东芝232维修手册

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东芝复印机维修手册簿

东芝复印机维修手册簿

东芝复印机维修代码大全同时按0和1键打开电源面板指示灯全部点亮,按清除/停止键解除同时按0和2键打开电源机器进入老化方式,显示AG,同时按09键解除同时按0 3或04键打开电源机器进入输入/输出检查方式,显示CH,输入不同的代码可以启动不同的部件,例如03-33暴光灯检查同时按0和6键打开电源强制启动《定影器不加热》同时按0和7键打开电源自动进稿器老化方式,显示AG,按09退出按03/04键同时打开电源,进入输入/输出检查状态显示CH,退出同时按09键1主电机ON 11 OFF2供纸辊离合器ON 12 OFF3定位辊离合器ON 13 OFF6调色剂电机ON 16 OFF7冷却风扇ON 17 OFF10 总计数器按P键20扫描电机按P键移动50% 再按P键200%21 镜头电机按P键移动50%在按P键200%22 反光镜电机按P键移动50%再按P键200%31转印输出按P键ON再按P键OFF32 分离输出按P键ON再按P键OFF33嚗光灯输出按P键ON再按P键OFF34 预转印偏压按P键ON再按P键OFF40 上纸盒电机按P键ON再按P键OFF41 上纸盒供纸离合器按P键ON再按P键OFF43 下纸盒电机按P键ON再按P键OFF44 下纸盒供纸离合器按P键ON再按P键OFF以上是检测代码,一般只使用03/04 05 08,老化方式机器空运转。

1、更换载体同时按05, 打开电源开关, 面板显示AJ, 键入调整模式N按复印允镜鼻爸担?自动)调整,键入修改值,按插入键将修改值存入内存,按3+4 复印--0 TD传感器自动调整--键入0,按复印键鼓和显影器工作大约2分钟面板显示数开始自动改变短时间后显示数停止改变。

--显示值=24(2.4±0.5v), 按插入键存入内存,按09退出---------------- ----------------退出自诊断05 模式: 键入"09"----------清除保养信号------同时按08, 打开电源开关, 面板显示AD, 键入调整模式N按复印键显示当前值,进行(自动)调整,键入修改值,按插入键将修改值存入内存,按3+4 复印----69--PM(保养周期)间隔设定--范围: 0~999,999 缺省值=0---------- 79--当前PM计数显示----范围: 0~999,999 缺省值=0----当79显示的数值达到69设定的数值时保养信号出现,重新设定保养周期可消除保养信号----------------退出自诊断08 设定模式: 键入"09"关于此项的补充0+5开机东芝复印机部分调整代码1 手动曝光调整100% 范围0~255 标准1282 手动曝光调整154% 范围0~255 标准1283 手动曝光调整50% 范围0~255 标准1284 手动曝光调整200% 范围0~255 标准1285 自动曝光调整100% 范围0~255 标准1286 自动曝光调整154% 范围0~255 标准1287 自动曝光调整50% 范围0~255 标准1288 自动曝光调整200% 范围0~255 标准12814 图像曝光调整100% 范围0~255 标准12815 图像曝光调整154% 范围0~255 标准12816 图像曝光调整50% 范围0~255 标准12817 图像曝光调整200% 范围0~255 标准12838 栅偏压输出范围0~255 标准12839 转印电压调整范围0~255 标准12840 分离偏压调整范围0~255 标准12842 栅偏压调整范围0~255 标准128* 49 自动曝光自动调整* 0 自动墨粉调整设置成24* 90 自动墨粉调整范围0~255 标准128 (表示自动墨粉传感器的调整量)0+8开机* 69 PM计数器设置方式0-999,999 初始值0 0:PM计数器无效否则PM请求79 当前PM计数器值0-999,999东芝复印机曝光量调整代码按0、5开机1--手动100%曝光量调整----范围: 0~255, 缺省值=128--------2--手动154%曝光量调整----范围: 0~255, 缺省值=128--------3--手动50%曝光量调整----范围: 0~255, 缺省值=128--------4--手动200%曝光量调整----范围: 0~255, 缺省值=128--------5--自动100%曝光量调整----范围: 0~255, 缺省值=128--------6--自动154%曝光量调整----范围: 0~255, 缺省值=128--------7--自动50%曝光量调整----范围: 0~255, 缺省值=128--------8--自动200%曝光量调整----范围: 0~255, 缺省值=128--------------------9--曝光量上限调整----范围: 0~255, 缺省值=255--------10--曝光量下限调整----范围: 0~255, 缺省值=0--------14--照片100%曝光量调整----范围: 0~255, 缺省值=128--------15--照片154%曝光量调整--范围: 0~255, 缺省值=128--------16--照片50%曝光量调整--范围: 0~255, 缺省值=128--------17--照片200%曝光量调整----范围: 0~255, 缺省值=128----C1--主电机锁住------------------------C21--光学系统没能完成初始化,光学系统锁住------------------------ C26--曝光灯烧坏------------------------C32--开箱(UA)TD传感器自动调整失败------------------------C41--电源接通时,定影热敏电阻异常或者定影灯开路------------------------C43--在预热期间,或者在预热完成后定影热敏电阻异常------------------------C44--在预热期间,或者在预热完成后定影灯开路------------------------C54--分页器-和主CPU通信错误------------------------C55--自动进稿器ADF-和主CPU通信错误------------------------C71--ADF主电机锁住------------------------C72--由定位传感器检测出的不良调整------------------------C73--EEPROM初始化不良------------------------C81--分页器输纸电机异常------------------------C82--分页器斗移位电机异常------------------------C83--分页器上限错误------------------------C84--分页器下限错误------------------------C85--分页器原位传感器错误------------------------C86--分页器移位传感器错误------------------------C94--在(CH,AJ)模式时,光学系统没能完成初始化,光学系统锁住--------------------E1--机内卡纸------E2--定影附近卡纸------E3--电源ON时有纸保留在复印机内------E4--复印期间前门盖被打开------E5--对位辊附近卡纸------E14--下纸盒进纸卡纸------E71--ADF原稿进稿部分卡纸------E72--ADF原稿传输部分卡纸------E73--ADF原稿排出部分卡纸------E75--ADF 2合1(第2张在原稿传输部分)卡纸------E81--分页器输纸部分复印纸到达时间超过卡纸,纸未到达传感器------E82--分页器输纸部分复印纸等待时间超过卡纸,纸停在传感器------1568的误码表“清除卡纸”或“检修请求”符号一闪一闪时,同时按下:“CLEAR/STOP”和“8”键,会显示以下错误码:1.复印机纸路卡纸错误代码内容备考E01复印机机体内卡纸包括旁送卡纸(旁送LED亮)E02定影器附近卡纸E03打开电源时机内卡纸E05未到达定位开关卡纸在PFU供纸通过传输辊之后还是由PPC供纸之后?2.在供纸部分卡纸错误代码内容备考E14下纸盒卡纸(PFU)纸未到达传输辊3.在ADF传输路径中卡纸错误代码内容备考E71在ADF原稿供纸部分卡纸E72在ADF原稿传输部分卡纸E73在ADF原稿排纸部分卡纸E752合1(第2张原稿在供纸部分卡纸)4。

东芝2051-2551维修手册Weiss故障排除手册

东芝2051-2551维修手册Weiss故障排除手册
© 2012 东芝泰格有限公司版权所有 根据版权法,在没有得到东芝泰格的书面许可的情况下严禁以任何形式复制本手册。 Nhomakorabea前言
感谢您购买东芝多功能彩色数码复印机。本手册描述如何解决使用设备时发生的问题。请把本手册放在触手可及的地方, 并用它来配置一个能最佳使用 e-STUDIO 功能的环境。 公司拥有手册的最终解释权。手册中的不当之处在所难免,敬请谅解。手册中的相关图片请以实际安装后的图片为准。
前言 1
2 前言
目录
第一章
第二章 第三章
前言 ............................................................................................................................................ 1
指出操作设备时您应注意的信息。
此外,本手册也使用以下标记,描述了便于操作本设备的有用信息:
ᦤ冫
描述了有利于设备操作的便捷信息。 表示页面所描述的内容与您当前所做的有关。根据需要,参见这些页面。
选购件
关于可用的选购件,请参阅随机的 《快速开始手册》中的 “选购件”。
屏幕
y 根据设备的使用环境,例如:选购件的安装状态,本手册中的屏幕可能会与实际情况不同。 y 本手册中的屏幕以使用 A/B 型纸张为例。如果使用 LT 型纸张时,则按键的显示或顺序可能会与您的设备不同。
清除卡纸 ................................................................................................................................... 14 确定卡纸位置 ....................................................................................................................... 14 清除卡纸 .............................................................................................................................. 15 自动双面输稿器(下部)中的卡纸 ........................................................................................ 16 自动双面输稿器(上部)中的卡纸 ........................................................................................ 17 纸盒供纸区域中的卡纸 ........................................................................................................ 18 大容量供纸器中的卡纸 ........................................................................................................ 19 供纸工作台中的卡纸 ............................................................................................................ 19 第一纸盒中的卡纸................................................................................................................ 20 第二到第四纸盒中的卡纸 ..................................................................................................... 20 大容量供纸器纸盒中的卡纸 ................................................................................................. 21 旁路供纸托盘中的卡纸 ........................................................................................................ 22 自动双面单元中的卡纸 ........................................................................................................ 23 纸张输送通路中的卡纸 ........................................................................................................ 24 定影单元中的卡纸................................................................................................................ 25 作业分类托盘和交错分页托盘中的卡纸 ............................................................................... 27 中继桥单元中的卡纸 ............................................................................................................ 28 内置式整理器和打孔单元中的卡纸....................................................................................... 28 脊缝式装订整理器和打孔单元中的卡纸 ............................................................................... 31 脊缝式装订整理器的脊缝式装订单元中的卡纸..................................................................... 33 清除由错误的纸张尺寸设置引起的卡纸 ............................................................................... 34

