型号:TRICONEX 3700
精度:FSR 的 < .15%,从 0° 到 60°C
颜色: 黄色
共模范围:-12V至+12V峰值
共模抑制:-80 dB (DC-100Hz),典型值
电流范围:0-20 mA,250 分流器
输入超量程保护:150 VDC/115 VAC 连续
输入电阻:(负载)30 M?(DC)、最小值
输入更新速率:55 ms
孤立点:否
腿对腿隔离:200 K?,典型值
模块状态:通过、故障、活动
输入点数量:32,差分,直流耦合
断电电阻:30 K(DC),典型值
分辨率:12 位
类型:TMR,AI
电压:0-5V,+ 6%(仅3700A)
型号:TRICONEX 3700
精度:FSR 的 < .15%,从 0° 到 60°C
颜色: 黄色
共模范围:-12V至+12V峰值
共模抑制:-80 dB (DC-100Hz),典型值
电流范围:0-20 mA,250 分流器
输入超量程保护:150 VDC/115 VAC 连续
输入电阻:(负载)30 M?(DC)、最小值
输入更新速率:55 ms
孤立点:否
腿对腿隔离:200 K?,典型值
模块状态:通过、故障、活动
输入点数量:32,差分,直流耦合
断电电阻:30 K(DC),典型值
分辨率:12 位
类型:TMR,AI
电压:0-5V,+ 6%(仅3700A)
特征
TRICONEX 3700每个模拟模拟输入 (AI) 模块包括模拟输入模块需要分离速率外部终端面板 (ETP)模拟输入模块支持热底板。每个模块都经过机械键控,以便正确安装在
可以正常运行,多达channel 激活 Fault 指示器机箱报警信号。模块的
每次扫描的正确数据。任何诊断失败故障指示灯仅报告一个通道故障,nota 模块故障 - 模块
输入通道接收可变电压输入模块维持完整,模块按需提供。在 TMR 模式下,然后使用中间值选择算法选择一个值,以确保对每个通道进行持续诊断。
以阻止更换有故障的模块。每个输入点的感应为来自每个点的信号,转换它们一个通道上的单个故障来自备用功能,允许在线模块,进而激活三个独立的输入通道。每到数字值,并传输Tricon 机箱。两个有故障的通道。值到三个主处理器带有连接到 Tricon 的电缆接口
Model: TRICONEX 3700
Accuracy: <.15% of FSR, from 0° to 60°C
Color: Yellow
Common model range: -12V to +12V peak
Common mode rejection: -80 dB (DC-100Hz), typical value
Current range: 0-20 mA, 250 shunt
Input overrange protection: 150 VDC/115 VAC continuous
Input resistance: (load) 30 M? (DC), the minimum value
Input update rate: 55 ms
Isolated point: No
Leg to leg isolation: 200 K? Typical value
Module status: Pass, Fault, Active
Number of input points: 32, differential, DC coupling
Power off resistance: 30 K (DC), typical value
Resolution: 12 bits
Type: TMR, AI
Voltage: 0-5V, + 6% (3700A only)
trait
Each TRICONEX 3700 analog analog input (AI) module includes analog input modules requiring separation rate External Terminal Panel (ETP) analog input modules supporting hot backboards. Each module is mechanically keyed for proper installation in
Can operate normally up to channel active Fault indicator chassis alarm signal. modular
Correct data for each scan. Any diagnostic failure fault indicator reports only one channel failure, nota module failure - module
Input channels receive variable voltage input modules remain intact and modules are available on demand. In TMR mode, a value is then selected using an intermediate value selection algorithm to ensure continuous diagnosis for each channel.
To prevent the replacement of faulty modules. Each input point is sensed as a signal from each point, converting them to a single fault on one channel from the standby function, allowing online modules, which in turn activate three independent input channels. Each digital value is transferred to the Tricon chassis. Two faulty channels. Values to three main processors with cable interfaces connected to Tricon
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