HONEYWELL FSC系统维护培训
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Honeywell DCS 操作培训绪论从一个完整的Shutdown 上装载系统Honeywell 组合键盘使用本地窗口状态工具条操作入门操作On Off 控制点GUS R600 报警器报警–系统状态使用Trend 显示工艺报警响应操作HPM 程序 (可选)其它•工具•命令•JP/SOP附录X_Plant 缩写列表同Merlion 的接口逻辑符号Honeywell 缩写描述Honeywell 手册报警和状态指示HPM参数参考•Honeywell TPS 综述•HPM 控制功能概观•X6 DCS•DCS 设备布局图•DCS 标签编号系统•点类型•Honeywell DCS系统操作简介 (参考 : HP12500) •X6 Honeywell DCS 系统操作•工艺操作Honeywell TPS 综述•全球用户工作站 (GUS)*DCS 操作控制台*IS Merlion控制台*Windows NT*通过 LCNP 处理机同LCN通信*本地 window⇒操作者和工程师职责(报警系统/控制台状态等等)⇒每个 GUS都有一个*其它windows (显示, 微软官能度)*显示创建者, 站点创建者, 安全综述 (工程功能)*遥控功能•高性能工艺管理(HPM)*M68040 平台⇒通信/控制处理器(冗余)⇒I/O 接口处理器(冗余)*获取数据和控制功能, 对等通信*点数据*顺序控制语言(CL), 联锁操作*每秒钟800个处理单元(PU) (控制,离散逻辑,次序组等等)。
1个PID 控制器使用1个 PU。
*培训系统I/O 模拟。
•通信网络*本地控制网络(LCN)⇒操作网络(历史纪录,软件装载,访问硬盘等等)⇒5兆/秒⇒令牌转交接受协议,每个节点令牌的通过时间大约为30秒。
⇒A和B 电缆线上同时广播。
⇒最多支持64 个节点,网络最远距离为300米。
⇒用于 GUS/PLNM/AM/AxM/HM/NIM/APPNODE*全球控制网络(UCN)⇒工艺网络 (SP, OP, PV, range, alarm generation)⇒5兆/秒⇒令牌总线网络⇒用于HPM•网络接口模块(NIM)*UCN 接到LCN*冗余*使LCN 和 UCN同步*最多支持 32 冗余设备•工厂网络模块 (AppNode)*LCN和以太网 (PIN)的接口*为了下载 SOC 等等•应用模块 (AM / AxM)*运算控制器的补充*管理控制*更先进的计算和控制策略*控制SOC下载语言程序等等 c•历史模块 (HM)*存储系统软件和应用文件(例如硬盘)*存储连续的工艺历史和事件日志*存储图表,节点操作软件,CL 程序HPM 控制功能概观典型的控制回路 :DCS 标签编号系统8 个特征P1****** : polymer POF line 1 tag(P2****** : polymer POF line 2 tag) C1****** : polymer, common areaSA01**TC : spinning machine A cell 01 temperature controller, ** loop no. S1****** : spinning common area (e.g. aspiration gas) R1****** : solvent recovery area P19***** : site specific, polymer areaC19***** : site specific, polymer common area R19***** : site specific, solvent recovery area*G *T analog input (FULL point form)模拟全点analog input (COMPONENT point form) 模拟半点*V *X *R *Z analog output (control valve)模拟输出(控制阀) analog output (micro-motion flow control valve) 模拟输出(流量控制阀)analog output (heater control output) 模拟输出(热量控制输出)analog output (drive control output) 模拟输出(热量控制输出)*C control (控制) FQ totaling (累加器)HC hand controlSC speed control (速度控制) XG Analyzer (分析器) *A digital alarm (数字警报) RC ratio control (比率控制) C E DO calculated value (计算值) digital input (数字输入) digital output (数字输出)PB digital composite / device control 数字组合/控制点HSdigital composite / device control 数字组合/控制点E1SV E2DISolonidPBAPoint Type (点的类型)Point Type 点的类型 Descriptor(描述)Tag Name 点名 Tag Descriptor 点的描述 ANALOG INPUT 模拟输入Perform input processing on all field I/O.(P10312PG) MDI SUPP TK VNT PRESSANALOG OUTPUT 模拟输出Perform output processing on all field I/O. (P10319PV) MDI SUPP PRESS CTRL VLV DIGITAL INPUT 数字输入Perform input processing on all field I/O. (P10315E) MDI SUPP PMP START/STOP DIGITAL OUTPUT 数字输出Perform output processing on all field I/O. (P10315DO) MDI SUPP PMP RUN REGULATORY PV 常规PVProvide an easy to use configurable approach for implementing PV calculations and compensation functions.