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| 300 Planetary Gear Motor |
Compact, and yet extremely powerful, are the units of the 300 Planetary gear motor series. Their planetary drive train makes them the ideal choice for all the severe duty applications where shock loadings and impacts are more the rule than the exception. The product configuration is highly versatile, due to several options as far as the mounting, the gear layout, the output shaft and the motor interface. All the features are available for each of the 18 finely spaced frame sizes, spanning over the 1.000 - 1.400.000 Nm torque range. Finding the perfect match to any drive problem is therefore more than a wish, it is something users can safely rely on - always.
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| 700 Tw Wind Turbine Yaw Control Gear Motor |
test state-of-the-art wind turbines to control the necessary functions of pitch and yaw drives systems.
The 700T series planetary speed reducers (wind turbine yaw control gear motors) are used by a number of leading wind turbine manufacturers thanks to their advanced technical features, creating the highest level of performance.
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| 700 Tw Wind Turbine Pitch Control Gear Motor |
Bonfiglioli products are used in the latest state-of-the-art wind turbines to control the necessary functions of pitch and yaw drives systems.
The 700T series planetary speed reducers are used by a number of leading wind turbine manufacturers thanks to their advanced technical features, creating the highest level of performance.
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| Hdp Parallel Shaft Gearbox |
Torque ratings consistently high, gear ratios in close progression, numerous mounting options along with compact dimensions will ease the engineering of any application.The housing from nodular cast iron ensures robustness even in the harshest environment and the class of precision the gear are machined into helps producing an extremely quit and vibration-free operation.
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| Bcr High Performance Servo Motor |
BCR High performance servo motors are designed to satisfy the needs of continuous and transient high torque applications.Thanks to a wide torque range and above average instantaneous overload ratings, BCR servomotors are robust enough for even the most demanding drive applications.Equipped with IP65 push-pull connectors (IP67 connectors are optional), in conformity to EMC requirements, and with a PTC temperature probe with reinforced insulation, these motors guaranteea secure electrical connection under all ambient operating conditions.
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| Be High Efficency Ie2 A.C. Motors |
The IEC-normalized BE motors comply with IEC 60034- 30:2008 (efficiency classes) and all the applicable international standards, including the EMC and LV Directives.
They are available in the 0.75 - 22 kW range in the foot and the flange mounting version, the latter in both the IM B5 and the IM B14 configuration. Finally, all motors are inverter duty.
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| Bmd Permanent Magnet High Performance Servo Motor |
They are manufactured using the “salient pole” technology. The dimensions of the motor are drastically reduced, with considerable advantages in terms of torque density, overall dimensions and dynamic performance.
Thanks to the high quality and performance of the Neodymium iron boron rare-earth magnets maximize performance in terms of very high accelerations and withstand high overloads without risk of demagnetization of the magnets.
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| Bn A.C. Motors |
The IEC-normalized BN motors comply with all the applicable international standards, including the EMC and LV Directives. They are available in the 0.06 - 30 kW range in the foot and the flange mounting version, the latter in both the IM B5 and the IM B14 configuration. Single and dual pole versions available with generally, three brake options offered, one DC and two AC supply, lending further flexibility to the system. Finally, all motors are inverter duty.
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| Btd Compact Servo Motor |
BTD Compact servo motor Series servomotors are designed to provide effective solutions for applications demandinghigh efficiency, compact motors.The extremely small size of these actuators, achieved by the use of advanced materials and designtechnology, ensures exceptional dynamics and low temperature operation.Equipped with IP65 push-pull connectors (IP67 connectors are optional), in conformity to EMC requirements, and a PTC temperature probe with reinforced insulation, these motors guarantee secure electrical connections under all ambient operating conditions.
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| Active Cube Frequency Inverter |
A full series of solution & servo drives, compact and flexible, dedicated both to high demanding industrial automation systems and to motion control architectures, in match with Bonfiglioli servomotors.
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| Aec Regenerative Inverter |
Bonfiglioli Active Regenerative System.
The innovation that regenerates energy.
Decades of experience in electronic industrial drives and renewable energy have enabled Bonfiglioli Vectron to offer an effective solution for recovering braking energy.
This solution comes in the form of the new Active Regenerative System inverters (AEC). In a large number of electrically controlled industrial applications, inertia in moving mechanisms can drive electrical motors as they act as brakes. They convert kinetic energy into electrical energy. In a regenerative process, this energy is returned to the grid.
Machines like winders and rewinders, flywheels, presses, turntables, lifting equipment and centrifuges all cyclically generate electricity for their motors from the kinetic energy accumulated during their main movement. This energy has to be properly controlled and managed.
Conventional systems based on braking resistors simply dissipate regenerated energy in heat sinks, with an obvious impact on economy and ecology.
Today, the need to save energy is making it essential for industry to use control technology that is able to recover braking energy effectively and redistribute it for use by other power users.
AEC regenerative inverters comprise an active-front-end AC/DC converter and a special impedance adaptor stage.
They can provide a continuous feed in parallel with the mains power supply, and act either as the system’s main bidirectional sine wave inverter or as a square wave unidirectional regenerating inverter.
Functional Scheme
AEC regenerating inverters are based on Active technology and deliver the same excellent reliability and versatility as the latest generation of Bonfiglioli inverters.
Special set-up software allows users to select sine or square wave forms as required.
The system adapts automatically to grid conditions, ensuring perfectly synchronised feed.
In the event of a power failure and disconnection, AEC regenerating inverters can carry on controlling braking energy through optional resistive loads. The drive can therefore complete all the manoeuvres needed to stop the machine safely before shutting down.
Performance and load curves can be viewed and monitored using an optional keyboard or via an RS232 or RS485 serial port, or a Profibus, CANopen or Systembus field bus.
Power exchange, mains phase angle, DC link voltage and I/Os can all be configured by the user.
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| Agile Smart Sensorless Frequency Inverter |
Innovative, eco-friendly, user-friendly.
Agile series provide in a sensorless vector inverter innovations able to boost plant efficiency through open loop vector control of brushless motors, MMC memory cards and web control.
Agile smart sensorless frequency inverters are easy to install, program and quick to start-up without the needs of specialized resources.
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| Integrated Agile Frequency Inverter For Wind Turbines |
Integrated Agile - frequency inverter for wind turbines - are available as custom design products on request, for Wind Solutions system integrators.
Integrated Agile inverters can be mounted directly to the motor and represent a very compact alternative to the traditional yaw system without inverter or with the motor supplied by a standard frequency converter installed in a cabinet.
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