HVAC HERO 150H Fresh Air Appliance A : fantech®
Item#:99401 a systemair company
Variant:120V 1-60Hz
Description
Up to 160 cfm of fresh air
T 3 Integrated MERV8 fresh air filter
q larcsch •6'top-mounted duct connections
i cip
Unobstructed front access
Energy-efficient counter flow core
CUS
•Multiple speed operation
While natural Infiltration of fresh air thru gaps and cracks in the building envelope offers a certain amount of
fresh air,with most new homes this amount of air just is not sufficient.Properly sealed homes require
mechanical ventilation to remove excess moisture,odors,and contaminants while providing fresh air for
HERD-- occupants and enhancing comfort.
CERvED HERO 150H fresh air appliance provides a controlled way of ventilating a home....
Find more details in our online catalogue
Technical parameters Performances
Product N Co Sensibl
Sup et nsu o Adjusted latent Appatent
Voltage(nominal) 120 V tom ai me recover sensible recovery I sensible
rf d y raeovary moisture effectiven
Frequency 60 Hz per. to P. ofllclen etllclency transfer oa.
Phase(-) )- w war cy
Input power 180 w of
on
Input current 1.4 A -F
Air 11m max 161 elm /s
Static pressure 0.4 In.wg
Cenilicate CSA,HVI,ENERGY STAR®
_ ____._.._ a 32 0 60 80 06 0.01 89
Dimensions and weights a; (0) (3
in 3)
Weight 51.1 Ih 0
Usedfor 0
82
32 4 90 75 80 0.01 83
Installation placement Vertical (4
1
32 4
(0) 8 180 70 78 0.01 00
(7
0)
6
13 8 85 63 63 0.05 86
(-25) (3
2)
Dimensions
0 0
C D
0 0
A B
Item name:HERO 150H Fresh Air Appliance I Item Number:99401 i Variant:120V 1-60Hz I Document type:Product card i Date:2020-11-16 1 Generated by:fantecil
Online Catalogue i Language:English
Pagel of 3
Model A 8 c O Size Wiring
HERO 120H
23 1/4 11 112 22 5/8 24 114
7) '
(590)77/8 (291) (575) (616) 5(12 ,t 1Q i`,
2 133/8 247/8 —1� (S a r 1
HER0150H (707) 5O(341) 23(285) (626) 61152) ly
277(8 15" 247/8
HER0200H (707) (391) 231285) (626) 6(152) �= r ❑ �ma...,;.4+1
27 718 13$is 24 716
HER0150H-EC (707) (341) 23(285) (626) 6(152) b—'=—d i-s,>�
a C.
HERO 25014• 27718 153/e 24718
EC V07) (391) 23(285) (626) 6(152) aro n,n 1 1
ymky vLt 9JP
Dimonslons In Inches(nun).
o r
Y,b N f-1 ISW.Re Rf>w
Mudd J!Is 15 i4lallr}JI
NERD 110N Gf G f G N
N RO I N i i )SY
HERO ROWi PN p-I,i f N N G
Supply-Performance curve Extract-Performance curve
in.wg. In.wg.
