IS200GGXIG1AFE工控备件机器人模块
3511前面板PULSE INPUT 3510 PASS FAULT ACTIVE 1 2 3 4 5 6 7 8浅紫色条纹脉冲输入3511 PASS FAUTE ACTIVE 1 3 4 5 7 8浅紫条纹脉冲输入模块127 Tricon v9–v10系统规划和安装指南3510规格本表列出了3510型（脉冲输入模块）的规格。尽管模块的输入频率范围为20至20000赫兹，但低于20赫兹和高于20000赫兹的操作是可能的。有关预期精度和输入灵敏度，请联系IPS全球客户支持（GCS）中心。小心•快速或连续改变输入可能会导致读数错误，因为三个通道的测量值实际上可能相差满量程的0.5%以上，这有时会导致故障被宣布为错误。•如果输入读数至少相差满量程的0.5%，并持续至少10个输入样本，则故障概率增加。表47 3510脉冲输入规格特征规格颜色代码浅紫色输入信号数量8，非通用输入频率范围20 Hz至20000 Hz准确度：@1000 Hz至20000赫兹±0.01%准确度：@100 Hz至999赫兹±0.1%准确度：@20 Hz至99赫兹±1.0%输入诊断故障覆盖率最小输入变化输入变化采样周期最小误比较周期为满量程1次扫描的0.5%或210毫秒，以较大者为准10个样本状态指示器：每点输入活动1个状态指示器：模块状态通过、故障、活动逻辑功率<20瓦输入特性（AC耦合、平衡差分）更新率50 ms，典型负载阻抗>8 kΩ，20K典型共模范围-100V至+100V峰间正常模式范围2.0V至200V峰间，低于20 Hz 1.5 V至200 V峰峰值，20 Hz至15000 Hz 2.0 V至200伏峰峰值，高于15000 Hz超范围保护±150 VDC连续滞后150毫伏，典型128第2章Tricon v9–v10系统3511规范系统组件规划和安装指南本表列出了3511型（脉冲输入模块）的规范。尽管模块的输入频率范围为20至20000赫兹，但低于20赫兹和高于20000赫兹的操作是可能的。有关预期精度和输入灵敏度，请联系IPS全球客户支持（GCS）中心。小心•快速或连续改变输入可能会导致读数错误，因为三个通道的测量值实际上可能相差满量程的0.5%以上，这有时会导致故障被宣布为错误。•如果输入读数至少相差满量程的0.5%，并持续至少10个输入样本，则故障概率增加。表48 3511脉冲输入规格特征规格颜色代码浅紫色输入信号数量8，非通用输入频率范围20 Hz至20000 Hz精度：@1000 Hz至20000赫兹±0.01%精度：@100 Hz至999赫兹±0.1%精度：@20 Hz至99赫兹±1.0%输入诊断故障覆盖率最小输入变化为满量程输入变化采样周期1扫描或210毫秒的0.5%，以较大者为准最短误比较时间10个样本状态指示器：每点输入活动1个状态指示器：模块状态通过、故障、活动逻辑功率<20瓦输入特性（交流耦合、平衡差分）更新率25 ms，典型负载阻抗>8 kΩ，20K典型共模范围-100V至+100V峰峰值正常模式范围1.5V至200V峰峰值过范围保护±150 VDC连续滞后150毫伏，典型灵敏度典型：0.5V峰峰值，正弦波最坏情况：1.5V峰峰值，正弦波脉冲累加器输入模块129 Tricon v9–v10系统的规划和安装指南脉冲累加仪输入模块本节介绍了可用于Tricon v10–v10的脉冲累加机输入模块。有关重要的操作限制，请参阅第193页的脉冲输入累加器安装和操作。3515型脉冲累加器输入（PTI）模块包括32个单独的31位计数器，每个计数器独立运行。计数器与有源流量传感器或每单位传感器一起使用，以测量传输到主处理器的数量（计数）。在控制程序指定的时间，主处理器可以清除单个计数器或所有计数器。通常，PTI模块用于批处理过程。为避免计数器溢出，控制程序应在每个批次开始前清除每个计数器。PTI模块有三个隔离的输入通道。
3511 Front Panels PULSE INPUT 3510 PASS FAULT ACTIVE 1 2 3 4 5 6 7 8 Light Purple Stripe PULSE INPUT 3511 PASS FAULT ACTIVE 1 2 3 4 5 6 7 8 Light Purple Stripe Pulse Input Modules 127 Planning and Installation Guide for Tricon v9–v10 Systems 3510 Specifications This table lists the specifications for model 3510, which is a Pulse Input Module. Although the input frequency range for the module is 20 to 20,000 hertz, operation below 20 hertz and above 20,000 hertz is possible. For expected accuracy and input sensitivity, contact the IPS Global Client Support (GCS) center. CAUTION • Rapidly or continuously changing inputs may cause mis-compare readings because the measured values of the three channels may in fact be different by more than 0.5 percent of full scale, which can sometimes cause a fault to be declared in error. • If the input readings differ by a minimum of 0.5 percent of full scale and continue for a minimum period of 10 input samples, the probability of a fault increases. Table 47 3510 Pulse Input Specifications Feature Specification Color code Light purple Number of input signals 8, non-commoned Input frequency range 20 Hz to 20,000 Hz Accuracy: @ 1,000 Hz to 20,000 Hz ±0.01% Accuracy: @ 100 Hz to 999 Hz ±0.1% Accuracy: @ 20 Hz to 99 Hz ±1.0% Input diagnostic fault coverage Minimum input change Input change sample period Minimum period of mis-compares 0.5% of full scale 1 scan or 210 ms, whichever is greater 10 samples Status indicator: Input activity 1 per point Status