NSF Product and Service Listings

[1] Recirculated pumped rinse minimum 50 ppm available chlorine.
[2] Total water demands 1.04 gal. per complete wash, rinse cycle at 120°F.
[3] Unit also accepted with shorter 72 sec. time cycle in which the following would apply:
    Dwell - 10 sec.
    Final rinse usage: 47.7 gph for straight, 46.7 gph for corner and 36.5 gph for front
    load @ 130ºF.
    Rinse - 17 sec.       
    Wash  - 45 sec.
[4] Unit also accepted with shorter 60 sec. time cycle in which the following would apply:
    Dwell - 10 sec.
    Final rinse usage: 57.1 gph for straight, 61.1 gph for corner, and 41.7 gph for front
    load @ 130°F.
    Rinse - 15 sec.
    Wash  - 35 sec.
[5] With or without suffix V to indicate a ventless system.
[6] Unit accepted with or without integrated booster heater.
[7] With or without suffix B to indicate an integrated booster heater.
[8] Also acceptable with or without drain tables.
[9] Unit accepted with or without sustainer heater.
[10] Models have been approved with a post sanitizing rinse.  Machine with post sanitizing
     rinse cycles will
     have a switch to turn the post sanitizing rinse on and off.  Sanitizer Concentration
     must be checked with
     post sanitizing rinse off.  Total water demand per cycle is 2.0 gal/cycle.  Cycle times
     are 56s wash, 10s
     dwell, 24s sanitize, 10s dwell, 20s fresh water final rinse.
[11] Total water demands 1.47 gal. per complete wash and rinse cycle at 120°F.  Lower water
     supply temperature may extend cycle time.
[12] Total water demands 1.47 gal. per complete wash and rinse cycle at 140°F. Lower water
     supply temperatures can be used, the internal booster heater will compensate for lower
     water supply temperatures by extending wash cycle to allow extra temperature rise
     required to meet sanitation requirements.
[13] Unit has been approved for both chemical sanitizing and hot water sanitizing.  Machines
     operating in chemical sanitizing mode will have a supply source for sanitizing chemical
     and operate at minimum wash and rinse temperatures of 120°F.  Recirculated pumped rinse
     minimum 50 ppm available chlorine.

[1] Recirculated pumped rinse minimum 50 ppm available chlorine.
[5] With or without suffix V to indicate a ventless system.
[6] Unit accepted with or without integrated booster heater.
[7] With or without suffix B to indicate an integrated booster heater.
[14] Total water demands 1.94 gal. per complete wash, rinse cycle at 120°F.
[15] Unit also accepted with longer 108 sec. time cycle in which the following would apply:
     Dwell - 20 sec.
     Final rinse usage: 61.1 gph for straight 60.3 gph corner @ 120°F
     Rinse - 32 sec.
     Wash  - 56 sec.
[16] Unit also accepted with shorter 72 sec. time cycle in which the following would apply:
     Dwell - 12 sec.
     Final rinse usage: 90.2 gph for straight and 88.3 gph for corner @ 130°F.
     Rinse - 15 sec.
     Wash  - 45 sec.

[12] Total water demands 1.47 gal. per complete wash and rinse cycle at 140°F. Lower water
     supply temperatures can be used, the internal booster heater will compensate for lower
     water supply temperatures by extending wash cycle to allow extra temperature rise
     required to meet sanitation requirements.
[13] Unit has been approved for both chemical sanitizing and hot water sanitizing.  Machines
     operating in chemical sanitizing mode will have a supply source for sanitizing chemical
     and operate at minimum wash and rinse temperatures of 120°F.  Recirculated pumped rinse
     minimum 50 ppm available chlorine.
[17] Unit has been approved for both chemical sanitizing and hot water sanitizing.  When
     operating in hot water sanitizing mode no sanitizing chemical will be supplied and
     minimum wash temperature shall be 150°F and minimum rinse supply temp shall be 180°F.
[18] Unit is a straight load.
[19] Unit is a corner load.
[20] Total water demands 0.69 gal. per complete wash and rinse cycle. Lower water supply
     temperatures can be used, the internal booster heater will compensate for lower water
     supply temperatures by extending wash cycle to allow extra temperature rise required to
     meet sanitation requirements.