A6120)传感器探头

易卖工控网（www.ymgk.com）提供”A6120)传感器探头”，产品详情：品牌/厂家：EPRO、型号：A6120、成色：全新、货期：现货 1天内发货、保修：180天，更多产品详情就上易卖工控网。

一般信息 产品编号：SYN5201-2277 ABB 型号名称：同步器5 同步器5操作原理同步和并联过程可分为命令生成 进入以下区块命令生成计算必要的超前角av，并联命令必须通过该命令进行测量由于关闭时间延迟。该操作确保电压差OU(振幅)、滑差s(频率差- 触点在正确的时间闭合。如果a达到平均值 1.rence)和相位角a都是并联所必需的。在谈判释放(CHK release)的同时这些值由两个测量信号形成发出命令。在同步条件下，U1和U2(见插图， lff)。可调监测期间的平行释时间，tsup， CMD也在没有带头的情况下发布匹配考虑角度。电压和频率匹配功能可降低电压同步检查模式(并联监测)通过在同步检查模式下，只有测量和监控电压或涡轮机节器。功能块处于活动状态。输出继电器在谈判条件监测并联释放。此函数将实际值与其设置值进行比如果所有条件都同时充满燃料。劝告单通道还是双通道?并非每个同步系统都需要结构化符合上述模式。同步旋转5单通道同步设备提供了高度的安性，并经常在实践中使用。然而，安性可以通过双通道显著增加系统。这两个频道- 其中硬件和软件的结构不同同时发生相同的故障。额外的费用与错误并联造成的损坏。 第二，冗余同步系统?通常安装两个冗余同步系统使得在一个系统故障的情况下，可以使用另一个，从而提高可用性。这个第二个系统通常设计用于手动同步带或不带同步检查。此外，通过 SYNCHROTACTO 5，ABB提供两种自动在单个外壳中的双通道系统，从而避免手动同步。这种解决方案的优点：-第二个系统无工程和布线成本-由于所有四个输出触点，进一步提高了安性通常串联运行 -在很少使用手动同步系统。 目录说明：同步器5ABB’s SYNCHROTACT® 6通过IEC 61850通信协议实现发电机和输电线的自动同期。在任何的发电厂中，发电机必须与输电线并行，同时在变电站中，两条同步线路必须平行。通过一个额外的处理器处理的IEC61850协议，且能保持完美的可靠性和出色的性能。 ABB 将于 2018 年 4 月 10 日至 11 日在南非约翰内斯堡的 ABB Customer World Africa 上推出其市场先的第六代同步和并联技术 SYNCHROTACT® 6。 50 多年来，SYNCHROTACT 一直保护发电厂发电机和变电站组件免受断路器在非同步条件下合闸引起的电流浪涌的潜在破坏性影响。SYNCHROTACT 通过自动同步发电机的速度、电压和频率与电网，确保这些宝贵的生产资产安并保持高水平的可用性。 SYNCHROTACT 6 包含新的和增强的功能以大限度地提高安性。它是一具有多样化双通道设计的同步器，两个通道位于同一个 SYNCHROTACT 设备中，以大限度地减少布线，确保完美的工作兼容性并降低终客户的调试成本。如果一个通道发生故障，另一个通道保持打开状态，从而保证可靠性。该装置的坚固设计符合 IEC 61508 SIL2 安标准。 参数集的数量已从 7 个增加到 20 个，使多达 20 个不同的断路器可以通过单个 SYNCHROTACT 6 设备同步。符合 IEC 61850 Ed。2 通信标准， SYNCHROTACT 6 满足苛刻的要求。 自推出以来，已售出超过 22,000 台 SYNCHROTACT 装置，相当于球同步设备市场的 10% 左右。世界上大的水电站中国三峡大坝的所有主发电机都配备了 SYNCHROTACT 同步器。 “我们很高兴地宣布推出这款非凡的第六代产品，”ABB 发电和水务业务总经理 Kevin Kosisko 说。“SYNCHROTACT 长期以来一直是球公用事业和发电机的选同步器，这要归功于其卓越的安性和冗余度。它为我们的终客户提供了高的可用性和尽可能低的总拥有成本。” SYNCHROTACT 6 是 ABB 为发电行业提供的励磁产品和同步设备产品的一部分。该产品是市场上面和成熟的产品，涵盖从小到大的功率要求，涵盖所有发电应用。 ABB Power Generation & Water 是集成电力和自动化解决方案的先供应商，在与能源和水行业合作方面拥有无与伦比的经验，为他们带来更好的运营和可持续发展。ABB 提供集成和安的数字系统、服务和解决方案，以自动化和优化传统和可再生能源发电厂和水利设施的性能。 GE 点火电路控制板 DS200FCRLG1AFC 具有 27 个卡口式连接器。它还配有 27 个跳线、1 个 34 针连接器和 1 个 9 针连接器。GE 点火电路控制板 DS200FCRLG1AFC 上的跳线配置从连接器传输的点火信号。因此，它们很重要，您在更换电路板时必须考虑它们。每个跳线可以覆盖板上 3 个跳线中的 2 个。跳线可以覆盖引脚 1 和 2 或引脚 2 和 3。根据覆盖的引脚，电路板的行为会发生变化。General Information Product Number: SYN5201-2277 ABB Model Name: Synchronizer 5 Synchronizer 5 Operating Principle The synchronization and parallel process can be divided into command generation. Enter the following block command generation to calculate the necessary lead angle av. The parallel command must be measured through this command due to the shutdown time delay. This operation ensures that the voltage difference OU (amplitude), slip s (frequency difference - contact closure at the correct time. If a reaches the average value of 1. rence), and phase angle a are all necessary for parallel connection. These values are commanded by two measurement signals formed during the negotiation release (CHK release). Under synchronous conditions, U1 and U2 (see illustration, lff). The permanent parallel release time during the adjustable monitoring period, tsup, and CMD also release matching considerations without taking the lead. The voltage and frequency matching function can reduce the voltage synchronization check mode (parallel monitoring) by only measuring and monitoring the voltage or turbine governor in the synchronization check mode. The function block is active. Output relay monitors parallel release under negotiation conditions. This function compares the actual value to its set value if all conditions are simultaneously filled with fuel. Advice on single channel or dual channel? Not every synchronous system needs to be structured according to the above pattern. Synchronous rotating 5 single channel synchronous devices provide a high degree of security and are often used in practice. However, security can significantly increase the system through dual channels. These two channels - where the hardware and software structures are different and the same fault occurs simultaneously. Additional costs and damage caused by incorrect parallel connection. Secondly, redundant synchronization system? Usually, two redundant synchronization systems are installed so that in the event of a system failure, the other can be used to improve availability. This