>>>>>型号:149986-01 16通道继电器控制模块 监测器通道
【功能描述】
监测器通道成对编程，每次最多能完成上述的两个功能。通道1和2能完成一个功能，而通道3和4能实现另外一个(或同一个)功能。但是，只有通道3和4能实现壳胀监测。
传感器灵敏度轴向位置:3.937 mV/mm(100 mV/mil)或7.874 mV/mm(200 mV/mil)
差胀:0.394 V/mm(10 mV/mil)或0.787 V/mm(20 mV/mil)
斜面式差胀:0.394 V/mm(10 mV/mil)或0.787 V/mm(20 mV/mil)或3.937 V/mm(100 mV/mil)或7.874 V/mm(200 mV/mil)
补偿输入式差胀:0.394 V/mm(10 mV/mil)或0.787 V/mm(20 mV/mil)或3.937 V/mm(100 mV/mil)
DC LVDT壳胀:0.05 V/mm(1.25 V/in)或0.08 V/mm(1.90 V/in)或0.10 V/mm(2.50 V/in)或0.18 V/mm(4.50 V/in)或0.20 V/mm(5.00 V/in)或0.22 V/mm(5.70 V/in)
AC LVDT壳胀:28.74 mV/V/mm(0.73 mV/V/mil)或15.35 mV/V/mm(0.39 mV/V/mil)或9.45 mV/V/mm(0.24 mV/V/mil)
差胀/轴向位置监测器3500/45-AXX-BXX选项描述
A:I/O模块
0 1位置I/O模块，带有内部端子(电涡流传感器,RPT,DC LVDT)
0 2位置I/O模块，带有外部端子(电涡流传感器,RPT,DC LVDT)
0 3分散式TMR位置I/O模块，带有外部端子(电涡流传感器或DC LVDT)
0 4母线连接TMR位置I/O模块，带外部端子(电涡流传感器)
0 5 AC LVDT位置I/O模块，带内部端子
0 6 AC LVDT位置I/O模块，带外部端子
0 7旋转电位计位置I/O模块，带内部端子
0 8旋转电位计位置I/O模块，带外部端子
B:批准机构选项
0 0无
0 1 CSA/NRTL/C
140072-04 3500/45差胀/轴向位置监测器
135137-01用于电涡流传感器、RPT或DC LVDT的带内部端子的位置I/O模块
135145-01用于电涡流传感器、RPT或DC LVDT的带外部端子的位置I/O模块
135145-01用于电涡流传感器、RPT或DC LVDT的带外部端子的TMR I/O模块
126632-01只用于电涡流传感器的母线式带外部端子的TMR I/O模块
139554-01 AC LVDT位置I/O模块，带内部端子
139567-01 AC LVDT位置I/O模块，带外部端子
139978-01旋转电位计位置I/O模块，带内部端子
139991-01旋转电位计位置I/O模块，带外部端子
bently nevada 3500/45-01-00(176449-04,135137-01)本特利差胀模块接受本特利电涡流传感器传来的信号。
>>>>>型号:149986-01 16通道继电器控制模块 监测器通道
【英文介绍】
Features:
3500 Interface between the monitoring system and System 1 mechanical management software
Combine 3500/20 RIM functionality with a communications processor
Works with M-series displays
The Bentley Nevada 3500/22M Series Transient Data Interface (TDI) is the mechanical management software for the interface between the 3500 monitoring system and the Bentley Nevada System 1. TDI combines the capabilities of 3500/20 rack interface modules with the data collection capabilities of communication processors such as TDXnet.
The TDI runs in a RIM slot in the 3500 rack with M-series monitors (3500/40m, 3500/42m, etc.) to continuously collect steady-state and transient waveform data and pass this data to the host software over an Ethernet link. Static data capture is standard with TDI, but using an optional channel-enabled disk also allows capturing dynamic or transient data. In addition to integrating communications processor capabilities in 3500 racks, the TDI improves on previous communications processors in several ways.
The TDI provides certain functions common to the entire rack. However, the TDI is not part of the critical monitoring path and has no impact on the normal operation of the entire monitoring system. Each rack requires one TDI or RIM. The TDI occupies only one slot in the rack and is always located in the Slo t 1 (next to the power supply).
For triple modular redundancy (TMR) applications, the 3500 system requires the TMR version of TDI. In addition to all standard TDI functions, TMR TDI also performs "monitor channel comparison." 3500 TMR configuration performs monitoring voting using the Settings specified in Monitoring options. In this way, TMR TDI continuously compares the output of three (3) redundant monitors. If TMR detects that the information in one of the monitors is no longer equivalent to the remaining two monitors (within the configured percentage), it flags the monitor as an error and puts the event in the system event list.
>>>>>型号:149986-01 16通道继电器控制模块 监测器通道
