GMQIS系统操作指导书

KIS专业版标准操作流程指导书新建账套及账套初始化部分：新建账套；1、点击操作系统左下角“开始” 一程序” f'金蝶KIS专业版”—工具”f “账套管理”进入，在弹出登录界面中用户名为：“admin”，初始密码为：空;2、进入后点击上方图标菜单中的“新建”按钮，在弹出界而中录入“账套号”、“账套名称”、“账套存放地址”、“公司名称”等点击“确定”开始建立账套数据库文件，直至捉示建立账套成功；基础设置及初始化1、系统登录：点击桌面的“金蝶KIS专业版”图标，在弹出的登录界面小录入用户名和密码（新建的账套用户名，manager密码：空），再选择服务器（第一次使用后，一般情况下不用另做选择）和账套点击“确定”。

2、系统参数设置（新建账套必先做此操作，再可做其他操作）。

点击软件主界面的“基础设置”中的“系统参数”，进行'系统信息'、'会计期间’、 '财务参数’、'出纳参数’、'业务参数'的设置，设置完毕后点击确定，有提示全部点“是”。

3、建立操作用户。

建立用户点击软件主界面的“基础设置”中的“用户管理”，进入后点击“新建用户”，在弹岀界面录入“用户姓名”、“密码”、“确认密码”，点击确定。

用户授权：选屮要授权的用户，点击“功能权限管理”进行具体的用户权限授予。

4、建立会计科目（新账套没有科目）。

点击软件主界而的“基础设置”中的“会计科目”，进入后可以在“文件”菜单从模板引入国家标准的一级科目，明细科目由客户自己手工通过“新增”按钮自己增加；5、建立凭证字。

点击软件主界面的“基础设置”中的“凭证字”，进入后点击“新增”, 录入要用的凭证字，点击确定。

6、建立计量单位。

点击软件主界面的“基础设置”中的“计量单位”，进入后点击竖线左边任意地点，再点“新增”建立计量单位组，录入耍用的计量单位组名称，点击确定。

计量单位组建好后，选中要建具体单位的组,再点击竖线右边空白处任意地点, 再点“新增”建立具体的计量单位，录入耍用的计量单位的代码、名称和换算率, 点击确定。

Air Quality Gas Sensor（Model：MQ135）ManualVersion: 1.4Valid from: 2015-03-10Zhengzhou Winsen Electronics Technology Co., LtdStatementThis manual copyright belongs to Zhengzhou Winsen Electronics Technology Co., LTD. Without the written permission, any part of this manual shall not be copied, translated, stored in database or retrieval system, also can’t spread through electronic, copying, record ways.Thanks for purchasing our product. In order to let customers use it better and reduce the faults caused by misuse, please read the manual carefully and operate it correctly in accordance with the instructions. If users disobey the terms or remove, disassemble, change the components inside of the sensor, we shall not be responsible for the loss.The specific such as color, appearance, sizes &etc, please in kind prevail.We are devoting ourselves to products development and technical innovation, so we reserve the right to improve the products without notice. Please confirm it is the valid version before using this manual. At the same time, users’ comments on optimized using way are welcome.Please keep the manual properly, in order to get help if you have questions during the usage in the future.Zhengzhou Winsen Electronics Technology CO., LTDMQ135 Semiconductor Sensor for Air QualityProfileSensitive material of MQ135 gas sensor is SnO 2, which with lower conductivity in clean air. When target pollution gas exists, t he sensor’s conductivity gets higher along with the gas concentration rising. Users can convert the change of conductivity to correspond output signal of gas concentration through a simple circuit.MQ135 gas sensor has high sensitivity to ammonia gas, sulfide, benzene series steam, also can monitor smoke and other toxic gases well. It can detect kinds of toxic gases and is a kind of low-cost sensor for kinds of applications.FeaturesIt has good sensitivity to toxic gas in wide range, and has advantages such as long lifespan, low cost and simple drive circuit &etc.Main ApplicationsIt is widely used in domestic gas alarm, industrial gas alarm and portable gas detector.Technical Parameters Stable.1NOTE: Output voltage (Vs) is V RL in test environment.Basic CircuitFig2. MQ135 Test CircuitInstructions: The above fig is the basic test circuit of MQ135.The sensor requires two voltage inputs:heatervoltage (VH ) and circuit voltage(V C ). V H is used to supply standard working temperature to the sensor and it can adopt DC or AC power, while V RL is the voltage of load resistance R L which is in series with sensor. Vc supplies the detect voltage to load resistance R L and it should adopts DC power.Description of Sensor CharactersH 2 Air NH 3 TolueneConcentration (ppm)Cautions1 .Following conditions must be prohibited1.1 Exposed to organic silicon steamSensing material will lose sensitivity and never recover if the sensor absorbs organic silicon steam. Sensors must avoid exposing to silicon bond, fixature, silicon latex, putty or plastic contain silicon environment. 1.2 High Corrosive gasIf the sensors are exposed to high concentration corrosive gas (such as H 2S, SO X , Cl 2, HCl etc.), it will not only result in corrosion of sensors structure, also it cause sincere sensitivity attenuation. 1.3 Alkali, Alkali metals salt, halogen pollution400ppm H 2 (RL=4.7k)Concentration (ppm)Time (s)Time (day)polluted by alkali metals salt especially brine, or be exposed to halogen such as fluorine.1.4 Touch waterSensitivity of the sensors will be reduced when spattered or dipped in water.1.5 FreezingDo avoid icing on sensor’s surface, otherwise sensing material will be broken and lost sensitivity.1.6 Applied higher voltageApplied voltage on sensor should not be higher than stipulated value, even if the sensor is not physically damaged or broken, it causes down-line or heater damaged, and bring on sensors’ sensitivity characteristic changed badly.1.7 Voltage on wrong pinselectrodes (Pin 1 connects with Pin 3, while Pin 4 connects with Pin 6).Ifapply voltage on Pin 1&3 or 4&6, it will make lead broken; and no signalputout if apply on pins 2&4.Fig8. Lead sketch2 .Following conditions must be avoided2.1 Water CondensationIndoor conditions, slight water condensation will influence sensors’ performance lightly. However, if water condensation on sensors surface and keep a certain period, sensors’ sensitiv e will be decreased.2.2 Used in high gas concentrationNo matter the sensor is electrified or not, if it is placed in high gas concentration for long time, sensors characteristic will be affected. If lighter gas sprays the sensor, it will cause extremely damage.2.3 Long time storageThe sensors resistance will drift reversibly if it’s stored for long time without electrify, this drift is related with storage conditions. Sensors should be stored in airproof bag without volatile silicon compound. For the sensors with long time storage but no electrify, they need long galvanical aging time for stability before using. The suggested aging time as follow:Stable2.2.4 Long time exposed to adverse environmentNo matter the sensors electrified or not, if exposed to adverse environment for long time, such as highhumidity, high temperature, or high pollution etc., it will influence the sensors’ performance badly.2.5 VibrationContinual vibration will result in sensors down-lead response then break. In transportation orassembling line, pneumatic screwdriver/ultrasonic welding machine can lead this vibration.2.6 ConcussionIf sensors meet strong concussion, it may lead its lead wire disconnected.2.7 Usage Conditions2.7.1For sensor, handmade welding is optimal way. The welding conditions as follow:●homothermal soldering iron●Temperature：250℃●Time：less than 3 seconds2.7.1If users choose wave-soldering, the following conditions should be obey:●Soldering flux: Rosin soldering flux contains least chlorine●Speed: 1-2 Meter/ Minute●Warm-up temperature：100±20℃●Welding temperature：250±10℃●One time pass wave crest welding machineIf disobey the above using terms, sensors sensitivity will reduce.。

