Used steam turbines for sale (15)

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Power engineering equipment & electrical supplies Steam turbines
Listing
Mobile steam generator Steamrator MHT-700
Mobile steam generator Steamrator MHT-700
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Slovenia Stahovica
8,444 km

Mobile steam generator
SteamratorMHT-700

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Listing
Steam turbine Turboden 10HR Split ORC Turbogenerator
Steam turbine Turboden 10HR Split ORC Turbogenerator
Steam turbine Turboden 10HR Split ORC Turbogenerator
Steam turbine Turboden 10HR Split ORC Turbogenerator
Steam turbine Turboden 10HR Split ORC Turbogenerator
Steam turbine Turboden 10HR Split ORC Turbogenerator
Steam turbine Turboden 10HR Split ORC Turbogenerator
Steam turbine Turboden 10HR Split ORC Turbogenerator
Steam turbine Turboden 10HR Split ORC Turbogenerator
Steam turbine Turboden 10HR Split ORC Turbogenerator
Steam turbine Turboden 10HR Split ORC Turbogenerator
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Germany Senden
8,033 km

Steam turbine
Turboden10HR Split ORC Turbogenerator

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Listing
Wind Turbine Vestas V52-MK3
Wind Turbine Vestas V52-MK3
Wind Turbine Vestas V52-MK3
Wind Turbine Vestas V52-MK3
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Germany Germany
7,870 km

Wind Turbine
VestasV52-MK3

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Listing
Steam turbine HKB SHP1250
Steam turbine HKB SHP1250
Steam turbine HKB SHP1250
Steam turbine HKB SHP1250
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Belgium Gavere
7,487 km

Steam turbine
HKBSHP1250

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Listing
Drive Motor Lenze GSS06-2/GSS06-2M VAR 112C22
Drive Motor Lenze GSS06-2/GSS06-2M VAR 112C22
Drive Motor Lenze GSS06-2/GSS06-2M VAR 112C22
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Germany Germany
7,870 km

Drive Motor
LenzeGSS06-2/GSS06-2M VAR 112C22

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Listing
Electric Motor VEM DSRAN 8033-6WF
Electric Motor VEM DSRAN 8033-6WF
Electric Motor VEM DSRAN 8033-6WF
Electric Motor VEM DSRAN 8033-6WF
Electric Motor VEM DSRAN 8033-6WF
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Germany Germany
7,870 km

Electric Motor
VEMDSRAN 8033-6WF

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Listing
Three-Phase Motor Hoyer HMC3 200L 1-2
Three-Phase Motor Hoyer HMC3 200L 1-2
Three-Phase Motor Hoyer HMC3 200L 1-2
Three-Phase Motor Hoyer HMC3 200L 1-2
Three-Phase Motor Hoyer HMC3 200L 1-2
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Germany Germany
7,870 km

Three-Phase Motor
HoyerHMC3 200L 1-2

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Listing
Motor Bauer/Siemens/Lenze DK/1LA/DERAXX
Motor Bauer/Siemens/Lenze DK/1LA/DERAXX
Motor Bauer/Siemens/Lenze DK/1LA/DERAXX
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Germany Germany
7,870 km

Motor
Bauer/Siemens/LenzeDK/1LA/DERAXX

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Listing
Low-Voltage Motors Siemens SIMOTICS SD 1LE5/ 1LE1
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Germany Germany
7,870 km

Low-Voltage Motors
SiemensSIMOTICS SD 1LE5/ 1LE1

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Listing
Servo Motor Siemens Simotics M-1 PH8
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Germany Germany
7,870 km

Servo Motor
SiemensSimotics M-1 PH8

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Listing
Asynchronous Three-Phase Induction Motor VEM DSRAN 7132-8WF
Asynchronous Three-Phase Induction Motor VEM DSRAN 7132-8WF
Asynchronous Three-Phase Induction Motor VEM DSRAN 7132-8WF
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Germany Germany
7,870 km

Asynchronous Three-Phase Induction Motor
VEMDSRAN 7132-8WF

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Listing
Electric Motor ABB
Electric Motor ABB
Electric Motor ABB
Electric Motor ABB
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Berlin
7,943 km

Electric Motor
ABB

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Listing
Howden TWIN CA46 1.6 MW steam turbine Howden KK&K TWIN CA46
Howden TWIN CA46 1.6 MW steam turbine Howden KK&K TWIN CA46
Howden TWIN CA46 1.6 MW steam turbine Howden KK&K TWIN CA46
Howden TWIN CA46 1.6 MW steam turbine Howden KK&K TWIN CA46
Howden TWIN CA46 1.6 MW steam turbine Howden KK&K TWIN CA46
Howden TWIN CA46 1.6 MW steam turbine Howden KK&K TWIN CA46
Howden TWIN CA46 1.6 MW steam turbine Howden KK&K TWIN CA46
Howden TWIN CA46 1.6 MW steam turbine Howden KK&K TWIN CA46
Howden TWIN CA46 1.6 MW steam turbine Howden KK&K TWIN CA46
Howden TWIN CA46 1.6 MW steam turbine Howden KK&K TWIN CA46
Howden TWIN CA46 1.6 MW steam turbine Howden KK&K TWIN CA46
Howden TWIN CA46 1.6 MW steam turbine Howden KK&K TWIN CA46
Howden TWIN CA46 1.6 MW steam turbine Howden KK&K TWIN CA46
Howden TWIN CA46 1.6 MW steam turbine Howden KK&K TWIN CA46
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Italy Cremona
8,238 km

