Specification Sheet

Air
Airflow Performance Data
RH1P- Series
10
External Static Pressure—Inches W.C. [kPa]
PSC CFM [L/s] Air Delivery/RPM/Watts—240 Volts
Motor
Speed
from
Factory
Manufacturer
Recommended
Air-Flow Range
(Min/Max) CFM
Motor
Speed
0.1 [.02] 0.2 [.05] 0.3 [.07] 0.4 [.10] 0.5 [.12] 0.6 [.15] 0.7 [.17]
RPM 541 601 670 714 768 — —
Watts 193 181 173 164 157 — —
High
CFM — — — — 705 [333] 650 [307] 599 [283]
RPM — — — — 815 861 989
High
523/705 CFM
[247/333 L/s]
Low
CFM 681 [321] 636 [300] 606 [286] 567 [268] 523 [247] — —
Watts — — — — 239 227 204
Blower Size/
Motor
HP [W]
# of Speed
10x6
1/5 HP [149]
2 Speed
RPM 571 631 700 744 798 — —
Watts 184 172 164 155 148 — —
10x6
1/5 HP [149]
2 Speed
High
CFM — — — — 655 [309] 600 [283] 549 [259]
RPM — — — — 840 886 1014
High
487/661 CFM
[230/312 L/s]
Low
CFM 651 [307] 606 [286] 576 [272] 537 [253] 493 [233] — —
Watts — — — — 228 216 193
RPM 648 700 745 794 827 — —
Watts 259 255 243 234 227 — —
10x6
1/5 HP [149]
2 Speed
High
CFM — — — — 897 [423] 851 [402] 765 [361]
RPM — — — — 906 925 955
High
647/888 CFM
[305/419 L/s]
Low
CFM 875 [413] 806 [380] 787 [371] 739 [349] 682 [322] — —
Watts — — — — 332 318 306
RPM 721 771 799 848 880 — —
Watts 325 314 303 290 286 — —
10x8
1/4 HP [186]
2 Speed
High
CFM — — — — 1015 [479] 963 [454] 890 [420]
RPM — — — — 928 955 974
High
864/1004 CFM
[408/474 L/s]
Low
CFM 1038 [490] 1010 [477] 976 [461] 925 [437] 883 [417] — —
Watts
— — — — 356 341 329
RPM 771 821 849 898 930 — —
Watts 305 294 283 270 266 — —
10x8
1/4 HP [186]
2 Speed
High
CFM — — — — 915 [432] 863 [407] 790 [373]
RPM — — — — 953 980 999
High
814/904 CFM
[384/427 L/s]
Low
CFM 988 [466] 960 [453] 926 [437] 875 [413] 833 [393] — —
Watts
— — — — 326 311 299
RPM 678 730 775 824 857 — —
Watts 250 246 234 225 218 — —
10x6
1/5 HP [149]
2 Speed
High
CFM — — — — 847 [400] 801 [378] 715 [337]
RPM — — — — 931 950 980
High
617/838 CFM
[291/395 L/s]
Low
CFM 845 [399] 776 [366] 757 [357] 709 [335] 652 [308] — —
Watts
— — — — 321 307 295
Model
No.
RH1P
1817ST
with 13 kW
Heater
2417ST
No Heater
2417ST
with 13 kW
Heater
1817ST
No Heater
3017ST
No Heater
3017ST
with 18 kW
Heater
3617ST/
3621ST
No Heater
RPM 788 833 872 909 951 — —
Watts 466 462 427 406 395 — —
10x8
1/3 HP [249]
2 Speed
High
CFM — — — — 1248 [589] 1194 [563] 1133 [535]
RPM — — — — 1008 1028 1042
High
240V
1104/1248 CFM
[521/589 L/s]
Low
CFM 1229 [580] 1201 [567] 1170 [552] 1141 [538] 1104 [521] — —
Watts — — — — 488 475 454
240V Airflow Performance Data—RH1P- (PSC Motor)
Notes: • All 208/240V PSC motors have voltage taps for 208 and 240 volts.
• All 208/240V PSC motors are shipped on high speed and 240 volts.
• All 115V PSC motors are shipped on high speed.
• If the application external static is less than 0.5" WC, adjust the motor speed to
the low static speed as described below:
• Unplug the black motor wire off the relay on the control board and
plug in the red motor wire.
• Replace the cap on the black motor wire.
• Voltage change (208/240V motors):
• Move the orange lead to transformer 208V tap from 240V tap.
Replace the wire cap on 240V tap.
• Unplug the purple motor wire off the transformer and plug in the
yellow motor wire.
• Replace the cap on the purple motor wire.
• All 480V PSC motors are shipped on high speed.
• If the application external static is less than 0.5" WC, adjust the motor speed to
the low static speed as described below for 3-ton through 4-ton air handlers.
• Unplug the black motor wire off the relay and remove the cap from
the red motor wire.
• Plug the red motor wire to the relay and connect the black motor
wire with the yellow motor wire.
• For 5-ton air handler, unplug the black motor wire off the relay and plug in the red
motor wire, then cap the black motor wire. There is no yellow motor wire on 5-ton
air handler.
WARNING: Do not connect red motor wire with yellow motor wire in any circumstance on
480V PSC motors. Connecting red motor wire with yellow motor wire will result in
permanent motor damage.
• The above airflow table lists the airflow information for air handlers without heater and air
handler with maximum heater allowed for each model.
• The following formula can be used to calculate the approximate airflow, if a smaller (N kW)
than the maximum heater kit is installed. Approximate Airflow = Airflow without heater -
(Airflow without heater - Airflow with maximum heater) x (N kW/maximum heater kW)
[ ] Designates Metric Conversions