最新东芝空调故障代码及维修手册汇总

最新东芝空调故障代码及维修手册汇总

2013东芝空调故障代码及维修手册一.分体壁挂变频式空调器1、EDX系列分体机〇(亮)☆(闪)×(灭)仅供学习与交流,如有侵权请联系网站删除谢谢1仅供学习与交流,如有侵权请联系网站删除谢谢22、EV系列分体机仅供学习与交流,如有侵权请联系网站删除谢谢3仅供学习与交流,如有侵权请联系网站删除谢谢4二.分体落地变频式空调器1、ER系列变频柜机仅供学习与交流,如有侵权请联系网站删除谢谢5仅供学习与交流,如有侵权请联系网站删除谢谢6仅供学习与交流,如有侵权请联系网站删除谢谢7附录:故障具体检修方法一、电流保护1、将主板电流互感器中的线体抽出,观察是否还出现故障;若还出现故障,则为主板故障;2、检查性能系统是否脏堵,压缩机性能系统;二、风机速度失控(PG电机)1、检查风轮装配是否出现松脱或者卡死的现象;若有则进行调整;2、检查室内电控风机接线是否牢固可靠;若有问题则进行调整;3、上电空调开送风模式,若风机不能动作,检测风机强电输出端口红线与黑线之间交流电压:(1)若无交流电压输出,则为主板故障;(2)若有交流电压输出,用手沿风轮转动方向拨动风轮,若风机能正常启动,则为主板故障;若风机仍不能正常工作,则为电机故障;仅供学习与交流,如有侵权请联系网站删除谢谢84、上电空调开启送风模式,若风机能正常动作:(1)检测风机反馈端口1/3脚之间直流电压:①无电压输出,则判断为主板故障;②有电压输出,则测量风机反馈端口2/3脚之间电压:A、若测量电压为5.5V,则判断为主板故障;B、若测量电压为2.5-3V,则判读为电机故障;三、主芯片和计算机通信不上故障排查方法1、检查电控与计算机之间接线是否正常;2、更换室内电控主板;四、室内蒸发器传感器温度开路或短路、室内房间温度传感器开路或短路、冷凝器传感器检测异常故障排查方法1、检查传感器本体线组是否破皮或者断裂;若有则进行更换;2、检查传感器本体与电控主板之间接线是否牢固可靠,若存在问题则进行调整;3、用万用表检测传感器阻值,若阻值为0或者无穷大,则说明为传感器故障;否则可判定为室内主板故障;仅供学习与交流,如有侵权请联系网站删除谢谢9五、温度保险丝断开保护故障排查方法1、检查电机温度保险与电控主板之间接线是否可靠,若存在问题则进行调整;2、将温度保险丝接头从主板上取下,然后将主板插头进行短接,若空调仍出现温度保险丝保护,则为主板故障;3、若主板不再出现保护,观察电机温度是否过高,若电机温度不高,则为温度保险丝故障;若电机本体温度较高,则为电机故障;六、室内蒸发器高温或低温保护故障排查方法1、检查传感器本体线组是否破皮;若有则进行更换;2、检查传感器本体与电控主板之间接线是否牢固可靠,若存在问题则进行调整;3、用万用表检测传感器阻值,并与蒸发器实际温度进行比较,若二者温度值偏差较大,则说明为传感器故障;若二者温度值一致,且蒸发器本身温度并不是过高或过低,则可判定为室内主板故障;若二者温度值一致,且蒸发器本身温度偏高(制热)或偏低(制冷),则为性能系统故障;七、抽湿模式室内温度过低保护故障排查方法1、检查传感器本体线组是否破皮;若有则进行更换;2、检查传感器本体与电控主板之间接线是否牢固可靠,若存在问题则进行调整;3、用万用表检测传感器阻值,并与房间实际温度进行比较,若二者温度值偏差较大,则说明为传感器故障;若二者温度值一致,且房间温度较高,则为主板故障;若二者温度值一致,且室内环境温度本身偏低,则为正常现象,需解释处理;八、室外保护故障排查方法1、检查内外机连接线是否存在加长或者连接不可靠的情况,若存在问题则进行对应更换或者调整;2、将室内主板上的S通信线短接到N线,若室外保护故障仍存在,则说明室内电控主板存在故障;若短接后空调室外保护故障消失,则说明空调故障点在室外机;3、若空调室外3个LED灯状态为灭、灭、亮,则说明故障点在室内外连接线;4、若空调室外三个LED灯状态为亮、灭、亮,则说明空调故障点为三相机室外相序接线错误,需进行对应调整;5、若空调室外三个LED灯状态为灭、亮、亮,则说明空调故障点为过电流保护,需将空调外机电路板上的压缩机线从电流互感器中取出,观察空调故障是否消失;若空调仍出现故障,则说明空调外机主板存在故障;若空调故障消失,则需要检查空调压缩机及性能系统是否正常;6、若空调室外三个LED灯状态为亮、亮、亮,则说明空调外机电源三相电缺相,需检查用户电源或者接线;九、室外冷凝器高温保护关压缩机故障排查方法1、检查传感器本体线组是否破皮;若有则进行更换;2、检查传感器本体与电控主板之间接线是否牢固可靠,若存在问题则进行调整;3、用万用表检测传感器阻值,并与冷凝器实际温度进行比较,若二者温度值偏差较大,则说明为传感器故障;若二者温度值一致,且冷凝器本身温度并不是过高或过低,则可判定为室内主板故障;若二者温度值一致,且冷凝器本身温度偏高,则为性能系统故障;十、T1传感器(E1)、T2传感器(E2)、T3传感器(E3)、T4传感器(E4)故障排查方法1、检查传感器本体线组是否破皮或者断裂;若有则进行更换;2、检查传感器本体与电控主板之间接线是否牢固可靠,若存在问题则进行调整;3、用万用表检测传感器阻值,若阻值为0或者无穷大,则说明为传感器故障;否则可判定为室内主板故障;十一、室内板与显示板通信故障排查方法1、检查显示板连接线线组是否存在断或者破损的情况,同时检查显示板连接线组插头接头是否良好,如存在问题,则进行对应更换或者调整;2、检查电控主板或者显示板板底电路元件焊接是否存在明显的焊接质量问题,如存在则进行对应更换;3、利用一可正常工作的柜机室内显示板,替换原出现故障的柜机室内显示板,若空调仍出现故障,则判定为空调内机主板存在故障;若空调故障消失,则说明为空调内机显示板故障;4、利用一可正常工作的柜机室内主板,替换原出现故障的柜机室内主板;若空调故障消失,则说判定为空调内机主板存在故障;若空调仍出现主板与显示板通信故障,则可判定为空调显示板存在故障;十二、加湿器故障排查方法1、检查加湿器及湿度传感器接线是否正常;如存在问题,则进行替换或者调整;2、检查湿度传感器检测值是否正常,若存在问题,则判定为湿度传感器故障,需调整;3、对加湿器直接上电,检查加湿器工作是否能正常加湿,若不能正常工作,则判定为加湿器故障,需对应调整;4、若排除完湿度传感器、加湿器故障后,则可判定为主板故障,需更换处理;十三、静电除尘故障排查方法1、检查空调除尘机构装配是否到位,静电除尘开关是否断裂,如存在问题则需要进行对应调整;2、将空调除尘机构手动调整到除尘完毕位置,在待机模式下若出现除尘故障,则可判定为空调主板故障,需对应调整;3、将除尘电机直接通220V交流电压,若除尘电机不动作,则可判定为除尘电机故障,需更换处理;4、上电开除尘模式,若空调主板无输出电压,则可判定为空调主板故障;若空调主板有输出电压,而除尘电机不动作,则可判定为除尘电机故障;若除尘电机有动作,但是表现出来动作不顺畅,则可判定为出风框故障,需更换处理;十四、压缩机过载故障排查方法1、短接电控主板上压缩机过载保护器的插子,若空调仍报故障,则可判定为空调主板故障,需更换处理;2、在常温下用万用表检测压缩机过载保护器,若过载保护器为断路,则可判定为过载保护器损坏,需更换处理;3、检查压缩机性能阻值是否正常及性能系统是否存在脏堵的情况;十五、室内出风口温度过高(制热)故障排查方法1、检查空调风道系统是否存在脏堵的情况,若存在则进行对应调整;2、检查空调电辅热是否异常工作,即空调蒸发器传感器检测温度很高还是一直开启,若是则说明电辅热控制系统失效,需检查空调电路板;十六、压缩机过流保护1、将压缩机线组从电流互感器中抽出,若空调仍出现过流保护故障,则为空调电路板故障;2、检查压缩机三个端子之间阻值是否正常,对单相压缩机,2个阻值加起来若不等于第三个阻值,则判断为压缩机故障;对三相压缩机,若三相之间阻值不平衡,则说明为压缩机故障;3、检查空调性能系统;十七、高低电压保护故障排查方法1、接上变频空调检测仪,查看检测仪上U0直流电压母线值;2、用万用表检测变频室外电控盒中大电解电容两端直流母线电压数值;并与变频检测仪上U0数值进行比较;3、若变频空调检测仪U0数值与万用表检测数值明显不一致,则可判定为变频室外电控盒故障;若U0数值与万用表检测数值一致且电压值都较高或很低,则说明用户电源存在故障,需进行对应调整;十八、室外排气温度过高关压缩机故障排查方法1、检查传感器本体线组是否破皮;若有则进行更换;2、检查传感器本体与电控主板之间接线是否牢固可靠,若存在问题则进行调整;3、用万用表检测传感器阻值,并与压缩机实际温度进行比较,若二者温度值偏差较大,则说明为传感器故障;若二者温度值一致,且压缩机本身温度并不是过高,则可判定为室内主板故障;若二者温度值一致,且压缩机本身温度偏高,则为性能系统故障;十九、压缩机顶部温度保护故障排查方法1、短接室外电控盒上的压缩机顶部温度保护器插子,若空调仍出现故障,则判定为空调室外电控盒故障;2、在常温下用万用表检测压缩机顶部温度保护器,若顶部温度保护器为开路状态,则判定为压缩机顶部温度保护器故障;否则则可判定为压缩机或者空调性能系统故障;二十、防冷风关风机1、将空调T2传感器温度加热到24度以上,若空调仍处于防冷风状态,则可判定为空调内主板故障;2、若空调T2传感器阻值始终不能调整到24度以上,明显与现实温度不合,则可判定为空调T2传感器故障;3、若空调在T2传感器温度到24度以上能自动退出防冷风模式,同时在24度以下进入防冷风,则空调属于正常工作状态;二十一、网络通信故障排查方法1、检查空调主机与计算机或者上位机之间的接线是否正确,连接是否可靠;如存在问题则需要进行对应调整;2、检查空调网络模块上的指示电源指示灯是否点亮,如不亮则检查主板是否有输出电源,若无电源输出则可判定为主板故障;若主板有电源输出则可判定为网络模块故障;3、拔掉空调网络模块,使用遥控器对空调进行控制,若遥控器能够正常控制空调功能,则可判定为网络模块故障;若遥控器不能正常控制空调功能,则说明为空调主板故障;二十二、进风格栅保护故障排查方法1、检查空调门开关与主板之间连接线组是否断裂或者插接是否可靠,若存在问题则进行更换或调整;2、用手按下玻璃门后面的开关,若空调故障能够消失,则说明为玻璃门与门开关之间的配合问题,需要进行对应调整;3、若用手按下开关后空调仍出现故障,则拔掉门开关插子,并将主板上的格栅保护插子进行短接,若空调故障不能消失,则可判定为空调主板故障;4、若短接空调主板插子后,空调故障可消失,则用手按下开关后使用万用表检测阻值,若阻值不为0,则说明为门开关故障;若阻值为0,则说明为接头问题,需要进行调整;二十三、自动门故障1、检查室内电控主板光电开关检测位置5V电源是否有输出,若无,则说明为空调室内电控主板故障;2、分别短接光电开关检测脚位置1-2,3-4引脚,然后上电开机,观察空调是否还会出现E9故障,若空调故障仍存在,则判定为室内电控故障;3、待内机正常开启后关机,使用万用表检测开关门红黄线之间电压(220V),黑黄线之间电压(265V),若电压值不合,则说明为内主板故障;4、分别短接光电开关检测1-3,2-4脚,上电待机,若空调故障仍存在,则说明为内电控故障;5、开机,用万用表检测开关门红黄线之间电压(265V),黑黄线之间电压(220V),若二者之间电压值不合,则说明为内主板故障;6、若以上检测均符合测试电压,则可判定为出风框故障;二十四、压缩机低压(高压)保护1、短接空调外机主板上的低压(高压)保护开关插子,若空调故障仍不能消失,则说明为空调外机主板故障;2、用万用表检测压缩机低压(高压)保护开关,若检测阻值不为0,则可判定为压缩机低压(高压)保护开关故障;3、检查性能系统故障;二十五、负载板与显示板通信故障1、检查显示板连接线组是否破皮或者断裂或者插头连接不到位的情况,若存在则需要进行更换或者进行调整;2、使用一可正常工作的柜机显示板对故障机显示板进行替换,若空调故障不能消失,则说明为空调主板故障;若空调故障消失,则说明为空调显示板故障;3、使用一可正常工作的柜机主板对故障机主板进行替换,若空调故障不能消失,则说明为空调显示板故障;若空调故障消失,则说明为空调主板故障;二十六、直流风机失速故障1、检查空调风轮是否破损,电机及风轮装配是否存在故障,同时检查空调风道系统是否存在堵或者破裂的情况,若有问题则进行调整;2、用万用表检测空调主板是否有310V直流母线电压输出,若无则说明为空调主板故障;3、用万用表检测空调主板是否有15V直流电压输出,若无则说明为空调主板故障;4、测量风机驱动端口黄线与黑线之间是否有2.7-4.6V之间的直流电压存在,若存在此电压,则说明为直流风机故障;若不存在此电压,则说明为空调主板故障;二十七、室外温度传感器故障1、使用变频检测小板查看具体故障代码:E52为室外T3传感器故障,E53为室外T4故障,E54为室外Tp故障,E55为室外TH故障;2、若变频空调检测仪显示其他故障系列,则参考上述T1等传感器故障检测方法;二十八、室内机和室外机通信故障(变频机)1、检查连接线是否存在加长或者连接线是否接触可靠或破损等问题,若有问题则进行对应调整;2、上电开机初始2分钟内检查内机电源主继电器是否有向室外输出220V交流电压,若无则说明为室内主板故障;3、测量N、S之间的直流电压,若电压值为固定数值或者跳变电压值较小,则说明为内机主板故障;若电压值为跳变较大的数值,则说明为外机故障;4、检查变频外机电控盒指示灯工作情况:(1)若变频室外电控盒中指示灯不亮,则需要将所有负载拔掉,若指示灯变亮,则说明为室外负载故障,需进行一一排查;若指示灯仍不亮,则需要检查电抗器或者电感,如有问题则需要进行更换;若无问题则可判定为室外电控故障;(2)若变频室外电控盒指示灯微亮,则需要将所有负载拔掉,若指示灯变亮,则说明为室外负载故障,需进行一一排查;若指示灯仍微亮,则可判定为室外电控故障;(3)若变频室外电控盒指示灯亮,则说明为变频室外电控盒故障;5、若测量N、S之间电压跳变幅度范围较大,且外机刚开始工作正常,则将变频空调检测仪接到室外电控盒上,查询空调室内T1、T2传感器温度数值,若能正常查询室内T1、T2传感器温度,则说明为内机主板故障;若查询到T1、T2传感器温度值为-66,则说明为空调室外电控故障;二十九、室内或室外E方参数故障1、室外机沒通电则为室内E方故障,直接更换室内电控;2、使用变频空调检测仪查看具体故障代码:E51为室外E方故障,直接更换室外电控;三十、模块保护1、检查压缩机连接线组是否破皮或者接线位置是否正确可靠,若存在问题则进行对应调整;2、断开压缩机连接线组,测量变频室外电控盒U、V、W之间阻值是否平衡,若不平衡则说明为变频室外电控盒故障;3、测量压缩机U、V、W之间阻值是否平衡,若不平衡则说明压缩机存在故障;4、连接好压缩机连接线组,用万用表交流档检测变频室外电控盒U、V、W与N线之间的交流电压,若三者之间电压不平衡,则说明变频室外电控盒存在故障;5、检查空调性能系统方面原因及问题;三十一、湿度传感器故障1、将空调运行模式切换到非抽湿模式,观察空调故障是否消失,如空调仍显示湿度传感器故障,则为室内电控故障;2、检查湿度传感器连接中间线组是否断裂,两端接头连接是否可靠;若存在问题,则进行对应更换或调整;3、将传感器接头位置改成一普通传感器进行连接,若空调故障不消失,则说明为电控主板故障,否则可判定为湿度传感器故障;三十二、水满故障1、检查水位开关连接线组是否破皮或者断裂、水位开关接头是否接触可靠,如存在故障则需要进行对应调整;2、将水位开关拨到下方,检测水位开关是否处于短路状态;然后将水位开关拨到最上方,用万用表检测水位开关是否处于断路状态;若二者有一不符合,则可判定为水位开关故障;3、将空调主板上的水位开关接头短接,若水满故障不消失,则可判定为空调主板故障;三十三、过滤网复位故障1、检查过滤网复位开关连接线组是否破皮,断裂或者连接可靠,如有问题则需要进行对应调整;2、检查空调器过滤网除尘机构是否存在卡死或者动作不畅的情况,如有问题则需要进行对应调整;3、短接电控主板上的复位开关,若空调故障不能消失,则可判定为空调内机主板故障;4、将复位开关用光挡住,使用万用表检测复位开关端子,若检测光电开关开路,则判定为复位开关故障;三十四、直流变频压缩机位置保护1、检查压缩机连接线组是否破皮或者接线位置是否正确可靠;2、参考PO故障检测室外电控盒与压缩机;三十五、室内外电控通讯协议不匹配1、检查室内外机器型号是否配套,不配套则需要更换正确型号;2、室外机是否使用了老通讯协议的通用电控进行维修;(13年全直流挂机新品暂时只能使用外机原配电控盒进行维修,兼容新、老通讯协议的室外通用电控未完成开发,具体完成时间请关注售后技术指引文件。

