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10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617

  • 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617
  • 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617
  • 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617
  • 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617
  • 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617
  • 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617
  • 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617
  • 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617
  • 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617
  • 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617
  • 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617
  • 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617
  • 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617
  • 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617
  • 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617
  • 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617
  • 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617
  • 10.2 MW Ideal Electric Generator designed to be driven by a steam turbine. - IPP# 212617
Overview
Power Generator
Ideal
Used
Carbon Steel
Capacity
10.2 MW
Other Specifications
1,600 amp
4,160
60
3
Direct Coupled
Steam
0.85
Gearbox
TNA-500 gear reducer, serial # 336755/17. Gear reducer rated for 6,200 rpm in, 1,800 rpm out with a service factor of 1.3. With 600 gallon lube oil supply system, mechanical drive by a 10 hp AC motor. Back up oil lube is by a 1.5 hp, DC electric motor
Dimensions
3,900 mm (154 in)
2,000 mm (78.5 in)
2,900 mm (115 in)
  • Can be used with Terry condensing turbine IPP stock # 212616.
  • Ideal Generator. The generator is an electric, four pole synchronous AC brushless generator.
  • Horizontal design, two bearing style, with single shaft extension.
  • Windings intended to be WYE with full six leads, brought out, and equipped with damper windings to facilitate parallel operation with other generators.
  • Bearings are sleeve type and electrically insulated and forced oil is fed from an outside source. Bearings are also equipped with dial thermometers, return sight flow glass', and RTD protection. The bearings are also equipped with vibration probes in an X-Y orientation.
  • Space heaters are also included and operate at 2400 watts, 120 vac, 60 hz.

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