Part Details and Technical Specifications
The 5990-00-924-4165 is a precision TRANSMITTER SYNCHRO engineered for accurate electromechanical position transmission. Built with a standard round corrosion-resisting steel body, this component features inductively coupled stator and rotor elements where the electrical output is directly dependent on the exact physical position of the rotor. Below are the key physical and electrical characteristics:
- Body Size: Size 11
- Body Style: Standard round C
- Rotor Input Voltage: 115.0 volts nominal at 400.0 hertz
- Rotor Input Current: 31.0 milliamperes maximum
- Rotor Input Electrical Power: 490.0 milliwatts nominal
- Impedance: ZRO impedance magnitude ranging from 3720.00 to 4700.00 ohms; ZSS impedance magnitude ranging from 410.00 to 500.00 ohms
- Transformation Ratio: 0.783 stator to rotor nominal
- Physical Dimensions: Overall length of 2.3560 inches nominal, with a pilot diameter of 0.6245 to 0.6250 inches and a shoulder diameter of 0.9995 to 1.0000 inches
- Terminals: 5 screw-type terminals located at the rear
Manufacturers and CAGE Codes
This transmitter synchro is produced or referenced by a variety of defense contractors, industrial manufacturers, and military specification authorities. Key organizations associated with this component include:
- Ametek Technical & Industrial Products, Inc. (CAGE: 14404)
- Elcos BVBA (CAGE: B6577)
- Hensoldt Sensors GmbH (CAGE: C0426)
- Lockheed Martin Corporation (CAGE: 56232)
- Moog Inc. (CAGE: 99932)
- Northrop Grumman Litef GmbH (CAGE: D4856)
- Thales Nederland (CAGE: H0203)
- Waertsilae Elac Nautik GmbH (CAGE: D1876)
Applications and Functionality
Transmitter synchros like the 5990-00-924-4165 serve as vital sensory and control elements in complex aerospace, marine, and military systems. By translating mechanical angular displacement into electrical signals, they work seamlessly alongside receiver synchros, control transformers, and differential synchros. Their robust construction and precise electrical feedback make them ideally suited for precision instrumentation, navigation systems, radar arrays, and automated control linkages where reliability under moderate ruggedness conditions is paramount.