9907-1200 Current-to-Pressure转换器

9907-1200是一款Current-to-Pressure转换器，用于将电流信号转换为气压信号。它具有以下特点和功能：

1. 高精度：该转换器可以将微弱的电流信号转换为精确的气压信号，从而实现对气压的精确控制和测量。
2. 宽量程：9907-1200转换器具有较大的量程范围，可以适应不同的电流输入和气压输出需求。
3. 可靠性高：该转换器采用高品质的电子元件和材料，经过严格的质量控制和测试，确保长期稳定运行。
4. 易于配置和调试：提供友好的用户界面和易于使用的调试工具，方便用户进行参数配置和调试。

总之，9907-1200 Current-to-Pressure转换器是一种高性能、高可靠性的转换器，能够将电流信号转换为气压信号，适用于各种需要精确控制和测量气压的场合。

CPC-II(电流到压力转换器，第II代)是一种电液压力调节阀控制设计用于定位单作用汽轮机阀伺服器。该CPC的卓越精度和分辨率使其成为汽轮机阀门控制和相关汽轮机速度和负载控制的理想选择。CPC接受4-20 mA压力需求信号，并精确控制油压，以精确定位单作用汽轮机调节阀。精确、稳定的蒸汽阀控制直接关系到汽轮机转速和负荷控制的提高和系统机械磨损的减少。

CPC的冗余功能使其成为关键汽轮机应用的理想选择，其中涡轮机的正常运行时间和可用性至关重要。该转换器可以配置为接受冗余压力需求输入，从一个或两个(冗余)控制器，并投票输入跟随。另外，CPC也可以配置为同时接收来自内部油压传感器和外部(冗余)油压传感器的信号，并使用已投票的健康信号。

CPC的坚固设计(坚固的执行器、耐腐蚀材料、单移动旋转阀和自清洁端口设计)使其成为可能存在脏油或污染油的具有挑战性的应用的理想选择。

可选的两个控制器可以连接到一个冗余的主/从方式的单一CPC，以允许涡轮机继续运行，如果任何一个涡轮机控制失败，或在线变化是需要的。专为需要完全冗余的应用而设计，可选的两个cpc可以以双冗余方式应用，简化整个系统和控制布线。

9907-1200

The 9907-1200 is a current-to-pressure converter that converts a Current signal into a Pressure signal. It has the following features and functions:

High precision: The converter can convert the weak current signal into an accurate air pressure signal, thus achieving precise control and measurement of air pressure.
Wide range: The 9907-1200 converter has a large range to adapt to different current input and pressure output needs.
High reliability: The converter uses high-quality electronic components and materials, and has undergone strict quality control and testing to ensure long-term stable operation.
Easy configuration and debugging: Provides a friendly user interface and easy-to-use debugging tools for users to configure and debug parameters.
In short, the 9907-1200 current-to-pressure converter is a high-performance, highly reliable converter that can convert the Current signal to the Pressure signal, suitable for a variety of occasions requiring accurate control and measurement of pressure.

The CPC-II (current to pressure converter, generation II) is an electrohydraulic pressure-regulating valve control designed for use in positioning single-acting steam turbine valve servos. This CPC’s superb accuracy and resolution make it ideal for steam turbine valve control and related turbine speed and load control. The CPC accepts a 4–20 mA pressure demand signal and accurately controls oil pressure to precisely position single-acting steam turbine governor-valves. Precise and stable steam valve control directly relates to improved steam turbine speed and load control and reduced system mechanical wear.

The CPC’s redundancy features make it ideal for critical steam turbine applications, where turbine up-time and availability are essential. This converter can be configured to accept redundant pressure demand inputs, from one or two (redundant) controllers, and vote the input to follow. Alternatively the CPC can be configured to accept signals from both its internal oil pressure sensor and an external (redundant) oil pressure sensor, and use the voted healthy signal.

The CPC’s robust design (strong actuator, corrosion-resistant material, single moving rotary valve, and self-cleaning port design) makes it ideal for challenging applications where dirty or contaminated oil may be present.

Optionally two controllers can be connected to a single CPC in a redundant Master/Slave fashion to allow the turbine to continue to operate if either turbine control fails, or on-line changes are desired. Designed for use in applications requiring full redundancy, optionally two CPCs can be applied in a dual-redundant fashion, simplifying the entire system and control wiring.