IS215ACLEH1A工控模块机器人备件
在所有这些目录号上，都标明了修订版本。对于某些CPU，目录号在末尾包含一个sing-tr，表示CPU的总体修订级别。例如，Installation and Hardware August Q ICCPUJ这告诉我们，有一个版本级别J。Lar CPU有两个版本tr，例如：ICCPUEK。第一个tr代表硬件版本级别，第二个代表固件版本级别。这些tr可以与固件版本交叉引用。包括CPU在内的产品的修订列表可在GE web si支持区域www.support中找到，该区域交叉引用了修订版的固件版本和相关功能。此外，如果您可以访问为特定CPU发布的IP的进展，则可以在GE InfoLink CDROM上找到所需的交叉引用。当然，您也可以联系分销商或GE寻求帮助。如果您的固件在过去进行过升级，升级套件中的sll标签应贴在下一个标识标签的侧面，标识当前固件版本级别。然而，这个标签可能已经被放弃了；因此，请确保您需要使用上述直接方法中所述的编程器从CPU读取信息。在带有EPROM固件的型号上，EPROM上也将显示固件版本。EPROM和EEPROM用户程序存储选项型号和早期版本的型号CPU具有用户PROM选项，用于在非易失性存储器中存储用户应用程序注册表数据和配置数据。应用程序通常在CPU的电池支持的RAM内存中开发，并从该RAM内存中执行。但是，如果需要额外的程序功能或无需电池的操作，则可将可选的EEPROM或EPROM安装在嵌入式CPU上标记为program PROM的备用插槽中，或安装在型号CPU内部的插槽中，以及型号CPU早期硬件版本ICCPUJ和固件版本内部。。Model CPU和早期版本的Model有一个跳线，标记为JP locad，位于EEPROM或EPROM插槽的旁边。这些跳线位置如下所示。跳线段EEPROM EPROM配对EPROM和EEPROM功能对于一次性应用，EEPROM是两者中更实用的。它可以自己制作，不需要任何额外的外部设备。EPROM并不是那么方便。必须使用EPROM刻录机在外部制作。因为如果您需要在大量相同的控件上复制程序的多个副本，EPROM比EEPROM便宜，所以使用EPROM可能是经济有效的，特别是如果您已经有了EPROM刻录机。Q apr CPU创建EPROM的程序。在PROM插槽中安装EEPROM，您将使用它开发应用程序。在RAM内存中开发和调试程序，然后将其写入EEPROM。从中取出EEPROM，并将其作为一个或多个EPROM安装在EPROM刻录机中。将空白EPROM安装在EPROM刻录机中，并将程序复制到空白EPROM的EEPROM上。将EPROM安装在PROM插槽中，然后将其连接复制到RAM内存中。EPROM然后用作板载备份RAM存储器。您的CPU可以配置为在CPU通电时将PROM设备中存储的应用程序自动加载到RAM内存中。有关详细信息，请参阅4月份无内存备份电池运行。警告：如果在CPU配置屏幕上将PROM配置为加电程序源，并且PROM插槽中不存在PROM设备，或者加电周期的插槽中存在空白PROM，则空白程序将复制到CPU的RAM内存中，RAM内存中的程序将丢失。在紧急情况下，始终保留当前程序的备份副本。以下选项卡中列出的EEPROM和EPROM设备可从GE.tab获得。EPROM和EEPROM目录号目录号描述GE零件号第三方供应商零件号ICACC数量C EEPROM ns A XICOR XCP XICOR XICOR XHCP ICACC数量Kx UV EPROM ns A NEC PDCAD Atmel ATCDC shiba TCAD Hitai HNCAG AMD AMCDC Inl TDCA闪存型号lar版本和CPU具有用于用户程序存储的闪存。不，型号CPU之前的固件版本会增加。
On all s this catalog number indicas the ’s revision vels. For some CPUs the catalog number contains a sing tr at the end indica the CPU’s overall revision vel. For examp Installation and Hardware August Q ICCPUJ This lls us that the has a revision vel J. Lar CPU s are produced with two revision trs su as: ICCPUEK The first tr stands for the hardware revision vel and the second for the firmware revision vel. These trs can be crossreferenced the firmware version. A revision hisry list for products including CPUs can be found in the GE web si support area www.support that crossreferences revision trs firmware versions and relad features. Also if you have access the progression of IPIs that were issued for the particular CPU these are ailab on the GE InfoLink CDROM you can find the desired crossreference. Of course you can also contact your distribur or GE for help. If your firmware has been upgraded in the past a sll label that es in the upgrade kit should be attaed the side of the next the identification label indica the current firmware revision vel. However the label could have been forgotn; so be sure you y want read the infortion from the CPU with a programmer as described in the Direct Method above. On models with EPROM firmware the firmware revision vel will also be prind on the EPROM. EPROM and EEPROM User Program Srage Options The Model and an earlier version of the Model CPUs have a User PROM option for sring user application programs regisr data and configuration data in nonvolati memory. Application programs are usually developed in a CPU’s batrybacked RAM memory and execud from this RAM memory. But if additiol program ingrity or operation of the without a batry is desired an optiol EEPROM or EPROM can be instald in a spare socket labed PROGRAM PROM on the embedded CPU s or in a socket inside the Model CPU and inside the early versions of Model CPU prior hardware version ICCPUJ and firmware rease .. The Model CPU and the early versions of Model has a jumper labed JP locad next the EEPROMEPROM socket allow you sect either EEPROM or EPROM. These jumper positions are shown below. Jumper Sects EEPROM EPROM paring EPROM and EEPROM Features For onetime applications an EEPROM is the more practical of the two. It can be cread in the itself and doesn’t require any additiol outside equipment. An EPROM is not as convenient crea. It must be cread outside the using an EPROM burner. Because an EPROM is ss expensive than an EEPROM if you need reproduce multip copies of a program use on a large number of identical controls it y be cost effective use EPROMs especially if you already have an EPROM burner. Q apr CPUs Procedure for Creating an EPROM . Install an EEPROM in the PROM socket of the you will use develop the application program. . Develop and debug the program in RAM memory then wri it the EEPROM. . Remove the EEPROM from the and install it in the EPROM burner as a sr ke one or more EPROMs. . Install the blank EPROM in the EPROM burner and copy the program on the EEPROM the blank EPROM. . Install the EPROM in the ’s PROM socket then copy its connts in RAM memory. The EPROM then serves as an onboard backup RAM memory. Your CPU can be configured load the application program sred in the PROM device autically in RAM memory when the CPU is poweredup. See Running Without a Memory Backup Batry in apr for details. Caution If PROM is configured on the CPU configuration screen as the powerup program source and a PROM device is not present in the PROM socket or a blank PROM is in the socket on a powerup cyc a blank program will be copied in the CPU’s RAM memory and the program in RAM memory will be lost. Always keep a backup copy of your current program fis in case of an emergency. EEPROM and EPROM devices lisd in the following tab are ailab from GE. Tab . EPROM and EEPROM Catalog Numbers Catalog Number Description GE Part Number Third Party Source Vendor Part Number ICACC Qty C EEPROM ns A XICOR XCP XICOR XCP XICOR XHCP ICACC Qty Kx UV EPROM ns A NEC PDCAD Atmel ATCDC shiba TCAD Hitai HNCAG AMD AMCDC Inl TDCA Flash Memory The Model lar versions and CPUs have Flash memory for user program srage. No that versions of the Model CPU prior firmware rease .
