Temp.out

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西门子PLC程序脉冲位置控制

块：主程序作者：创建时间：2015.12.03 10:41:21 修改时间：2015.12.24 21:34:23符号变量类型数据类型注释 TEMP TEMP TEMPTEMP程序注释网络标题网络 1网络注释PTO0_RUN ENPSTARTDone Profile Error AbortC_Profi~C_Step C_Pos SM0.0I0.2位控制块当前~:VB502开启时位模块蛜:M5.0当模块完成本硚:M2.2错误参数:VB505VB508VB512VD5004符号地址注释错误参数VB505当模块完成本程序此数开M2.2开启时位模块停止当前包M5.0位控制块当前执行包络VB502网络 2PTO0_CTRLENPI_STOPPD_STOPDone Error C_Pos SM0.0I0.3I0.4M2.0VB500VD5002网络 3PTO0_MANENRUNError Speed C_Pos SM0.0I0.527000VB510VD5006块：INT_0作者：创建时间：2015.12.03 10:41:21修改时间：2015.12.24 21:34:23符号变量类型数据类型注释TEMPTEMPTEMPTEMP中断程序注释网络标题网络 1网络注释创建时间：2015.12.03 16:53:45修改时间：2015.12.03 16:53:45符号变量类型数据类型注释EN IN BOOLL0.0I_STOP IN BOOL立即停止当前运动L0.1D_STOP IN BOOL减速停止当前运动。

ININ_OUTL0.2Done OUT BOOL当 PTO 操作完成命令时接通LB1Error OUT BYTE0 = 无错误。

其他错误请参见 POU 注释LD2C_Pos OUT DINT正在执行的段数OUTTEMP此指令由 PTO/PWM 向导生成，用于输出点 Q0.0。

创建时间：2015.12.03 16:53:45修改时间：2015.12.03 16:53:45符号变量类型数据类型注释EN IN BOOLL0.0START IN BOOL如果 PTO 不忙向其发送命令LB1Profile IN BYTE需要运行的运动包络号L2.0Abort IN BOOL取消 RUN (运行) 命令ININ_OUTL2.1Done OUT BOOL当 PTO 操作完成命令时接通LB3Error OUT BYTE0 = 无错误。

fb和fc中的本地变量in—out和reval的用法

fb和fc中的本地变量in—out和reval的用
法
问问fb和fc块中有个本地创建变量的地方，里面的inouttemp都会用，就是in-out这个是什么功能，能举个例子吗，很想学习块的编写。

最佳答案
ln变量为输入变量只针对外部输入，out为输出变量只针对输岀运算结果，in一0ut为输入输出变量，即作为输出也可作为输入使用，如一接触器控制首先需要输出信号对线圈通电，这个接触器是否动作吸合，就需要使用接触器的常开点反馈输入判断了.个人使用经验就是创建的变量分不清到底是输入或是输出时就定义为in一0ut变量，就不会出错，temp临时变量使用要先赋值后使用，禁止在上升下降沿使用.。

可编程ASIC设计及应用核心语法与基础电路设计课件

End u_and2;
Architecture behv of u_and2 is
Begin
c <= a and b;
End behv;
电子科技大学
程序例子 u1
a
Library ieee;
Use ieee.std_logic_1164.all;
b
c
Entity u_and2 is
PEABonreccrdgthi<(unibc=ta_e:a:a:cnoitiannudunr2stsed;tstddbbt_d_e;l_lhoolvgogigioccif;c;u);_and2结绝成一际感is构大；条上信体多“就号描数光是为述情秃一右。况”个边下的所pro由信有ce号信psrso赋号，ce值。其ss实构敏
程序结构
• Library …；-- 库，包等的说明 • Entity …；-- 实体说明 • Architecture…；-- 结构体描述
电子科技大学
程序例子 u1
a
Library ieee;
Use ieee.std_logic_1164.all;
b
c
Entity u1 is
Port( a : in std_logic;
b
c
Entity u1 is
Port( a : in std_logic; b : in std_logic; c : out std_logic);
End u1; Architecture behv of u1 is
表示使用 ieee库。这是最常用的库说明，绝大多数的VHDL代码都使用这个库。
ELSIF (input(2)=‘0’) then y<=“10”;

西门子PLC程序设计过程中Temp变量的应用研究

西门子 PLC程序设计过程中 Temp变量的应用研究摘要:西门子S7-400、S7-300系列PLC的STEP7编程软件在程序设计过程中经常用到STAT变量和TEMP变量，本文通过对这两种变量编制相同控制程序研究，并应用仿真软件对运行结果进行测试和分析，详细阐述了应用TEMP变量进行程序设计时出现错误运行结果的过程和原理。

