Sanyo Denki

The ABS Super Servo Amplifiers are a big step forward in motion control tech, giving great performance and dependability for different uses. Made for accuracy, these amplifiers can produce high torque and fast response, which is useful for both AC and DC servo setups. This series can handle tricky motion patterns easily, making sure machines run smoothly and efficiently. With features like advanced feedback control and self-adjusting tuning, the amplifiers improve performance as needed, changing to handle different loads and work demands. Because they are small, fitting them into current systems is simple, and the tough construction makes them last even in hard conditions. Plus, the amplifiers have full diagnostic tools, so users can watch how they are working and fix problems fast. This is helpful in places needing high accuracy and dependability, like robots, CNC machines, and automatic assembly lines. By using advanced tech, the ABS Super Servo Amplifiers boost output and cut down on stoppage, which makes them very useful in today's factories. Their flexibility and power make them a popular choice for engineers and makers wanting to improve their automatic processes that helps achieve great outcomes.

The ABS Super Servo Motors are a big step forward in how we control movement, with great power and embedded versatility. Made for accuracy, they use advanced feedback methods that confirm exact positioning and speed control, which helps them be used for jobs needed rightness. This line of motors is known for being small, so they easily fit into current systems without losing power. Focusing on how long they last, these motors are created to handle tough work areas, making sure they work right for a long time. The new design also uses less energy, which cuts down on costs. Plus, they work with many communication methods allowing easy connection to different control systems. Whether using them, with robots, CNC machines, or other automatic setups, the ABS Super Servo Motors give the work and solidness needed to meet today's industry needs. Because, of mixing rightness, efficiency, and being able to change, this, makes them a top pick for engineers and companies wanting to make their automatic processes better and grow productivity.

SanyoDenki is known for producing some of the finest incremental encoder servo motors for automation. Their motors can be power-on and configured to different drives very quickly. The motors have a power range which goes from 50 watts to 750 watts. They can handle large or small scale operations. They come with a IP67 rating are rated as UL standard compliant. The sizes of these motors are very broad. On the smaller end of the spectrum, some motors measure 40mm. On the larger end of the spectrum, motors measure approximately 80mm. The size of the motor is directly proportional to the average power load the motor can handle.

The BL Super Servo Amplifiers can handle power inputs from a single-phase 100 VAC up to three-phase 200 VAC. This series is flexible because it lets you control how things are placed, how fast they move, and how much force they use. There is a regenerative processing circuit inside and some models have dynamic braking, so things can slow down fast. There are holding brake excitation timing outputs that make things easier to control. This series features a vibration restraint feature, which you can adjust remotely. Fine-tuning machines is not hard because there are parameter setting modes, incremental adjustments, and ways to pick parameters using a remote operator. The servo drives are made to save on wiring for both incremental and absolute encoders. They can also work with different encoder types. These amplifiers keep leakage current low, meeting worldwide standards, and they have tuning functions such as "offline auto-tuning" and "online auto-tuning". If something goes wrong, like too much current, too much load, overheating, or main circuit power problems, there are protections in place. With many input/output choices and important safety like surge protection, these servo amplifiers give you a mix of strong performance, flexibility, and toughness, which is just what you want for machinery in all sorts of industries.

The BL Super Servo Motors series has a wide power capacity, going from 0.3 kW all the way up to 7 kW. Depending on the model, the motor can spin as fast as 2000 min-1, but there are also other ones that can reach 4500 min-1; each has different features, so you must find which one is appropriate. The flange square sizes go from 35 mm to 220 mm, and some even have a holding brake feature, that could either be 90 V or 24 V based on the unit type. Wiring-saved incremental encoders have lots of support, but absolute encoders cannot use the request signal. If you want a request signal, there are models available, with or without a capacitor. The series has internal and external options for power supply so that you set up power input and power sections differently, as per demand. There are more things included in the series, like a dynamic brake that helps to stop things in a controlled way. To follow EN standards for power supply input, some models have insulation transformers that are reinforced. Because of this, there is a wide range of safety and performance setups, so you can use the servo motor for small or medium machines.

The DFSM series includes AC Servo Motors, crafted to serve highly accurate motion control needs within many types of industrial applications. One thing to note about these motors is their synchronous design. The important specs include the power range, starting from 0.4 kW and going up to 3.0 kW. There are also speed choices, either 2000 rpm or 3000 rpm, that provides configurable motion control. Each application will have different performance needs, so, in order of that, you can adjust the motors for peak performance. These motors are equipped with high resolution encoders that feedback the position of the motor to the control. DFSM series motors are very efficient; using improved magnetic material and design, they can reduce energy loss and generation of heat. Its sturdy build makes it reliable, specially within harsh industrial setups. The AC servo motors have various application. For instance, there are CNC machines, robotics, packaging machines, and also automated production processes where precise motion control becomes useful. Because of their efficiency, accuracy, and lasting build, the DFSM series are suited to improve the automation and performance production. The DFSM series reflects a pledge to quality and new ideas, giving motion control solutions.

