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铁路车辆上的速度信号倍增

主要应用事实

领域

铁路行业 | 铁路车辆

应用

尽可能为铁路车辆中的所有系统提供可靠的速度信号

测量参数

来自单通道或双通道转速传感器的速度信号(电流或电压)

主要要求

无反作用的信号解耦 SIL 3 或 SIL 4,信号传输 SIL2

铁路车辆上的转速信号倍增 | 方便改装,节省新车辆的费用

铁路车辆上的许多系统都需要特定时间点的当前速度信息。其中包括制动系统和驱动系统这两个对功能安全至关重要的系统。因此,提供转速信号的转速测量设备必须可靠、精确工作。

如果需要其他系统处理速度信息,通常将额外的速度测量设备安装在车轴上。但是那里的空间有限。安装和布线都需要投入时间和金钱。凭借 P16800P16000,Knick 推出了一种极其简单的解决方案。耦合输出现有转速传感器的信号,并提供给其他应用。该过程无反作用,符合 SIL 安全等级。转速编码器信号在到达控制器的途中既不会受到影响,也不会受到干扰。

P16800 转速信号转换器是用于铁路车辆改装的理想解决方案。该设备有助于快速、经济高效地落实对里程计的各种要求,例如由于欧洲标准化列车控制系统 ETCS 而产生的要求。

为何选择 Knick?
P16800 转速信号转换器是用于铁路车辆改装的理想解决方案。该设备能快速、经济高效地落实对里程计的各种要求,例如由于欧洲标准化列车控制系统 ETCS 而产生的要求。

转速信号倍增产品亮点

P16800 – SIL2/SIL4 通用转速信号转换器

使用 P16800 方便改装铁路车辆与需要速度信息的控制系统,或者使这种改装成为可能。在新车辆中可以减少旋转编码器数量,从而优化购置和维护成本。

P16000 – SIL 3 脉冲频率变送器

用于从安全相关电路中解耦信号、将标准信号和脉冲信号倍增的脉冲频率变送器。SIL 3 安全等级的 P16000 既不会影响、也不会干扰转速信号。

相关产品

相关工业和应用

用于直流供电的牵引变电所(高达数兆瓦)及其所供电的电网分段必须具备有效的短路保护。保护机构必须尽快可靠中断大电流,并限制短路功率。
Knick 为电压和电流测量提供高度隔离的变送器。P45000 是最紧凑的高压变送器,达到 SIL 2 等级,可用于所有直流和交流电动列车上的直流电压测量。
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铁路特定应用和产品解决方案总览

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