Marine and subsea slip rings
Sealed or pressure-compensated rings for winches, ROVs and offshore systems.
Series compared
| Brand | Series | Circuits | Current | Speed | Bore / OD |
|---|---|---|---|---|---|
| Moog | Model 129 | — | 125 A | 50 rpm | OD up to 324 mm |
| Moog | Model 130 | — | 120 A | 5 rpm | OD up to 457 mm |
| Moog | Model 159 | — | 60 A | 50 rpm | — |
| Moog | Model 176 | — | 20 A | 50 rpm | OD up to 140 mm |
| Moog | Model 180 | — | 7 A | 100 rpm | OD up to 72.4 mm |
| Moog | Model 173 | — | — | — | — |
| Moog | Model 200 | — | — | — | — |
| Moog | Model 303 downhole | 20 | 10 A | 600 rpm | bore up to 88.9 mm |
| Moog | FPS swivels (430, 432, 440, 450, 460, 461, 480) | 600 | 200 A | — | — |
| Moog | Standard Marine and Winch Slip Rings | — | 125 A | 100 rpm | OD up to 457 mm |
| Moog | Seismic Slip Rings | 23 | 120 A | 20 rpm | — |
Maximum figures across each series, summarised from manufacturers' published data on the date shown on each series page. Always confirm against the current datasheet.
Where marine and subsea slip rings are used
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