R2AA08075FCH11

Product Description:

The manufacturer of the R2AA08075FCH11 servo motor is Sanyo Denki. With a rated output of 750W, it is intended for accurate and powerful motion control. This implies that the motor may exert effort over time, which will impact its capacity to accelerate and maintain loads. Practically speaking, 750W indicates strong performance in applications like automated assembly lines, robotic arms, and CNC machines that need great torque and speed. The motor's mounting interface is determined by a mechanical standard called the 80mm flange size. Because of its standard size, it may be easily integrated with a variety of industrial equipment and is simple to install and replace. With a remarkable maximum speed of 6000 rpm, the motor can move quickly and precisely. For applications where inertia and acceleration are crucial and high throughput and fast reaction times are required, this high speed is essential. Power transfer, slippage prevention, and a safe mechanical connection to the load are all guaranteed by the key-equipped output shaft. When accurate and steady motion is needed in high torque situations, this is crucial.

Operating at DC24V, the braking system serves as a holding mechanism for both safety and accurate placement. The brake weight of 0.39kg contributes to the total weight of the motor and enhances its performance and stability. The torque properties of the motor are essential to its operation. The motor's rated torque of 2.39 Nm is the continuous torque it can generate to sustain motion under load under typical working circumstances. The greatest torque the motor can generate when stationary without overheating is 2.55 Nm, or continuous stall torque, which is used to overcome static friction and retain positions. The immediate maximum torque that the motor can generate for quick acceleration and overcoming abrupt load changes is peak stall torque of 8.5 Nm. The motor's capacity to manage fluctuating loads and dynamic motion profiles is directly impacted by these torque specifications, which are determined from the electromagnetic design and material qualities of the motor.

The torque constant of 0.559 Nm/Arms indicates that the torque generated is proportional to the armature current and enables accurate motor torque control via current regulation. For incremental systems, the R2AA08075FCH11 has a hand high-resolution position feedback absolute encoder. An absolute encoder eliminates the need for homing and increases system reliability by remembering the location even in the event of a power outage. For applications like automated inspection systems and pick-and-place robots that need exact positioning and synchronization, this is essential. The motor is dust-tight and capable of withstanding submersion in water up to a certain depth, as indicated by its IP67 rating. Reliable operation in challenging industrial settings with constant exposure to dust, moisture, and other pollutants requires this degree of environmental protection. The system's total inertia is decreased by the 1.4 kg motor weight, which also adds to its lightweight and compact design, making it simple to incorporate into applications with limited space.