DP23S维修手册

DP23S维修手册

一体机培训指导教材第一章:一体机的安装1、安装位置注意事项◆安装环境◆避免阳光直射◆避免过高或过低的温度◆避免灰尘◆放置平稳◆使用机器时避免歪斜2、安装过程注意事项◆使用机器说明中所要求的电源电压◆使用机器专用的电源线◆不要与其他设备共用一根电源3、维护、检查、维修的注意事项◆一定要拔下电源线后再开始维护、维修◆检查时小心切刀部分的刀片,以免划伤手◆点动滚筒时,不要将手伸进机器第二章:一体机特性一、特性1印刷幅面A3/B4(DP-23S)7 丰富的常用功能DP-2930/DP-2940:A3(290*423mm) DP-2530/DP-2540:B4(250*355mm)①简便的原稿缩除了等倍印刷外,放大和缩小还各提供了 三档自动设定。

此外,94%可用于各档。

《 A/B 尺寸模式 》◆缩放设置(70,81,86,115,122,141%)◆100%印刷◆50—500%自由缩放141%[A4→A3 , B5→B4] 放大 121%[A4→B4 , A5→B5]115%[B4→A3 , B5→A4]* DP-2530 DP-2540的最大印刷负面为B42高速制版第一张印刷品完成(A4原稿) DP-2940/DP-2540:21秒 DP-2930/DP-2530:27秒4排纸调整◆缩放设置(64,74,77,121,129,141%) ◆100%印刷◆50—500%自由缩放141%放大 129%[LTR →LDG ]121%[LGL →LDG ]排纸调整架使厚纸与薄纸都能顺畅 的排出。

