9400伺服驅動器功率更高：隨著新系列控制器產品的擴展，目前涵蓋了功率范圍從0.37kW到 370 kW的產品，同時擴展了基于驅動的安全功能，例如安全極限速度（SLS）和安全制動1和安全制動2（SS1, SS2），符合EN 954-1 category 3。安全，可以利用雙通道輸入和輸出以及PROFIsafe與安全PLC通信。ETHERNET Powerlink和PROFINET的可拔插模塊用于實時以太網。9400伺服驅動器可以作為單軸和帶中央進給的多軸控制器使用。 在許多應用中，驅動器必須與主驅動同步角度以固定的速度運行。一個典型的例子就是印刷機。驅動器角度誤差將導致墨水不必要的位移。與標準方案相比，這些降低了五個主驅動器角度誤差系數。并且，高分辨率和加速度進一步控制導致更精確的電機控制。允許驅動器更快速反映，降低跟蹤誤差。 符合IEC 61800-7-2 標準（DS402標準化的設備剖面）的驅動器普通接口是驅動器良好的可用性的特點之一，連接的控制系統可以直接檢測其連接的控制器，這就使更快速，更安全的執行試運行。 original text [COLOR=#708090]9400 Servo Drives now up to 370 kW 16.04.2007 More power for the 9400 Servo Drives: with the expansion of the new series of controllers, Lenze now covers the power range from 0.37 to 370 kW, while also extending the drive-based safety functions. Examples of this are Safely Limited Speed （SLS） and Safe Stop 1 and 2 （SS1, SS2） in accordance with EN 954-1 category 3. Secure, two-channel inputs and outputs and also PROFIsafe are available as interfaces for communication with a safety PLC. There are pluggable modules for ETHERNET Powerlink and PROFINET for use in realtime Ethernet. The 9400 Servo Drives are available as single-axis and multi-axis controllers with central feed. In many applications, drives must run with angular synchronism to a master drive at a fixed speed. A typical example is a printing press. Angular misalignment of the drives would lead to undesirable shifts in individual inks. To prevent this, the 9400 Servo Drives have special controller elements to ensure specific synchronism. These reduce the angular misalignment over the master drive by a factor of five when compared with standard solutions. Furthermore, high resolution in conjunction with acceleration forward control leads to super precise motor control. It allows the drive to react more rapidly and reduces following errors. A generic drive interface complying with IEC 61800-7-2, the DS402 standardised equipment profile, is one of the features contributing to good usabilty. Connected control systems can immediately detect which controller is linked to them. This leads to quicker, safer commissioning that is easier to implement.[/COLOR]