MODINE MODHSB24

MODINE HSB24 48198 Steam/Hot Water Horizontal Hydronic Unit Heater, 115 V, 24000 Btu/hr Btu, 1 ph, Steel

Manufacturer: Modine Mfg Co
Part #: MODHSB24
Customer Part #:
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BTU Rating      :      24000 Btu/hr
CFM Rating      :      370 cfm
Color      :      Gray/Green
Connection Size      :      3/4 in
Connection Type      :      FNPT
Dimensions      :      12-3/8 in H x 13 in W x 6 in D
Fan Size      :      9 in
Finish      :      Powder-Coated
Frequency Rating      :      60 Hz
HP Rating      :      1/25 hp
Heat Throw      :      18 ft
Material      :      Steel
Model      :      HSB24
Mounting Height      :      9 ft
Phase      :      1 ph
Rotational Speed      :      1550 rpm
Temperature Rating      :      100 deg F
Voltage Rating      :      115 V

The MODINE hydronic unit heater has proven one of the most popular of all unit heater types in commercial and industrial applications. These units are designed for long heat throw and uniform heat delivery. Available with top/bottom (Model HSB) or side (Model HC) inlet/outlet piping, MODINE horizontal steam/hot water unit heaters install quickly, easily and at low cost because they are lightweight.

MODINE Steam/Hot Water Horizontal Hydronic Unit Heater, Model: HSB24, 24000 Btu/hr, 115 V, 370 cfm CFM Rating, 1/25 hp HP Rating, 1 ph, 60 Hz, FNPT, 3/4 in, 9 in Fan Size, 1550 rpm Rotational Speed, 9 ft Mounting Height, 18 ft Heat Throw, Steel, Gray/Green, Powder-Coated, 100 deg F, 12-3/8 in H x 13 in W x 6 in D

  • Permits the unit to be rotated 360 deg without piping changes
  • Permits the unit to be installed in low clearance areas
  • Units have a two-piece casing for easy coil access
  • All models have tapped holes for suspension by threaded rod or optional pipe hanger adapter kit, except HSB 18 and HSB 24 which mount directly to and are supported by the supply and return piping
  • Serpentine copper tube coil design has high resistance to thermal shock, even under high steam pressures
  • The absence of coil headers eliminates potential leaks and increases coil face area without increasing the overall size of the unit
  • The coil is designed for greater water carrying capacity with lower friction loss
  • Designed, engineered and assembled in the USA

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