NSN 6130-01-498-2972

Part Details | POWER SUPPLY

6130-01-498-2972 A component which converts available alternating current or direct current electrical power into a form required to operate another component or set. The item may consist of a combination of an INVERTOR, VIBRATOR; VIBRATOR, INTERRUPTER; VIBRATOR, SELF-RECTIFYING; INVERTOR, POWER, STATIC; with a transformer and rectifier(s) employing electron tubes, semiconductor diode or metallic (dry disc) type components, or the synchronized secondary contact(s) of a VIBRATOR, SELF-RECTIFYING; or may consist of electron tubes, semiconductor diode or metallic (dry disc) type rectifiers and capacitors in transformerless (alternating current-direct current type) circuits which may be of the voltage-multiplier type. The item may incorporate a FILTER, DIRECT CURRENT POWER and provisions for regulation of input and/or output voltage. The item may have special input, output, control or other facilities for applications in specialized environments such as medical, dental or other operations. Excludes battery chargers and rotating machinery types of items, such as motor generators and dynamotors.

Alternate Parts: EWS300P15, EWS-300P-15, JWS30015, JWS300-15, EWS300P15, EWS-300P-15, JWS30015, JWS300-15, 6130-01-498-2972, 01-498-2972, 6130014982972, 014982972

Supply Group (FSG) NSN Assigned NIIN Item Name Code (INC)
61JUN 20, 200201-498-297200740 ( POWER SUPPLY )
REFERENCE DRAWINGS & PICTURES
Cross Reference | NSN 6130-01-498-2972
Part Number Cage Code Manufacturer
EWS-300P-15K5137COUTANT LAMBDA LTD TRADING ASLAMBDA UK
JWS300-15K5137COUTANT LAMBDA LTD TRADING ASLAMBDA UK
EWS-300P-159T790TDK-LAMBDA AMERICAS, INC.DIV TDK-LAMBDA AMERICAS-LOW POWER
JWS300-159T790TDK-LAMBDA AMERICAS, INC.DIV TDK-LAMBDA AMERICAS-LOW POWER
Technical Data | NSN 6130-01-498-2972
Characteristic Specifications
ELECTRICAL POWER SOURCE RELATIONSHIP OPERATING
OVERALL LENGTH7.480 INCHES NOMINAL
OVERALL WIDTH4.720 INCHES NOMINAL
OVERALL HEIGHT3.620 INCHES NOMINAL
OPERATING AMBIENT TEMP RANGE-10.0 TO +60.0 DEG CELSIUS