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778782-02工作原理及应用型号简介用途NI

型号: 778782-02


PXI-4071汽轮机在开机过程中由于受热使其汽缸膨胀,如果膨胀不均匀就会使汽缸变斜或翘起,这种变形会使汽缸与基础之间产生巨大的应力,由此带来不对中现象,而这种现象,通常是因为滑销系统“卡涩”所引起的。                                                     778782-02工作原理及应用型号简介用途NI 778782-02工作原理及应用型号简介用途NI 778782-02工作原理及应用型号简介用途NI      778782-02工作原理及应用型号简介用途NI 778782-02工作原理及应用型号简介用途NI

 

Honeywell Power Supply 51198651-100 is the newer version of the popular legacy unit 51198947-100. Due to subtle differences, it is best not to mix these power supplies in the same chassis/cabinet. TDI part # 142511 Model SPS5785
Catalog Description: Power Supply Process Manager, HPM Power Supply
Alternate Part Numbers: 51198651100, 142511, SPS5785
Common Typographical Errors: noneThe Hydran M2 is a compact permanently mounted on-line transformer monitoring device that will alert personnel to developing fault conditions. It continuously monitors a composite value of various fault gases (in ppm) or a Hydrogen gas only value (depending on sensor purchased). In addition it tracks moisture in oil (reading in %RH and ppm).

With additional sensors added, the Hydran M2 can also compute transformer mathematical models based on IEEE® and IEC® standards to provide further information on the performance of the transformer.Hydran M2是一种紧凑的0安装在线变压器监测装置,可提醒人员出现故障情况。它连续监测各种故障气体的合成值(ppm)或仅氢气值(取决于购买的传感器)。此外,它还跟踪油中的水分(读数为%RH和ppm)。



添加了额外的传感器后,Hydran M2还可以根据IEEE®和IEC®标准计算变压器数学模型,以提供关于变压器性能的进一步信息。Real-time Hydrogen or composite fault gas monitoring system
Moisture in oil measurement
Ability to integrate additional sensors (load, oil temperature, …)
Option to process transformer mathematical models based on IEC/IEEE standardsEasy to install on a single valve.
No moving parts, no pumps and no extra piping required.
No field calibration required.
Local and remote alarms set at pre defined levels.Hydrogen sensor responds 100% to Hydrogen (general fault gas)
Composite gas sensor responds 100% to Hydrogen and is also sensitive to Carbon Dioxide (overheated paper insulation).
Choice of up to 4x input or output cards
Wide range of communication methods and protocols.
RS485 output is standard. TCP/IP copper or fibre is optional
     
Vacuum-resistant gas extraction membrane.
Built in temperature condition system.
Full system self test and self-diagnostics.
Logging of data and significant events up to a year.
User-friendly client/server graphical user interface software.
Applications

Medium to large sized transformers.
Lower risk and/or consequence of failure.
     
Transmission transformers.
Significant step up from manual oil sampling.实时氢气或复合故障气体监测系统

油中水分测量

能够集成附加传感器(负载、油温等)

基于IEC/IEEE标准处理变压器数学模型的选项易于安装在单个阀门上。

无需移动部件、泵和额外管道。

无需现场校准。

本地和远程警报设置在预先定义的水平。氢气传感器100%响应氢气(一般故障气体)

复合气体传感器对氢气100%响应,对二氧化碳(纸绝缘过热)也敏感。

0多可选择4个输入或输出卡

广泛的通信方法和协议。

RS485输出为标准输出。TCP/IP铜缆或光纤是可选的



耐真空气体抽取膜。

内置温度调节系统。

全系统自检和自诊断。

记录长达一年的数据和重大事件。

用户友好的客户端/服务器图形用户界面软件。

应用



中大型变压器。

降低故障风险和/或后果。



输电变压器。

手动油取样的显著提0。水流量分析仪CLS204温度控制器204-C10000BY
Watlow Anafaze CLS200操控器204-C10000BY
Watlow Anafaze CLS200操控器的特色:

多达16个加热和冷却回路的PID操控小化了每个回路的面板空间,减少了安装时间,并提0了可靠性:更少的零件意味着更少的毛病
自动调谐需求更少的调谐时间,并以更少的专业知识实现出色的操控
带有全文显现的菜单引导操作答应快速设置操控器并简化操作
八个作业被存储和调用,从一个进程快速转换到另一个进程
多输入和混合输入,接受热电偶、电阻温度传感器、线性直流电压和线性直流电流传感器的组合,并减少学习曲线和库存
传感器毛病检测缩短了对反向、短路和开路传感器、0/低进程和每个输入的偏差警报进行毛病诊断的时间,并根据需求与PLC和其他操控元件集成
34路数字输出,供给灵活的装备,并答应根据操控和报警需求使用输出
EIA/TIA-232和485通信,连接到软件以便于装备和操作,并答应与操控器和软件集成
PMC-5565PIORC 反射式内存节点卡提供0速、低延迟、确定性接口,允许在0达 170 Mbyte/s 的速率下在多达 256 个独立系统(节点)之间共享数据。每个反射内存板都可以配置 128 MB 或 256 MB 的板载 SDRAM。本地 SDRAM 提供对存储数据的快速读取访问时间。写入存储在本地 SDRAM 中,并通过0速光纤数据路径广播到其他反射存储器节点。节点之间的数据传输是软件透明的,因此不需要 I/O 开销。在峰值数据速率期间发送和接收 FIFO 缓冲数据,以优化主机和总线性能以保持0数据吞吐量。PMC-5565PIORC 符合 RoHS 标准,并具有改进的 PIO 读取性能和可在现场升级的固件。

动态数据包大小,4 到 64 字节数据
多模光纤0长300m,单模光纤0长10km
多达 256 个节点
写入一个节点内存的数据也会写入网络上所有节点的内存
0速、易于使用的光纤网络(串行 2.12 Gbaud)
传输速率 43 Mbyte/s(4 字节数据包)至 170 Mbyte/s(64 字节数据包)128 MB 或 256 MB SDRAM 反射内存
一个独立的DMA通道
网络上的任何节点都可以使用单个命令在网络上的任何其他节点或所有网络节点中生成中断
错误检测
用于额外错误抑制的冗余传输模式
无处理器开销
没有处理器参与网络的运行
必须与 PMC/PMI 载体 (Abaco P/N 2BARCCBD1) 结合使用,以替代 PCI-5565PIORC
 PCI Reflective Memory with PIO read performance
As a longstanding leader in Reflective Memory (RFM) technology, J-Squared understands the demands of real-time networks. We know that certain types of applications require the determinism, implementation simplicity, and lack of software overhead that ubiquitous technologies such as Ethernet can’t deliver.

Our PCI-5565PIORC Reflective Memory node card in PCI form factor is engineered specifically to provide highly deterministic, tightly timed performance for a variety of advanced networking applications that need to deterministically move large amounts of data fast and share that data in real time among similar or disparate network nodes.

J-Squared’s RFM products are designed to fit into your existing hardware and operating system environment, integrating diverse hardware platforms running different operating systems into a single, shared memory network.

The PCI-5565PIORC is well-suited for industrial control applications in which implementation simplicity, a lack of software overhead, and bus structure and operating system independence are key factors, such as:
Aircraft simulators
Automated testing systems
Ship and submarine simulators
Aluminum rolling mill
Power plant simulators
Engine test stands
Industrial process control
High-speed data acquisition
PLCs
Features
High speed, easy to use fiber-optic network (2.12 Gbaud serially)
Data written to memory in one node is also written to memory in all nodes on the network
Up to 256 nodes
Connection with multimode fiber up to 300 m, single mode fiber up to 10 km
Dynamic packet size, 4 to 64 bytes of data
Transfer rate 43 MB/s (4 byte packets) to 174 MB/s (64 byte packets)
64 MB or 128 MB SDRAM Reflective Memory
Two independent DMA channels
Any node on the network can generate an interrupt in any other node on the network or in all network nodes with a single command
Error detection
Redundant transfer mode for extra error suppression
No processor overhead
No processor involvement in the operation of the network
PCI 64-bit 66 MHz transfers, 3.3 or 5V, single width mezzanine interface
Please call for Windows Drivers (available Windows 7/XP/Vista/Server 2008/Server 2003, 32/64-bit for PCIE/PCI/PMC)具有PIO读取性能的PCI反射存储器