5 高效灯管采用长寿命、高亮度氙气弧光灯 管照射原稿。

因为灯管的亮度不 受温度变化的影响,所以印刷品 的质量得到极大的提高。

6 操作简便 ②自检功能本纪设有自检系统,当耗材需更换时,与之 相关的设在控制面板上的指示灯将会闪烁, 以提醒用户更换耗材。

③书本中心和边缘阴影消除书本或原稿的中心和边缘的阴影可被消除。

通过使用小盖板下的非常用键使操作 简单化。

RS-232C Adapter (Model 91100-85) 用户指南说明书

RS-232C Adapter (Model 91100-85) 用户指南说明书

RS-232C Adapter(Model 91100-85)USER GUIDE68X343601 Rev 1 05/07CONTENTSBefore You Begin... (1)Devices that can be used with this RS232 Adapter (1)What this adapter enables you to do (1)What you need before using the adapter (1)Connecting Your RS232C Adapter (2)Setting Up Your Devices (3)Setting Up Your Thermo Devices (4)91100-50 DuaLogR Set-Up (4)93210-50 and 93410-50 ThermoLogR Set-Up (4)37003-02 HumidityLogR Set-Up (5)Transferring Live Readings (5)Transferring Stored Readings (5)WINDOWS XPHYPERTERMINAL Set-Up (5)Port Settings for all other models (6)Troubleshooting (6)Accessories (7)BEFORE YOU BEGIN…Devices that can be used with this RS232 Adapter:91100-50 DuaLogR Thermocouple Thermometer93210-50 ThermoLogR Thermister Thermometer93410-50 ThermoLogR RTD Thermometer37003-02 HumidityLogR ThermohygrometerpH/ ORP/ Ion/ Conductivity/ TDS/ Salinity/ Resistivity/ Dissolved Oxygen Handheld Meters:PCD 650PC 650 & PD 650CD 650pH 620, 610 & 600COND 610, 600 & DO 600What this adapter enables you to do:The RS232 Adapter receives your data via Infrared signals and lets you print directly through a PC or a microprinter.What you need before using the adapter:•Your computer must have a serial communications port that can be set at 300, 600,1200, 2400 baud.•Your computer must have Windows Terminal, WindowsHyperterminal or other compatible RS232 programs. However, itis NOT compatible with the Cybercomm software.CONNECTING YOUR RS232C ADAPTERIf you are connecting to a Laptop or computer, please use the 9-pin plug.1)Connect the phone jack cable to your RS232C adapter and theother end to the 9-pin connector plug or 25-pin connector plug.2)If using a PC, ensure that your PC is plugged into a power sourceor has sufficient battery power.3)If using the microprinter, plug in the power supply adapter to apower source and connect the cable to the microprinter.*Important: Please ensure that the RS232 adaptor shows ared light.NOTE: There is no need for a separate power supply for the RS232Cadapter as it will be automatically powered by the PC or the microprinter’s main power supply once you connect them.SETTING UP YOUR DEVICESFor 600 series devices:PCD 650, PC 650 & PD 650CD 650, pH 620, 610 & 600COND 610, 600 & DO 600In order to start printing on your Microprinter, you must first configure your device to be compatible with it. Please follow these steps:1)Turn your device on.2)With the e or f arrows, shift the bar till you see SETP on thescreen and select it using the corresponding “F” button.3)Then press ENTER to proceed.4)You will see the word SYSTEM. Press ENTER again to select it.5)Using the correct “F” button, select NEXT-P three times until youreach SYSTEM –PAGE 4.6)At this page, select PRINT MODE and change IrDA to LED byusing the c or d arrows.7)Then hit ENTER to move one step down to DATA FORMAT.8)If you’re printing on a PC with the Hyperterminal* software or onthe microprinter, change the format to TEXT using the c or darrows.9)Hit F4 to exit.10)Face the device’s infrared window (usually on the left side ofdevice) directly to the RS232 Adapter’s infrared window. *Do NotMove These Positions During Printing.11)To print, simply use the e or f arrows to scroll until you seePRIN.12)Turn on your microprinter and select PRIN using the correct “F”button.NOTE: Before printing, please refer to manual for microprinter to configure it with a BAUD rate of 2400 BAUD, 8 data bits, parity = none, stop bits =1.*This adapter only works on Hyperterminal and NOT Cybercomm software.SETTING UP YOUR THERMO DEVICESFor these devices: 91100-50 DuaLogR Thermocouple Thermometer93210-50 ThermoLogR Thermister Thermometer93410-50 ThermoLogR RTD Thermometer37003-02 HumidityLogR Thermohygrometer 91100-50 DuaLogR Set-UpThe interval may be set to any time from once every 3 seconds to once every hour. This example will set the thermometer to print live readings once every 3 seconds.1.Press SETUP, then PRINT. The display indicates“minutes:seconds” with the last printing interval setup shown.The seconds will be flashing.2.Press MAX (up) or MIN (down), until the flashing digits indicate“03” seconds.3.Press HOLD (enter). The display will show the minutes flashing.4.Press HOLD again. The large upper display will show “HP”, “300”or “600”.5.Press MAX until “600” shows (use “300” for HYPERTERMINAL) inthe upper display.6.Press SETUP to exit.Aim the top of the unit at the red window of the adapter at a distance of 12 inches or less.93210-50 and 93410-50 ThermoLogR Set-UpThe interval may be set to any time from once every 3 seconds to once every hour. This example will set the thermometer to print live readings once every 3 seconds.1.Press SETUP, then PRINT. The display indicates“minutes:seconds” with thest printing interval setup shown. The seconds will be flashing.3.Press MAX (up) or MIN (down), until the flashing digits indicate“03” seconds.4.Press HOLD (enter). The display will show the minutes flashing.5.Press HOLD again. The large upper display will show “HP”, “300”,“600”, “1200” or “2400”.6.Press MAX until “2400” shows in the upper display.7.Press SETUP to exit.Aim the top of the unit at the red window of the adapter at a distance of 12 inches or less.437003-02 HumidityLogR Set-UpThe interval may be set to any time from once every 4 seconds to once every hour.This example will set the thermohygrometer to print live readings once every 4 seconds.Press SETUP, then PRINT. The display indicates “minutes:seconds” with the last printing interval setup shown. The seconds will be flashing.1.Press MAX (up) or MIN (down), until the flashing digits indicate“04” seconds.2.Press HOLD (enter). The display will show the minutes flashing.3.Press HOLD again. The large upper display will show “HP”, “300”,“600”, “1200” or “2400”.4.Press MAX until “2400” shows in the upper display.5.Press SETUP to exit.Aim the top of the unit at the red window of the adapter at a distance of 12 inches or less.Transferring Live ReadingsTo begin data transfer, press PRINT. Whenever the “PRINT” annunciator is displayed on the unit, and the red light inside the RS-232 adapter is blinking, data should appear on your computer screen.Transferring Stored ReadingsThe “STO” annunciator on the unit’s display indicates that readings are stored in memory. Press RECALL then PRINT to begin data transfer. “RCL” and “PRINT” annunciators will be on the thermometer display, and the number of readings remaining to be transferred will count down. The red light inside the RS232 adapter should be blinking.WINDOWS XP Hyperterminal Set-up1. Click on Accessories, select Communications, then Hyperterminal.2. Under NAME: Enter a name for your file and click on OK.3. Under CONNECT USING: Choose COM1.3. Click on OK.4. Under COM1 PROPERTIES: Enter 2400, hit Tab, 8, hit Tab, None, hit Tab,and 1.5. Click on OK.6. Check that the red light inside the window of the adapter is on.7. Align the infrared windows and select PRIN.5Port Settings for all other models:Baud Rate Data Bits Parity Flow Control Stop Bits 2400 8 None None 11) Click on OK. A red light should now be visible in the window of the RS-232C adapter.2) To transfer the data, click on “Transfer”. Then “Capture Text”.3) Enter a descriptive file name and click OK.4) Press PRINT on the DuaLogR (see below). When all of the data has transferred click on “Transfer”, “Capture Text”, then “Stop”.The next time you run HYPERTERMINAL, you may select DuaLogR.ht. The HYPERTERMINAL program will automatically be configured as above. Then, if the “Connection Description” window pops up, just click on “Cancel”.TROUBLESHOOTINGWhen incorrect or random characters appear on your screen, move the adaptor away or shield it from other types of light sources such as fluorescent lighting, as they may interfere with the data transfer.ACCESSORIESOrder Code Part No. Description01X344202 01X344202 RS232 (LED) Interface Adaptor(for Meter to PC/MicroprinterCommunication) ECMICROPRNTR01 01X230001 Serial Impact Microprinter (110VAC)ECMICROPRNTR02 01X230002 Serial Impact Microprinter (220VAC)ECMICROPRNTRO2CLK 01X230004 Serial Impact Microprinter withReal Time Clock (220 VAC) ECMICROPRNTRO1CLK 01X230005 Serial Impact Microprinter(110/120 VAC) power adapter。

Planar PS Series 4K Displays RS232用户手册说明书

Planar PS Series 4K Displays RS232用户手册说明书

RS232 User Manual Planar PS Series 4K DisplaysPS5074KPS5074KTPS5574KPS5574KTPS6574KPS6574KTCopyright © September 2019 by Leyard Optoelectronics Co., Ltd. and Planar Systems, Inc. All rights reserved.This document may not be copied in any form without permission from Leyard or Planar. Information in this document is subject to change without notice.Trademark CreditsWindows™ is a trademark of Microsoft Corp.All other companies are trademarks or registered trademarks of their respective companies. DisclaimerThe information contained in this document is subject to change without notice. Leyard and Planar Systems, Inc. makes no warranty of any kind with regard to this material. While every precaution has been taken in the preparation of this manual, the Company shall not be liable for errors or omissions contained herein or for incidental or consequential damages in connection with the furnishing, performance, or use of this material.Warranty and Service PlansPlanar warranty and service plans will help you maximize your investment by providing great support, display uptime, and performance optimization. From post-sale technical support, to a full suite of depot services, our services are performed by trained employees. When you purchase a Planar product, you get more than a display; you get the service and support you need to maximize your investment. To find the latest warranty and service information regarding your Planar product, please visit /support or /en/support/Part Number: 020-1383-00ATable of ContentsRS232 Codes (4)1.RS232 Command Format (4)2.Connection Setting (6)mand Tables (7)4.Example (17)Accessing Planar’s Technical Support Website (18)RS232 CodesRS232 control is not necessary for operation but is a convenient way to control displays from a computer at a distance. Most things you can do with the remote, you can do with RS232 commands.Plus, you can send inquiries to the displays and find out the current settings and values.1. RS232 Command FormatCommands sent from the initiator to the follower must have the following format:(www:xyz) [CR]Where:●‘(‘ and ‘)’ indicate the start and end of the command data. If these characters are present,the command processor shall assume that “valid” command data is present in the command string.If these characters are not present in the command, the command processor shall assume the data is not valid command data and ignore it.●“www” indicates the command code. This field is case insensitive (i.e. “PWR”,“pwr” and“PwR” should all be treated as “PWR”).●“:x” is the destination parameter. This is an optional parameter that indicates which memorythe command is referencing. This parameter is reserved and shall not be used at this time.●“y” is the operand, which can have one of the following values:o‘?’ = “Get” operando‘=’ = “Set” operando‘+’ = “Increment” operando‘-‘ = “Decrement” operand●“z” is the value to set for this parameter. It can have one of two formats:o Integer value: Any positive or negative number (example: 100)o String value: Any string surrounded by double quotes (example: “This is a string”)●“[CR]” is the ASCII carriage return key (0x0D).Responses sent from the follower to the initiator shall have the following format:(u;www:x=z) [CR]Where:●‘(‘ and ‘)’ indicate the start and end of the command data. If these characters are present,the command processor shall assume that “valid” command data is present in the command string. If these characters are not present in the command, the command processor shall assume the data is not valid command data and ignore it.●“u;” indicates the response code. This is only used by followers responding to a validcommand received. For any response code other than 0, the follower shall echo back the command received rather than filling in the fields listed below. The following response codes can be used:o0 = Command successfully processedo 1 = Unknown command codeo 2 = Invalid operatoro 3 = Destination parameter not supportedo 4 = Setting not availableo 5 = Setting value not availableo 6 = Setting value not supportedo7 = String too longo8 = Command not supported in standby modeo9 = Invalid parametero10 = Error processing commando11 = Password not entered●“www” indicates the command code sent by the follower. This field is case insensitive (i.e.“PWR”, “pwr” and “PwR” should all be treated as “PWR”).●“:x” is the destination parameter. This is an optional parameter that indicates which memorythe response is referencing. This parameter is reserved and shall not be used at this time.●“z” is the new value (for set/increment/decrement commands) or the current value (for getcommands) for this parameter. It can have one of two formats:●Integer value: Any positive or negative number (example: 100)●String value: Any string surrounded by double quotes (example: “This is a string”)●“[CR]” is the ASCII carriage return key (0x0D).2. Connection SettingThe RS232 connection must use the following settings:The display’s RS232 connector is wired in the straight through configuration, with the pinout as follows:●Pin 2: Tx out●Pin 3: Rx in●Pin 5: Ground●Shell: Ground●All other pins: No connectNote: RS232 commands over LAN can be achieved by opening a TCP connection on Port 23 to the display.Note: RS232 and LAN functionality will not work in standby mode if Power Saving Config is set to Wake on VGA. Use another Power Saving Config selection if RS232 or LAN support is needed.Consult the Planar PS Series 4K Displays User Manual for more information.3. Command TablesNote: Certain commands are only available in later versions of firmware. Please upgrade to the latest firmware version if unsupported commands are encountered.4. ExamplePower ControlTurn monitor power on [CMD: PWR][Command] : (PWR?) [CR][Response] : (0;PWR=1) [CR]Turn monitor power off [CMD: PWR][Command] : (PWR=0) [CR][Response] : (0;PWR=0) [CR]Display AdjustmentIncrease brightness from 24 to 25 to monitor [CMD: BRI] [Command] : (BRT+) [CR][Response] : (0;BRT=25) [CR]Other ControlInvalid command code [CMD: ZZZ][Command] : (ZZZ=0) [CR][Response] : (1;ZZZ=0) [CR]Invalid parameter (string instead of int) [CMD: CON][Command] : (CON=”Some string”) [CR][Response] : (9;CON=”Some string”) [CR]Accessing Planar’s Technical Support Website Go to /support to locate the following support documents and resources: • User Guide• RS232 User Manual• Touchscreen drivers• Standard warranties• Planar support hotline number and email。

东芝电磁炉维修手册

东芝电磁炉维修手册

东芝电磁炉维修手册内容介绍本<<手册>>是针对东芝电子设计开发电磁炉售后服务用途而编写,共分三大部分,第一部分主要介绍电磁加热的原理及088系列电磁炉简介,第二部分为088系列电磁炉原理分析,第三部分介绍电路的检测方法及标准,并针对检测时出现的不良情况给出对策,而且介绍一些故障案例供维修时作参考。