. - l r
l ,
,
i •I 1 i t
0.8�
t � i
0.4, o. I
0-' o
0 20 40 60 80 100 120 140 .160 180 clm 0 20 40 60 80 100 120 140 160 180 cfm
Unit Supply Extract
Required air bow -
Working air Dow - -
Required external pressure - -
Working air pressure -
Power
Current
Air density 0.075lb/W
Fan central-RPM -
Accessories
CO2RT-R Transmitter(99315) COM6P Supply and Exhaust Hoods(40222)
Contractor Commissioning Kit(463311) ECO-Feel@ Auto IAQ Control(414729)
ECO-Touch®Auto IAQ(414727) FIDT 6 Insulated Flex Duct(411064)
Filler,MERVI3,HER0150,Repl.kit(428548) Filter,MERV8,HER0150H,Repl.kit(428526)
MGE 6 Metal Exhaust Grill(411371) MGS 6 Metal Supply Grill(411242)
Replacement filter kit,HEPA(428551) RTS-W Wireless Timer(414920)
Item name:HERO 150H Fresh Air Appliance Item Number:99401 l Variant:120V 1-60Hz I Document type:Product card l Date:2020-11-16 l Generated by:fantech
Online Catalogue l Language:English
Page 2 of 3
Documents
444777 HERO 150H SPEC SHEET EN.PDF
E1934 HERO BROCHURE EN.PDF
E400061 HERO 15OH-150H-EC DIMENSIONAL SUBMITTAL.PDF
428486 HERO Installation Manual EN FR.pdf
HERO SERIES SERVICE MANUAL.PDF
HERO 150H-15OH-EC Dimensional Drawings.dxf
Item name:HERO 150H Fresh Air Appliance I Item Number:994011 Variant:120V 1-60Hz I Document type:Product card Date:2020-11-16 1 Generated by:fantech
Online Catalogue I Language:English
Page 3 of 3
Your Company Here... MARK&MARY OSBORNE
Your Address Here... -City Here..., State Here..Zip Here... FAIRWAY COURT LOT 2
Phone Here..... - Email Here...
Sales Consultant:
Job#:
Date: 11/16/2020
Equipment Selection
Design Conditions
Design Location: Glens Falls AP, New York Relative Humidity: 50%
Elevation: 335 ft Summer Outdoor Design: 92
Latitude: 43' N Winter Outdoor Design: -17
Daily Range: Medium Summer Indoor Design: 72
Design Grains 26 Winter Indoor Design: 70
Heating Equipment
Mfg: YORK BY JOHNSON CONTROLS Altitude Correction Factor: 0
Model: TM9E100C16MP11 Heating Input(btuh): 100
AHRI Ref#: 7125976 Heating Output(btuh): 96000
Efficiency (AFUE): 95 Calculated HeatPump 0
Output @ Design (btuh):
Cooling Equipment
Mfg: CHAMPION BY JOHNSON Altitude Correction Factor: 0
Oudoor Unit Model: TC363621 Rated Total Cooling (btuh): 34600
Coil: FC/MC/PC43C+TXV Sensible Cooling (btuh): 25950
Furnace: TM9E100C16MP11 Latent Cooling (btuh): 8650
AHRI Ref#: 8536914 SEER - EER@95:
Heat Pump HSPF:
Summary
MJ8 Calculations Status Equipment Capacities
Sensible Gain (btuh): 25253 Sufficient Sensible Capacity (btuh): 25950
Latent Gain (btuh): 5084 Sufficient Latent Capacity (btuh): 8650
Total Heat Gain (btuh): 30337 Sufficient Total Capacity (btuh): 34600
Heat Loss (btuh): 74275 Sufficient Heating Capacity (btuh): 96000
Adtek AccuLoad Report Version 17.3.5 Page 3
Your Company Here... MARK&MARY OSBORNE
Your Address Here... -City Here..., State Here..Zip Here... FAIRWAY COURT LOT 2
Phone Here..... -Email Here...
Sales Consultant:
Job#:
Date: 11/16/2020
System I (Average Load Procedure)
Design Conditions
Location: Glens Falls AP, New York Elevation: 335 ft Daily Range: Medium
Input Data: Outdoor Dry Bulb Indoor Dry Bulb Latitude:. 43* N . Design Grains: 26
Summer: 92 72 Heated Area 4160 Sq.Ft.
Winter: -17 70 Cooled Area 4160 Sq.Ft.
Heat/Loss Summary (July Heat Load Calculations)
Gross Sensible Latent
Area Loss Gain Gain
Walls 4275.5 18381 2569 0
Windows 337 13414 7698 0
Doors 21 713 254 0
Ceilings 2000.26 5047 1560 0
Skylights 0 . 0 0 0
Floors 4160.26 6699 660 0
Room Internal Loads 0 4838 400
Blower Load 1707 0 j
Hot Water Piping Load 0 0 0 ;
Winter Humidification Load 0 0 0
Infiltration 19494 2165 1740 ----'
Approved ACCA
Ventilation 10527 2420 1945 MJ8 Calculations
Duct Loss/Gain EHLF=O ESGF=O 0 1382 999
AED Excursion n/a 0 n/a
Subtotal 74275 25253 5084
Total Heating 74275 Btuh
Total Cooling 30337 Btuh 146 Linear ft. of Hydronic Baseboard
*Calculations are based on the ACCA Manual J 8th Edition and are approved by ACCA.All computed calculations are
estimates based on building use, weather data,and inputted values such as R-Values,window types, duct loss, etc.
