IS215VPROH1BD  电容器包括由聚酯乙烯基制成的电容器

描述

IS215VPROH1BD  电容器包括由聚酯乙烯基制成的电容器

IS215VPROH1B是为Mark VI系统制造的模块。 Mark VI是Speedtronic系列的燃气/蒸汽轮机管理系统，由GE开发超过<>年，专注于创建可靠和高效的系统。

IS215VPROH1B 用作紧急涡轮机保护模块。IS215VPROH1B 提供速度差检测和备份同步检查保护。该板接受热电偶和模拟输入。该模块有两个电路板堆叠在一起。顶板是IS200VPRW板，通过螺纹连接到支座中的四个螺钉连接安装到下板。该板由集成电路、变压器、多个晶体管以及电阻器、电容器和二极管组成。电容器包括由聚酯乙烯基制成的电容器。电阻器有时由碳复合材料制成。该板具有多个电感线圈和许多连接器，包括插头。右前侧有一个散热器。

IS215VPROH1B的底板有两个背板。它具有电容器和电阻器以及多个集成电路。这包括振荡芯片。顶板的支座放置在板的边缘附近。

IS215VPROH1B 通过 TREG 板控制跳闸螺线管。控制器中的应用软件用于启动这些跳闸螺线管的测试。这些也可以手动跳闸。

IS215VPROH1B采用面板。面板具有 LED 指示灯、电源开关、电缆连接器和以太网连接器。该面板使用螺钉连接到电路板。

IS215VPROH1BD  电容器包括由聚酯乙烯基制成的电容器

IS215VPROH1B is a module manufactured for the Mark VI system. Mark VI is the Speedtronic family of gas/steam turbine management systems, developed by GE for over <> years with a focus on creating reliable and efficient systems.

The IS215VPROH1B is used as an emergency turbine protection module. The IS215VPROH1B provides protection for speed difference detection and backup synchronization check. The board accepts thermocouple and analog inputs. The module has two circuit boards stacked on top of each other. The top plate is an IS200VPRW plate, which is attached to the lower plate by four screws threaded to the support. The board consists of an integrated circuit, a transformer, multiple transistors, as well as resistors, capacitors, and diodes. Capacitors include capacitors made of polyester vinyl. Resistors are sometimes made of carbon composite materials. The board has multiple inductors and many connectors, including plugs. There is a radiator on the right front.

The bottom plate of the IS215VPROH1B has two backplanes. It has capacitors and resistors as well as multiple integrated circuits. This includes oscillating chips. The support of the top plate is placed near the edge of the plate.

The IS215VPROH1B controls the trip solenoid via the TREG board. The application software in the controller is used to start the test of these trip solenoids. These can also be manually tripped.

IS215VPROH1B uses the panel. The panel features LED indicators, power switches, cable connectors, and Ethernet connectors. The panel is attached to the circuit board using screws.