NSN 6130-00-166-1332
Part Details | INTERRUPTER VIBRATOR
6130-00-166-1332 An electromechanical device which uses a coil operated switching mechanism to convert a direct current input into a pulsating direct current output of the same value. The direct current input is periodically interrupted at the resonant frequency of a coil driven vibrating armature (reed). The resultant pulsating direct current output produces an inherent alternating current component necessary for ultimate purposes of transformation. It does not include a means of amplification or rectification. For items designed to operate over a wide and comparatively high frequency range and whose drive coil may be excited from either an alternating current or a direct current, see CHOPPER, ELECTRONIC.
Alternate Parts: VJR24B3X, AN41141, AN4114-1, VJR24B3X, MILV5635PTAM41141, MILV5635PTAM4114-1, 6130-00-166-1332, 00-166-1332, 6130001661332, 001661332
Supply Group (FSG) | NSN Assigned | NIIN | Item Name Code (INC) |
---|---|---|---|
61 | JAN 01, 1963 | 00-166-1332 | 00743 ( VIBRATOR, INTERRUPTER ) |
REFERENCE DRAWINGS & PICTURES
Cross Reference | NSN 6130-00-166-1332
Part Number | Cage Code | Manufacturer |
---|---|---|
VJR24B3X | 04998 | ADAMS AIRCRAFT INTERNATIONAL INC |
AN4114-1 | 88044 | AERONAUTICAL STANDARDS GROUPDEPT OF NAVY AND AIR FORCE |
VJR24B3X | 01843 | AMBAC INTERNATIONAL CORPORATIONDIV AMBAC INTERNATIONAL |
MILV5635PTAM4114-1 | 81349 | MILITARY SPECIFICATIONSPROMULGATED BY MILITARY |
Technical Data | NSN 6130-00-166-1332
Characteristic | Specifications |
---|---|
INPUT VOLTAGE RATING | A24.0 DC VOLTS |
INPUT CURRENT RATING | 3.0 AMPERES NOMINAL |
DRIVE VOLTAGE RELATIONSHIP TO INPUT VOLTAGE | UNEQUAL |
OUTPUT FREQUENCY RATING | 0.9 KILOHERTZ MINIMUM AND 1.0 KILOHERTZ MAXIMUM |
REED TYPE | CN ANY ACCEPTABLE |
HERMETICALLY SEALED FEATURE | NOT PROVIDED |
OVERALL LENGTH | 4.750 INCHES NOMINAL |
OVERALL WIDTH | 4.688 INCHES NOMINAL |
OVERALL HEIGHT | 3.453 INCHES NOMINAL |
SPECIAL FEATURES | THE STARTING VIBRATOR IS A CURRENT REGULATING DEVICE AND HENCE ITS REED FREQUENCY VARIES W/OPERATING CONDITIONS AND PARTICULARLY W/APPLIED VOLTAGE; FREQUENCY INCREASES W/APPLIED VOLTAGE; VIBRATOR WORKS IN CONJUNCTION W/A MAGNETO,AND ITS FREQUENCY CHANGES AS THE MAGNETO CONTACTS OPEN AND CLOSE |