(P10317PG) MDI FLTR DP REGULATORYCONTROL 常规控制 Perform standard control functions by executing the algorithms that have been configured.(P10319PC) MDI SUPP PRESS CTRLDIGITAL COMPOSITE 数字组合A multi-input/multi-output point provides an interface to discrete devices such as motors, pumps, solenoid valves, and motor-operated valves. It provides built-in structures for handling interlocks, and supports display of the interlock conditions in group, detail, and graphic displays.(P10321HS)MDI ONL/RECIRC VLVDEVICE CONTROL 设备控制 Provide a way to manipulate a device (e.g. motor) and to view the strategy through a single point (help the operator to graphically trace the source of an interlock condition.(P10315PB) MDI SUPP PMPFLAG 状态点A 2 state (On and Off) point is used for storing a Boolean value. The value can be supplied by the operator, sequence program, another point output, etc.(P10322FL) MDI/GLY ONL/RECIRCNUMERIC 数值点 Data point used to store numeric values that can be used for batch/recipe operations, or to store the intermediate results of calculations.(P1CPRCLM) CP RATE CHANGE +/-PROCESS MODULE 过程模块 The resource for execution of user-created programs (CL). (P1CPRTCH) CAPPING RATE CHANGEARRAY 数组点 Provide access to HPM box global variables, or external data from/to serial interface devices.(P1MWTOP) TOP MW ONL DATA TIMER 时间点 Timer data point allows the operator and the sequence program to time the process events.(P1MWRCTM) MW SILO RATE CHANGE TMR LOGIC 逻辑点 Provide a configurable mix of logic capability that provides the basis for integrated logic functions.(P1LOGA) MDI/GLY DIVERT VALVES STRING 字符串点Store descriptive text data, such as the brand name or model etc.--平台 (Point Form)"Full" point form includes alarm-related parameters and sometimes, some other miscellaneous parameters. This information is needed when the point is to be used as the primary operator interface to the point's data."Component" point form should be used for points that provide inputs to the "Full" point, and also for those points that handle the outputs from the "Full" points. Component" points should be used as part of the "Full" point that has been designated a primary operator interface point.NOTE: Full-point form cannot be assigned to DO (digital output) points; they are always component points. Stand-alone digital output points require using a digital composite point that has 0 (zero) inputs and 1 output.Example : Single-LoopExample :Mass FlowExample : Motor ControlHoneywell DCS 系统操作简介(参考: HP12500)登录•Alt-Ctl_+Del组合键用户名: gus密码:键操作•工程键盘•功能键•操作键•通过工程键盘(用于纺丝层)操作键•键锁•其它:*主菜单 (Poly/Spin/Recovery)*Recall tag/schematic name key ...