Allen Bradley H Series Brushless Servo Motors Selection Guide
This selection guide is to help technicians and engineers in choosing the most suitable servo motor for a given set of application requirements. This article will show different variants of the H-series Brushless servo motor and their specifications. The Users may reliably build their motion systems thanks to the comprehensive insights provided into the key features, specs, and performance traits of the H-Series brushless servo motors. It also depicts various alternatives for the H Series product line, such as different motor sizes, feedback kinds, and power ratings. It also tells us the details of the operation of drives and controllers, making integrating them into already-existing automation systems easier. This manual equips engineers to make wise choices in an industrial environment that is constantly changing, fostering productivity, precision, and efficiency at work. The H Series product line has numerous motor sizes, feedback kinds, and power ratings. It also provides information on compatibility between variants and products to facilitate seamless integration into current automation systems.
H-4075-R-H00AA:
A brushless servo motor from Allen Bradley's H-series, the H-4075-R-H00AA has six magnetic poles for accurate control and effective operation. It decreases resistance, boosting energy economy and control accuracy with a low friction torque of 0.00068 kg-m2. For reliable and precise motion control, its dampening capabilities, rated at 0.068 N-m/kRPM, help attenuate vibrations and oscillations. It enables compatibility with various mounting options thanks to its standard flange. The optical encoder offers high-resolution feedback for accurate positioning in demanding applications and features an amazing line count of 2000. The motor's frame size, 4075, indicates the H-series's physical characteristics and power range. This module has a shock absorbing ability of 10.0 g peak for 6 ms duration and a vibration rating of 2.5 g peak in the frequency range of 3-2000Hz; it demonstrates robustness and is appropriate for demanding industrial situations. The 0-250V DC-rated voltage range of the thermostat provides flexibility in voltage supply options, meeting a range of system needs. With a 3000-rpm maximum working speed, it guarantees quick and accurate motion control, making it appropriate for various dynamic applications. The 230VAC rated voltage of the motor ensures compatibility with the common power supply used in industrial environments. In conclusion, the H-4075-R-H00AA Brushless Servo Motor has a harmonic combination of technological attributes, making it the perfect option for applications requiring high precision, dependability, and motion control performance.
H-4075-R-H04AN:
The H-4075-R-H04AN brushless servo motor is made with low inertia and high accuracy control in mind. With a frame size of 4075, it provides significant power and performance in a small package. It comes with a 2000-line optical encoder that delivers exact feedback for precise positioning and control. This servo motor has a 24 VDC brake option, increasing its adaptability by allowing quick deceleration and holding capabilities when needed. A NEMA56C flange is the best option since it assures compatibility with standard mounting arrangements, making integration into varied installations easier. With a dampening capability of.068 Nm/krpm helps maintain stability by reducing oscillations and vibrations while in use. The motor also has a low friction torque.14 Nm, which lowers rotational resistance and improves energy efficiency. It can cope well with machinery requiring accuracy and responsiveness because its six magnetic poles provide fine-grained control over speed and torque.
H-3016-N-H01AA:
The H-3016-N-H01AA brushless servo motor has a 90 VDC brake option, increasing its adaptability by allowing for quick deceleration and holding capabilities. It exhibits its toughness and is capable of running dependably even in difficult industrial situations subjected to significant mechanical stress. It has an outstanding shock rating of 10.0 g peak for 6 ms duration and a vibration rating of 2.5 g peak in the frequency range of 3-2000Hz. With a voltage rating of 0 to 250V DC, the motor's thermostat offers flexibility in voltage supply options and can meet a variety of system needs. With a 2000 rpm maximum working speed, it is suitable for applications that need accuracy and dynamic control. Its six magnetic poles provide accurate speed and torque control, and its low friction torque of 0.028 N-m reduces rotational resistance to maximize energy efficiency. The motor also has dampening characteristics, with a value of 0.014 N-m/kRPM, which helps minimize vibrations and oscillations while in operation. This motor offers compatibility with frequent mounting configurations and high-resolution feedback for superior positioning and control precision. It has a standard flange design and an optical encoder with a 2000-line count. Within the H-series range, it is designated as having a frame size of 3016, indicating its size and power capacities.
