독일 2015년 SPS IPC Drives 전시회에 선보인 태블릿PC로 제어 가능한 Smart control 모터 입니다.
기존 생산중인 SK200E 제품은 자체 속도조절이 가능하며 프로피버스, 캔버스 등의 통신으로 사용이 가능하고 이에 추가로 태블릿PC 및 모바일로
제어가 가능하도록 되었습니다.
News –
Intelligent, adaptive drive control – hybrid solutions for centralized and distributed drive control
NORD DRIVESYSTEMS showcased smart control solutions for synchronous and induction motors at the 2015 SPS IPC Drives exhibition in Nuremberg, Germany.
Bargteheide , 2015-12-01
The SK 200E frequency inverter series was a centerpiece of the presentation. Featuring an integrated positioning function, the highest overload capability and broadest performance range (0.25 kW to 22 kW), these technologically advanced units are leading the field of electronics for distributed drive control. One prominently placed exhibit demonstrated their great flexibility especially in large-scale installations with a centralized automation concept: normally controlled via fieldbus or Industrial Ethernet, they can be instantly disconnected via a switch, e.g. for maintenance purposes. The inverter-integrated PLC then takes over and executes tasks like positioning. In case of an unintentional, sudden disruption of communication with a higher-level control system, an SK 200E is able to keep crucial process stages running in order to limit production losses.
The built-in PLC enables drive-related applications to be completely implemented in the drive – including logical sequences, which are conventionally handled by a full-fledged machine controller. A case in point, another demo exhibit showed a dedicated drive for pump applications. This unit detects blockages and independently attempts to resolve them by repeatedly changing the motor speed and direction. If this action successfully removes the blockage, the drive will resume normal operation, otherwise, it will submit an error message to a higher-level control system. In customer applications, additional measures can be initiated as well, e.g. by unlocking a bypass. Visitors were also invited to try a new approach and adjust the speed of an inverter-controlled geared motor with a mobile device via a wireless connection.
