NSN 4520-00-242-5396
Part Details | STATIONARY DUCT TYPE HEATER
4520-00-242-5396 A device capable of producing heat from gas, liquid fuel, or an electrical heating element designed for permanent installation in sheet metal ducts of a forced air circulating system. It consists of (1) a finned, steel burner tube, a combustion air blower, a control panel, and a constant level fuel supply system or (2) a device having a heating element which when connected to an electrical source, directly imparts heat. It may be provided with a flanged outer casing to facilitate mounting in planned or existing duct work. Circulation of the heated air is achieved by use of a blower or fan not integral with the heating unit.
Alternate Parts: CAB1211, 132718, 132-718, 4520-00-242-5396, 00-242-5396, 4520002425396, 002425396
Supply Group (FSG) | NSN Assigned | NIIN | Item Name Code (INC) |
---|---|---|---|
45 | JUN 03, 1970 | 00-242-5396 | 17014 ( HEATER, DUCT TYPE, STATIONARY ) |
REFERENCE DRAWINGS & PICTURES
Cross Reference | NSN 4520-00-242-5396
Part Number | Cage Code | Manufacturer |
---|---|---|
CAB1211 | 65586 | CHROMALOX, INC.DBA OGDEN |
132-718 | 19139 | EASTMAN KODAK COMPANYDBA KODAK |
Technical Data | NSN 4520-00-242-5396
Characteristic | Specifications |
---|---|
HEAT DELIVERY RATE | 40944.0 BRITISH THERMAL UNIT |
CURRENT TYPE | AC |
VOLTAGE IN VOLTS | 240.0 |
PHASE | THREE |
CURRENT RATING IN AMPS | 50.0 |
HEATING ELEMENT TYPE | ELECTRIC NONIMMERSION |
HEAT MEDIUM TYPE | AIR |
FUEL FEED METHOD | |
FUEL TYPE | 91/96 OCTANE GASOLINE |
IGNITION METHOD | ELECTRODE |
MOUNTING TYPE | CEILING SUSPENDED |
HEIGHT | 18.500 INCHES NOMINAL |
WIDTH | 15.375 INCHES NOMINAL |
DEPTH | 4.500 INCHES NOMINAL |
HEAT OUTLET QUANTITY | 1 |
HEAT DELIVERY DIRECTION | HORIZONTAL |
HEAT DISCHARGE OUTLET TYPE | STATIONARY |
HEAT DIRECTING DEVICE | ADJUSTABLE LOUVER |
INCLOSURE MATERIAL | STEEL |
OPERATING CONTROL TYPE | THERMOSTATIC |
SPECIAL FEATURES | MONEL SHEATH AND MONEL FINS FOR HUMID CONDITIONS |
REFERENCE NUMBER DIFFERENTIATING CHARACTERISTICS | AS DIFFERENTIATED BY THE VOLTAGE AND PHASE |