IS200SRTDH2A 紧凑型RTD端子板 允许单向通信或数据流

>>>>>型号:IS200SRTDH2A    紧凑型RTD端子板     允许单向通信或数据流  

【功能描述】

产品编号：IS200SRTDH2A

制造商：通用电气

系列：Mark VIe

产品类型：紧凑型RTD端子板

维修：3-7天

制造国家：美国 通道

数：8

量程：0.3532 至 4.054 V

可用性：有现货

手册：GEH-6721L

IS200SRTDH2A是由通用电气制造和设计的紧凑型RTD端子板。它是Mark VIe系列控制系统的一部分。该板是专用的紧凑型RTD端子板，经过精心设计，可安装在DIN导轨或平面上。该板配备 8 个 RTD 输入，提供了连接多个 RTD 的方法，这些 RTD 是基于电阻测量温度的基本传感器。SRTD 板连接到 PRTD（比例 RTD）或 VRTD（电压 RTD）I/O 处理器，构成系统的组成部分。它通过牢固地安装在电路板上的高密度欧式接线端子与处理器连接。

特征

板载识别芯片：集成在电路板上的ID芯片用于识别电路板到I/O处理器。这种识别有助于系统诊断，使处理器能够有效地识别和管理SRTD板。

与Mark VIe系统的兼容性：在Mark VIe系统中，PRTD I/O包与SRTD板无缝协作。I/O 包通过 DC-37 引脚连接器连接，并通过以太网连接与控制器建立通信。需要注意的是，仅支持单工系统，允许单向通信或数据流。

当连接到SRTD板时，PRTD I/O包通过以太网与控制器进行通信，从RTD输入传输重要的温度相关数据。这种协作有助于系统内的温度监测和控制。单工系统支持确保通信流保持单向，保持系统的可靠性和简单性。

该板是温度传感和控制系统中的关键组件，提供多个 RTD 输入并与特定 I/O 处理器无缝兼容，有助于在工业设置中实现准确的温度测量和管理。

安装

安装选项：SRTD 和塑料绝缘体组装在设计用于安装在 DIN 导轨上的钣金托架上。此外，还可以选择将 SRTD 和绝缘体固定在钣金组件上，而钣金组件又可以直接用螺栓固定在机柜中。这些选项可根据特定的设置要求提供安装灵活性。

安装组件：SRTD 与绝缘体一起牢固地连接到指定的钣金托架或组件上，确保运行过程中的稳定性。安装在DIN导轨上或机柜内，可在系统内提供稳定和有序的放置。

接线设置：八个RTD（电阻温度检测器）直接连接到欧式箱式接线端子。该接线端子配备 36 个端子，有两种类型可供选择，用作 RTD 的中心连接点，

通常使用 18 AWG 电线，特别是屏蔽双绞三联体，用于布线目的。这些电线有助于最大限度地减少干扰并确保准确的温度读数。

I/O 电缆屏蔽端子：I/O 电缆的屏蔽端子使用 GE 提供或客户提供的外部安装支架。该支架便于安全安装屏蔽端子，增强屏蔽连接的完整性。

未使用的端子：作为标准配置或安装设置的一部分，欧式盒式接线端子上的端子 25 至 34 有意保持未连接状态。

机箱接地连接：E1 和 E2 用作专门用于机箱接地螺钉连接 （SCOM） 的安装孔。通过这些安装孔对 SRTD 板进行正确接地可确保系统内的电气安全和有效的接地实践。

【英文介绍】

Product number: IS200SRTDH2A

Manufacturer: General Electric

Series: Mark VIe

Product type: Compact RTD terminal board

Maintenance: 3-7 days

Manufacturing Country: American Channel

# : 8

Range: 0.3532 to 4.054 V

Availability: In stock

Manual: GEH-6721L

The IS200SRTDH2A is a compact RTD terminal board manufactured and designed by General Electric. It is part of the Mark VIe family of control systems. The board is a dedicated compact RTD terminal board that has been carefully designed to be mounted on a DIN rail or flat surface. Equipped with eight RTD inputs, the board provides a way to connect multiple RTDS, which are basic sensors for measuring temperature based on resistance. The SRTD board is connected to the PRTD (proportional RTD) or VRTD (Voltage RTD) I/O processor and forms an integral part of the system. It is connected to the processor through high-density European-style terminals that are firmly mounted on the circuit board.

trait

Onboard identification chip: The ID chip integrated on the circuit board is used to identify the circuit board to the I/O processor. This recognition facilitates system diagnostics and enables the processor to effectively identify and manage the SRTD board.

Compatibility with the Mark VIe system: In the Mark VIe system, the PRTD I/O package works seamlessly with the SRTD board. I/O packets are connected via a DC-37 pin connector and communicate with the controller via an Ethernet connection. It should be noted that only simplex systems are supported, allowing one-way communication or data flow.

When connected to the SRTD board, the PRTD I/O packet communicates with the controller over Ethernet, transmitting important temperature-related data from the RTD input. This collaboration facilitates temperature monitoring and control within the system. Simplex system support ensures that communication flows remain one-way, maintaining the reliability and simplicity of the system.

The board is a key component in temperature sensing and control systems, providing multiple RTD inputs and seamless compatibility with specific I/O processors to help achieve accurate temperature measurement and management in industrial Settings.

Install

Mounting options: SRTDS and plastic insulators are assembled on sheet metal brackets designed for mounting on DIN rails. Alternatively, the SRTD and insulators can be fixed to the sheet metal assembly, which in turn can be bolted directly into the cabinet. These options provide installation flexibility based on specific setup requirements.

Mounting components: The SRTD is securely attached with the insulator to the specified sheet metal bracket or component to ensure stability during operation. Mounting on DIN rails or in cabinets provides stable and orderly placement within the system.

Wiring setup: Eight RTDS (resistance temperature detectors) are connected directly to European box terminals. The terminal is equipped with 36 terminals, available in two types, and is used as the central connection point of the RTD.

18 AWG wires, especially shielded twisted-pair triplets, are commonly used for wiring purposes. These wires help minimize interference and ensure accurate temperature readings.

I/O cable shielding terminal: The shielding terminal of the I/O cable uses the external mounting bracket provided by GE or the customer. The bracket facilitates safe installation of shielding terminals and enhances the integrity of shielding connections.

Unused terminals: As part of a standard configuration or mounting setup, terminals 25 to 34 on European box terminals are intentionally left unconnected.

Chassis ground connection: E1 and E2 are used as mounting holes specifically for chassis ground screw connection (SCOM). Proper grounding of the SRTD board through these mounting holes ensures electrical safety and effective grounding practices within the system.

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