*清屏*故障*Schematic Tagname Toggle*调出最新的图表*相关的显示*组*详述*示意图*标准*系统状态*CONS 状态 (单元显示 / 单元分配 /控制台报警状态/ 系统报警状态) *报警SUMM / UNIT ALM SUMM*MSG SUMM / MSG CONFM / MSG CLEAR*系统菜单⇒概要菜单⇒事件历史⇒组编辑显示 (391~400)显示•改变区域•节点描述•组•图表•详述•趋势改变方式•手动•自动•串联•程序, 包括CL 程序 (例如用于SOC, ...)信号处理•指示或调整控制(带有运算器)模拟/灵敏传感器•用于联锁和顺序控制的数字传感器•驱动通信的串行接口•PV 源选项*所有⇒自动⇒手动⇒SUB, 从程序输入⇒追踪*仅自动Point Exec State•Active•InactiveX6Honeywell DCS 系统操作控制台体系结构•GUS*Deskside GUS 用于纺丝层, ICR, 纺丝 3rd层和培训系统。
除尘机维护培训一、设备除尘装置设备除尘系统主要包括激光烟尘净化器、台面清理风刀、加工除尘风刀三个装置,如下图编号所示,分别介绍如下:1、台面清理风刀:用于加工完成后的台面清理。
需要调整风刀角度、风刀气压大小,达到除尘效果;2、加工除尘风刀:加工过程中风刀开启,朝向吸尘口方向吹气,有利于粉尘被净化器吸走。
需要调整风刀角度、风刀气压大小,达到除尘效果;3、净化器吸尘口:净化器吸尘口通过排风管道与外部的激光烟尘净化器连接。
净化器吸尘口下方安装有初级过滤抽屉(较大的碎片会被过滤在抽屉中,以免直接吸入外部净化器);二、除尘系统维护1、风刀角度调整:以吹气能够覆盖整个加工台面为准;2、风刀气压调整:打开主机设备总电源开关门板,在A(B)线气路连接区域可以看到针对台面清理风刀、加工除尘风刀的调速阀(有相应标识),在上位机软件----手动----I/0控制界面,强制开启台面清理风刀、加工除尘风刀电磁阀,通过该调速阀调整吹气到合适大小,见下图所示:3、净化器吸尘口下方初级过滤抽屉:定期清理该初级过滤抽屉,以免较大碎片堵塞气孔,影响除尘效果;4、激光烟尘净化器滤筒更换:当净化器上的压差指示表显示大于3000,需要立即更换备用滤筒,否则净化器几乎不能起到除尘效果。
在平常使用时,需要将“清灰选择”切换到自动模式;注意:准备更换的滤网应该是晾干后的,否则安装上去后气压表指示压力仍较大。
更换下来的滤网可以直接用清水冲洗干净,晾干后使用;不锈钢材质的滤网随着使用时间延长,可能生锈并堵塞过滤孔,这也影响净化器除尘效果,若发现大面积的生锈堵孔现象,请及时更换新的过滤网;三、滤筒更换条件及步骤1、滤筒更换的条件:(1)在设备满产运行后,反吹设定建议使用到自动清灰模式,每天要检查一下滤筒压力值,正常情况下自动反吹压力设定在500PA,当压力大于3000PA时需要更换清理后的滤芯(滤芯是可以反复使用);(2)当发现滤筒有破损或与机箱密封不严时,需要更换滤筒;(3)当清灰操作后滤筒的压差依然很大,则需要更换滤筒;(4)根据粉尘量多少,每12-24个月需要更换新的滤筒。
(培训体系)阿特拉斯保养和培训方案阿特拉斯螺杆空压机的保养方法壹、保养项目,除三级保养项目外,另需:1、检查螺杆空压机电气部分的接头接触及绝缘阻值;2、更换电机润滑脂(每运行8000小时更换壹次),如设备说明书有参数则以说明书为准;3、清洗减荷阀(进气阀);4、清洗最小压力阀(压力维持阀);5、清洗回油单向阀;6、清洗温控阀;7、清洗冷却器;8、清洗水气分离器;9、校正所有参数。
注:之上保养应于设备确认无电、无压力后方可进行。
二、操作方法:1、检查螺杆空压机电气部分的接头接触及绝缘阻值:空压机的电气部分分为主电路、控制电路和信号变送(温度、压力传感器)电路。
空压机由于运行时产生的震动,常时间后部分电线接头会出现松动现象,电线接头松动轻则引起机组不能起动,重则引起保护功能失效、电弧短路、触电等严重性灾害。
因此,电气部分应定期检查。
检查时可用手逐个摆动电线,感觉线头的松紧度,松动的线头则应紧固;另外,需用摇表检测电动机、设备和地的绝缘,绝缘电阻应控制于500兆欧之上,否则应做烘干或维修处理。
2、更换电机润滑脂:电动机的前端及后端装,于适当的润滑下才能保证寿命,正常工作,因此应定期注入润滑脂,润滑脂的型号应根据各厂家提供的参数选择。
3、螺杆空压机清洗减荷阀(又称进气阀):3.1减荷阀组成:减荷阀由阀体、阀芯(活塞)、气路集成块、电磁阀及比例阀(容调阀)等部件组成。
3.2减荷阀作用:减荷阀主要控制空压机的加载(螺杆空压机重车)、卸载(空车)、比例(容调)控制作用,另外可防止空压机停机时润滑油从主机喷出3.3减荷阀拆卸:1拆下减荷阀和空气过滤器连接的软管;2拆除其它所有部件和减荷阀相连的气管;3拆除电磁阀线圈;4拆除减荷阀和主机组装的螺母且取下;5将减荷阀移至铺有洁净纸皮或关联洁净铺设的地面。
3.4清洗减荷阀:(螺杆空压机清洗剂应选用肥皂水、柴油、清洁汽油、天纳水等,应根据污垢的程度选用上述清洗剂,壹般推荐使用肥皂水或柴油进行清洗)3.4.1拆电磁阀:拆下电磁阀且检查电磁阀内的O型圈及密封片是否需要更换(提醒:如果不熟悉进气阀仍请记下所拆卸的该元件位置,以免装回时出错),如无须更换的将拆卸的螺丝、O型圈、密封片、电磁杆、芯等元件放入事先准备好的容器内,且放入适当清洗剂浸泡(注:于选用汽油和天纳水作清洗剂时请不要将O型圈等橡胶制品浸泡过久,以免腐蚀);3.4.2拆比例阀:将比例阀从阀体上拆下,然后拧出调节螺母(拧前最好于螺母上做壹下记号,以免装回时比例值偏差太大),取出阀芯、O型圈、U型圈、弹簧且检查O、U型圈是否需要更换(螺杆空压机拆下的所有密封圈和弹簧均须做该项检查,于下面的讲述中就不重复说了),将拆下的元件放入清洗剂中浸泡。