XGM1 控制系统产品说明书调试指导手册目录1 控制系统概述 (4)1.1 总体框图 (4)2 调试指导 (4)2.1 检查控制柜 (5)2.2 接线检查 (5)2.3 绝缘检查 (5)2.4 检查输入电压 (5)2.5 检查控制变压器输出电压 (5)3 检修模式ALMCB 上电检查 (5)3.1 检查ALMCB 的输入输出电压 (5)3.2 上电检查LMCB 的状态 (6)4 A LMCB 驱动部分参数设置 (8)5 LMCB 驱动部分调试 (15)5.1 运行状态设置 (15)5.2 使用同步电机的主机 (16)5.3 使用异步电机的主机 (18)6 电梯运行方向检查 (19)7 点动运行模式 (19)7.1 紧急电动运行（ERO ） (19)7.2 轿顶检修运行（TCI ） (19)8 位置参考系统调整 (20)8.1 极限开关的调整 (20)8.2 调整轿顶光电开关和井道隔光板 (20)9 首次正常运行准备 (21)9.1 安全、门锁回路检查 (21)9.2 确认井道信号 (21)10 井道位置自学习 (21)11 DCS （门检测运行）操作 (22)12 正常运行 (22)13 正常运行的平层位置的调整 (23)14 起动力矩调整 (23)15 振动性能调整 (23)16 故障排除 (24)1控制系统概述新XGM1系统引用了ALMCB （逻辑控制板）作为电梯控制系统的核心，充分吸收了先进技术，利用高可靠性的串行通讯系统，将电梯的各个部件紧密的连在一起。

驱动部分则采用高精度的矢量变频技术，使电梯的运行更加平稳舒适，同时其流畅简洁的外观也令人赏心悦目。

ALMCB内部包括四个部分：逻辑控制部分、运动控制部分、门机部分、驱动控制部分，见图1。

图1逻辑控制功能框图1.1总体框图XGM1控制系统的基本框图和信号流程图，见图2。

T15 H 綁「脸审开]LZ,2LS^^^皿H门应荷号门性制图2控制系统的基本框图和信号流程图2调试指导提示：在动慢车之前，所有的机械部件都已经调试完成，具体请参考相关安装指导书。

新疆新业能源化工有限责任公司SIS控制系统检修作业指导书批准：审定：审核：编制：蒋立毅2013 年 7 月 4 日一、工作目的及时、正确的输出，从而规避装置和操作人员的风险和危险，防止任何危险发生或减轻后果。

二、适用范围适用于MTG装置生产过程的监测及控制。

三、采用标准1 IEC 61508 “Functional safety of electrical/electronic/programmable electronic safety-related systems”2、IEC 61511“Functional safety: safety instrumented systems for the process industry sector”3、ANSI/ Application of safety instrumented system for the process industries4、DIN V 19250 Programmable safety system5、IEC 6111 Programmable controller industry sector6、ISA 用于过程操作的二进制逻辑图7、ISA-8、ANSI 抗振测试指南9、SAMA 过程控制仪表的电磁敏感度10、GB 50058-92 爆炸和火灾危险场所电力装置设计规范11、GB 3836-2000（IEC-60079-1990）爆炸性气体环境用电设备本文件中所提到的缩写英文如下表所示：四、职责与权限主控：在操作员站对生产过程进行监测，根据工艺情况做出相应的操作。

系统管理员：具备熟悉DCS、紧急停车控制系统的系统工程师担任。

系统维护：具备DCS控制系统检修工作经验五、作业要求1、人员资质及配备系统管理员：具备熟悉DCS、紧急停车控制系统的系统工程师担任。

系统维护：具备DCS控制系统检修工作经验。

2、检修工具配置3、安全防护设施配置1、配备4台二氧化碳灭火器(10公斤)。