>menu 1 ) Analysis Interval = 60 min. 2 ) System Startup Delay = 1 min 3 ) Demand Ratio Ideal = 40 % 4 ) Actual Demand Ratio Min = 0 % 5 ) Startup On Time = 50 min. 6 ) Incremenr = 3 min. 7 ) Maxn Time = 90 min. 8 ) Min On Time = 30 m. 9 ) Min Off Time = 15 min. 10 ) High Temp = 0 deg. 11 ) Low mp Safety = 0 deg. ) Temperature Averaging = 5 sec. 13 ) Thermostat Polarity = 14 ) HotWaterLowTemp = 0 deg. 15 ) ColdStart = 0 16 ) Break Ti Percent = 0 % > (233 ) 01/15/14 06:45.01 PM Cycle Time Elapsed = 60 min. 0 sec. Th On Ratio = 40 of 3600 = 1 % Source Ratio = 12 of 3600 = 0 % Ideal Demand Ratio = 40 % Actual Demand Ratio = 1 % Time Change Factor = - 39 Increment Factor = 3 Old Source OnTime = 50 min. New Source OnTime = 38 min. (234 ) 01/15/14 08:00.09 PM Cycle Time Elapsed = 60 min. 0 sec. Th On Ratio = 0 of 3600 = 0 % Source Ratio = 0 of 3600 = 0 % Ideal Demand Ratio = 40 % Actual Demand Ratio = 0 % Time Change Factor = - 40 Increment Factor = 3 Old Source OnTime = 38 min. New Source OnTime = 30 min. (235 ) 01/15/14 09:15.06 PM Cycle Time Elapsed = 60 min. 0 sec. Th On Ratio = 0 of 3600 = 0 % Source Ratio = 0 of 3600 = 0 % Ideal Demand Ratio = 40 % Actual Demand Ratio = 0 % Time Change Factor = - 40 Increment Factor = 3 Old Source OnTime = 30 min. New Source OnTime = 30 min. (236 ) 01/15/14 10:29.57 PM Cycle Time Elapsed = 60 min. 0 sec. Th On Ratio = 0 of 3600 = 0 % Source Ratio = 0 of 3600 = 0 % Ideal Demand Ratio = 40 % Actual Demand Ratio = 0 % Time Change Factor = - 40 Increment Factor = 3 Old Source OnTime = 30 min. New Source OnTime = 30 min. (237 ) 01/15/14 11:44.43 PM Cycle Time Elapsed = 60 min. 0 sec. Th On Ratio = 0 of 3600 = 0 % Source Ratio = 0 of 3600 = 0 % Ideal Demand Ratio = 40 % Actual Demand Ratio = 0 % Time Change Factor = - 40 Increment Factor = 3 Old Source OnTime = 30 min. New Source OnTime = 30 min. (238 ) 01/16/14 12:59.25 AM Cycle Time Elapsed = 60 min. 0 sec. Th On Ratio = 0 of 3600 = 0 % Source Ratio = 0 of 3600 = 0 % Ideal Demand Ratio = 40 % Actual Demand Ratio = 0 % Time Change Factor = - 40 Increment Factor = 3 Old Source OnTime = 30 min. New Source OnTime = 30 min. (239 ) 01/16/14 02:14.01 AM Cycle Time Elapsed = 60 min. 0 sec. Th On Ratio = 0 of 3600 = 0 % Source Ratio = 0 of 3600 = 0 % Ideal Demand Ratio = 40 % Actual Demand Ratio = 0 % Time Change Factor = - 40 Increment Factor = 3 Old Source OnTime = 30 min. New Source OnTime = 30 min. (240 ) 01/16/14 03:28.31 AM Cycle Time Elapsed = 60 min. 0 sec. Th On Ratio = 0 of 3600 = 0 % Source Ratio = 0 of 3600 = 0 % Ideal Demand Ratio = 40 % Actual Demand Ratio = 0 % Time Change Factor = - 40 Increment Factor = 3 Old Source OnTime = 30 min. New Source OnTime = 30 min. (241 ) 01/16/14 04:42.56 AM Cycle Time Elapsed = 60 min. 0 sec. Th On Ratio = 0 of 3600 = 0 % Source Ratio = 0 of 3600 = 0 % Ideal Demand Ratio = 40 % Actual Demand Ratio = 0 % Time Change Factor = - 40 Increment Factor = 3 Old Source OnTime = 30 min. New Source OnTime = 30 min. (242 ) 01/16/14 05:57.13 AM Cycle Time Elapsed = 60 min. 0 sec. Th On Ratio = 0 of 3600 = 0 % Source Ratio = 0 of 3600 = 0 % Ideal Demand Ratio = 40 % Actual Demand Ratio = 0 % Time Change Factor = - 40 Increment Factor = 3 Old Source OnTime = 30 min. New Source OnTime = 30 min. 01/16/14 06:27.30 AM Thermostat On Temp = 145 deg. 01/16/14 06:27.30 AM Source On Temp = 145 deg. 01/16/14 06:27.42 AM Reseting source limits for startup. Temp = 145 deg. (243 ) 01/16/14 07:11.11 AM Cycle Time Elapsed = 60 min. 0 sec. Th On Ratio = 2132 of 3600 = 59 % Source Ratio = 2131 of 3600 = 59 % Ideal Demand Ratio = 40 % Actual Demand Ratio = 59 % Time Change Factor = 19 Increment Factor = 3 Old Source OnTime = 50 min. New Source OnTime = 56 min. 01/16/14 07:36.58 AM Source Off Temp = 145 deg. 01/16/14 07:37.57 AM Thermostat Off Temp = 145 deg. 01/16/14 07:37.59 AM Thermostat On Temp = 145 deg. 01/16/14 07:56.00 AM Source On Temp = 145 deg. (244 ) 01/16/14 08:26.34 AM Cycle Time Elapsed = 60 min. 0 sec. Th On Ratio = 3599 of 3600 = 99 % Source Ratio = 2700 of 3600 = 75 % Ideal Demand Ratio = 40 % Actual Demand Ratio = 99 % Time Change Factor = 59 Increment Factor = 3 Old Source OnTime = 56 min. New Source OnTime = 74 min. 01/16/14 09:01.17 AM Thermostat Off Temp = 145 deg. 01/16/14 09:01.17 AM Source Off Temp = 145 deg. 01/16/14 09:01.18 AM Thermostat On Temp = 145 deg. 01/16/14 09:20.25 AM Source On Temp = 145 deg. (245 ) 01/16/14 09:42.32 AM Cycle Time Elapsed = 60 min. 0 sec. Th On Ratio = 3599 of 3600 = 99 % Source Ratio = 2700 of 3600 = 75 % Ideal Demand Ratio = 40 % Actual Demand Ratio = 99 % Time Change Factor = 59 Increment Factor = 3 Old Source OnTime = 74 min. New Source OnTime = 90 min. 01/16/14 10:22.27 AM Thermostat Off Temp = 145 deg. 01/16/14 10:22.27 AM Source Off Temp = 145 deg. (246 ) 01/16/14 10:58.57 AM Cycle Time Elapsed = 60 min. 0 sec. Th On Ratio = 1886 of 3600 = 52 % Source Ratio = 1887 of 3600 = 52 % Ideal Demand Ratio = 40 % Actual Demand Ratio = 52 % Time Change Factor = 12 Increment Factor = 3 Old Source OnTime = 90 min. New Source OnTime = 90 min. (247 ) 01/16/14 12:15.18 PM Cycle Time Elapsed = 60 min. 0 sec. Th On Ratio = 0 of 3600 = 0 % Source Ratio = 0 of 3600 = 0 % Ideal Demand Ratio = 40 % Actual Demand Ratio = 0 % Time Change Factor = - 40 Increment Factor = 3 Old Source OnTime = 90 min. New Source OnTime = 78 min. (248 ) 01/16/14 01:31.16 PM Cycle Time Elapsed = 60 min. 0 sec. Th On Ratio = 0 of 3600 = 0 % Source Ratio = 0 of 3600 = 0 % Ideal Demand Ratio = 40 % Actual Demand Ratio = 0 % Time Change Factor = - 40 Increment Factor = 3 Old Source OnTime = 78 min. New Source OnTime = 66 min. (249 ) 01/16/14 02:46.55 PM Cycle Time Elapsed = 60 min. 0 sec. Th On Ratio = 0 of 3600 = 0 % Source Ratio = 0 of 3600 = 0 % Ideal Demand Ratio = 40 % Actual Demand Ratio = 0 % Time Change Factor = - 40 Increment Factor = 3 Old Source OnTime = 66 min. New Source OnTime = 54 min. 01/16/14 04:01.27 PM Thermostat On Temp = 145 deg. 01/16/14 04:01.27 PM Source On Temp = 145 deg. (250 ) 01/16/14 04:02.18 PM Cycle Time Elapsed = 60 min. 0 sec. Th On Ratio = 42 of 3600 = 1 % Source Ratio = 41 of 3600 = 1 % Ideal Demand Ratio = 40 % Actual Demand Ratio = 1 % Time Change Factor = - 39 Increment Factor = 3 Old Source OnTime = 54 min. New Source OnTime = 42 min. 01/16/14 04:02.32 PM Reseting source limits for startup. Temp = 145 deg. 01/16/14 05:05.14 PM Source Off Temp = 145 deg. 01/16/14 05:05.59 PM Thermostat Off Temp = 145 deg. 01/16/14 05:06.01 PM Thermostat On Temp = 145 deg. edit 8 The current Min On Time = 30 min. Enterthe new Min On Time : > 45 > OK. Setting Min On Time =45 min. >Saving Settings...Done. menu 1 ) Analysis Interval = 60 min. 2 ) System Startup Delay 1 min. 3 ) Demand Ratio I = 40 % 4 ) Actual Demand Ratio Min = 10 % 5 ) Sartup On Time = 50 min. 6 ) Inc Factor = 3 min. 7 Max On Time = 90n. 8 ) Min On Time = 45 min. 9 ) Min Off Time = 15 min. 10 ) High Temy = 0 deg. 11 ) LowTemp Safety = 0 deg.2 ) Temperature Averaging 5 sec. 13 ) Termostat Polarit = 0 14 ) HotWaterLowTemp = 0 deg. 15 ) ColdStart = 0 16 ) Breakrcent = 0 % > (251 ) 01/16/14 05:17.25 PM Cycle Time Elapsed = 60 min. 0 sec. Th On Ratio = 35 of 3600 = 99 % Source Ra010 of 3600 = 83 % Ideal Demand Ratio = 40 % Actual Demand Rio = 99 % Time Change Factor = 59 Increment Factor = 3 Old Source OnTime = 50 min. w Source OnTime = 68 min. 01/16/14 05:23.50 PM Source On Temp = 145 deg.