GE H201Ci-1 探测器变压器

GE H201Ci-1 探测器变压器

GE H201Ci-1 探测器变压器

H201Ci-1控制单元是一个单通道控制器，与H201Ti智能式传输器一起使用。数字/模拟板处理通讯事务并提供显示、报警和模拟输出功能。主接线端便于连接：交流电源；报警触点（气体高，气体高-高和系统故障）；可用跳线配置的非隔离模拟输出（0-1mA，4-20mA，0-1V, 0-10V）及跳线配置的隔离模拟输出。辅助接线端用作对H201Ti智能式传输器的监管联接。用于通讯的连接器：RS-232至电脑或选购的modem，RS-485连接其它H201Ci控制器。

前门安装了发光二极管数字显示屏，显示以ppm为单位的气体含量。还有两个气体报警指示灯。GE系列H201Ci-1 H201Ti控制应用变压器系统测量使用兼容与扩展供应分布式控制系统（DCS）在制造业中发挥着至关重要的作用，因为它们用于控制和管理过程。

DCS的联网功能在过程管理中很有用，输入或结果输出可以是模拟信号或离散信号。分布式控制系统仅用于的新兴过程行业，作为传统控制器的延伸。分布式控制系统应用的主要概念来源于分散控制单元和在工程站之间建立公共网络的想法。通过将分布式控制系统与工艺装置集成，可以单独控制、报告和监测组件。为了管理数据库、控制逻辑、图形和系统安全，DCS使用一组配置工具。此外，它支持对任何行业的现有架构进行修改、升级和集成。

GE H201Ci-1 探测器变压器

The H201Ci-1 control unit is a single channel controller that is used with the H201Ti intelligent transmitter. Digital/analog boards handle communication transactions and provide display, alarm and analog output functions. The main terminal is easy to connect: AC power supply; Alarm contacts (high gas, high gas - high and system failure); Non-isolated analog outputs in jumper configurations (0-1mA, 4-20mA, 0-1V, 0-10V) and isolated analog outputs in jumper configurations are available. The auxiliary terminal is used as a supervisory connection to the H201Ti intelligent transmitter. Connectors for communication: RS-232 to computer or optional modem, RS-485 to other H201Ci controllers.

The front door is fitted with a light-emitting diode digital display that displays the gas content in parts per million. There are also two gas alarm lights. GE Series H201Ci-1 H201Ti Control Applications Transformer System Measurement Using compatible and extended Supply Distributed control Systems (DCS) play a vital role in the manufacturing industry as they are used to control and manage processes.

The networking function of DCS is useful in process management, and the input or result output can be analog or discrete signals. Distributed control systems are only used in the emerging process industry as an extension of traditional controllers. The main concepts of the application of distributed control systems are derived from the idea of decentralized control units and the establishment of a public network between engineering stations. By integrating the distributed control system with the process plant, components can be controlled, reported and monitored individually. To manage databases, control logic, graphics, and system security, DCS uses a set of configuration tools. In addition, it supports modification, upgrading, and integration of existing architectures in any industry.