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Hiển thị 65–80 của 167 kết quả
Ideal for heavy-duty and high-speed applications, the CENTAX-TT is a compact twin torque coupling with high performance. Designed with two concentrically arranged, pre-compressed “twin” rubber segments to jointly transmit torque, the CENTAX-TT is a high-performing design specifically built for a high torque range. Used for ship propulsion, generator sets, and similar applications, the CENTAX-TT is characterized by medium torsional stiffness. Torsional adaptation can be achieved by adjusting the number and arrangement of the rubber segments to allow for many different configurations. The CENTAX-TT damps torsional vibrations and shock loads. Able to compensate axial and radial misalignments, this flexible coupling is an ideal solution. Effectively ventilated for high admissible energy loss, the CENTAX-TT can hold up under many tough environments. Mounted with minimal effort and replaceable without movement of surrounding coupled components, the CENTAX-TT is a compact, low-maintenance coupling solution.
CENTAX-V series includes torsionally soft intermediate couplings and bearing support for universal joint shafts designed for construction equipment, ship propulsion drives, and locomotives. This versatile, highly torsionally flexible intermediate coupling has linear characteristics. For cardan driveshafts, the CENTAX-V series provides the safe transmission of torque via a highly flexible, pre-compressed rubber-in-shear element with precision-centered bearings built in. A highly flexible intermediate coupling like the CENTAX-V assures damping of the vibrations and noise for smooth operation and a longer service life for connected units and gear. The CENTAX-V is ventilated with a high allowable energy loss to ensure good heat dissipation and prevent overheating during operation. The couplings are economically priced, and readily available with several standard SAE flywheel connections and hubs to suit a variety of shaft flanges. CENTA-FH flange housings are recommended for larger deflection angles.
Centrifugal blowers are used for moving air or gases, in ventilation systems for buildings, and are suited for industrial and air pollution control systems. These blowers are available in many different cubic feet per minute (CFM).
- Pipeline compressor: gas turbine to compressor, 38,874 hp (29,000 kW) at 7,700 rpm
- Purified Terephthalic Acid (PTA) plant: steam turbine to compressor, 71,662 hp (53,460 kW) at 3,021 rpm
- LNG ship: gearbox to compressor, 22,015 hp (16,423 kW) at 8,242 rpm
Concentric helical inline gearing features high quality, precision components. Dimensionally and mechanically interchangeable with many major brands and available in a wide variety of mounting arrangements and input options, they are designed to be used in high torque applications while providing the economy of a gearmotor. Built for long continuous-duty life.
Our DC drives for use with SCR rated motors. Models range from sub-FHP through 3 HP. NEMA® 1, NEMA 4/12 and NEMA 4X enclosures available. Low voltage controls available through 120 amps @12/24 V and 100 amps @ 36/48 V
Draft inducer blowers are original equipment manufacturer (OEM) replacements used in furnaces and water heaters. They are a shaded pole or permanent split capacitor (PSC) motor-driven small blower wheel assembly and come in 3 3/8 diameter with fan and blower capability.
The Fasco® brand still leads the industry in direct replacement draft inducers.
Durst® Pump Drives is a leading modular design hydraulic pump drive solution that can be easily configured to meet your application needs. Our patented pump pad design keeps oil flowing through the bearing.
EC centrifugal fans, equipped with electronically commutated brushless DC motors, offer energy-efficient and precise air movement for diverse applications, from HVAC systems to industrial processes. Their compact size and adaptable speed control ensure optimized airflow while reducing energy consumption. Choose these fans for effective and sustainable ventilation and cooling solutions.
Designed for high-horsepower hydraulic fracturing applications.
An economical solution to meet the demands of greener, next generation fracking processes.
Ameridrives engineers have developed a new U-joint based on the proven design of the popular Ameridrives U3315 model. The economical shaft, with a peak torque rating of 1,100,000 lb.in., can handle the environmentally-friendly, higher horsepower diesel engine and gas turbine drives being utilized on newer trailer- mounted pump packages.
The Ameridrives team of highly experienced application and U Joint engineers is always available to design a modified solution to meet specific customer requirements.
Shaft guards help protect workers from rotating hazards and help protect rotating equipment from external and environmental damage.
Falk Lifelign gear couplings are well-suited for general industrial applications. Triple-crowned teeth minimize wear caused by misalignment. By eliminating tip-loading while reducing backlash and radial clearances, Lifelign can help protect connected equipment from damaging loads.
The True Torque system uses a mechanical release mechanism that disengages the coupling when the torque limit is exceeded, preventing damage to the equipment and minimizing downtime. The disengagement torque is adjustable and can be set to match the specific requirements of the application. The Falk True Torque coupling is a reliable and cost-effective solution for protecting valuable equipment from damage caused by torque overload.