Equipment selection should meet both the latent and sensible gain as well as building heat loss.
Adtek Accul-oad Report Version 17.3.5 Page 1
` Your Company Here... MARK& MARY OSBORNE
Your Address Here... - City Here..., State Here..Zip Here... FAIRWAY COURT LOT 2
Phone Here..... - Email Here...
Sales Consultant:
Job#:
Date: 11/16/2020
System I
Design Conditions
Location: Elevation: 0 Daily Range: 0
Design Data: Outdoor Dry Bulb Indoor Dry Bulb Latitude: 0 Design Grains: 0
Summer: 92 72 Summer Design RH% 0
Winter: -17 70
Heating Equipment
Mfg: YORK BY JOHNSON CONTROLS Heating Input (btuh): N/A
Model: TM9E100C16MP11 Heating Output (btuh): 96000
AHRI Ref#: 7125976 Calculated HeatPump 0
Efficiency (AFUE): N/A Output @ Design (btuh):
Outdoor Equipment
Mfg: CHAMPION BY JOHNSON Rated Total Cooling (btuh): 34600
Oudoor Unit Model: TC3133621 Sensible Cooling (btuh): 25950
Coil: FC/MC/PC43C+TXV Latent Cooling (btuh): 8650
Indoor Unit: TM9E100C16MP11
AHRI Ref#: 8536914
Adtek AccuLoad Report Version 17.3.5 Page 12
Your Company Here... MARK&MARY OSBORNE
Your Address Here... -City Here..., State Here.. Zip Here... FAIRWAY COURT LOT 2
Phone Here..... - Email Here...
Sales Consultant:
Job#:
Date: 11/16/2020
Expanded Manual S (ACCA Guidelines)
MJ8 Design Calculations
Sensible Gain (btuh): 25253 Design TD for Airflow: 0
Latent Gain (btuh): 5084 Design CFM: 0
Total Heat Gain (btuh): 30337 SHR: 0
Heat Loss (btuh): 74275
Manufacturers Performance Data (A)
Entering Coil Temperature = 75 (F db) Lower Return Air Total Sensible Latent SHR
CFM (F wb) BTUH BTUH BTUH
Rated CFN @ Rated RA Temperature: 0 0 0 0
Rated CFN @ Design RA Temperature: 0 63 0 0 0
Rated CFN @ Rated RA Temperature: 0 0 0 0
Manufacturers Performance Data (B)
Entering Coil Temperature = 75 (F db) Higher Return Air Total Sensible Latent SHR
CFM (F wb) BTUH BTUH BTUH
Rated CFN @ Rated RA Temperature: 0 0 0 0
Rated CFN @ Design RA Temperature: 0 63 0 0 0
Rated CFN @ Rated RA Temperature: 0 0 0 0
Equipment Performance Data
Entering Coil Temperature = 75 (F db) Design Return Air Total Sensible Latent SHR
CFM (F wb) BTUH BTUH BTUH
Intopolated Equipment Capacity 0 0 0
Excess Latent Capacity Calculation 0 0 0 0 0
Capacity @ Design CFM/RA (F wb) 0 0 0
Equipment Capacity as a % of Design
Equipment Performance Data
Ca acit Capacity Thermal Supplemental
Entering Coil Temperature= 75 (F db) p Y Balance Heat Required
@ 47 F db @ 17 F db Point q
Heat Pump Data N/A N/A 0 0
Desired Calculated
Input Output AFUE Temperature Airflow
Capacity Capacity Rise
Furnace Datal NIA I N/A I N/A N/A 0
Adtelc AccuLoad Report Version 17.3.5 Page 13