H-4030-P-H00AN:
The series designator for this motor reads "low inertia,” indicating that it is appropriate for applications demanding swift and accurate changes in motion. Its 4030 frame size combines power and compactness, making it adaptable for various applications. It has a 2000-line optical encoder that offers high-resolution feedback for accurate positioning and control, an essential feature for demanding industrial jobs. A variety of automation solutions may be easily integrated thanks to the standard option configuration. It makes mounting easier and enables smooth installation thanks to its NEMA56C-compliant flange design. With a dampening capability of 0.034 Nm/krpm, the motor helps maintain stability by reducing vibrations and oscillations while running. Furthermore, its low friction torque of 0.034 Nm lessens rotational resistance to maximize energy efficiency. It can work very well with industrial applications that need accuracy and responsiveness because of its six magnetic poles, which provide exact control over speed.
H-4050-P-H00AA:
This brushless servo motor excels in turning electrical energy into accurate mechanical motion. The motor has a damping capacity of.045 Nm/krpm, which effectively reduces vibrations and oscillations as it operates and improves system stability. Its low friction torque of.068 Nm reduces rotational resistance, boosting energy economy and accuracy. This motor's six magnetic poles provide exact speed and torque control, making it the perfect choice for tasks that call for precision and quickness. It is compatible and straightforward to integrate since it operates at 230 VAC, which is in line with conventional power sources used in industrial environments. The motor achieves remarkable performance and efficiency, raising its dependability and accuracy, using Neodymium-iron-boron permanent magnet rotors. With peak stall torque ratings for the Ultra 200 series ranging from 13.6 N-m (120 lb-in) to 21.5 N-m (190 lb-in), depending on the exact model, like the 1398-PDM-75, this motor demonstrates its capacity to manage heavy loads and demanding applications. It is suitable for situations demanding quick and accurate motion control because its maximum working speed is 4000 RPM (Ultra 200).
H-3007-N-H01AA:
This motor is perfect for applications that call for quick and accurate changes in motion. The 3007's small frame size compromises size and power, making it useful for various automation and motion control tasks. It has a 2000-line optical encoder for precise positioning and control, an essential feature for demanding industrial applications where precision is crucial. This motor has a 90V DC brake option, increasing its functionality and adaptability by allowing for quick deceleration and holding capabilities. Its universal flange design makes mounting more manageable and ensures compatibility with conventional configurations and simple integration into various automation settings. The motor's 0.010 Nm/krpm dampening capacity reduces vibrations and oscillations during operation, improving system stability. Furthermore, its low friction torque of 0.014 Nm lessens rotational resistance, improving energy economy and control accuracy. It is excellent for applications that need precision and responsiveness because of its six magnetic poles, which give exact control over speed and torque.
H-6100-Q-H04AA:
It shines as a brushless servo motor, converting electrical energy into precise mechanical motion while guaranteeing precision and efficiency. Its frame size of 6100 demonstrates how much power it can manage while keeping a small footprint, making it appropriate for various industrial and automation applications. This motor, which has a 2000-line optical encoder, offers high-resolution feedback, enabling exact positioning and control—essential qualities for precision-driven operations in a variety of sectors. This motor has a 24 Volt DC brake that increases its adaptability by allowing quick deceleration and holding capabilities when needed. This makes it suitable for applications where safety and control are key considerations. With eight magnetic poles, this motor provides precise speed and torque control, meeting the needs of applications that demand high standards of precision and responsiveness.