飞康培训教程第四部分维护(增加附录条款) 飞康培训教程第四部分:维护第一章:维护的重要性1.1定义与目的维护是指对计算机系统、网络、应用程序等进行检查、更新、优化和修复,以确保其正常运行和安全性。
本教程的目的是帮助读者了解维护的重要性,掌握维护的基本知识和技能。
1.2维护的意义维护对于保障计算机系统的正常运行至关重要。
它可以帮助发现和修复系统中的问题,提高系统的性能和稳定性,减少故障发生的概率,延长系统的使用寿命,确保系统的安全性,提高工作效率和生产力。
第二章:维护的基本原则2.1定期性定期进行维护是保障系统正常运行的关键。
定期维护可以帮助发现和修复系统中的问题,防止问题的积累和恶化,提高系统的性能和稳定性。
2.2全面性维护应该涵盖系统的各个方面,包括硬件、软件、网络、数据等。
全面性维护可以确保系统的各个部分都得到充分的关注和照顾,提高系统的整体性能和稳定性。
2.3及时性及时进行维护是保障系统安全的关键。
及时维护可以帮助发现和修复系统中的安全漏洞,防止恶意攻击和病毒感染,保障系统的安全性和可靠性。
第三章:维护的基本内容3.1硬件维护硬件维护包括对计算机主机、外部设备、网络设备等进行检查、清洁、更换和升级。
硬件维护可以确保设备的正常运行,提高系统的性能和稳定性。
3.2软件维护软件维护包括对操作系统、应用程序、驱动程序等进行更新、优化和修复。
软件维护可以提高系统的性能和稳定性,减少故障发生的概率,保障系统的安全性。
3.3网络维护网络维护包括对网络设备、网络连接、网络配置等进行检查、优化和修复。
网络维护可以确保网络的正常运行,提高网络的性能和稳定性,保障网络的安全性。
3.4数据维护数据维护包括对数据进行备份、恢复、整理和清理。
数据维护可以确保数据的安全性和可靠性,提高数据的管理效率和工作效率。
第四章:维护的基本方法4.1自动维护自动维护是指利用系统工具和软件自动进行维护操作。
自动维护可以提高维护的效率,减少人工干预,降低维护成本。
USE AND MAINTENANCEMANUALFSC25PAY ATTENTION: when switch over from AUTomatic to CONTinuous functioning using front switch, wait at least one second in position OFF (0); otherwise it’s possible to cause the fuse cut off.Don’t move the mac hine without disconnecting the plug if the tank is not emptyM.FSC25.006-007-01 UK17/01/20141. SAFETY WARNINGSThis machine must be always connected using earthed electrical plugs as required for all electrical appliances; FRAL Company declines any responsibility for any danger or damage whenever this norm is not complied with.Any intervention on the machine using any instrument must be carried out only by a qualified technician. When the machine is connected with a power socket, it must be in vertical position and any rough move must be avoided because it could cause some water to come into contact with electrical parts; it is, therefore, recommended to remove the plug from the socket before moving around the machine; if any water may have been spread on the machine, following some rough handling of the same, then, the machine must be turned off and can be started up again only after 8 hours.The cold air Outlet can be ducted only using the apposite pipes. Not use other pipes or ducts.Minimum diameter for ducting hot air pipes is 12 inches. Using lower diameters machine can be damaged. The machine must not be set running in narrow areas, which do not allow a proper diffusion in the room of the air coming out from the machine. It is, instead, allowed to set the machine on the sides near the walls.This machine has been designed and manufactured in compliance with the strictest safety rules. Therefore, pointed