Rockwell Automation FANM FanMaster Energy Saving Package - Manual (Page 38)

3-2 FanMaster Configuration and Start Up
Allen-Bradley® FanMaster™ Energy Saving Package Installation Manual - Publication FANM-IN001B-EN-P – December, 2009 PN-65329
Gather and Record Data Gather the following data in order to successfully configure and start up the
FanMaster. Record the actual data for your installation in the table below
and save the table for your records.
Table 3.A Installation Data
Step Data Required Default Value Actual
8 City climate profile (refer to City Climate Profiles on page A-3 for a complete list of available
cities):
Note: If an acceptable climate profile is not included in the list in Appendix A, you can use the
User City Weather Data Setup screen (described on page
C-14 ) to create and save a climate
profile for your location.
Chicago
9 Supply fan motor nameplate horsepower (HP) rating 10
10 Supply fan motor nameplate full load amps (FLA) rating 12.2
11 AHU CFM (If set to “0” in configuration, value will be auto calculated based on 2,000 CFM per
1 HP) 30,000
13 Return fan motor nameplate horsepower (HP) rating (if installed) 5
14 Return fan motor nameplate full load amps (FLA) rating (if installed) 6.1
15 Electrical cost in dollars per kWh 0.0891
16 Natural gas cost in dollars per MMBTU 8.50
17 Heating efficiency for your system 87%
18 Outside air damper minimum open position 10%
19 Coolant type used Glycol or Water
29 Is heating proportional (heat source level is varied) or two-state (heating is on or off)? Heating Prop
30 Is cooling proportional (cooling source level is varied) or two-state (cooling is on or off)? Cooling Prop
31 The system uses a pressure sensor (yes/no)? No Pressure
32 The system uses on-demand ventilation (CO
2
sensor is installed) or constant ventilation
(Constant Vent.)?
Demand Vent.
33 The system uses a CO
2
sensor (yes/no)? CO2 (yes)
35 The AHU has a heating system (yes/no)? Yes / Mech Heat
36 The AHU has a cooling system (yes/no)? Yes / Mech Cool
37 FanMaster will be allowed to override the BAS control of the outside air damper (yes/no)? Yes / Damper Override
38 If FanMaster will override the BAS control of the outside air damper, the percent (10…50) of
time the outside air damper will be closed during a 20 minute cycle time. 10% = 2 minutes
closed / 18 minutes open. 50% = 10 minutes closed / 10 minutes open. 50%
39 If a pressure sensor is used, the inWC value below which the supply fan speed should
increase so pressure is maintained. -0.010
40 If a CO
2
sensor is installed, the CO
2
parts per million (ppm) at which outside air ventilation
should occur.
700
41 If a CO
2
sensor is installed, the CO
2
parts per million (ppm) at which a high CO
2
alarm will
occur.
800
49a The difference in temperature between the mixed air and supply air at or below which the
drive will run the supply fan at the minimum speed when cooling the conditioned space.
5
49b The difference in temperature between the mixed air and supply air at or above which the
drive will run the supply fan at the maximum speed when cooling the conditioned space.
25
49c The percentage of full speed that the drive will run the supply fan when the temperature
difference is at or below the minimum value when cooling the conditioned space.
50