bills down and the outer skin of the dryer cool to the touch
-stainless steel slide out filters for easy cleaning
-large heavy duty conveyor rollers for positive belt traction
-solid state DC drive for accurate control of the conveyor speed
-industrial grade DC motor for continuous run reliability
-no negative pressure due to outside air utilization
-double wall construction with galvanized interior for durability
-centralized self diagnostic system for each module
-energy efficient heat exchanger for incoming ambient air
-recirculating blower with 2200 cfm @ 2 ft. in each active blower module
MARIAH II and III ADDITIONAL FEATURES:
-no need for special master heat module
-individual gas burners allow faster curing of garments
-independent temperature control for each acitve module allows for greater control and responsiveness within individual burner modules/zones
-uniform temperature throughout each active burner module
-true modular snap together design expandable in 4 ft. modules
-designed to avoid the need for additional control panels even when expanding all the way to 5 modules (or 20 ft) of heat
-each module is a self contained unit with its own control and heat source in each active burner