DSF-2000-MB-UV 2653-213-06 COEN 紫外线检测器 网络的控制系统

DSF-2000-MB-UV 2653-213-06是一款高性能的紫外线检测器。

该检测器采用先进的光学和电子技术，能够在弱紫外线信号下进行高精度的检测。

工作波长范围：200-400nm

光电响应：0.1-10000pA；

噪声：0.1pA RMS；

线性范围：±1000pA；

响应时间：50ms；

尺寸：76.2mm×50.8mm×25.4mm；

重量：113g；

电源：24VDC±10%。

COEN DSF-2000-MB-UV 是专为各种应用而设计的高性能工业产品。它具有卓越的可靠性和效率，适用于各种工业领域。

产品规格：

– 型号： DSF-2000-MB-UV

– 电压：2653-213-06

– 应用：多用途 多用途

主要特点： 高性能设计

– 高性能设计

– 坚固的结构

– 先进的紫外线技术

– 应用广泛

DSF-2000-MB-UV 2653-213-06基于STARDOM网络的控制系统

基于这一策略，我们不断对STARDOM进行增强，以响应最新的市场趋势和用户需求。今天宣布的功能增强包括增强的网络功能、通信功能和新开发的脉冲宽度输出模块。此次升级增强了STARDOM控制系统的功能，该系统针对大范围的高速分布式控制进行了优化,并使其能够与CENTUMI、我们的旗舰分布式控制系统(DCS)专为大型主流程而设计。

通过这些增强功能，DSF-2000-MB-UV 2653-213-06  

横河电机正在优化为用户提供的解决方案，并将在全球范围内积极开发这些解决方案的市场。*STARDOM是一个开放式网络控制系统，由特定功能的控制、操作和监控组件组成，这些组件可以使用网络技术灵活且可扩展地互连。该系统具有与DCS相同的高可靠性和可支持性，同时具有PC、可编程逻辑控制器(PLC)和其他设备相结合的系统的开放性、多功能性和成本效益。STARDOM

广泛应用于共享工厂设施的控制，包括锅炉和压缩机。

功能增强慨述1.DSF-2000-MB-UV 2653-213-06  

网络功能增强此次升级使得横河电机的CENTUM DCS能够通过具有高速数据通信能力的通用以太网连接到STARDOM.CENTUM操作和监控站的操作员现在可以查看STARDOM控制工厂的运行状态信息。通过结合这两个平台，用户可以高效地构建全厂运行及其监控系统。2．支持DNP3通信STARDOM现在支持DNP3通信*，即使在使用通用电话电路和其他类型的低稳定性通信线路时，也能确保无故障的数据交换。因此，即使在石油和天然气钻探现场或管道现场也可以配置高度可靠的监控系统。*DNP3指分布式网络协议

3，最初是为欧洲电力行业开发的通信协议。该协议最近被引入到石油和天然气钻井场地、管道、供水和污水系统的广域分布式控制中。

DSF-2000-MB-UV 2653-213-06 COEN 紫外线检测器 网络的控制系统

The DSF-2000-MB-UV 2653-213-06 is a high performance UV detector.

The detector uses advanced optical and electronic technology to perform high-precision detection under weak ultraviolet signals.

Working wavelength range: 200-400nm

Photoelectric response: 0.1-10000pA;

Noise: 0.1pA RMS;

Linear range: ±1000pA;

Response time: 50ms;

Size: 76.2mm×50.8mm×25.4mm;

Weight: 113g;

Power supply: 24VDC±10%.

The COEN DSF-2000-MB-UV is a high-performance industrial product designed for a wide range of applications. It has excellent reliability and efficiency and is suitable for various industrial fields.

Product Specifications:

- Model: DSF-2000-MB-UV

- Voltage: 2653-213-06

- Application: Multi-purpose

Main features: High performance design

- High performance design

- Solid construction

- Advanced UV technology

- Widely used

DSF-2000-MB-UV 2653-213-06 Control system based on STARDOM network

Based on this strategy, we continue to enhance STARDOM in response to the latest market trends and user needs. The enhancements announced today include enhanced networking capabilities, communication capabilities, and a newly developed pulse-width output module. This upgrade enhances the capabilities of the STARDOM control system, which is optimized for high-speed distributed control over a wide range of areas, and enables it to work with CENTUMI, our flagship Distributed Control System (DCS) designed for large master processes.

With these enhancements, DSF-2000-MB-UV 2653-213-06

Yokogawa Electric is optimizing the solutions it provides to users and will actively develop the market for these solutions globally. STARDOM is an open network control system consisting of functionally specific control, operation, and monitoring components that can be flexibly and scalable interconnected using network technologies. The system has the same high reliability and supportability as DCS, while offering the openness, versatility and cost-effectiveness of a combined system of PCS, programmable logic controllers (PLCS) and other devices. STARDOM

Widely used in the control of shared plant facilities, including boilers and compressors.

Function Enhancement Brief 1.DSF-2000-MB-UV 2653-213-06

This upgrade enables Yokogawa's CENTUM DCS to connect to STARDOM via universal Ethernet with high-speed data communication capabilities. Operators at CENTUM operations and monitoring stations can now view information on the operating status of the STARDOM control plant. By combining these two platforms, users can efficiently build a full-plant operation and its monitoring system. 2. Support for DNP3 communication STARDOM now supports DNP3 communication *, ensuring trouble-free data exchange even when using general-purpose telephone circuits and other types of low-stability communication lines. As a result, highly reliable monitoring systems can be configured even at oil and gas drilling sites or pipeline sites. *DNP3 refers to Distributed Network Protocol

3, a communication protocol originally developed for the European power industry. The protocol has recently been introduced into the wide-area distributed control of oil and gas drilling sites, pipelines, water supply and wastewater systems.