HF モーション 
モーターコントローラー向けのカスタマイズされたソリューション
Motor power consumption accounts for 46% of the global power generation. This value reflects the fact that motors are very important and widely used in both industrial and household applications. しかし, many motors still use standard controllers, and their functions and application scenarios do not fully overlap. Users suffer from various disadvantages, such as constant energy wastage, poor operation convenience, few functions and low scalability.
Generally speaking, when a manufacturer of equipment is looking for a motor controller, the standard controller is generally the first choice because this type of controller does not require R&D period and costs, and can be used immediately. 一方で, the larger controller manufacturers’ customization and R&D services are very expensive, they will not develop a new product specifically for small-scale applications.
But the shortcomings of standard controllers are obvious, they cannot be adapted to the changing application scenarios. 例えば, when the application end can meet the demand by running at a low load state, the controller cannot respond appropriately , and the motor keep running at the rated speed, resulting in additional energy consumption and equipment loss.
The parameters of the controller may not fully match the typical operating range of the motor, which results in low operating efficiency and inability to achieve satisfactory operating results, 等, and thus increased energy consumption and additional operating costs.
Standard controllers do not have satisfactory off-the-shelf solutions in terms of installation methods, external interfaces, matching of multiple modules, as well as numerous disadvantages in terms of functionality and expandability.
HF Motion’s custom controller solution fully addresses the above issues, and combines the specific application scenarios of various industries to become a real exclusive controller. 以下のような特徴と利点があります:
1. 制御可能なR&D期: R を考慮することができます&D アプリ側の事前ニーズ, コントローラーとアプリケーション側がRに入ります&D フェーズを一緒に行い、フィードバックを交換する, 時間を節約できる.
2. 業務効率の向上: 特定のアプリケーションシナリオとモーターパラメータに対して最適化されたパフォーマンスを提供します, よりスムーズな操作を実現, より高い効率と精度.
3. 柔軟性の向上: Customized controllers can flexibly select specific functions and performance required by application scenarios and adapt them to specific requirements.
4. 省スペース: カスタムコントローラーは、よりコンパクトでポータブルになるように設計できます, which is particularly useful in space-constrained applications.
5. 信頼性の向上: Custom controllers can be designed with high-quality components and advanced control algorithms to ensure reliable and consistent performance throughout the application system life cycle.
6. スケジュールを早める: カスタマイズされたコントローラーはアプリケーションのニーズに応じて完全にプログラムされています, 複雑な設定や調整なしで, which accelerate the speed of application.
7. さらなる外部統合: より多くの外部インターフェースを備えています, また、さまざまなアプリケーション側の信号リターンを事前に統合することもできます, 太陽光発電入力, Wi-Fi/LANモジュール, 等.
8. 運用コストの削減: 効率の向上によるエネルギーコストの削減, 便利な操作機能による人件費の削減, 標準コントローラでは実現できない特殊機能による付加価値はRを大きく上回ります。&Dコスト.
9. アプリケーション側の値を増やす: 使いやすさ, 省エネ, スケーラビリティ, 専用のカスタムコントローラーによって提供されるより多くの制御機能により、ユーザーエクスペリエンスが向上します, 製品の競争力を高める, そして宣伝しやすくなる.
With rising energy prices and labor costs, more and more groups on application-side will consider solutions to reduce energy consumption, improve efficiency, and reduce the number of operators when developing new products or investing in new production lines. したがって, custom controllers become the preferred choice for most industries to develop new products, product renovation, invest in new production lines, and upgrade old production lines.
