PM3398B-6P-1-3P-E 80026-172-23 PIONEER MAGNETICS 电源模块防止电源干扰

产品细节：PM3398B-6P-1-3P-E 80026-172-23 PIONEER MAGNETICS 电源模块防止电源干扰

新的PS9xxx缓冲和冗余模块扩展了通用24/48 V DC电源系列贝克霍夫。这些新模块提供了更有效的选择，以避免机器和工厂停工，从而提高系统可用性。凭借补充的PS9xxx模块、PS电源系列和CU81xx UPS系列，Beckhoff为24和48 V DC范围内的可靠电源提供了一整套协调一致的解决方案。

缓冲模块防止电源干扰

PS90xx缓冲模块可防止电网中的电压骤降和波动或峰值负载造成的干扰，从而使电源装置和连接的负载能够可靠、无故障地运行。为此，缓冲模块通过免维护电解电容器储存能量，并在需要时释放能量。这样，例如，可以有效地桥接电源故障。

缓冲模块不需要控制线；它们可以在任何时候并联到负载电路。此外，多个模块可以并联连接，以提供更多的功率或进一步增加电源故障桥接时间。

冗余模块避免系统停机

PS94xx冗余模块创建了一个冗余故障安全供电网络。在这样的系统中，两个或多个电源单元并联连接，并通过一个或多个冗余模块去耦。这可以防止其中一个电源的输出端短路导致输出电压短路。

冗余模块使用高效的MOSFET技术进行去耦，从而降低压降和功耗。因此，与传统的二极管模块相比，该器件具有明显更低的功率损耗。

PM3398B-6-1-3-E

The new PS9xxx buffering and redundancy module expands the universal 24/48 V DC power supply series from Beckhoff. These new modules provide more efficient options to avoid machine and plant downtime, thereby improving system availability. With the complementary PS9xxx module, PS power supply series and CU81xx UPS series, Beckhoff offers a complete and coherent solution for reliable power supply in the 24 and 48 V DC range.

Buffer module to prevent power interference

The PS90xx buffer module prevents voltage dips and fluctuations in the grid or interference caused by peak loads, enabling reliable and trouble-free operation of the power supply unit and connected loads. For this purpose, the buffer module stores energy through maintenance-free electrolytic capacitors and releases it when needed. In this way, for example, power failures can be effectively bridged.

Buffer modules do not require control lines; They can be connected to the load circuit in parallel at any time. In addition, multiple modules can be connected in parallel to provide more power or further increase the power failure bridge time.

Redundant modules prevent system downtime

The PS94xx redundancy module creates a redundant fail-safe power supply network. In such a system, two or more power units are connected in parallel and decoupled by one or more redundant modules. This prevents a short circuit in the output of one of the power supplies from short-circuiting the output voltage.

Redundant modules are decoupled using efficient MOSFET technology to reduce voltage drop and power consumption. As a result, the device has significantly lower power losses compared to conventional diode modules.

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