indicator: Module status Pass, Fault, Active Logic power < 20 watts Input characteristics (AC-coupled, balanced differential) Update rate 50 ms, typical Load impedance > 8 kΩ, 20K typical Common mode range -100V to +100V peak-to-peak Normal mode range 2.0 V to 200 V peak-to-peak, below 20 Hz 1.5 V to 200 V peak-to-peak, 20 Hz to 15000 Hz 2.0 V to 200 V peak-to-peak, above 15000 Hz Over-range protection ±150 VDC continuous Hysteresis 150 millivolts, typical 128 Chapter 2 System Components Planning and Installation Guide for Tricon v9–v10 Systems 3511 Specifications This table lists the specifications for model 3511, which is a Pulse Input Module. Although the input frequency range for the module is 20 to 20,000 hertz, operation below 20 hertz and above 20,000 hertz is possible. For expected accuracy and input sensitivity, contact the IPS Global Client Support (GCS) center. CAUTION • Rapidly or continuously changing inputs may cause mis-compare readings because the measured values of the three channels may in fact be different by more than 0.5 percent of full scale, which can sometimes cause a fault to be declared in error. • If the input readings differ by a minimum of 0.5 percent of full scale and continue for a minimum period of 10 input samples, the probability of a fault increases. Table 48 3511 Pulse Input Specifications Feature Specification Color code Light purple Number of input signals 8, non-commoned Input frequency range 20 Hz to 20,000 Hz Accuracy:@ 1,000 Hz to 20,000 Hz ±0.01% Accuracy:@ 100 Hz to 999 Hz ±0.1% Accuracy:@ 20 Hz to 99 Hz ±1.0% Input diagnostic fault coverage Minimum input change 0.5% of full scale Input change sample period 1 scan or 210 ms, whichever is greater Minimum period of mis-compares 10 samples Status indicator: Input activity 1 per point Status indicator: Module status Pass, Fault, Active Logic power < 20 watts Input characteristics (AC-coupled, balanced differential) Update rate 25 ms, typical Load impedance > 8 kΩ, 20K typical Common mode range -100V to +100V peak-to-peak Normal mode range 1.5V to 200V peak-to-peak Over-range protection ±150 VDC continuous Hysteresis 150 millivolts, typical Sensitivity Typical: 0.5V peak-to-peak, sine wave Worst case: 1.5V peak-to-peak, sine wave Pulse Totalizer Input Module 129 Planning and Installation Guide for Tricon v9–v10 Systems Pulse Totalizer Input Module This section describes the Pulse Totalizer Input Module available for use with Tricon v9–v10 systems. For important operational restrictions, see Pulse Input Totalizer Installation and Operation on page 193. The model 3515 Pulse Totalizer Input (PTI) Module includes 32 individual 31-bit counters that each operate independently. The counters are used with active-flow sensors or per-unit sensors to measure a quantity (count) which is transmitted to the Main Processors. At the time specified by the control program, the Main Processors can clear a single counter or all counters. Typically, the PTI module is used for batch processes. To avoid counter overflow, the control program should clear each counter before the start of each batch. The PTI module has three isolated input channels.