目录一、简介1.1 电磁加热原理1.2 088系列简介二、原理分析2.1 特殊零件简介2.1.1 LM339集成电路2.1.2 IGBT2.2 电路方框图2.3 主回路原理分析2.4 振荡电路2.5 IGBT激励电路2.6 PWM脉宽调控电路2.7 同步电路2.8 加热开关控制2.9 VAC检测电路2.10 电流检测电路2.11 VCE检测电路2.12 浪涌电压监测电路2.13 过零检测2.14 锅底温度监测电路2.15 IGBT温度监测电路2.16 散热系统2.17 主电源2.18辅助电源2.19 报警电路三、故障维修3.1 故障代码表3.2 主板检测标准3.2.1主板检测表3.2.2主板测试不合格对策3.3 故障案例3.3.1 故障现象1一、简介1.1 电磁加热原理电磁灶是一种利用电磁感应原理将电能-磁能-热能的厨房电器。

在电磁灶内部,由整流电路将50/60Hz的交流电压变成直流电压,再经过控制电路将直流电压转换成频率为20-40KHz的高频电压,高速变化的电流流过线圈会产生高速变化的磁场,当磁场内的磁力线通过金属器皿(导磁又导电材料)底部金属体内产生无数的小涡流,使器皿本身自行高速发热,然后再加热器皿内的东西。

1.2 088系列简介088系列是由东芝电子技术开发制造厂设计开发的新一代电磁炉,介面有LED发光二极管显示模式、LED数码显示模式、LCD液晶显示模式、VFD荧光显示模式机种。

操作功能有加热火力调节、自动恒温设定、定时关机、预约开/关机、预置操作模式、自动泡茶、自动煮饭、自动煲粥、自动煲汤及煎、炸、烤、火锅等料理功能机种。

P232 Plus 用户手册说明书

P232 Plus 用户手册说明书

Safety InformationBefore you use, operate, dissemble the product, or change or remove any parts, components or materials of the product, please ensure that you carefully read this P232 User's Manual ("Manual") and the safety instructions described below, and strictly follow the instructions of such safety information.If there is any question regarding the product and you feel the information provided in the Manual does not provide adequate assistance in terms of solving the problem you are facing, please contact our customer service staff immediately for professional assistance with troubleshooting.For your own safety, HiTi Digital, Inc. (”HiTi”) strongly recommends the use of HiTi manufactured and/or designated consumables, accessories, or peripherals of the product ONLY. HiTi DOES NOT GUARANTEE, implied or expressly, the compatibility of the product with any non-HiTi made consumables, accessories, or periphrals. Using any non-HiTi made/designated consumables, accessories, or peripherals which are intended for the product only may damage the product, and/or causes personal injuries and property damages to the user and/or any third parties.DO NOT ALLOW MINORS UNDER THE AGE OF 12 TO USE, OPERATE, HANDLE OR STRORE THE PRODUCT AND/OR ITS BATTERY AND CHARGER PACK.ALL USE, OPERATION, HANDLING OR STORING OF THE PRODUCT, ITS BATTERY AND CHARGER PACK, AND ANY OTHER CONSUMABLE OR ACCESSORIES BY ADOLESCENTS ABOVE 12 SHALL BE CARRIED OUT IN THE PROPER PRESENCE AND CONSTANT SUPERVISION OF FULLY CAPABLE LEGAL GUARDIANS. THE MANUAL AND ALL THE SAFETY INSTRUCTIONS THEREIN SHALL BE READ TO SUCH ADOLESCENTS PRIOR TO ANY USE, OPERATION, HANDLING OR STORAGE OF PRODUCT OR ITS BATTERY AND CHARGER PACK.PLEASE BE ADVISED THAT WE WILL NOT BE RESPONSIBLE FOR ANY INJURIES OR DAMAGES IN PERSON OR PROPERTY IN ANY FORM, DIRECT OR CONSEQUENTIAL, INCURRED DUE TO USER'S FAILURE TO FOLLOW STRICTLY THE INFORMATION AND SAFETY INSTRUCTIONS PROVIDED IN THE MANUAL, OR DUE TO ANY USE OF PRODUCT FOR UNINTENDED PURPOSES. The printer may cease printing for a while when temperature is high.NoticeHereby HiTi declares that Pringo P232 is in compliance with the essential requirements and other relevant provisions of Directive 1999/5/EC.FCC NoticeYou are cautioned that changes or modifications not expressly approved by the part responsible for compliance could void the user’s authority to operate the equipment.This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:Reorient or relocate the receiving antenna.Increase the separation between the equipment and receiver.Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.Consult the dealer or an experienced radio/TV technician for help.This transmitter must not be co-located or operating in conjunction with any other antenna or transmitter.This equipment complies with the FCC/IC radiation exposure limits sent forth for uncontrolled equipment and meets the FCC radio frequency (RF) Exposure Guidelines in Supplement C to OET62 and RSS-102 for the IC radio frequency (RF) Exposure rules. This equipment has very low levels of RF energy that is deemed to comply without maximum permissive exposure evaluation (MPE). But it is desirable that it should be installed and operated with at least 20cm or more between the radiator and person's body (excluding extremities: hands, wrists, feet, and ankles).This equipment complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:(1)this device may not cause interference, and(2)this device must accept any interference, including interference that may cause undesired operation of the device.Battery WarningsPlease be advised that charging the product and/or its originally supplied battery with any means, accessories, peripherals, or components other than the HiTi-made/designated charger can directly lead to overheating, meltdown and/or explosion of battery, and thereby causing damages of the product and the personal injuries and/or property damages to the user and/or any third parties.KEEP THE PRODUCT (WHEN IN USE OR OTHERWISE), AWAY FROM MINORS AT ALL TIMES. DO NOT ALLOW CHILDREN TO PERFORM CHARGING OR USE THE PRODUCT WITHOUT PROPER PRESENCE AND SUPERVISION OF ADULTS.Please follow strictly all the instructions and safety precautions (including but not limited to correct use, proper handling, etc.) Any improper or incorrect use, or handling of the battery of the product may cause injuries and damages to the user or third parties, and HiTi will NOT be liable for any such damages or liabilities of any form.If the owner of the product should decide to allow any third party to use the product, including but not limited to handling, maintaining, storing, or charging/discharging the product, it would be the owner's sole responsibility to request such third party user o read carefully and follow strictly the instructions and safety precautions prescribed in the Manual. The owner should be fully responsible or any injuries/ damages caused to said third party-user and allow such third party user to use at the product owner's own risk.Battery CautionsThe battery shall be charged or discharged within a range of temperature 0-40 (32-104 ). If the battery is charged at the temperature out of the specified range, leakage, heat generation or other damage may be caused.Do not use the battery in other product.Do not drop or impact the battery.Do not attempt to disassemble or open, crush, deform, puncture, shred or alter the battery.Do not apply water or liquid of any kind to the battery.Store the battery well out of the reach of children; or, supervise children battery usage,Store the battery in an indoor location with low relative humidity and between the temperature of 0-25 (32-77 ). If the battery is subject to store more than 3 months, it is recommended to recharge the battery periodically.Do not use a battery that appears damaged or deformed, has any rust on it casting, is discolored, overheats, or emits a foul odor.Keep metallic conductive objects away from battery terminals. Metal objects in contact with the connectors can cause a short circuit and damage.Immediately flush water over parts of the body of clothing that come into contact with the inner contents of a battery if the outer casing incurs damage. If any of the substances should contact internal tissues, such as eyes or the mouth, immediately flush with water and seek medical assistance.Improper use of the battery may result in a fire, explosion, or other such hazards.Take extra precautions to keep a leaking battery away from fire. There is a danger of ignition or explosion.Promptly dispose of used batteries in accordance with local regulations.Copyrights & Disclaimer of WarrantiesAll rights reserved. The information contained in this user manual is subject to change without notice. HiTi makes no warranty with regard to the material, including, but not limited to, the implied warranties of merchantability and fitness for a particular purpose. HiTi Digital, Inc. will not be liable for errors contained herein or for incidental or consequential damages in connection with the furnishing, performance, or use of the material.iOS and App Store are a trademark of Apple Inc. Android and Google Play is a trademark of Google Inc. All other trade names and trademarks are properties of their respective owners.Disclaimer of USER’S MANUALYOU acknowledge that nothing in MANUAL gives YOU a right to use any of HiTi’s trademarks, service marks, product or service names, slogans, and logos or images unless YOU have agreed otherwise in writing with HiTi. The information contained in this MANUAL is subject to change without notice. YOU acknowledge that HiTi reserves the right to modify the MANUAL at any time, and each such modification shall be effective upon posting on the WEBSITE (http:), and such reference shall constitute an integral part of the MANUAL and warranty. YOUR continued use of the WEBSITE following any such modification will be deemed YOU agree to be bound by and YOUR acceptance of the modified Content. It is therefore important that YOU read and visit this WEBSITE on a regular basis to ensure YOU are updated as to the applicable MANUAL and related notices. If YOU do not agree to be bound by these NOTICES and to abide by all applicable law, YOU must discontinue using the WEBSITE immediately and contact our customers’ service about your problem.Power button LEDSolid White Ready to printBlink White PrintBlink Red ErrorLED shows the status of the printer. You may also tap in the App to check for printer status and troubleshooting instructions.For complete instructions, please refer to the section “troubleshooting” on P . 9.Paper door Paper door latch(Pringo APP will show the errormessage: run out of paper orribbon, etc.. It will disappearonce fill in)Solid Orange Low BatterySolid Blue ChargingSolid Blue and White: Charging and ready to print. Charging while turning on the printer Note: it won't charge the printerwhile printing. Once finish theprinting, it will then begin tocharge (Please note thecharger is 5V 2A).Solid Blue and White: Charging and ready to print. Note: it can not print while thebattery is too lowcharger is 5V2A).Charging while turning on the printer (Low battery) Ribbon doorConnect Prinhome via NFC: (Android system supported only.) 1.Please switch on NFC on your mobile or2. Touch the printer on logo with your deice. Notice: Make sure your device is switchedon and screen unlocked.3.NFC will wake up Prinhome APP automatically and create connection with the Printer.The battery is not fully charged at shipment. Charge the battery before use.Charging time: 3.5 hours using the supplied adapter (5V,2A)(excluded) Charging time may be longer when charged with PC, other low-power USB port or other adapter.The printer may print 50 sheets continuously with a fully charged battery*Unplug the charger when not in use*Under the condition of Hi Ti laboratory testNoteThe printing head needs to be heat up in order to perform the intended functions of the product properly. Therefore it is inevitable that the printing head becomes HOT WHILE PRINTING. DO NOT TOUCH THE PRINTING HEAD DURING PRINTING PROCESS! DO NOT TOUCH THE PRINTING HEAD RIGHT BEFORE OR AFTER THE PRINTING PROCESS! Touching the printing head is likely to cause additional damages to the product, other than jeopardizing the product user's, or any other third party's, personal safety.detachable border toward the paper door latchNoteWorks only with HiTi printing kits.Please always load 5 photo papers when paper tray is empt y.Only hold the paper by its margins; avoid touching the printer surface with your fingers. Do not reuse paper for printing on the blank partTurning on & off the printerpress 1 secondPower offpress 3 secondsOn iOS device On Android devicescan barcodePlease download and installthe App on your mobile devicebefore printing.Search for “Pringo” in Google Play2.Connect to the printerNoteYou may change SSID (network name) and setuppassword in “Printer Settings” inthe App.Due to the restriction of network architecture, your mobile device may not connect via WiFi and to 3G network simultaneously.Take a new picture or select any photo from album in the App.If your mobile device is not connected to Pringo P232 Plus:I. Connect to printer via WiFi in WiFi settings on your mobile device (see section “Connecting the mobile device with the printer” on p8)II. Return to the App and tap to send the photo to print again.Printing quality may be affected by the available RAM on your device.The photo makes 5 passes in and out of the printer. Please do not touch or pull the paper before printing isPick up each photo manually before sending another image for printing.DURING PRINTING. DO NOT TOUCH PRINTING HEAD IN ANY WAY DURING, RIGHT BEFORE, OR RIGHT AFTER PRINTING. Failure to followthese safety instructions may cause damages to the product and/or jeopardize the user's or third party'spersonal safety.Make sure the paper exit slot is clear from obstacle.Handle the printer with care to preserve its life. Do not drop the printer or hit it against a hard object.Damage caused by human abuse or improper usage is excluded from the warranty.Please wipe the glass on printer head back and forth with alcohol prep pad 2 times gently after every100 prints. You may continue printing until the alcohol evaporates and any remaining fibers areremoved from the printer head. Please be noted that fibers on the printing head may cause printoutdefects (such as banding).After connecting your mobile device with the printer via WiFi, you may find the information about the App, printer firmware, printer battery and other settings here.•Firmware Version•Read the details of the update and updatemanually.•Please don’t turn off the printer or remove thebattery during updating.•Printer will reboot automatically when finishingupdate.•Auto Power Off•Printer will be shutdown automatically when idlefor more than 3 minutes by default. You maychange or turn off the setting.•The longer Auto Power Off setting is the morepower will be consumed while idle (battery lifemay be affected by the setting).•Printer WiFi Settings•You can change printer WiFi SSID (networkname) to a more memorable name in the setting.•Setting up password may help to prevent yourprinter from unauthorized printing.If a problem occurs with the printer (when LED flashes RED),please always tap for instruction of troubleshooting.When the problem is solved, send the photo again for printing and follow the steps to remove the errorClose the ribbon door or insert a ribbon1. Change a ribbon2. Tap ‘OK’ in App and send the photo to print again.1. Load paper to the paper tray2. Tap ‘OK’ in App and send the photo to print again.1. Tap ‘OK’ in App, jammed paper will be ejected automatically.If jammed paper is not ejected automatically, Please.Turn off theprinter and pull out paper gently↓If a gentle tug is not sufficient to remove the paper, please contactcustomer support help desk or your distributor. Do not remove jammedpaper/ribbon by force. The printer could be damaged.Make sure you are using the App “Pringo” to update printer firmware; if theproblem persists, please contact customer service support help desk.Wait for about 8 seconds after turning on the printer.Do not use the printer near a device that used 2.4 GHz frequency bandsuch as a microwave oven or Bluetooth since it will cause radio waveinterference.Place the printer and mobile device close and do not place any objectbetween them.1. Press RESET swtich with the tip of an unfolded paper clip forabout 3 second to reset the printer to factory default settings.2. Connect to the printer with factory default settings after automaticreboot.↓Be sure to install the battery and power on the printer before reset.Recharge the battery with the supplied battery chargerWait for a few seconds the printer to cool downPrinting resolution290 x 290 dpi256 GradationsPhoto Format JPEG2" x 3.4" (54x86mm)Printing time About 60 secs157 x 99 x 28 mmWeight About 398g ± 10gDC 7.4VOperation temperature15 - 3220% RH - 90% RHBattery pack Voltage 7.4VCapacity 2600 mAhInput 100-240V 50/60Hz Max 0.2A Output 5V 2A。