instruments (screw drivers, wool needles or similar ones) are not to be inserted in the grilles or in any other opening of the panels, especially when it is opened to remove the filter.Never remove front grille or open any part of the machine without removing first the socket from the plug.The machine must not be cleaned using water. To clean the machine use a wet cloth. Remember to disconnect the plug from the socket before.The front panel should not be used to lay over it cloths or other things: it could cause damages or dangers.The filter should be cleaned periodically (normally every month), but in dusty rooms it should be cleaned more often. Remember that when the filter is dirty, the air circulation and, consequently, the machine performance is reduced.2. PERTINENT TECHNICAL NORMS AND REGULATIONSThe machine has been designed, manufactured and distributed by Fral according to safety and electro-magnetic compatibility to European Norms and Regulations:MACHINES NORMS (2006/42/CE - 17.05.2006) ;SECURITY REGULATIONS FOR LOW TENSION APPLIANCES 2006/95/CE - 12.12.2006;ELECTROMAGNETIC COMPATIBILITY (EMC) –2004/108/CE – 15.12.2004.It is hereby certified that this Dehumidifier conform to the:IEC Regulations CEI-EN 60335-2-40, CEI-EN 55014-1, 55014-2.The machine is built according to RoHS European Norms:2011/65/UE year 2011 and CEI-EN 50581.3. USE AND MAINTENANCE3.1 DESCRIPTION OF THE MACHINEThis machine is a particular air conditioner, mono-block. Cold air is sucked trough the front grille, and supplied trough the two holes located in the front panel. On this two holes can be put two flexible pipes for creating a spot cooled area.Hot air is sucked from the back filter and the outlet is on the top. On the neck of the hot air supply can be placed a flexible pipe for bringing far away the hot air.In the front of the machine, under the two holes for cold air supply, there is the control panel as decribed below.The machine include a 20 litre capacity tank for collecting condensed water. When the tank is full the machine stop.3.2. FUNCTIONING AND CONTROL PANELSThe compressor uses R407c Refrigerant and directly cools the air. The machine includes: one compressor, a thermostatic automatic valve, two motor fans, an automatic functioning thermostat, a defrosting thermostat, a low pressure switch, an high pressure switch, a PCB, and a plug with fuse.