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帆船用负载传感器(用于固定索具的无线传感器)
产品图片
重要参数
    测量对象 负载
    应用领域 帆船
    应用 用于固定索具
    其他特性 无线, 蓝牙

产品简介

Synapse 可以与大多数经典配件和零件集成,例如转扣、拨叉和固定眼。当选择用 Synapse 升级您的 Future Fibres 索具时,会添加一个前缀,象征着他们在数据驱动的世界中取得的进步。

这些增强型部件无缝集成了称重传感器技术,同时确保与现有的经典配件完全兼容。这种集成为您提供了无缝和优化的载荷监测体验,将先进技术的优势与传统部件的熟悉性和兼容性结合在一起。

Synapse 部件与标准部件几乎没有区别,是最轻、抗风能力最低的负载监测解决方案。

优势

应变简单
预校准
数字数据
无缝集成

简单应变

Synapse Hardware 与索具无缝集成,与负载紧密贴合,可测量简单的拉力。

通过测量应变与外加载荷之间的关系,与依赖弯曲应力的系统相比,它具有更高的准确性和可靠性。

通过简单的在线测量,在实验室和游艇上进行的校准不会出现差异。

预校准

由于 Synapse 硬件具有预校准特性,因此从一开始就能确保准确性,而不受海洋环境条件的影响。

精度不受径向方向和加载角度的影响。此外,每个传感器都存储了校准值,无需耗时的设置或重新校准过程。

英文简介

It is possible to integrate Synapse with most classic fittings and parts, such as turnbuckles, toggles, and fixed eyes. When opting to upgrade your Future Fibres rigging with Synapse, a prefix is added, symbolising their advancement into our data-driven world.

These enhanced parts seamlessly integrate load cell technology while ensuring full compatibility with existing classic fittings. This integration provides you with a seamless and optimized load monitoring experience, combining the benefits of advanced technology with the familiarity and compatibility of traditional components.

Synapse parts are nearly indistinguishable from standard parts, making them the lightest and least wind-resistant load monitoring solution.

ADVANTAGES

Simple Strain
Pre-Calibrated
Digital Data
Seamless Integration

Simple Strain

Synapse Hardware seamlessly integrates into rigging, positioning itself closely in-line with loads to measure simple tension.

By gauging a relationship between strain and applied load, it provides superior accuracy and reliability compared to systems that rely on bending stress.

With simple in-line measurement, there are no discrepancies between calibration performed in the lab and on the yacht.

Pre-Calibrated

Thanks to its pre-calibrated nature, Synapse hardware ensures accuracy right from the start, regardless of the conditions present in an ocean environment.

The accuracy remains unaffected by the radial orientation and angle of loading. Additionally, each sensor stores calibration values, eliminating the need for time-consuming setup or recalibration processes.