8EI017HWD10.0100-1 B&R ACOPOS P3伺服驱动器

凭借ACOPOS P3，贝加莱为运动控制设定了新标准。该3轴伺服驱动器可以提供每升4安培的功率密度，这使它成为市场上最高效的集成安全功能伺服驱动器。它还提供了无与伦比的高动态精度，整个控制器的采样时间仅50 µs。

机器和系统制造商所面临提高生产率和可用性方面的要求比以往任何时候都多。与此同时，降低生产设备制造成本的压力也在不断上升。贝加莱新一代伺服驱动器专为应对这些挑战而设计。

ACOPOS P3提供1轴、2轴或3轴驱动，功率范围从0.6至18 kW，或1.6至44 A。外壳紧凑如传统的1轴驱动和3轴驱动，从而将机柜空间要求减少69%

电流、速度和位置控制的循环周期短至50 µs，ACOPOS P3为实现先进运动控制开创了新契机。对于像印刷和包装行业内的高动态精度过程而言，速度极快的动作必须实现绝对精确的控制。凭借ACOPOS P3极短的循环周期以及POWERLINK实时以太网的带宽和精度，这不再是一个问题。

8EI017HWD10.0100-1

With the ACOPOS P3, B&R has set a new standard for motion control. The 3-axis servo drive can deliver a power density of 4 amps per liter, making it the most efficient servo drive on the market with integrated safety features. It also offers unmatched high dynamic accuracy, with sampling times of only 50 µs for the entire controller.

Machine and system manufacturers are facing more demands than ever to improve productivity and availability. At the same time, the pressure to reduce the cost of manufacturing production equipment is also rising. B&r’s new generation of servo drives is designed to address these challenges.

The ACOPOS P3 is available with 1 -, 2 – or 3-axis drives ranging from 0.6 to 18 kW, or 1.6 to 44 A. Compact enclosures such as traditional 1-axis drives and 3-axis drives reduce cabinet space requirements by 69%

With cycle times as short as 50 µs for current, speed and position control, the ACOPOS P3 opens up new opportunities for advanced motion control. For high-dynamic precision processes such as those in the printing and packaging industry, extremely fast movements must be controlled with absolute precision. With the extremely short cycle times of ACOPOS P3 and the bandwidth and precision of POWERLINK real-time Ethernet, this is no longer an issue.

Increase productivity

In order to maintain a balance between high productivity and low energy consumption in a small space, machinery manufacturers are turning to lightweight structures. This reduces the mass of motion – and thus the moment of inertia – in addition to making the machine less rigid and more elastic. When no other position sensors are used at the process entry point, these elastic systems can be controlled using virtual sensing technology while maintaining a high level of quality.

Encoderless control

The use of virtual position encoders not only eliminates the need for position encoders, cables and evaluation devices in servo drives, but also reduces the number of components while improving availability.