second system is usually designed for manual Timing belt or no synchronous check. In addition, through SYNCHOTACTO 5, ABB offers two automatic dual channel systems in a single enclosure to avoid manual synchronization. The advantages of this solution are: - No engineering and wiring costs for the second system - Further improved safety due to all four output contacts, typically operating in series - with minimal use of manual synchronization systems. Catalog Description: Synchronizer 5ABB's SYNCHROTACT ® Automatic synchronization of generators and transmission lines is achieved through the IEC 61850 communication protocol. In any power plant, the generator must be parallel to the transmission line, while in a substation, two synchronous lines must be parallel. The IEC61850 protocol is processed with an additional processor, while maintaining perfect reliability and excellent performance. ABB will launch its market leading 6th generation synchronous and parallel technology SYNCHOTACT at ABB Customer World Africa in Johannesburg, South Africa from April 10th to 11th, 2018 ® 6。 For over 50 years, SYNCHROTACT has been protecting power plant generators and substation components from the potential destructive effects of current surges caused by circuit breakers closing under asynchronous conditions. SYNCHROTACT ensures the safety of these valuable production assets and maintains the highest level of availability by automatically synchronizing the speed, voltage, and frequency of the generator with the power grid. SYNCHROTACT 6 includes new and enhanced features to maximize security. It is the only synchronizer with a diverse dual channel design, with two channels located in the same SYNCHROTACT device to minimize wiring, ensure perfect working compatibility, and reduce debugging costs for end customers. If one channel fails, the other channel remains open to ensure reliability. The robust design of this device complies with IEC 61508 SIL2 safety standards. The number of parameter sets has increased from 7 to 20, allowing up to 20 different circuit breakers to be synchronized through a single SYNCHROTACT 6 device. Complies with IEC 61850 Ed. 2 communication standards, SYNCHOTACT 6 meets the most stringent requirements. Since its launch, over 22000 SYNCHROTACT devices have been sold, equivalent to about 10% of the global synchronous equipment market. All main generators of the world's largest hydroelectric power plant, the Three Gorges Dam in China, are equipped with SYNCHROTACT synchronizers. We are pleased to announce the launch of this extraordinary sixth generation product, "said Kevin Kosisko, General Manager of ABB's Power and Water Business. SYNCHOTACT has long been the preferred synchronizer for global utilities and generators, thanks to its excellent safety and redundancy. It provides our end customers with the highest availability and the lowest possible total cost of ownership. "SYNCHOTACT 6 is part of ABB's excitation and synchronization equipment products for the power generation industry. This product is the most comprehensive and mature in the market, covering power requirements from minimum to maximum, covering all power generation applications. ABB Power Generation&Water is a leading supplier of integrated power and automation solutions, with unparalleled experience in collaborating with the energy and water industries, bringing them better operations and sustainable development. ABB provides integrated and secure digital systems, services, and solutions to automate and optimize the performance of traditional and renewable energy power plants and water facilities. The GE ignition circuit control board DS200FCRLG1AFC has 27 bayonet connectors. It also comes with 27 jumpers, 1 34 pin connector, and 1 9 pin connector. The jumper configuration on the GE ignition circuit control board DS200FCRLG1AFC transmits the ignition signal from the connector. Therefore, they are important and you must consider them when replacing the circuit board. Each jumper can cover 2 out of 3 jumpers on the board. Jumpers can cover pins 1 and 2 or pins 2 and 3. The behavior of the circuit board will change depending on the pins covered.