DSTC190 57520001-ER/1控制器
开/关可以启用或禁用
•地址？如果启用了，地址必须设置在000-125范围内。•测量范围？如果启用，测量范围和负载分配可以分别为Roll1和Roll2设置。阅读PFEA113用户手册第3.13.2节测量值的缩放值可通过两种方式缩放：•默认缩放–缩放仅取决于称重传感器标称负载。•用户定义的缩放–用户可以设置值的缩放。SetFactory Default AreYouSure ActionDone（显示1秒）MeasuringRange SegmentedRoll（仅当打开时显示）LoadDivision XXX。XXX N测量范围XXX。XXX N测量范围[XXX.XXX]N其他菜单开/关[ZZ]打开/关ZZ 2.缩放：在带有张力电子设备PFEA113的SystemDefinition卷筒纸张力系统中选择的分段辊，比例，补充第2节测量值的缩放3BSE041811R0001 1-3 2.1默认缩放这与以前的软件版本中的功能类似，SW 1.0-1.7.称重传感器组合，LoadCellComb：一个或两个辊对于称重传感器组合一个或二个辊，默认缩放功能与先前软件版本SW 1.0-1.7中的功能相似。主要变化是差异信号。在SW 1.0-1.7中，差分信号具有单独的缩放。在SW1.8中，每个测量对象的所有信号具有相同的缩放比例。对于差异信号，当用SW1.8单元更换旧单元时，必须在主控器中调整负载比例。称重传感器组合，LoadCellComb：分段滚动对于SW1.8，默认缩放功能与SW 1.0-1.7中的9至12个称重传感器功能（连接到模拟输出）类似，但差异信号除外。对于3-8个称重传感器，当用SW1.8单元更换旧单元时，必须在主控器中调整称重比例。1 kN称重传感器（SW1.8）示例：对于1 kN的称重传感器，以及连接到AO 1的AI1+A+B（AI1+2称重传感器），最低有效位的值为：0.001×12×1000=12 N测量范围：60 000 N连接到模拟输出通道的称重传感器数量最低有效位值，载荷分配（分辨率）（Fnom=称重传感器标称载荷）SW 1.0-1.7 SW1.8一个或两个辊•1或2个称重传感器0.001×2×Fnom 0.001×1×Fnon•差值信号0.001×Fnom 0.001 x 2×Fnom分段辊•3个称重传感器.001×3×Fnom0.001×12×Fnom-4个称重传感器0001×4×Fnom.0.001×12xFnom•5至8个称重传感器（1至4个称重元件+AI1）0.001×8×Fnom 0.001×12×Fnom•9至12个称重传感器（1至4个称重传感器+AI1+AI2）0.001×12xFnom.001×12x12×Fnom•差信号0.001×Fnom-0.001×，补充第1章标度测量值1-4 3BSE041811R0001 2.2用户定义标度测量范围和负载分配可根据用户需求进行调整。
测量范围
测试范围（正常运行期间估计的卷筒纸张力）是用户输入的参数。用户更改测量范围值后，更改称重传感器标称负载不会影响缩放。最低有效位的值定义为负载划分。负载分配负载分配是将在上使用的分辨率。负载分配值由PFEA113计算，并取决于设置的测量范围。测量范围被划分为2001-5000范围内的有限数量的划分。负载划分值=一个划分，仅包含一个有效数字（1、2或5）。最多可处理-32768至+32767（216）个分区。示例1：a.测量范围（由用户设置）=15 500 N（正常操作期间的估计卷筒纸张力）b.通过PFEA113计算的负载分配=5 N（上最低有效位的值）c.测试范围/负载分配=15500/5=3100（测量范围分为3100个部分）示例2：如果示例1中的负载分配5 N不够，可以调整负载分配。这可以通过将杂项菜单中的MeasuringRange设置（减小）为一个提供足够负载分割（分辨率）的值来实现。a、 测量范围=9000 N（新的，测量范围的较低设置）b.通过PFEA113计算的新负载分配=2 N（最低有效位的新值）通过PFEA114中的设置9000 N，测量范围0–15500 N（分为7750个部分）仍可使用，现在负载分配（分辨率）为2 N。通常，在正常操作期间不需要将测量范围设置为低于估计的幅材张力的1/3。对于给定负载分配，可通过传输的最大值为：–max
On/Off can be enabled or disabled
• Address? If enabled, the address must be set in the range 000-125. • Measuring range? If enabled, the measurement range and load distribution can be set for Roll1 and Roll2 respectively. Read PFEA113 User Manual Section 3.13.2 The scaling value of the measured value can be scaled in two ways: • Default scaling – scaling only depends on the nominal load of the load cell. • User Defined Scaling – The user can set the scaling of the value. SetFactory Default AreYouSure ActionDone (displayed for 1 second) MeasuringRange SegmentedRoll (displayed only when open) LoadDivision XXX. XXX N Measurement range XXX. XXX N Measurement range [XXX. XXX] N Other menus On/Off [ZZ] On/Off ZZ 2. Zoom: section roll selected in the SystemDefinition web tension system with tension electronic device PFEA113, scale, supplement the scaling of measured values in Section 2 3BSE041811R0001 1-3 2.1 Default scaling This is similar to the function in previous software versions, SW 1.0-1.7. Load cell combination, LoadCellComb: One or two rolls For a load cell to combine one or two rolls, the default zoom function is similar to that in previous software versions SW 1.0-1.7. The main change is the differential signal. In SW 1.0-1.7, the differential signal has a separate scaling. In SW1.8, all signals of each measuring object have the same scaling. For differential