现场总线 英语是什么意思 - 英语翻译

• fieldbus
• field bus

在 中文 中使用 现场总线 的示例及其翻译为 英语

目前采用现场总线模式作为控制方式。
At present, the field bus mode is used as the control mode.

G/WiFi无线通信，CAN2.0工业现场总线数据通信。
Support 3G/WiFi wireless communication, CAN 2.0 industrial field bus data communication.

同时利用现场总线(PROFIBUS)技术，实现的分布式控制。
And meanwhile utilize the fieldbus(PROFIBUS) technology to achieve distributed control.

现场总线为ProfiNet网络，连接现场的各个RFID子站。
The fieldbus is a Profinet network, connecting all RFID substations in the field.

InterBus-S是现场总线系统，覆盖各种应用领域。
InterBus-S is a fieldbus system that covers various application areas.

因此，IO-Link不是现场总线，而是传感器和执行器现有的，经过验证的连接技术的进一步发展。
So, IO-Link is no fieldbus but the further development of the existing, tried-and-tested connection technology for sensors and actuators.

新生代”产品能与国际上多种开放式先进现场总线连接，以满足低压配电与控制系统网络化需求。
New Generation" on a variety of products with international advanced open field bus connection, to meet the low-voltage power distribution and control system network needs.

而且，现场总线网络，在单次通信中可以传送多个参数，而4-20mA的连接，一次只能传送一个参数。
Moreover, several parameters can be communicated per device in a Fieldbus network whereas only one parameter can be transmitted on a 4-20 mA connection.

产品范围涵盖工业PC，I/O和现场总线组件，驱动技术和自动化软件。
The product range comprises the main areas Industrial PC, I/O and fieldbus components, drive technology and automation software.

交通信号控制机采用国际标准的工业现场总线，具备很强的环境适应能力；.
The use of international standards of industrial field bus, with strong environmental adaptability.

熟悉至少一种工业现场总线（包含但不限于）Modbus、Profibus、CANopen；.
Familiar with at least one industrial field bus(including but not limited to) Modbus, Profibus, CANopen;

紧凑的MVK金属现场总线模块的另一个优点是坚固的设计使它完美适用于最恶劣的工业环境。
A further advantage of the compact MVK Metal fieldbus module is that its robust design makes it perfectly suitable for the roughest industrial environments.

接口和现场总线功能（MODBUS，PROFIBUS，M-BUS）使通信到广泛的测量数据，并纳入能源管理系统。
The interface and field bus capabilities(Modbus) enable the communication of measurement data and incorporation into a comprehensive energy management system.

还需要能积极提供现场总线，利用协议的计算机网络，实现实时分布控制的全部优势。
Also need to be able to actively provide fieldbus, using the agreement of the computer network, real-time distribution control to achieve all the advantages.

建立在以太网基础上的网络为现场总线架构提供了诸多优势，包括未来潜在的收入来源。
The Ethernet-based network provides multiple advantages to a field bus architecture including the potential for future revenue sources.

这意味着EtherNet/IP不仅仅是现场总线网络，它还可以作为自动化网络使用，简化了网络体系结构。
This means that EtherNet/IP can be more than a fieldbus network; it can be the automation network as well, simplifying the network infrastructure.”.

因此，IO-Link不是现场总线，而是传感器和执行器现有的，经过验证的连接技术的进一步发展。
IO-Link is consequently not a fieldbus, but the evolutionary further development of the previous proven connection technology for sensors and actuators.

测试配置，操作条件和性能标准与现场总线接口的设备符合IEC61784-1.
Test configurations, operational conditions and performance criteria for devices with field bus interfaces according to IEC 61784-1.

这种接口能够实现从控制器直至最底层自动化系统的通信，并且能够与几乎任何现场总线系统连接。
The interface communicates from the controller down to the lowest automation level and can be connected with nearly any fieldbus system.

几十年来，诸如CAN（控制器区域网络）和PROFIBUS（过程现场总线）之类的确定性协议主导了工业网络。
For a couple of decades, deterministic protocols such as CAN(Controller Area Network) and PROFIBUS(Process Field Bus) dominated industrial networks.

然而，尽管增长率为6%(去年为4%)，未来几年现场总线设备的安装数量预计将稳步下降。
However, despite an increased growth rate at 6%(4 last year), the number of fieldbus installations expect to decline over the next few years.

一般把现场总线系统称为第五代控制系统，也称作FCS现场总线控制系统。
The fieldbus system is generally referred to as the fifth generation control system, also known as FCS, the fieldbus control system.

因此，这种接口为许多工厂网络奠定了基础，例如在Profibus和现场总线中充当物理层(PHY)。
Accordingly, it provides the foundation of many factory networks, serving as the physical layer(PHY) in Profibus and Fieldbus, for example.

基于该CEM技术，我们设计了集成的蒸汽输送系统，包括读数/控制和（可选）现场总线功能。
Based on this CEM-technology, we designed an integrated Vapor Delivery Module, incorporating Readout/Control and(optional) fieldbus functionality.

虽然工业以太网将不得不克服这些障碍，预计，很大程度上取代现场总线在许多应用在过去的10到15年。
While industrial Ethernet will have to overcome these hurdles, HIS expects it to replace fieldbus in many applications in the next 10 to 15 years.

然而，尽管增长率为6%(去年为4%)，未来几年现场总线设备的安装数量预计将稳步下降。
However, despite an increased growth rate at 6%(4% last year), the number of fieldbus installations are expected to decline steadily.

现场总线的使用将会显著减少，让位于以太网一致和统一的通信。
The use of field busses will decrease significantly to make way for consistent and unified communication via an Ethernet network.

最终用户正在从不同的机器制造商购买机器，并处理不同的控制平台和现场总线，以及相关的工业网络问题。
End users are buying machines from different machine manufacturers and therefore dealing with different controls platforms, different field buses, and related industrial networking issues.

现场总线仍然是市场上应用最广泛的网络类型，占48%的市场份额。
Fieldbuses are still the most widely used type of networks with 48% of the market.

由于I²C不是现场总线，因此不建议使用长导线。
Since I²C is not a fieldbus, long wire lengths are not recommended.