关键词:西门子PLC；仿真；TEMP变量一、概述PLC即可编程逻辑控制器，是一种专门为在工业环境下应用而设计的数字运算操作电子系统，其中西门子S7-400、S7-300系列PLC在我国的应用范围较广，其使用的编程软件为STEP7软件，在工程程序设计过程中，经常会遇到一个工程项目中同时存在大量同种类型的被控设备的情况。

二、应用分析为实现FB功能块的特定逻辑控制功能，常常需要使用大量的中间变量，中间变量可以选用STAT变量或TEMP变量，很多时候技术人员可能误以为以上两种变量在程序设计过程中可以互换使用，同时考虑到TEMP变量不占据CPU装载存储区的空间，更多时候选择使用TEMP变量，而实际应用过程中，不慎重选择很有可能造成严重后果。

1、PLC程序设计中常用的2个基本功能介绍功能1，实现对上升沿输入信号的检测并输出指令信号持续5秒后自动断开功能。

该功能应用于设备的启动按钮为自复位式，而设备启动需要持续4秒以上指令信号的工况，这时可以通过程序设计，实现当某一输入信号产生一个上升沿时，将输出指令信号置为1保持5秒再复位为0。

功能2，实现对时钟脉冲信号输入信号的累加并输出功能，同时具备累加值清零功能。

该功能常用于对现场物料的流量或重量等数据统计的工况，这时可以通过程序设计，实现当某一输入的脉冲信号产生时，将累加中间变量自加1，并赋值给输出端显示当前累加值，当操作人员给出“清零”信号时，该累加值自动清零。

2、测试程序编制2.1 FB功能块建立在STEP7程序中插入名称为“FB2”的功能块，符号名为“FB_TEST_TEMP”，同时在该功能块中添加相关参数，并编制程序分别运用STAT变量和TEMP变量作为中间变量实现功能1和功能2所述功能，如图一所示。

