Description
The Woodward 5484-875 is a permanent-magnet (PM) motor designed for low-speed positioning applications in Woodward governor and engine-control systems. It operates from a 24 VDC supply and provides a nominal output speed of 5 RPM. Parts references identify the 5484-875 specifically as a PGG/Pittman PM motor, while other product references describe it as a PM governor motor. The motor uses polarity-controlled rotation, with the supplied references identifying the wiring for speed increase and speed decrease.
5484-875
| Specification | Details |
|---|---|
| Brand | Woodward |
| Model | 5484-875 |
| Product Name | PM Motor |
| Product Type | Permanent-Magnet DC Motor |
| Application | Governor / Engine Control System |
| Rated Voltage | 24 VDC |
| Rated Speed | 5 RPM |
| Motor Type | PM / Pittman Motor |
| Rotation Control | Polarity-controlled direction |
| Speed Increase Wiring | Black negative (-), Red positive (+) |
| Speed Decrease Wiring | Black positive (+), Red negative (-) |
| Typical Function | Low-speed positioning / actuator drive |
| Associated Woodward Family | Governor and engine-control components |
| Condition | New – Open Box |
| MPN | 5484-875 |
| Replacement Note | Verify mechanical mounting and original system configuration before installation |
Recommended related Woodward models:
- Woodward 5484-875 – PM Motor, 24 VDC, 5 RPM
- Woodward 5484-735 – Potted PM Motor
- Woodward 5484-795 – Potted PM Motor
- Woodward 5484-803 – PM Motor
- Woodward 5484-905 – Motor Assembly with Cover
- Woodward 8272-516 – PM Motor Control
- Woodward 8901-055 – Start Booster Servomotor
- Woodward 8240-184 – EPG Speed Control, 24 V Diesel
- Woodward 2301A – Load Sharing & Speed Control
- Woodward 505 – Digital Governor Series
The 5484-875 should be replaced by matching the exact part number, motor voltage, speed, mounting arrangement, shaft/interface dimensions, and polarity wiring. Similar Woodward PM motors such as 5484-735, 5484-795, and 5484-803 should not be assumed interchangeable solely because they belong to the same motor family.
