GES 009 Alternators
Moog's GES 009 series alternators are designed to meet the application requirements of manufacturers of small size wind and hydraulic turbines. These synchronous alternators with rare-earth high polarity permanent magnets, are characterized by a higher yield and a reduced weight compared to the more traditional asynchronous alternator solution.
For more information about how GES 009 alternators can be tailored to fit your specific application, contact our applications engineers.
Benefits
- Excellent weight / power ratio
- Elevated ouput
- Low maintenance
- Encapsulated windings for safe and long lasting operation
- Outer shell made of aluminum or steel suitable for all weather conditions
- Frameless version can be integrated directly in your own mechanics
Weights and Dimensions
GES 009 | Weight (kg) |
Inertia (kg cm2) |
Mounting Dimensions mm (in) |
---|---|---|---|
V2 |
3.7 | 1.77 | 169 (6.65) |
V4 |
5.6 | 3.4 | 213 (8.39) |
V6 |
7.6 | 5.05 | 257 (10.12) |
V8 |
9.6 | 6.8 | 301 (11.85) |
Rated Speed (RPM)
GES 009 | 1500 | 2000 | 2500 | 3000 | 3500 | 4000 | 4500 | 5000 | 5500 | 6000 | |||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
V2 (W) (eff%) |
- | 500 79.9 |
650 83.7 |
800 86.3 |
950 88.1 |
1100 89.4 |
1200 90.4 |
1300 91.2 |
1400 91.8 |
1500 92.2 |
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V4 (W) (eff%) |
700 82.7 |
1000 86.8 |
1300 89.2 |
1500 90.8 |
1800 91.9 |
2000 92.7 |
2100 93.2 |
2300 93.6 |
2400 93.9 |
2500 94.1 |
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V6 (W) (eff%) |
1100 85.4 |
1500 88.8 |
1800 90.8 |
2100 92.1 |
2400 92.9 |
2600 93.5 |
2800 93.9 |
3000 94.2 |
- | - | |||||||
V8 (W) (eff%) |
1500 87.5 |
2000 90.4 |
2400 92.0 |
2800 93.1 |
3200 93.8 |
3400 94.3 |
3600 94.5 |
- | - | - | |||||||
The ratings shown are referred to the following conditions: Environmental temperature: -25 ° + 40 ° C (for higher temperatures a performance "derating" can be expected). Altitude not exceeding 1000 m from sea level (for higher altitudes a performance "derating" can be expected). Power output at the alternator terminals with P.F. = 1. Alternator reached by a flow of air at about 8 - 10 m/sec. |
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Typical Applications
- Small wind turbines
- Hydraulic wind turbines