空调中英文对照表

目录1. Specification技术参数 (3)2. Core Parts核心部件 (5)3. Multi Variable Units 多联机 (6)4. Chiller水机 (11)5. PTAC 窗机 (15)6. Wall -mounted Unit挂机 (23)7. Floor Standing Unit立柜机 (29)8. Ceiling Cassette Unit天花机 (32)9. Duct Unit风管机 (40)1/ 5710. Floor &Ceiling Unit座吊机 (44)11. Electronic Control电控 (48)2/ 571.Specification技术参数1.1.Indoor Air Inlet DB（dry bulb）Temp 室内进风干球温度1.2.Indoor Air Inlet WB (wet bulb)Temp 室内进风湿球温度1.3.Outdoor Air Inlet DB Temp 室外进风干球温度1.4.Outdoor Air Inlet WB Temp 室外进风湿球温度1.5.Indoor Air Outlet DB Temp 室内出风干球温度1.6.Indoor Air Outlet WB Temp 室内出风湿球温度1.7.Static Pressure静压1.8.Pressure Difference压差1.9.Airflow Volume风量1.10.Dimension 尺寸1.11.Noise Level 噪音等级1.12.Return Air Temp回气温度1.13.Discharge Air Temp排气温度3/ 571.14.Enthalpy Difference焓差1.15.Dehumidification除湿1.16.Sensible Heating Capacity显热量tent Cooling Capacity 潜在制冷量1.18.Total Heating Capacity总制热量1.19.COP能效比1.20.Rated Voltage额定电压1.21.Rated Current额定电流1.22.Rated Power Input额定输入功率1.23.Frequency频率1.24.Refrigerant Charge 冷媒充注 Weight 净重1.26.Gross Weight 毛重1.27.Model 型号4/ 572.Core Parts核心部件pressor压缩机2.2.Condenser冷凝器2.3.Throttle components节流部件2.4.Capillary毛细管2.5.4-way reversing valve四通阀2.6.Electronic expansion valve (EEV)电子膨胀阀2.7.Thermostatic expansion valve热力膨胀阀2.8.Evaporator蒸发器2.9.Vapor-liquid separator气液分离器2.10.Electronic parts box(E-parts box)电控盒2.11.One-way valve单向阀5/ 573.Multi Variable Units 多联机3.1.Front panel前面板3.2.Ironclad asynchronous motor for outdoor unit异步铁壳室外电机3.3.Motor Bracket电机支架3.4.Front maintenance board前维修板3.5.Left side board左侧板3.6.Septum plate中隔板3.7.Welding assy for suction pipe回气管焊接组件3.8.Suction pipe回气管3.9.Oil return capillary transition tube回油毛细管过渡管3.10.Chassis assy底盘组件3.11.Chassis 底盘体3.12.Chassis foot底脚6/ 573.13.Chassis reinforced board底盘加强板3.1pressor压缩机3.15.One-way valve assy单向阀组件3.16.Connecting pipe for high pressure one-way valve高压单向阀连接管3.17.Filter过滤器3.18.One-way valve单向阀3.19.Valve seat assy阀座板组件3.20.Valve seat 阀座板3.21.Cut-off valve for two connecting pipes双接管截止阀DN13 3.22.Rear panel后面板3.23.Right side board右侧板3.2rge handle大抽手3.25.Protection grill 防护网3.26.Condenser prewelding assy冷凝器预焊组件7/ 573.27.Two-row condenser 两排冷凝器3.28.Condenser exhaust receiver welding assy 冷凝器集气焊接组件3.29.Current dividing capillary assy of condenser 冷凝器分流毛细管组件3.30.Condenser main outlet pipe 冷凝器总出管3.31.Fixing pipe of condenser main outlet pipe 冷凝器总出管固定管3.32.Adfluxion pipe assy汇流管组件3.33.Adfluxion pipe 汇流管3.34.DN8 Copper adapter with holder DN8带座铜接头3.35.Connecting pipe to low pressure valve低压阀连接管3.36.Electronic expansion valve assy 电子膨胀阀组件3.37.Electronic expansion valve 电子膨胀阀3.38.Plastic encapsulating coil塑封线圈8/ 573.39.Expansion valve capillary膨胀阀毛细管3.40.E-shape filter E型过滤器3.41.DN4 Copper adapter with holder DN4带座铜接头3.42.Filter for oil return pipe 回油管道过滤器3.43.4-way reversing valve assy四通阀组件3.44.4-way reversing valve四通阀3.45.4-way valve reversing coil assy四通阀线圈组件3.46.Discharge pipe assy 排气管组件3.47.Discharge pipe排气管3.48.Installation copper tube for probe探头铜管3.49.Oil return pipeline filter 回油管道过滤器3.50.Oil separator 油分离器3.51.Separator 分离器3.52.Top panel foam assy顶盖板贴棉组件3.53.Rear frame后边框9/ 573.54.Electronic control components电控部件3.55.Welding assy for E-parts box 电器盒焊接组件3.56.Cooling fin fixing board 散热片固定板3.57.Cooling fin散热片3.58.Main board assy for ourdoor unit室外主板组件3.59.Module board assy for outdoor unit室外模块板组件3.60.Module board transformer assy for outdoor unit室外模块板变压器3.61.Monophase filter单相滤波器3.62.Rubber ring橡胶圈(小过线圈)3.63.Amorphous inductor非晶电感3.64.Eliminator挡水板3.65.Small handle小抽手3.66.Propeller fan轴流风叶3.67.Plastic front net塑料前网罩10/ 574.Chiller水机4.1Front and rear support for wind inlet guide导风圈前后支撑4.2Front and rear support assy for fan风机前后支撑组件4.3Middle support assy for fan风机中支撑组件4.4Sealing board for condenser 冷凝器封板4.5Lateral support for wind inlet guide导风圈侧支撑4.6Front and rear beam前后横梁4.7Lateral beam assy侧横梁组件4.8Pipe clamp管夹4.9Fixing board for distributor分流头固定座4.10Trigonal board三角板4.11Condenser assy冷凝器部件4.12Water pan assy接水盘组件4.13Vertical shaft assy立柱组件11/ 574.14Evaporator干式蒸发器4.15Vapour-liquid separator汽液分离器4.16Compressor压缩机组件4.17Compressor support assy 压缩机支撑板组件4.18Support for vapour-liquid separator气分支架组件4.19Pipe