20113122326东芝服务便携手册打印版—长江篇(a5)

20113122326东芝服务便携手册打印版—长江篇(a5)

相关纸路部分是否有异常
PFP 下纸盒进纸传感器:
PFP 下纸盒卡纸 (纸张未达到 PFP 下纸盒供纸传 感器): 未到达 PFP 下纸盒供纸传感器
13-[04.SENSORTEST]、传感器是否异常、相关接口 及线束、主板 PFP 下纸盒进纸离合器:04-228、离合器是否异常、 相关线束、PFP 板、主板 PFP 下纸盒搓纸棍、分离辊、进纸辊是否有磨损
通过 PFP 下纸盒供纸传感器后未
到达定位传感器
3/23
代码 E32 E35
E36 E40 E41
分类 纸张输送卡纸
纸张输送卡纸
纸张输送卡纸
盖板打开 导致的卡纸
盖板打开 导致的卡纸
错误代码含义
故障排错简要提示(供参考)
PFP 上纸盒输送卡纸
PFU 供纸传感器:03-[INTERRUPT]OFF/[7]/[5]、
导致的卡纸
打印期间,打开了 PFU 盖板
03-[INTERRUPT]OFF/[9]/[2]
传感器相关线束连接、主板
纸张输送卡纸 (ADU 部分)
未到达 ADU 传感器造成卡纸: 纸张返回出口部分后未到达 ADU 传感器
ADU 传感器:13-[04.SENSORTEST], 传感器及线 束连接、ADU 板、主板 ADU 内各辊是否磨损,相关纸路是否有异常
主电机是否工作:04-101/151、相关线束连接、主板
主电机 LED 灯不亮:检查相关线束连接,主板
主电机异常:
主板输出控制异常:
主电机运转不正常
CN305-B8 主电机锁死信号是否一直为低电平
CPU 输入电压引脚 IC24-12 是否一直为低电平
更换主板
PFP 电机:

东芝232维修手册

东芝232维修手册

东芝232维修手册东芝E-STUDIO 232维修知识和技能1、错误代码查看同时按下“8” + “Clear”键,查看错误代码。

(与其他机型一致)注:本系列机型的代码位数为4位。

E系列错误代码。

卡纸报错。

/F系列错误代码。

C系列当出现C系列错误代码时应查询服务手册的相关解释来检查。

C010 -是相关的驱动系统,传感器或离合器C260 -扫描单元相关的,曝光灯,灯控板,电机传感器。

C410 -定影相关,定影灯,热保险,热敬电阻,輕。

C550 -信号传输相关,电路板或者接插连线。

C730 -输稿器相关,电机。

C940 -电路相关,主CPU, LGC板,DRV板,高压板。

C970 -高压传输相关,主充漏电。

CA10 -激光单元相关,多棱镜电机,激光二极管。

CB20 -文件处理器相关。

CDFO -错位接收盘(没检测到原始位置)。

CF60 -废粉回收相关(通过SM 2-17, SW9废粉传感器检查)。

系统CPU与驱动CPU通信错误。

F070 -F100 -硬盘(尝试格式化08-690) oF110 -主CPU与扫描板通信错误。

1C开头,25开头的代码为互联网传真中的错误代码。

电子归档功能的错误代码(2Bxx)电子邮件功能的错误代码(2Cxx)文件共享功能的错误代码(2Dxx)电子邮件接收的错误代码(3Axx到3Fxx)2、扫描相关错误代码C260灯控板,曝光灯或明暗校正板相关C270, C280扫描电机或原位传感器输出测试03-261扫描电机测试03-264/265扫描电机冷却风扇03-267曝光灯输出测试(在安装输稿器时检查安装位置用到)调整及设定05[308]将灯架复原到初始原位03[305-340]扫描器部分调整08E312-314]扫描计数器3、鼓清洁/处理单元高压控制600V的预转印高压同样山高压板生成。

LGC主板上的芯片里储存了控制这些高压输出的参数。

错误代码C970高压传输异常(检查是否有主充高压漏电)调整代码05[210]主充电压测试809, 826, 864, 865, 866, 867]主充电压设置08[805-05[220, 221, 222]转印电压测试08[833-837, 859, 860, 861, 862, 863] 转印电压设置05[233, 234, 235]分离电压测试拆卸与安装(实践操作)与e-studio 230/280通用,也采用了整体处理单元。

东芝笔记本电脑使用手册说明书

东芝笔记本电脑使用手册说明书

Safety.book Page 1 Friday, March 24, 2017 4:35 PMђ㣓⭫㝇 ⭞⭞ 䈭䰻䈱Safety.book Page 2 Friday, March 24, 2017 4:35 PMSafety.book Page 3 Friday, March 24, 2017 4:35 PM3目录简介 (5)安全使用电脑、组件和附件 (6)电源 (6)通信 (12)主机 (14)系统/外设 (20)如何更舒适地使用电脑 (25)良好的工作姿势 (25)使用外接键盘、鼠标或显示器操作电脑 (26)打字方式 (27)休息及变换工作任务 (27)移动过程中使用电脑的提示 (27)搬运电脑 (27)寻求额外的帮助 (28)检查清单 (28)您购买的电脑系统可能会带有包含最先进的数据存储技术的可刻录和/或可擦写光盘驱动器及相关软件。

同其它新技术一样,您必须先阅读并遵循随附的或以电子方式提供的相关用户指南和/ 或手册中所有的设置及使用指引。

如果不这样做,该产品可能不能正常运行并且您可能会丢失数据或遭受其它损害。

东芝、其附属公司及供应商并不保证本产品的所有运转都不受干扰或无错误。

您同意对由于使用本产品而引起的任何商业、利润、程序、数据或可移动存储媒体的损害或损失,即使已经被告知此可能性,东芝、其附属公司及供应商不应承担任何责任。

为求准确,出版时东芝公司已反复验证提供的信息,但是该信息有可能加以改动,恕不另行通知。

该使用指南或其它的任何书面材料及信息中的描述仅仅是一般性的指导,而不是向您承诺的任何保证。

对任何直接或间接地由于使用指南条款中技术或印刷的错误或遗漏引起的损害,东芝公司不承担任何责任。

在任何情况下,不管是基于民事侵权或与此相关的合同还是其他方面的理由,由于使用指南、其他信息或使用引起的任何意外的、因果的、特殊的或典型的损害,东芝公司不承担任何责任。

Safety.book Page 4 Friday, March 24, 2017 4:35 PM4商标Wi-Fi是Wi-Fi Alliance的注册商标。

东芝232282维修手册

东芝232282维修手册

东芝232282维修手册东芝232282维修手册第一章:介绍- 产品概述- 产品特点- 产品规格第二章:安全注意事项- 电气安全注意事项- 使用安全注意事项- 维修安全注意事项第三章:组件和部件- 外部部件结构图- 内部组件结构图- 组件和部件列表第四章:故障排除- 常见故障现象- 故障排除流程1、故障现象描述2、故障可能原因3、故障排除步骤第五章:维修方法- 维修工具和设备- 维修步骤1、拆解组件2、更换故障部件3、组装部件4、功能测试第六章:常见问题解答- 常见问题和解决方案列表第七章:维护保养- 日常维护保养措施- 定期维护保养方法第八章:技术支持- 客户服务热线- 技术支持联系方式附件:1、外部部件结构图2、内部组件结构图3、组件和部件清单4、保养记录表法律名词及注释:1、侵权:指违反他人合法权益的行为,包括但不限于侵犯著作权、商标权、专利权等。