∙FRONT CONTROL PANEL includes:An Ambient Temperature Thermostat, located in the front control panel allows to choose the desired room temperature with range 10-35 °C.A Fan Speed Switch, also located in the front control panel, allows to choose among 2 different internal fan speeds.A Main Switch allows to choose among: OFF position (0 = nothing works) – AUT position (the machine is cooling according with preset room temperature) –CONT. position (the machine works not depending on thermostat).∙WARNING LIGHTS:Green Light FULL : indicates that the condensed water is full, and machine stop.High Pressure Red Light:if “ON”,it means that pressure inside the refrigerant circuit is too high; manual reset pushing the button in the side connectors panel, removing the electric panel cover;Low Pressure Red Light:if “ON”,it means that there is too low pressure inside the refrigerant circuit; automatic reset.3.3 START OPERATIONS1. Insert the socket in an earthed plug2. Select desired fan speed3. Select desired Room Temperature4. Move the main switch from Off (0) position to Aut. or Cont. positionIf Main switch is in Cont. Position or in Aut position and Temperature set of Thermostat is under ambient temperature, the machine should start. Immediately start cooled front air Motor fan; then, the compressor, after approx. 5 minutes, starts to work.If the main switch is in Auto position and the thermostat set to over 35 ° C will have only the fan.If room temperature is lower than 18-20°C, automatic defrost system can start working; periodically the compressor stops till any Ice on the evaporator coil have been melt.4. PERIODICAL MAINTENANCETwo maintenance operations are very important:Cleaning of front air filter (at least ONCE a month) located inside the front grille. For removing the front grille, lift and pull out the grille itself. Also every month must be cleaned the back hot air filter, that can be removed directly lifting it by means of the two small handles located on the filter.The filter scan be cleaned under water flow from a faucet.If the machine is used in dusty ambient, the filter cleaning must be done more frequently.5 IF THE MACHINE DOESN’T WORK1. Check that the plug is socket is supplied, and the plug is correctly inserted.2. Check if Green Light in front control panel is ‘ON’; In this case remove the tank and empty it.3. If High Pressure Light is ‘ON’, check the cleaning of back filter; or if ambient temperature is too high (over38-40°C situation can be critic).4. If fuses are broken, check everything as above at point 2, and also if inside temperature is too high.5. If Low Pressure Light is ‘ON’, it may mean that the inside air filter is very dusty; another cause may bethat there is a refrigerant leakage in the refrigerant circuit.6. TECHNICAL DATA7. ELECTRIC