IS200TBCIH1CCD GE 隔离板触点输入

产品描述

IS200TBCIH1CCD模块旨在为工业过程提供可靠和精确的控制。它具有用户友好的界面和一系列可定制的参数，使其能够根据每个用户的具体需求进行定制。

##产品参数

—输入电压:24VDC

—输出电压:24VDC

—工作温度:-40°℃~ +85℃

—通信协议:Profibus DP

该IS20OTBCIH1CCD是带组隔离板的触点输入。它用于Mark VIl Speedtronic.系统。该IS20OTBCIH1CCD也可用于MKVIe系统。

l520TBCHCCD与VTCCNCRC或PD)A/O包接口，具体取决于其使用的系统。该板接受12个干接点输入。它们连接到电路板的接线端子。每个都有125个屏障型块。该板具有标称100 VDC浮动激励电压。这范围从145到< > Vdc。

IS200TBCIH1CCD有三个d-shell型连接器。这些允许连接电缆连接器。连接器是带门锁紧固件的37针连接器。

IS200TBCIH1CCD上的接线端子通常每个连接点使用#12AWG电线。当需要维护时，可以将电路板的接线端子从电路板上拔下。

有关[S20TBCIH1CCD功能的其他信息，请参阅通用电气手册或用户指南。这些出版物还将提供有关安装、维护和适当安全程序的详细信息。只有训练有素的技术人员才能处理、维护或安装 Mark VI设备。

具体的产品应用领域取决于用户的需求和工业应用场景。以下是一些可能的应用领域;

1.工业自动化:在制造业和工业生产过程中，GE IS20OTBCIHICCD数字量输出模块用于控制各种执行器，如电动阀门、电动马达等，实现自动化控制

⒉.过程控制:GE IS20OTBCHICCD数字量输出模块通常用于化工、石油、天然气等行业中的工艺控制，控制各种阀门和执行器，以实现复杂的工艺控制和调节。3.电力系统:在电力发电和分配系统中，GEIS20OTBCIHICCD数字量输出模块用于控制电力设备，如开关和断路器。

4.智能建筑:在建筑自动化系统中，GEIS2OOTBCIHICCD数字量输出模块可用于控制照明、空调和其他设备，实现建筑的智能控制和能源管理.

5.水处理和污水处理:GEIS20OTBCIHICcD数字量输出模块可以应用于水处理和污水处理系统中，控制泵、阀门等设备，以实现水处理过程的自动化控制。6.交通信号控制:在交通管理中，GE IS20OTBCIHICCD数字量输出模块可用于控制交通信号灯，实现交通流量控制和信号调度。

IS200TBCIH1CCD GE 隔离板触点输入

Product description

The IS200TBCIH1CCD module is designed to provide reliable and precise control of industrial processes. It has a user-friendly interface and a range of customizable parameters that enable it to be customized to the specific needs of each user.

## Product parameters

- Input voltage :24VDC

- Output voltage :24VDC

- Operating temperature :-40° C to +85 ° C

- Communication protocol :Profibus DP

The IS20OTBCIH1CCD is the contact input of the tape set isolation plate. It is used in the Mark VIl Speedtronic. System. The IS20OTBCIH1CCD is also available for MKVIe systems.

The l520TBCHCCD interfaces with VTCCNCRC or PD)A/O packets, depending on the system it is used on. The board accepts 12 dry contact inputs. They are connected to the wiring terminals of the circuit board. Each has 125 barrier blocks. The board has a nominal 100 VDC floating excitation voltage. This ranges from 145 to < > Vdc.

The IS200TBCIH1CCD has three d-shell connectors. These allow the connection of cable connectors. The connector is a 37-pin connector with door lock fasteners.

Terminals on IS200TBCIH1CCD usually use #12AWG wire per connection point. When maintenance is required, remove the wiring terminals from the circuit board.

For additional information about the capabilities of the [S20TBCIH1CCD], please refer to the General Electric Manual or User Guide. These publications will also provide details on installation, maintenance, and proper safety procedures. Only trained technicians should handle, maintain, or install Mark VI devices.

The specific product application field depends on the needs of users and industrial application scenarios. Here are some possible applications;

1. Industrial automation: In the manufacturing and industrial production process, GE IS20OTBCIHICCD digital output module is used to control various actuators, such as electric valves, electric motors, etc., to achieve automatic control

Process control :GE IS20OTBCHICCD digital output module is usually used for process control in chemical, petroleum, natural gas and other industries, controlling various valves and actuators to achieve complex process control and regulation. 3. Power system: In the power generation and distribution system, the GEIS20OTBCIHICCD digital output module is used to control power equipment, such as switches and circuit breakers.

4. Intelligent building: In the building automation system, the GEIS2OOTBCIHICCD digital output module can be used to control lighting, air conditioning and other equipment to achieve intelligent control and energy management of the building.

5. Water treatment and sewage treatment :GEIS20OTBCIHICcD digital output module can be applied to water treatment and sewage treatment systems to control pumps, valves and other equipment to achieve automatic control of water treatment processes. 6. Traffic signal control: In traffic management, GE IS20OTBCIHICCD digital output module can be used to control traffic lights to achieve traffic flow control and signal scheduling.