2、法律责任:根据法律法规规定,对违反法律进行相应处罚或承担责任的法律后果。

3、责任限制:指根据法律法规的规定,对侵权方的责任进行限制,如承担赔偿金额上限、责任免除等。

本文档涉及附件:附件1:外部部件结构图附件2:内部组件结构图附件3:组件和部件清单附件4:保养记录表本文所涉及的法律名词及注释:1、侵权:违反他人合法权益的行为。

2、法律责任:对违法行为的承担相应处罚或责任的法律后果。

3、责任限制:对侵权方的责任进行限制的法律规定,如承担赔偿金额上限、责任免除等。

PD232用户手册

PD232用户手册

本文档只作为产品信息,除非另外说明,不作为任何合同的组成部分。

制造商具有的权利:产品更新和变更设计规格,如无特别通知,以变更为准。

PD230用户手册NORTECH 国际公司版权© 1996文档号 : 301UM0004-02出版日期 : 1997年3月目录1. 引言 (1)2. 技术参数 (2)2.1 功能参数 (2)2.2 电气参数 (3)2.3 环境参数 (3)2.4 机械参数 (3)3. 操作说明 (4)3.1 硬件安装 (4)3.2 开关设置选择 (5)3.2.1 频率选择 (5)3.2.2 灵敏度 (5)3.2.3 自动灵敏度提高 (6)3.2.4 存在时间 (6)3.2.5 复位开关 (6)3.2.6 内部连接选择 (6)3.3 前面板指示 (7)4. 操作指南 (8)4.1 检测器调谐 (8)4.2 检测器灵敏度 (9)4.3 操作模式 (9)4.4 响应时间 (10)5. 安装指导 (11)5.1 操作影响 (11)5.2 线圈和馈线的规格 (12)5.3 感应线圈的几何尺寸 (12)5.4 线圈安装 (12)6. 配置 (15)6.1 PD231 检测器 (15)6.2 PD232 检测器 (15)6.3 PD234 检测器 (16)7. 应用 (17)8. 客户故障分析 (18)8.1 发现的故障 (18)8.2 DU100-检测器诊断仪 (19)8.3 功能测试 (20)1. 引言PD230是基于微处理器设计的用于停车场和车辆出入控制的双通道车辆检测器。

PD230的设计使用了许多最新技术来广泛地适应众多停车场的使用环境,以供客户选用。

对于用户,许多外部功能是有效的。

检测器的基本功能是:通过车辆经过埋在路面下的环行线圈所引起的电感变化,来检测车辆的存在。

该检测器根据当前流行的PD130系列单通道车辆检测器而设计的,易于安装、使用方便。

不同模式的选择可通过改变前面板开关的位置来实现。

东芝冰箱变频板维修资料

东芝冰箱变频板维修资料

东芝冰箱变频板维修资料东芝冰箱变频板是冰箱中的重要组成部分,负责调节和控制制冷系统的运行。

如果变频板出现问题,会导致冰箱无法正常工作,因此维修变频板是维护冰箱正常运行的重要环节。

首先,维修变频板之前,需要做好准备工作。

确保冰箱断电,并将储存在冰箱内的食物和饮料移出,以防止任何意外发生。

之后,打开冰箱背面,找到变频板的位置。

变频板通常是一个长方形的电子设备,有各种接口和电线连接。

接下来,需要检查变频板的外观和连接。

查看是否有明显的损坏或脱落的部件。

同时,检查连接是否牢固,没有松动或腐蚀。

如果发现问题,可以尝试重新连接或更换损坏的部件。

如果需要更换变频板,建议咨询厂家或专业技术人员,以确保使用正确的替代品。

另外,如果变频板没有明显的问题,但冰箱仍然无法正常工作,可以尝试进行电路检测。

使用万用表或其他合适的测试工具,按照变频板的说明书或相关维修指南上的电路图,逐个测试连接的电路和元件。

如果发现有电压不稳定、电流异常或短路等问题,可以尝试修复或更换相关元件。

在进行任何维修操作之前,请确保已经详细阅读并理解了东芝冰箱的用户手册。

用户手册通常会提供一些常见故障和维修方法的解释和指导。

如果您对电子设备的维修不熟悉,建议咨询专业技术人员,以避免不必要的失误和风险。

综上所述,维修东芝冰箱变频板需要做好准备工作,检查外观和连接,进行电路检测,并根据需要修复或更换相关部件。

同时,确保遵循制造商的指导和建议。

希望这篇文章能对维修东芝冰箱变频板有所帮助,并能帮助您尽快恢复冰箱的正常使用。

东芝 STUDIO 182 212 242 说明书

东芝 STUDIO 182 212 242 说明书

前言感谢您购买东芝多功能数码复印机。

我们为您提供了以下操作手册。

本操作手册介绍了:y如何使用此多功能数码复印机y如何对此设备进行检查和维修y如何解决机械和复印问题请确保在使用设备前,已通读此手册。

请将本手册保存在方便取用之处,以便将来用作参考。

手册中的不当之处在所难免,公司拥有手册的最终解释权。

由此给您带来的麻烦,我们深表歉意,敬请谅解。

前言 1用户注意事项在选定了安装e-STUDIO182/212/242的合适位置后,请不要再改变这个位置。

同时,避免设备过度受热、灰尘进入、振动或阳光直射。

此外,由于设备会释放出少量的臭氧,要提供适当的通风条件。

根据IEC60825-1:1993/EN 60825-1.1994及补充说明,该单元为等级1激光产品。

该单元使用激光二极管输出为5 mW、波长785 nm和连续脉冲。

小心:采取非本手册说明的控制措施、调整方法或操作步骤,可能会导致辐射危害。

警告:该产品等级为A。

在室内环境下,产品可能会引起电波干扰,在这种情况下,需要用户采取适当的对应措施。

2 用户注意事项在阅读本手册之前手册系列这些手册用于e-STUDIO182/212/242。

请选择并阅读您最需要的手册。

本手册为《基本功能操作手册》。

基本功能《基本功能操作手册》(书本型,本手册)本手册描述了设备最基本和主要的复印功能。

同时,它也说明了确保正确和安全使用设备的安全注意事项。

请确保您在使用设备前,阅读本手册。

传真功能使用传真功能需要传真套件GD-1221(选购件)。

《传真功能操作手册》(书本型)此手册描述了如何使用传真功能。

提供了各种和发送/接收传真相关的基本和高级的功能。

打印功能使用打印功能需要网络打印套件GA-1191(选购件)。

《打印功能快速开始手册》(PDF文件)此手册提供了和打印功能相关的基本信息,例如GA-1191附件,必要的环境条件和网络连接的概述,以及故障排除。

请确保在使用打印功能前,通读此手册。

东芝复印机维修手册

东芝复印机维修手册
东芝复印机维修代码大全
同时按0和1键打开电源面板指示灯全部点亮,按清除/停止键解除
同时按0和2键打开电源机器进入老化方式,显示AG,同时按09键解除
同时按0 3或04键打开电源机器进入输入/输出检查方式,显示CH,输入不同的代码可以启动不同的部件,例如03-33暴光灯检查同时按0和6键打开电源强制启动《定影器不加热》
3手动曝光调整50%范围0~255标准128
4手动曝光调整200%范围0~255标准128
5自动曝光调整100%范围0~255标准128
6自动曝光调整154%范围0~255标准128
7自动曝光调整50%范围0~255标准128
8自动曝光调整200%范围0~255标准128
14图像曝光调整100%范围0~255标准128
0 TD传感器自动调整--
键入0,按复印键鼓和显影器工作大约2分钟面板显示数开始自动改变短时间后显示数停止改变。--
显示值=24(
2."4±
0."5v),按插入键存入内存,按09退出---------------- ----------------
退出自诊断05模式:
键入"09"----------
4。"在分页器传输路径卡纸

备考
E81在分页器传输路径中纸张延迟堵塞纸张未到达传感器入口#34;复印机驱动系统请求检修

备考
C01主电机工作异常
6."光学系统请求检修

备考
C21光学系统初始化错误扫描、镜头或反光镜工作异常
C26检测到曝光灯烧毁
7."处理系统请求要检修
15图像曝光调整154%范围0~255标准128
16图像曝光调整50%范围0~255标准128

东芝系列维修手册

东芝系列维修手册

东芝系列维修手册第一章:介绍1.1 使用目的1.2 范围和适用性1.3 术语和缩写第二章:产品概述2.1 产品特点2.2 硬件规格2.3 软件规格2.4 外观设计2.5 附件列表第三章:维修流程3.1 常见故障诊断3.2 维修所需工具3.3 打开设备3.4 组件拆卸和更换3.5 组件固定和连接3.6 维修完成测试第四章:维护与保养4.1 清洁指南4.2 电源管理4.3 防尘处理4.4 温度和湿度要求4.5 停电和断电保护第五章:常见问题解决方案5.1 无法启动设备5.2 屏幕显示问题5.3 声音问题5.4 网络连接问题5.5 外部设备无法识别5.6 其他常见问题第六章:故障代码和解决办法6.1 硬件故障代码6.2 软件故障代码6.3 解决办法和故障排除步骤第七章:维修记录与保修7.1 维修记录表格7.2 保修政策和流程7.3 延长保修计划第八章:维修安全与注意事项8.1 电源安全8.2 维修过程中的安全注意事项8.3 设备维护与保养注意事项8.4 废弃设备处理第九章:常见维修工具使用说明9.1 螺丝刀9.2 钳子9.3 测量工具9.4 探头和夹子9.5 清洁工具第十章:常见故障案例及处理方法10.1 故障现象描述10.2 故障原因分析10.3 解决措施和步骤结论本手册详细介绍了东芝系列产品的维修流程、维护与保养方法以及常见故障解决方案。

通过学习本手册,用户可以更好地了解设备的内部构造和工作原理,更加准确地定位和解决常见故障。

另外,本手册还对常见维修工具的使用方法进行了说明,并提供了一些常见故障案例,帮助用户更好地理解维修过程中的注意事项和操作技巧。

在维修过程中,务必遵循安全操作规范,并注意电源安全和个人安全。

同时,定期进行设备的维护与保养工作,可以延长设备的使用寿命和保持正常的工作状态。

本手册是一本实用的指导手册,适用于东芝系列产品的用户和维修人员。

无论您是初学者还是有一定维修经验的专业人士,本手册都有一定的参考价值。

东芝E-STUDIO 230,280维修手册中文_部分2

东芝E-STUDIO 230,280维修手册中文_部分2

3[E]副扫描方向的图像位置<步骤>(1)同时按下数字键[0] 和[5],打开电源。

→ (调整模式)(2)将刻度尺置于原稿玻璃上,刻度尺的前端紧靠左边的原稿标尺。

(3)按下[FAX]键在A3(LD )、100% 和下纸盒模式下进行复印。

(4)测量从纸张前端至刻度尺复印图像10 毫米处的距离D 。

(5)检查距离 D 是否位于 10±0.5 毫米范围内。

(6)如果不是,按照以下步骤更改值并重复以上步骤 3 至 5。

(调整模式)→ (输入代码[305]) → [START]→(键入一个值(可接受的值:0 至 255))→ 按下[ENTER]或[INTERRUPT]键(储存在存储器中)。

