EMFR weigh cell WZEDO
Precision weigh cell for integration into machines and systems
Product details EMFR weigh cell
Shortest settling times and high resolution: The high-precision EMFR weigh cells are ideally suited to be installed as reliable weighing components in machines such as mixing or filling systems. With their outstanding precision and speed, they offer an optimal solution for demanding weighing tasks in industrial production. By integrating these advanced load cells into your systems, you benefit from improved efficiency and accuracy, resulting in higher product quality and process reliability.
應(yīng)用案例
- 稱重
Specifications
Product type
- EMFR weigh cell for integration into production machines (OEM)
Product handling
- Static, high-resolution weighing
- Dynamic weighing
Protection class
- IP65
Material
- Stainless steel 1.4301
Product enhancements
Digital weigh cell with ready weight values on the digital interface: Our advanced EMFR weigh cell delivers highly precise and reliable weight values directly via a digital interface. Thanks to integrated measurement algorithms for dynamic weighing, it ensures high accuracy even with fast and changing loads. The weigh cell is based on electromagnetic force compensation technology, making it ideal for demanding industrial applications where fast and accurate weight measurements are crucial. Seamless integration into existing systems allows you to optimise your production processes and increase the efficiency and quality of your products.
Industrial solutions Our products for your production processes
Our systems and services are oriented towards the requirements of our customers from a wide range of industries. In this way, we ensure that with Minebea Intec you can design your production processes safely and efficiently without having to make compromises. This starts with individual product features and stops only after exceeding global standards.
- 機械 (OEM)
Mediacenter
| 文件名稱 | 文件大小 | 文件類型 | ||
|---|---|---|---|---|
| Datasheet // EMFR weigh cell WZEDO | 954 KB |
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