signals, when replacing the old unit with a SW1.8 unit, the load proportion must be adjusted in the main controller. Load cell combination, LoadCellComb: segmented scrolling For SW1.8, the default zoom function is similar to the 9 to 12 load cells function (connected to analog output) in SW 1.0-1.7, except for differential signals. For 3-8 load cells, when replacing the old unit with SW1.8 unit, the weighing proportion must be adjusted in the master controller. Example of 1 kN load cell (SW1.8): For a 1 kN load cell and AI1+A+B (AI1+2 load cells) connected to AO 1, the LSB value is 0.001 × twelve × 1000=12 N Measurement range: 60 000 N LSB value of the number of load cells connected to the analog output channel, load distribution (resolution) (Fnom=nominal load of load cells) SW 1.0-1.7 SW1.8 One or two rolls • 1 or 2 load cells 0.001 × two × Fnom 0.001 × one × Fnon • difference signal 0.001 × Fnom 0.001 x 2 × Fnom section roll • 3 load cells. 001 × three × Fnom0.001 × twelve × Fnom-4 load cells 0001 × four × Fnom.0.001 × 12xFnom • 5 to 8 load cells (1 to 4 load cells+AI1) 0.001 × eight × Fnom 0.001 × twelve × Fnom • 9 to 12 load cells (1 to 4 load cells+AI1+AI2) 0.001 × 12xFnom.001 × 12x12 × Fnom • difference signal 0.001 × Fnom-0.001 ×， Supplement Chapter 1 Scale Measurement Values 1-4 3BSE041811R0001 2.2 User defined scale measurement range and load distribution can be adjusted according to user requirements.
measuring range
The test range (estimated web tension during normal operation) is a parameter entered by the user. After the user changes the measurement range value, changing the nominal load of the load cell will not affect scaling. The value of the least significant bit is defined as the load partition. Load distribution Load distribution is the resolution that will be used on. The load distribution value is calculated by PFEA113 and depends on the set measurement range. The measurement range is divided into a limited number of divisions in the range 2001-5000. Load partition value=a partition containing only one significant number (1, 2 or 5). Up to - 32768 to+32767 (216) partitions can be processed. Example 1: a Measuring range (set by the user)=15 500 N (estimated web tension during normal operation) b Load distribution calculated by PFEA113=5 N (value of upper least significant bit) c Test range/load distribution=15500/5=3100 (the measurement range is divided into 3100 parts) Example 2: If the load distribution 5N in Example 1 is not enough, you can adjust the load distribution. This can be achieved by setting (decreasing) the MeasuringRange in the Miscellaneous menu to a value that provides sufficient load division (resolution). a. Measuring range=9000 N (new, lower setting of measuring range) b The new load distribution calculated by PFEA113=2N (the new value of the least significant bit). With the setting of 9000N in PFEA114, the measurement range 0 – 15500N (divided into 7750 parts) can still be used. Now the load distribution (resolution) is 2N. Generally, it is not necessary to set the measuring range below 1/3 of the estimated web tension during normal operation. For a given load distribution, the maximum value that can be transmitted is: – max