→ (显示“100% A ”。

)*调整值越大,图像移位至尾端越多(0.14 毫米/级)。

图 3-15[F]前端消边<步骤>(1)同时按下数字键[0] 和[5],打开电源。

→ (调整模式)(2)打开稿台盖板或RADF 。

(3)按下[FAX]键在A3(LD )、100%、文本/照片和下纸盒模式下进行复印。

(4)测量复印图像前端空白区E 。

(5)检查空白区 E 是否位于 3+0.5 毫米范围内。

(6)如果不是,按照以下步骤更改值并重复以上步骤 3 至 5。

(调整模式) → (输入代码[430]) → [START]→(键入一个值(可接受的值:0 至 255))→ 按下[ENTER]或[INTERRUPT]键(储存在存储器中)。

→ (显示“100% A ”。

)*调整值越大,空白区越宽(约为 0.04 毫米/级)。

图3-163[G]右侧消边<步骤>(1)同时按下数字键[0] 和[5],打开电源。

→ (调整模式)(2)打开稿台盖板或RADF 。

(3)按下[FAX]键在A3(LD )、100%、文本/照片和下纸盒模式下进行复印。

(4)测量复印图像右侧空白区F 。

(5)检查空白区 F 是否位于 2±1.0 毫米范围内。

Digilent PmodRS232 Converter Module Board数据手册说明书

Digilent PmodRS232 Converter Module Board数据手册说明书

D i g i l e n t P m o d R S 232™ C o n v e r t e r M o d u l e B o a r d R e f e r e n c e M a n u a l®Revision: June 6, 2012Note: This document applies to REV B of the board.215 E Main Suite D | Pullman, WA 99163(509) 334 6306 Voice and FaxDoc: 502-068page 1 of 2OverviewThe PmodRS232 Converter Module Board (the RS232 module) translates voltage from the logic levels used by Digilent system boards to the RS232 voltage used for serial communications.The RS232 module creates a two-way I/Oexchange by converting RS232 voltage to logic level voltage and converting logic voltage to RS232 voltage. RS-232 voltage levels are -3 to -12V for a logic ‘1’, and +3 to +12 for a logic ‘0’.The RS232 module is configured as a data communications equipment (DCE) device. It connects to data terminal equipment (DTE) devices, such as the serial port on a PC, using a straight-through cable.Features include:• A Maxim Integrated™ MAX3232CSERS232 transceiver• a DB9 connector and 6-pin header • transmit and receive data functions • optional RTS and CTS handshakingfunctions• small form factor (1.00” x 1.30”).Functional DescriptionThe RS232 module provides two transmit buffers and two receive buffers. A transmit buffer converts a logic-level signal on its input to an RS232 voltage-level signal on its output. A receive buffer converts an RS232 voltage-level signal on its input to a logic-level signal on its output.The RS232 module can be configured as either a 3-wire DTE serial port (with one transmitter for transmit-data signals, onereceiver for receive-data signals, and a signal-ground connection), or as a 5-wire DTE serial port with an additional transmitter and receiver for RTS and CTS handshaking signals, respectively.The RS232 module is designed to work with either Digilent programmable logic system boards or embedded control boards. Most Digilent system boards (like the Basys, Nexys or Cerebot) have 6-pin connectors that allow the RS232 module to plug directly into thePmodRS232 Reference Manual Digilent, Inc.page 2 of 2system board or to connect via a Digilent 6-pin cable.Some older Digilent boards may need aDigilent Module Interface Board (MIB) and a 6-pin cable to connect to the RS232 module. The MIB plugs into the system board and the cable connects the MIB to the RS232 module.(6) Vcc (3.3 - 5V)(5) GND(1) CTS (2) RTS (3) TXD (4) RXDRS232 Module Connector J1The RS232 module is wired as a DTE device. RS232 signals are named from the perspective of the DCE. The TXD signal carries data from the DCE to the DTE, therefore, the TXD signal on pin 3 is connected to the output of a receiver and should be connected to thereceive input of a UART on the system board. Similarly, the RXD signal carries data from the DTE to the DCE and is connected to the input of a transmitter on the RS232 module andshould be connected to the output of the UART on the system board.The CTS signal on pin 1 can be connected to the input of a transmitter and the RTS signal on pin 2 can be connected to the output of a receiver. These connections are made using jumper blocks JP1 and JP2, as described below.Digilent embedded control boards, like theCerebot, have one or more connectors with the UART signals configured correctly for direct connection of the RS232 module. On Digilent programmable logic boards like the Basys or Nexys, a UART must be defined in the logic of the FPGA or CPLD and the appropriate signal connections must be defined to connect the UART to appropriate connector pins.Using Jumper Blocks JP1 and JP2Jumper blocks JP1 and JP2 are used toconfigure the RS232 module for either 3-wireor 5-wire operation. Pins 1 and 2 of JP1 are connected to pins 1 and 2 of connector J1, respectively. Pins 1 and 2 of JP2 areconnected to the CTS transmitter and the RTS receiver, respectively.To configure the RS232 module as a 3-wire DTE with no handshaking, place a shorting block across the two pins of JP2 and ensure there’s no shorting block on JP1. This loops RTS back to CTS on the RS232 side of the module and leaves pins 1 and 2 unconnected on J1.To configure the RS232 module as a 5-wire DTE with RTS/CTS handshaking, place ashorting block across pin 1 of JP1 and pin 1 of JP2, and place another shorting block across pin 2 of JP1 and pin 2 of JP2. This connects the CTS transmitter to pin 1 of J1 and the RTS receiver to pin 2 of J1.。

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东芝E-STUDIO 232维修知识和技能
1、错误代码
查看同时按下“8”+“Clear”键,查看错误代码。

(与其他机型一致)注:本系列机型的代码位数为4位。

E系列错误代码。

卡纸报错。

C系列 / F系列错误代码。

当出现C系列错误代码时应查询服务手册的相关解释来检查。

C010 –是相关的驱动系统,传感器或离合器
C260 –扫描单元相关的,曝光灯,灯控板,电机传感器。

C410 –定影相关,定影灯,热保险,热敏电阻,辊。

C550 –信号传输相关,电路板或者接插连线。

C730 –输稿器相关,电机。

C940 –电路相关,主CPU,LGC板,DRV板,高压板。

C970 –高压传输相关,主充漏电。

CA10 –激光单元相关,多棱镜电机,激光二极管。

CB20 –文件处理器相关。

CDF0 –错位接收盘(没检测到原始位置)。

CF60 –废粉回收相关(通过SM 2-17,SW9废粉传感器检查)。

F070 –系统CPU与驱动CPU通信错误。

F100 –硬盘(尝试格式化 08-690)。

F110 –主CPU与扫描板通信错误。

1C开头,25开头的代码为互联网传真中的错误代码。

电子归档功能的错误代码(2Bxx)
电子邮件功能的错误代码(2Cxx)
文件共享功能的错误代码(2Dxx)
电子邮件接收的错误代码(3Axx到 3Fxx)
2、扫描相关
错误代码
C260灯控板,曝光灯或明暗校正板相关
C270,C280扫描电机或原位传感器
输出测试
03-261扫描电机测试
03-264/265扫描电机冷却风扇
03-267曝光灯输出测试(在安装输稿器时检查安装位置用到)
调整及设定
05[308]将灯架复原到初始原位
05[305-340]扫描器部分调整
08[312-314]扫描计数器
3、鼓清洁/处理单元
高压控制
600V的预转印高压同样由高压板生成。

LGC主板上的芯片里储存了控制这些高压输出的参数。

错误代码
C970高压传输异常(检查是否有主充高压漏电)
调整代码
05[210]主充电压测试
08[805-809,826,864,865,866,867]主充电压设置
05[220,221,222]转印电压测试
08[833-837,859,860,861,862,863]转印电压设置
05[233,234,235]分离电压测试
拆卸与安装(实践操作)
与e-studio 230/280通用,也采用了整体处理单元。

拆卸前先从处理单元上小心的脱离鼓清洁单元。

从鼓单元商拆下主充单元后,让学员观察主充电删网的肋条改进(加强强度)
观察针式电极及它的清洁机构。

观察鼓刮板,确认其正确的位置。

观察分离爪,在安装完成后,一定要确认其在正常的工作状态。

注意:
e-studio 230/280的鼓分离爪有3个,e-studio 232/282的鼓分离爪只有2个。

定期保养
因为设计中考虑减少了臭氧的产生,所以臭氧过滤器的寿命相对于以往机型延长了很多。

但这并不意味着不需要更换。

强调要参照保养指南,定期更换相关部件。

4、显影单元
单元结构
e-studio232/282中的显影单元与e-studio 230/280通用,这样的机械结构保证了回收墨粉在循环使用。

从鼓起清洁刮板上收集的墨粉会通过墨粉回收机构重新添入显影单元。

加粉工作
1.检测电路检测显影仓内的墨粉浓度,判断并给出墨粉空信号。

2.自动墨粉传感器环境温度/湿度温度调整(而Hudson 中采用的是仅根据鼓温度的反控制调整)
3.由LGC主板给出加粉电机驱动信号
调整及设置
05[205]显影偏压测试
08[833-837,859,860-863]显影偏压调整
05[200]自动墨粉调整
05[201]手动墨粉调整
08[414,415]墨粉量的控制
输入/输出测试
03[248]显影偏压[+DC]开/关
03[249]显影偏压[-DC] 开/关
拆卸与安装
打开显影单元盖板,用手转动齿轮。

让学员们观察不同的搅拌仓内的墨粉运输情况。

让学员辨认并了解墨粉回收辊的结构。

磁穗高度为0.45mm, 调整时使用磁辊间距调整夹具。

安装时向学员强调密封条的先后位置。

5、输纸单元
对位辊速度
e-studio232/282有三个传输离合器。

其中的中间传输离合器结合上传输离合器和下传输离合器,它确定了两根传输辊的高速或者低速的运转。

参考:对位辊旋转的转速约为 133mm/sec
第二传输辊的高速转速为260mm/sec
这样纸盒抽取纸的效率也会提高。

代码设置
05[448-464]纸张定位量调整
05[466]纸长推进量
05[224-249,256]纸张大小设定
08[463-471]纸张供纸重试次数
08[480]默认优先纸盒
08[697]默认优先纸型
08[481]纸盒的自动接力设定
08[613][OTHER]纸型的尺寸选择
拆卸及安装(动手实践)
详细拆装步骤参照手册内容。

拆下旁路单元。

拆下双面器单元。

参照手册中讲解的步骤拆卸到对位辊单元。

(此过程中会拆卸到机器传输单元,背面的主电极单元,对位辊离合器,固定零件)
要求学员此时观察对位辊结构,橡胶对位辊结合金属对位辊。

请学员自行辨别输纸部分的离合器和传感器。

6、定影单元
代码设置
08[400]定影故障计数器
08[407-413,437,438,448,450-453,515-521] 定影温度
08[417,439,440,441,526,523]预运转时间
拆卸及安装(动手实践)
详细拆装步骤参照手册内容。

小心取下定影灯后,让学员观察两根灯有不同的加热区域。

(注意不能徒手触摸定影灯,安装回去时检查两根各有其位)
取下热保险盖板时,塑料件卡口不易用力过猛。

热保险不要轻易拆除,安装回时要求确保位置。

到加热辊距离2.3mm误差0.2mm。

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