T- MET35 Turbine Shaft Blade Shaft And Rotor Shaft For Turbo Replacement Parts
T- MET35 Turbine Shaft Blade Shaft And Rotor Shaft For Turbo Replacement Parts
T- Mitsubishi / T- MET-Original series turbochargers features:
T- MET35 turbine blade shaft (also called turbine shaft and rotor shaft) belongs to T- Mitsubishi / T- MET-Original series turbochargers with the features as below:
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Since the 1965 until now, T- MET Series exhaust gas turbochargers has developed y series to meet the market deds, it includes the Axial type and Radial type of turbochargers:
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T- MET
Axial Type
Radial Type
Original and ..0 Series
T-S, -SA Series
T-SB,SBII Series
T-SR, SRII Series
T-SC,SD Series
T-SE Series
T-SEII Series
T-SRC Series
T-MA Series
T-MB Series
T-MBII Series
T-ER Series
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The bearing is designed on the inner side of the impeller and turbine blade;
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The Rotor is supported by a pedestal with less thermal deformation;
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Bearing pedestal has an interated head tank, by which the lubrication oil is continuously supplied even after than emergency shut down of the engine;
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The gas inlet casing is double wall structure, which make it easy to check the turbine and nozzle when doing the maintenance;
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An advanced aerodynamic design for compressor and turbine is adopted in T- MET Series turbochargers;
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Simple and compact design of T- MET Series turbocharger make it long service lifetime and high reliability;
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T- MET Series turbochargers is mounted low noise silencer to reduce the noise and make it environmentally friendly when the engine is running;
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T- MET series turbochargers are widly used marine and stationary engines.
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T- MET series turbochargers service the engine power output range from 400kW to 45,200kW per unit.
T- MET turbocharger series includes:
| T- MET | Original and ..0 Series | T-S, -SA Series | T-SB,SBII Series | T-SC Series | T-SD Series | T-SE Series | T-SEII Series |
| T- MET35 | T-MET35S/SA | T-MET33SB/SBII | T-MET33SC | T-MET33SD | T-MET33SE | T-MET33SEII | |
| T- MET350 | T-MET45S/SA | T-MET42SB/SBII | T-MET42SC | T-MET42SD | T-MET42SE | T-MET42SEII | |
| T- MET45 | T-MET56S/SA | T-MET53SB | T-MET53SC | T-MET53SD | T-MET53SE | T-MET53SEII | |
| T- MET450 | T-MET66SB | T-MET66SC | T-MET66SD | T-MET66SE | T-MET66SEII | ||
| T- MET56 | T-MET83SC | T-MET71SE | T-MET71SEII | ||||
| T- MET560 | T-MET83SE | T-MET83SEII | |||||
| T-MET90SE | |||||||
| T-MA Series | T-MB Series | T-MBII Series | T-SR Series | T-SRII Series | T-SRC Series | T-ER Series | |
| T-MET33MA | T-MET33MB | T-MET33MBII | T-MET22SR | T-MET22SRII | T-MET18SRC | T-MET13ER | |
| T-MET42MA | T-MET37MB | T-MET37MBII | T-MET26SR | T-MET26SRII | T-MET22SRC | T-MET16ER | |
| T-MET53MA | T-MET42MB | T-MET42MBII | T-MET30SR | T-MET30SRII | T-MET26SRC | T-MET20ER | |
| T-MET60MA | T-MET48MB | T-MET48MBII | T-MET30SRC | T-MET24ER | |||
| T-MET66MA | T-MET53MB | T-MET53MBII | T-MET37SRC | T-MET28ER | |||
| T-MET71MA | T-MET60MB | T-MET60MBII | T-MET34ER | ||||
| T-MET83MA | T-MET66MB | T-MET66MBII | |||||
| T-MET90MA | T-MET71MB | T-MET71MBII | |||||
| T-MET83MB | T-MET83MBII | ||||||
| T-MET90MB | T-MET90MBII |
The description of turbocharger turbine shaft / rotor shaft:
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The turbocharger turbine shaft / rotor shaft is equipped with components such as a compressor and a turbine impeller, and has a complicated structure and a large weight.
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If the ship is parked for a long time, the turbocharger rotor will be bent and deformed due to the long-term non-operating self-weight, which will break the matching gap between the rotor and the casing, the gas seal and the casing, and the rotor will be lost.
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In severe cases, the rotor is difficult to rotate and the friction is severe.
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A large centrifugal force is generated during operation to cause the supercharger to vibrate.
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Therefore, if the ship is suspended for a long time, attention should be paid to the agement of the supercharger to prevent deformation of the rotor.
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