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ELECTRICAL / GENERAL DATA <br />GENERAL (1N2Na1 <br />INDOOR MOTOR <br />FILTERS t3i <br />Model: <br />TAM9AOC60V51DB <br />Number 1 <br />Type Throwaway <br />Horsepower 1 D <br />Furnished No <br />Lint Primary Voltage <br />208 <br />Molor Speed (RPM) Variable ECM <br />Number 1 <br />Unit Secondary Voltage <br />230 <br />Phase 1 <br />Recommended 22'k 20'x i' <br />Unit Hertz. <br />B0 <br />FA Load Amps. 64 <br />Unit Phase- <br />1 <br />Locked Rotor Amps - <br />(5 � <br />STANDARD <br />REFRIGERANT <br />Weights <br />230 Volt i 208 Von <br />Type- R-410A <br />Shipping 175 0 lb <br />Minimum GrcuilAmpacity <br />90f90 <br />REF Line Connections <br />Net 163.0lb <br />on <br />Maximum Overload Protection <br />15 0f15.0 <br />or Conn Size Gas7+8' <br />. <br />Coupling or Conn Sao - Lq 3/8' <br />ELECTRIC HEAT <br />NOTES: <br />240 Volt % 208 von <br />9601720 <br />Capacity Circuit#1 <br />NSA <br />1 These an handlers are a_ri cerirfied with various split system air conditioners and heat pumps <br />Capacity Circuit 92' <br />NIA <br />(an standard 210'240) refer tothespiil system outdoor unit product data guides br performance data. <br />Capacity Circuit 43: <br />2 314' mate plastic pipe (ref astm 1785-76) <br />it of Circuit. <br />1 <br />3 Minimum filler size for horizontal applications will be based on airflow selection <br />Phase. <br />1 <br />and will be calculated as follows. <br />low velocity fillor face area (sq it = chin i 300 <br />Heater Amps Per Circuit CircuCircuit#t. <br />4003460 <br />high velocity titer face area (sq It = cfin 1500 <br />Heater Amps Per Circuit Circuit 02 <br />N;A <br />4 For customer ease of fifer maintenance, it is recommended that a properly sized, remote filer and gripe be <br />Heater Mips Po Circuit Cimut 43. <br />installed for ho zontal applicationsairflow should not exceed the face value of the filer being used <br />590630 <br />5 Standard race and mop wthout electric heat <br />Minimum Circuit Ampecty Circus#t <br />Minimum Circuit Ampecty Circuit 42 <br />NA <br />Minimum CircuitAmpacty, Circuit #3. <br />N/A <br />Maximum Overload Protection Circuit 0 <br />60 0ko o <br />Maximum Overload Protection Crmut #2 <br />NIA <br />Max unum Overload Protection Circuit #3 <br />N/A <br />2023/03/27 1618:09 Page 3 of 7 <br />