DIAGRAMFlexible pipe mountingSupply CableDECLARATION OF CONFORMITY(Community directives Low Voltage and Electro-magneticCompatibility)FRAL Company s.r.l. Viale dell’Industria e dell’Artigianato 22/c –35010 Carmignano di Brenta – PD – hereby declares that the following products:Water Split Air ConditionerFSC25Has been designed, manufactured and distributed according to safety and electro-magnetic compatibility to European Norms and Regulations:MACHINES NORMS (2006/42/CE - 17.05.2006) ;SECURITY REGULATIONS FOR LOW TENSION APPLIANCES 2006/95/CE - 12.12.2006;ELECTROMAGNETIC COMPATIBILITY (EMC) –2004/108/CE – 15.12.2004.It is hereby certified that this Dehumidifier conform to the:IEC Regulations CEI-EN 60335-2-40, CEI-EN 55014-1, 55014-2.The machine is built according to RoHS European Norms:2011/65/UE year 2011 and CEI-EN 50581.Carmignano di Brenta, 21/02/2013The Legal AgentIng. Alberto Gasparini FRAL s.r.l Carmignano di Br. (Pd) – Italy tel. 0039.(0)49.9455839 fax 5991129 www.fral.it。
Honeywell DCS 系统检修方案HVTS是Honeywell公司为检测系统硬件的合法性而开发的一套DCS系统硬件测试程序,它在系统安装调试、系统点检、故障诊断过程中发挥着重要的作用。
DCS系统在长期通电状态下连续运行,随着系统使用年限的增加,表面看来整个系统运行正常,似乎没有问题,实际上在现场恶劣环境的影响下,板卡的某些局部电路已不能达到应付现场突发性事件的要求。
虽然,系统硬件在上电(或Reset)后首先进行硬件自检,同时在装载属性时又进行合法逻辑测试(软件部分),系统运行过程中也不断地进行自我诊断,但是考虑到系统的响应时间要求以及系统内存容量的限制,以上诊断只是对系统硬件进行简单扫描,而没有深入细致地对系统硬件的各个部分进行全面的测试,从而难以应付某些突发事件,对整个系统的安全性与可靠性存在着极大威胁,进而影响整个企业生产的稳定。
HVTS测试程序由一系列子程序组成,可以针对不同的系统,不同的节点,运行不同的测试程序,对系统硬件进行全面详细的测试,同时可以显示和打印测试报告,其测试内容主要包括:(一)LCN网节点测试:▲系统时钟测试▲LCN网络通讯测试▲内存单元测试▲键盘系统测试▲外设及接口测试▲过程网络接口测试▲智能磁盘控制测试▲网络通讯接口测试▲数据高速通道接口测试(二)UCN网节点测试:▲通用中央处理器测试▲全局内存测试▲局域内存测试▲冗余控制测试▲I/O接口测试▲令牌总线控制统计测试▲程序控制事件测试霍尼韦尔公司在系统维护指导一书中讲述“当你无法断定系统故障原因时,该怎样来做”这一课题时,在第12条中明确指出“当你对硬件产生怀疑时,运行相应的HVTS测试软件来检查”。
这是系统维护中故障解决的最后方法,也是最可靠的方法。
HVTS测试是名副其实的系统诊断医生,为了确保您系统硬件的安全与可靠,Honeywell系统工程师建议您在检修期间有必要进行一下HVTS测试,做到一次真正意义上的检修。
FSC操作要点知识培训FSC(Forest Stewardship Council,森林管理委员会)是一个非营利性的国际组织,旨在促进全球森林的可持续管理和开发。
作为国际认可的森林管理认证体系,FSC认证已经成为全球森林产品可持续性的标志之一、实施FSC操作需要掌握相应的知识和技能,下面将介绍FSC操作要点的培训内容。
一、FSC理念及标准准则1.FSC的背景和发展历程2.FSC理念的内涵和目标3.FSC标准的种类和适用范围4.FSC标准准则的主要内容和要求5.FSC标准准则的解读和应用案例二、FSC操作实施流程1.FSC操作实施的步骤和流程2.FSC操作计划的制定与实施3.FSC操作文件的编制与管理4.FSC操作记录的填写与保存5.FSC操作的监督与评估三、FSC认证的相关知识1.FSC认证的基本要求和流程2.FSC认证的标志和有效期3.FSC认证的管理和维护4.FSC认证审核的准备与实施5.FSC认证问题处理与纠正措施四、FSC操作的关键要点1.FSC操作的目标和意义2.FSC操作的原则和指导思想3.FSC操作的法律法规和政策要求4.FSC操作的技术和管理工具5.FSC操作的风险评估和控制措施五、FSC操作的案例分析1.不同类型企业的FSC操作案例2.FSC操作在不同环境条件下的实施方案3.FSC操作对企业经营的影响和效益4.FSC操作的成功经验和失败教训5.FSC操作的发展趋势和挑战六、FSC操作的培训考试1.FSC操作要点的知识测试2.FSC操作流程的实际操作考核3.FSC操作方案的编制和答辩4.FSC操作能力的综合评估5.FSC操作培训结业证书的颁发以上是关于FSC操作要点知识培训的内容,通过系统的培训可以使学员更好地理解和掌握FSC的理念、标准和操作要点,进一步提高企业的森林产品可持续性管理能力,促进全球森林资源的可持续发展。