The F SANMOTION Servo Amplifiers Series mark a big step forward in how machines move, giving strong and trustworthy service for many factories uses. Made to work with different servo motors, these amplifiers are very good at providing exact control. Because of its small size, the series can be easily added to setups that are already there, making it useful for companies, that want to make their automatic processes better. These amplifiers include advanced feedback, systems that allow for watching and changing settings in real-time, making sure the motor is always working as it should. This not only makes things more efficient, but it also helps your machines last longer. With an easy-to-use interface, the setup and running of these amplifiers is simple, letting engineers quickly change the system to fit what they need. Also, the amplifiers work with a number of ways of communicating, so they easily connect to other parts of the automated system. The Series F SANMOTION Servo Amplifiers are a top pick for businesses wanting better machine control, having good performance, they are tough, and simple to operate.

The SANMOTION Stepping Motors series are motors of 42 mm square, 2-phase, 1.8°build. You can find these motors in both unipolar and bipolar types, giving a range of choices with holding torque, going from 0.22 to 0.58 N·m for unipolar and 0.29 to 0.8 N·m for bipolar models. Depending on the motor size, which changes from 33 mm to 59.5 mm, rach motor uses a current of 1 to 1.2 A for each phase, with how much electricity it can hold, changing between 2.4 and 16 mH per phase. Talking about something like rotor inertia, it is between 0.031 and 0.094 × 10⁻⁶ kg·m², and they weigh from 0.23 to 0.51 kg. One big change in this series is that it makes less noise, around 3 to 5 dB less than older models, which really helps with medical tools that need to be quiet. Also, efficiency is better, with a 2% increase, because of better stator core designs and spaces for the wires. This means parts don't get as hot—about 10°C cooler—and they pull 10% less power, which can help equipment last longer. The 42 mm flange and mounting style mean these motors fit easily into current setups. These motors which are designed to support automatic production, make manufacturing easier and keep quality consistent that matters for keeping a steady supply chain. With the turning power increased by 10-15% using smart magnetic circuits and magnets that provide high flux.

The G Sanmotion AC Servo Amplifiers provide a new approach to managing motion, that combines a small size with strong. These amps power servo motors, pushing their top speed to 6500 min⁻¹, which is an increase from the previous 6000 min⁻¹, widens the output range at high speeds all without needing bigger motors. The series achieves a speed frequency response of 3.5 kHz. This is around 1.6 times quicker than previous models. It's also due to better current control while positioning settling time goes down to about 5.5 ms, roughly a third of what it used to be. They come standard with 23-bit encoders for excellent accuracy, plus an optional 27-bit version for even greater control. Moreover, the motor length is reduced by as much as 22%. In terms of power, they are also more efficient, with motor losses dropping by 8%, amp losses cut by 22%, and brake power consumption reduced by up to 44%. Vibration resistance is improved. It is doubled for motors, and enhanced by 20% for amps. The Series' operating temperature range is broad. It spans from 0 to 60°C, and they can be operated even at 2000 meters above sea level. A single cable now handles both power and brake connections, while the adjustable connectors make wiring simpler. Also, the system keeps an eye on voltage, communication good quality, and the brake lifespan, so it can spot problems early and reduce how often operations are interrupted.

The G SANMOTION AC Servo Motors combines low and medium-inertia motors, spanning power outputs from 30W to 5kW. The series operates on dual voltage specifications - 200 VAC class (30W to 5kW) and 100 VAC class (30W to 200W). These servo systems achieve remarkable precision through their standard 23-bit encoders, which provide 8,388,608 pulses per revolution, with optional high-resolution 27-bit encoders delivering up to 134,217,728 P/R. The series demonstrates significant improvements in performance metrics, featuring a speed frequency response of 3.5 kHz - a 1.6-fold increase from its predecessor. The positioning settling time has been reduced to one-third, while maintaining stable operation. Motors achieve maximum speeds of 6500 min-1, with thermal protection rated to Class F standards and IP67 ingress protection. The system includes built-in diagnostic capabilities for monitoring system status and preventive maintenance. Power efficiency has been improved, with motor power consumption reduced by up to 29% and holding brake power consumption decreased by up to 44%. The servo amplifiers feature reduced power loss of up to 26% through advanced power devices and high-efficiency LSI circuits. This series maintains compatibility with previous generations in terms of mounting dimensions and interface specifications, while offering enhanced functionality such as real-time control mode switching and expanded monitoring capabilities.