H-6200-Q-H01AA:
This brushless servo motor, which has a frame size of 6200, demonstrates its ability to offer a large amount of power while preserving a small form factor, making it perfect for a variety of industrial and automation applications that require precise motion control. This motor, which has a 2000-line optical encoder, gives high-resolution feedback, making accurate positioning and control possible. This feature is essential for applications that call for accuracy and dependability. The 90 VDC brake option on this motor increases its adaptability by enabling quick deceleration and holding capabilities as needed, guaranteeing safety and control in a variety of operating circumstances. Its universal flange design simplifies mounting, ensures compatibility with typical settings, and makes it easy to integrate into a variety of automation setups. The motor's 0.16 Nm/krpm dampening capability efficiently reduces vibrations and oscillations while running, improving system stability. Furthermore, its low friction torque of 0.24 Nm reduces rotational resistance, improving energy economy and control accuracy. This motor's eight magnetic poles provide accurate speed and torque control, meeting the needs of applications that require high responsiveness and precision.
H-6300-Q-H04AA:
An essential component of the Allen Bradley H-series brushless servo motors, the H-6300-Q-H04AA is distinguished by an exceptional combination of technological features that make it a formidable option for precise motion control applications. This motor's considerable 6300 frame size highlights its ability to produce significant power while preserving a small footprint. The motor has a 2000-line optical encoder that provides high-resolution feedback and allows for exact positioning and control, a crucial feature for applications needing accuracy and dependability. Its adaptability is increased by including a 24 VDC brake option, which offers quick deceleration and holding capabilities as required, guaranteeing safety in operational settings. The motor's standard flange design makes installation easier, ensures compatibility with popular settings, and allows easy integration into various automation setups. The motor's 0.19 Nm/krpm dampening capability efficiently reduces vibrations and oscillations while running, improving system stability. Furthermore, its low friction torque of 0.36 Nm reduces rotational resistance, improving energy economy and control accuracy. The motor, which has eight magnetic poles, provides accurate speed and torque control for applications that require high accuracy and responsiveness.
H-2005-K-H00AA:
This motor, which has a 2000-line optical encoder, provides high-resolution feedback, enabling accurate positioning and control—a crucial feature for applications that need accuracy and dependability. The motor streamlines integration by providing compliance with standard configurations, easing installation, and enabling easy integration into various automation settings. It is configured with standard choices and a standard flange. This motor, which has a frame size of 2005, is made to balance power and compactness, making it suited for a variety of industrial and automation applications where limited space and accurate motion control are important factors. When operating, the motor's damping capability, rated at 0.007 N-m/krpm, efficiently dampens vibrations and oscillations, improving system stability. Furthermore, its low friction torque of 0.014 N-m reduces rotational resistance, enhancing energy economy and control accuracy. This motor, which has four magnetic poles, offers regulated speed and torque and is suited for tasks that call for accuracy and responsiveness, especially when smaller frame sizes are needed.
Conclusion:
In conclusion, the H-Series brushless servo motors, distinguished by their remarkable precision, speed, and dependability across a wide range of industrial applications, including robotics, CNC machining, and packing, represent cutting-edge advancements in motion control technology. The article carefully analyzes the essential features, subtleties, and performance traits of H-Series motors, giving customers the information they need to set up their motion control systems properly. Engineers are given the flexibility to adjust their systems exactly to their demands thanks to a broad product range that includes a variety of motor sizes, feedback methods, and power ratings. In this article, we have depicted a wide selection of H-Series motor types that illustrate their versatility in a range of application settings. For instance, the H-4075-R-H00AA model's low friction torque and high-resolution feedback make it especially well-suited for precision-critical operations. On the other hand, the H-6300-Q-H04AA, with its significant frame size and powerful dampening capabilities, offers a reliable choice for demanding industrial environments that need both power and precision. The H-2005-K-H00AA, in comparison, is a small yet effective motor created with an emphasis on energy efficiency and control precision. The H-Series motors have traits that place them at the cutting edge of motion control technology. They demonstrate their adaptability in a variety of industrial settings because of their low inertia construction, high-resolution optical encoders, and adjustable braking choices. These motors come in a variety of frame sizes to meet the needs of various applications. In this article, we have seen different variants of the H-series where there is little difference in the actual physicality. Still, the voltage, power ratings, and frequency operations do change.