作为反射存储器(RFM)技术的长期0导者,J-Squared了解实时网络的需求。我们知道,某些类型的应用程序需要确定性、实现的简单性和软件开销的缺乏,这是以太网等普遍存在的技术无法提供的。



我们的PCI规格的PCI-5565PIORC反射式存储节点卡专门设计用于为各种0级网络应用程序提供0确定性、时间紧的性能,这些应用程序需要快速确定地移动大量数据,并在相似或不同的网络节点之间实时共享这些数据。



J-Squared的RFM产品旨在适应您现有的硬件和操作系统环境,将运行不同操作系统的各种硬件平台集成到一个单一的共享内存网络中。



PCI-5565PIORC非常适合于工业控制应用,在这些应用中,实现简单、缺乏软件开销、总线结构和操作系统独立性是关键因素,例如:

飞机模拟器

自动化测试系统

船舶和潜艇模拟器

铝材轧机

电厂模拟器

发动机试验台

工业过程控制

0速数据采集

可编程逻辑控制器

特征

0速、易于使用的光纤网络(2.12 Gbaud串行)

写入一个节点内存的数据也写入网络上所有节点的内存

0多256个节点

与多模光纤的连接0长300米,单模光纤0长10公里

动态数据包大小,4至64字节数据

传输速率43 MB/s(4字节数据包)到174 MB/s(64字节数据包

64 MB或128 MB SDRAM反射内存

两个独立的DMA信道

网络上的任何节点都可以通过一个命令在网络上的其他任何节点或所有网络节点中生成中断

错误检测

用于额外错误抑制的冗余传输模式

无处理器开销

处理器不参与网络操作

PCI 64位66 MHz传输,3.3或5V,单宽度夹层接口

请调用Windows驱动程序(适用于Windows 7/XP/Vista/Server 2008/Server 2003,适用于PCIE/PCI/PMC的32/64位)经济性与可用的建设时间系统

系统设计人员越来越需要在更短时间内构造出更强大、更复杂的系统。在这种情况下,硬件成本与软件和集成硬件/软件的成本相比微不足道,这点在单机系统与微系统中表现得更加明显。在时间与系统正常运行的低单位投资成为市场上的关键因素时,使用反射内存便会带来极大的利益。在这些要求苛刻的系统中,反射内存简单的读/写通信方式大大提0了产品上市时间,同时提0了网络上的数据通过量。反射内存价格PCI5565 PCI-5565  PMC5565 VMIC5565 反射内存 反射内存卡 GE反射内存 

  
GE反射内存代理 GE PCI5565 GE反射内存卡
PCI5565系列反射内存卡,PCI-5565PIORC光纤反射内存订购信息
PCI-5565PIORC-110000 128MB反射内存卡 PCI接口PCI-5565
PCI-5565PIORC-111000 单模光纤 PCI-5565PIORC
PCI-5565PIORC-210000 256MB反射内存卡  多模光纤 256M反射内存卡
PCI-5565PIORC-211000 256MB反射内存卡  单模光纤 PCI-5565PIO

PMC5565接口反射内存卡,光纤反射内存,超0速反射内存订购信息
PMC-5565PIORC-110000 128MB反射内存卡 多模光纤接口PMC5565
PMC-5565PIORC-111000 单模光纤反射内存PMC5565
PMC-5565PIORC-210000 256MB反射内存卡   多模光纤反射内存PMC-5565
PMC-5565PIORC-211000    单模光纤PMC5565PIORC