Howden TWIN CA46 1.6 MW steam turbine
HowdenKK&K TWIN CA46

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Listing
Steam turbine C-32154 DRESSER-RAND Wellsville C-32154
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Poland Police
7,933 km

Steam turbine C-32154
DRESSER-RAND WellsvilleC-32154

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Listing
Cream cooker 140 liters Habersang GF-40 SUPER
Cream cooker 140 liters Habersang GF-40 SUPER
Cream cooker 140 liters Habersang GF-40 SUPER
Cream cooker 140 liters Habersang GF-40 SUPER
Cream cooker 140 liters Habersang GF-40 SUPER
Cream cooker 140 liters Habersang GF-40 SUPER
Cream cooker 140 liters Habersang GF-40 SUPER
Cream cooker 140 liters Habersang GF-40 SUPER
Cream cooker 140 liters Habersang GF-40 SUPER
Cream cooker 140 liters Habersang GF-40 SUPER
Cream cooker 140 liters Habersang GF-40 SUPER
Cream cooker 140 liters Habersang GF-40 SUPER
Cream cooker 140 liters Habersang GF-40 SUPER
Cream cooker 140 liters Habersang GF-40 SUPER
Cream cooker 140 liters Habersang GF-40 SUPER
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Germany Bad Lippspringe
7,737 km

Cream cooker 140 liters
HabersangGF-40 SUPER

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How can I spot good Steam turbines?

To identify a high-quality used steam turbine, focus on several key indicators such as age, maintenance records, brand, efficiency, and physical condition. Start by examining the turbine’s service history and ask for detailed maintenance logs, as regular, documented maintenance suggests a well-cared-for turbine. Check the turbine's age, as newer models tend to have improved technology and better efficiency. Brands with a strong reputation in the market are generally more reliable. Finally, inspect the turbine physically for signs of wear and damage.

Inspect the Manufacturer’s Reputation

Consider turbines manufactured by established and respected brands. These manufacturers typically have better customer support, availability of spare parts, and proven track records of reliability. Brands like General Electric, Siemens, and Mitsubishi are often associated with longevity and efficiency in their steam turbines.

Analyze Efficiency and Output Specifications

Review the turbine's efficiency ratings and output capacities as these are critical to operational cost-effectiveness. The more efficient the turbine, the lower your long-term operational costs will be. Compare the specifications against current models to gauge if the turbine is still competitive in the market.

Comprehensive Physical Inspection

Conduct a thorough physical examination of the steam turbine. Look for signs of excessive wear, corrosion, and repair. Check the condition of blades and other critical components. Surface rust might be acceptable, but deep corrosion can indicate neglect or adverse operating conditions that could have compromised the turbine’s integrity and efficiency.

Consult a Specialist

If possible, hire a specialist or engineer knowledgeable in steam turbines to inspect the machine before purchase. They can provide an expert opinion on the condition and expected operational lifespan of the turbine, potentially saving you from costly maintenance issues down the line.

To identify a high-quality used steam turbine, focus on several key indicators such as age, maintenance records, brand, efficiency, and physical condition. Start by examining the turbine’s service history and ask for detailed maintenance logs, as regular, documented maintenance suggests a well-cared-for turbine. Check the turbine's age, as newer models tend to have improved technology and better efficiency. Brands with a strong reputation in the market are generally more reliable. Finally, inspect the turbine physically for signs of wear and damage.

Inspect the Manufacturer’s Reputation

Consider turbines manufactured by established and respected brands. These manufacturers typically have better customer support, availability of spare parts, and proven track records of reliability. Brands like General Electric, Siemens, and Mitsubishi are often associated with longevity and efficiency in their steam turbines.

Analyze Efficiency and Output Specifications

Review the turbine's efficiency ratings and output capacities as these are critical to operational cost-effectiveness. The more efficient the turbine, the lower your long-term operational costs will be. Compare the specifications against current models to gauge if the turbine is still competitive in the market.

Comprehensive Physical Inspection

Conduct a thorough physical examination of the steam turbine. Look for signs of excessive wear, corrosion, and repair. Check the condition of blades and other critical components. Surface rust might be acceptable, but deep corrosion can indicate neglect or adverse operating conditions that could have compromised the turbine’s integrity and efficiency.

Consult a Specialist

If possible, hire a specialist or engineer knowledgeable in steam turbines to inspect the machine before purchase. They can provide an expert opinion on the condition and expected operational lifespan of the turbine, potentially saving you from costly maintenance issues down the line.