THRUST SPHERICAL ROLLER BEARINGS TYPES TSR-EJ AND TSR-EM 293/600EM

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Pioneer Machinery is a power generation pioneer with a rich history and heritage that includes more than 60 years in THRUST SPHERICAL ROLLER BEARINGS TYPES TSR-EJ AND TSR-EM technology and manufacturing. Half of the world’s installed THRUST SPHERICAL ROLLER BEARINGS TYPES TSR-EJ AND TSR-EM base is from Pioneer Machinery, with more than 10,000 units, representing more than 1,000,000 megawatts of installed capacity in 120 countries.

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Pioneer Machinery built the largest, most powerful Bearing 293/600EM testing facility in the world that demonstrates proven Bearing 293/600EM operability and performance, before first fire. Operational flexibility is inherent to Pioneer Machinery’s portfolio of aeroderivative Bearing 293/600EM and a critical component of our customers suTHRUST SPHERICAL ROLLER BEARINGS TYPES TSR-EJ AND TSR-EMess. We understand the importance of speed and flexibility when it comes to responding to power demands. Pioneer Machinery Bearing 293/600EM are designed to meet these challenges with efficiency and cost effectiveness.

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No matter the location, no matter the environment, if an application calls for power, Pioneer Machinery has the answer. Our comprehensive lineup of 50 Hz and 60 Hz aeroderivative THRUST SPHERICAL ROLLER BEARINGS TYPES TSR-EJ AND TSR-EM helps provide a precise and dependable energy supply that’s safe and flexible, with up to 56 percent combined-cycle thermal efficiency and more than 80 percent efficiency in a cogeneration configuration. Surpassing 100 million total operating hours, Pioneer Machinery’s aeroderivative Bearing 293/600EM have secured a leadership position in technology, performance, and value to the customer.

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Pioneer Machinery is committed to maintaining THRUST SPHERICAL ROLLER BEARINGS TYPES TSR-EJ AND TSR-EM supported by dependable, predictable delivery times and a robust supply chain. Our modular package designs and on-going interconnect innovation allow for shorter manufacturing cycles and faster installation times with less installed and operational costs than field-erected units. All of our units undergo rigorous factory testing after assembly and are ready for operation soon after arriving on site—translating into lower installation costs, shorter project schedules, and reduced financial risk for our customers.