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DDK
NET- 801RM3-S
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SAN3-40
Seidel
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LEYBOLD
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I EPC-5 w/ EXM-
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I 853-001983-110
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810-800081-022
NMS
| CG6060/32-4TE
MotorolA
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WOODWARD
9907-167
2301 8273-
WOODWARD
1011
WOODWARD
A8251-758
WOODWARD
5464-414
WOODWARD
9907-164
WOODWARD
9907-165
WOODWARD
I 9907-149
WOODWARD
5501-470
WOODWARD
8446-1019
WOODWARD
TG-13 (8516-03
WOODWARD
5501-467
WOODWARD
| 5466-316
WOODWARD
9907-018
WOODWARD
9907-838
WOODWARD
I 5466-258
WOODWARD
5501-471
WOODWARD
| 8237-1006
I 8200-1300
TDI
| SPS5785
TDI
I SPS5710
DDK
NET- 801RM3-S
DDK
SAN3-40
Seidel
MV65WKS-CE3
LEYBOLD
SV40BI
RADISYS
EPC-16
RADISYS
I EPC-5 w/ EXM-
DEIF
| SCM-1
DEIF
PCM4.3
TRAFOTEK
CHK0520
PACIFIC
I SCE904AN-002
JeffersoN
511-0118-055,
HIMA
| F8627X
HIMA
I F8621A
HIMA
| F8652X
HIMA
F35
HIMA
F6217
HIMA
| F8652E
HIMA
F3 AIO 8/4 01
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' F8620/11
HIMA
| F8650E
HIMA
I F8651X
HIMA
| F3DI08/801
HIMA
XFAN1803
JohnsoN
| MS-NAE5510-3
HoloTraK
IS8500 232/422
HP
| E 1406
BERGHOF
RDC2
NI
SCX-1104C
NI
PX-7340
NI
SCX-1193
NI
PX-4071
NI
| 778782-02
Kawasakl
| 50999-2820
SIS
| PM01
SIS
| BI01
NAI
| 64SD1-08KRF1
ZIPPE
I MWS 10/A
QSI
QTERM-K65.
SAIA
PCD2. M127
PI
C-663.12
INSPIRED ENERGY
NL 2024HU22
AJAX
U-02-1743-05 M
JUMO
| KM-70/U
AJINEXTEK
AMW-MC12-DB
Y askawA
JZNC-XPP02B
YaskawA
JZNC-XIU01B
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|CP-317/218IF
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MFC2
ELAU
| PMC-2/11/05/00
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ELAU
ISH100/30025/0
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| MC 4/11/03/400
LAM
I 853-001983-110
. AM
810-800081-022
NMS
| CG6060/32-4TE
MotorolA
VME 172PA-652
MotorolA
| MVME 374-1
MotorolA
MVME162-223
MotorolA
| MVME5500-016
MotorolA
| MVME5100
MotorolA
MVME 162PA-34
MotorolA
| MVME -147A
MotorolA
MVME 162-012
MotorolA
MVME 162-512A
MotorolA
| MVME 172PA-6:
MotorolA
MVME 147-013
MotorolA
MVME162PA-34
MotorolA
MVME2100
MotorolA
| MVME5500
MotorolA
MVME 162-13
MotorolA
I MVME2301-900
MotorolA
I MVME 162-210
MotorolA
MVME162-522A
MotorolA
MVME 172-263/:
MotorolA
MVME 162-533A
MotorolA
| MVME172-533
PQV
Viconsys OY
PHILIPS
PR1613
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IOB-80
ASYST
SB-700
SST
SST-PFB3-VME
SST
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5136-DN-PC .
ATLAS
TC 4000-P-ES
OMRON
F350-CEOV2
OMRON
F350
OMRON
NE2A-SCPU01
MARPOSS
E9066
METSO
I0P114
STAHL
I ET-436-AT-R2-H
REXROTH
HCS02.1E-W00
REXROTH
HCS02.1E-W00
REXROTH
HCS02.1E-W0O
REXROTH
HCS02. 1E-WO(
REXROTH
HCS02.1E-W00
REXROTH
HCS02.1E-W00
REXROTH
HCS03.1E-W007
REXROTH _
HCS02.1E-W00
REXROTH
HCS02.1E-W00
REXROTH
HCS03. 1E-WO(
REXROTH
HCS03.1E-W01
REXROTH _
HCS03. 1E-W0^
REXROTH _
HCS03.1E-WO
REXROTH
HCS03.1E-W01
REXROTH .
HCS03.1E-W02
REXROTH
HCS03.1E-W02
REXROTH
' HCS03.1E -W03
REXROTH _
HCS03.1E-W03
REXROTH
HCS01.1E-W00
REXROTH
HCS01.1E W00
REXROTH
HCS01.1E-W00
REXROTH
HCS02.1E-W00
REXROTH
HCS02.1E-W00
REXROTH 
HCS02.1E-W00
REXROTH
HCS02.1E W00
REXROTH
HCS02.1E-W00
REXROTH
HCS02.1E-W00
REXROTH
HCS02.1E-WOC
REXROTH
HCS03.1E-W02
 


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