Dishwasher, conveyor type, high temperature sanitizing, single tank design (wash), adjustable conveyor speed, approximately (225) racks/hour capacity (0.68 gallons per rack), 25"H clearance through machine, stainless steel construction, steam tank heat, vent fan control, cULus, NSF
Manufacturer | Jackson |
Model Number | JAC-AJX-44CS |
Packed By | Each |
TANK HEAT | Steam |
RACK CAPACITY | Approx 220 Racks/hour |
TEMPERATURE | High Temp W/o Booster |
ENERGY EFFICIENCY | Energy Star® |
CONSTRUCTION | Stainless Steel |
TANK DESIGN | 1 Tank W/o Pre-wash |
RackStar 44 Dishwasher, conveyor type, high temperature sanitizing with steam tank heat, single tank design, approximately (223) racks/hour capacity (0.35 gallons per rack), fully automatic including auto-fill, adjustable conveyor speed, 19-3/4" clearance, digital temperature readout, double-wall insulated doors on front, EnergyGuard controls, Dual Rainbow Rinse - Econo (0.35 gpr) or Turbo (0.51 gpr), vent fan control, strike plate table limit switch, splash shields, stainless steel construction, adjustable bullet feet, 3 HP pump, 1/4 HP conveyor, cETLus, NSF, ENERGY STAR
Dishwasher, conveyor type, adjustable conveyor speed, approximately (287) racks/hour high temperature sanitizing rinse, (2) tank design (wash/power rinse), 25"H clearance through machine, stainless steel construction, steam tank heat, vent fan control, cETLus, NSF
Dishwasher, conveyor type, high temperature sanitizing, single tank design, with 22" recirculating prewash, approximately (225) racks/hour capacity (0.68 gallons per rack), 25"H clearance through machine, stainless steel construction, electric tank heat, prewash section has (2) upper arms, & (1) lower arm, vent fan control
Dishwasher, conveyor type, adjustable conveyor speed, approximately (287) racks/hour high temperature sanitizing rinse, (2) tank design, (wash/ power rinse), with 36" recirculating prewash, 25"H clearance through machine, stainless steel construction, steam coil tank heat, 8" vent cowls/splash shield, vent fan control, cETLus, NSF