support管支架4.20High-pressure switch高压开关4.21Suction pipe components 回气管部件4.22Low-pressure switch低压开关4.23Throttle componets 节流部件4.24Electronic expansion valve (EEV)电子膨胀阀4.25EEV coil电子膨胀线圈4.264-Way reversing valve components四通阀部件4.274-Way reversing valve coil 四通阀线圈4.28Pressure switch压力开关12/ 574.29Discharge pipe components排气管部件4.30Base assy底座组件4.31E-parts components电控部件4.32Current transformer电流互感器4.33Crankcase heater曲轴箱加热器4.34Adapter board for 4-way reversing valve四通阀转接板4.35Main control panel控制主板4.36Envirionment temperature sensor环境温度传感器4.37System water inlet temperature sensor系统进水温度传感器4.38System water outlet temperature sensor系统出水温度传感器4.39Unitary water outlet temperature sensor单元出水温度传感器4.40Fin temperature sensor翅片温度传感器4.41Fan capacitor风机电容13/ 574.42Alternating contactor交流接触器4.43Power terminal电源端子台4.44Main board transformer主板变压器4.45Engineering terminal工程端子台4.46Trigonal set sqare固定三角板4.47Compressor support assy 压缩机支撑板组件4.48Wire trough support线槽支架4.49Middle support for wind inlet guide导风圈中支撑4.50Vertical support for wind inlet guide导风圈纵支撑4.51Support assy for fan风机支架组件4.52Outdoor unit motor室外电机4.53Propeller fan轴流风叶14/ 575.PTAC 窗机5.1.Air filter防尘网5.2.Control panel cover操作盖板5.3.Front panel 前面板5.4.Self-locking switch自锁开关5.5.Connection bar连杆5.6.Horizontal louver水平导风条5.7.Heat-insulation foam for air-out出风口保温棉5.8.Scroll case base components风壳座部件5.9.Centrifugal fan离心风轮5.10.Fresh air inlet lever新风门连杆5.11.Fresh air inlet新风门5.12.Scroll case cover风壳盖5.13.Air deflector导风板15/ 575.14.Fixing board for vertical louver导风板固定板5.15.Capacitor clamp电容卡5.16.Capacitor cap电容帽pressor capacitor压缩机电容5.18.Motor电机5.19.Connecting board搭板5.20.Propeller fan轴流风叶5.21.Rear cover后盖板5.22.Rear brattice后围板5.23.Shutter clamp百叶窗夹5.24.Left shutter frame安装左框条5.25.Cabinet component外箱部件5.26.Upper shutter frame上框条5.27.Installation support 安装支撑5.28.Nut 螺母16/ 575.29.Bolt 螺栓5.30.Lower shutter frame下框条5.31.Right shutter frame右框条5.32.Shutter密封百叶5.33.Connection bar to cabinet外箱连接条5.34.Shutter locking bar 卡条5.35.Motor capacitor电机电容5.36.Temperature controller 温控器5.37.Main switch主令开关5.38.Knob旋钮5.39.Control panel控制面板5.40.Control box控制盒5.41.E-parts box电控盒5.42.Evaporator assy蒸发器组件5.43.Suction pipe assy回气管组件17/ 575.44.Capillary assy 毛细管组件5.45.Condenser output pipe冷凝器输出管5.46.Input pipe for evaporator蒸发器输入管5.47.Input pipe for condenser冷凝器输入管5.48.Condenser assy冷凝器组件pressor wiring cover nut压缩机接线盖螺母5.50.Washer for compressor wiring cover压缩机接线盖垫片pressor wiring cover压缩机接线盖5.52.Overcurrent protector for compressor压缩机过流保护器5.53.Wire to overcurrent protector过流保护器线体5.54.Sealing gasket for wiring cover接线盖密封片pressor压缩机5.56.Rubber cushion for compressor压缩机胶垫5.57.Fixinging nut for compressor压缩机固定螺母5.58.Fixing gasket for compressor 压缩机固定垫片18/ 575.59.Motor support 电机支架5.60.Chassis 底盘5.61.Fixing sheet for front panel 前面板固定片5.62.Front panel前面板5.63.Transformer变压器5.64.Transformer box变压器盒5.65.Display board assy显示板组件5.66.Main control board assy主控板组件5.67.Air-inlet board 进风孔板5.68.Evaporator base蒸发器底座5.69.Cover盖板5.70.Front brattice前围板5.71.Protecting clamp fro power cord电源线保护卡5.72.Protecting U-clamp for power cord 电源线保护圈5.73.Scroll case涡壳19/ 575.74.Air -out frame出风口5.75.Self lock switch自锁开关5.76.Cover for E-parts box电控盒盖板5.77.Left fixing plate for chassis底盘左固定板5.78.Right fixing plate for chassis 底盘右固定板5.79.Supporting bar for installation安装支承条5.80.Discharge pipe排气管5.81.Clamp for wires电线中间夹子5.82.Fixing board for E-parts box电控盒固定板5.83.Rear cover for control box线路板盖5.84.Power cord clamp电源线夹5.85.Front cover前盖板5.86.Long connecting board长搭板5.87.Rear cover后盖板5.88.Wind guiding board导流板20/ 575.89.Water proof rubber ring防水橡胶圈5.90.Rear rubber ring for motor电机后橡胶圈5.91.Front rubber ring for motor电机前橡胶圈5.92.Short connecting board短搭板5.93.Pin销5.94.Expansive core膨胀芯5.95.Fixing plate for chassis底盘固定板5.96.Installation support 安装支架5.97.Front panel components前面板部件5.98.Electronic control components电控部件5.99.Control box assy控制盒组件5.100.Installation parts 安装附件5.101.Remote controller遥控器5.102.Clamp for temp sensor温包卡5.103.Wind inlet guide导风圈21/ 575.104.Swing switch 摇摆开关5.105.Sychronous motor 同步电机5.106.Defrosting temp controller化霜温控器5.107.Rear side board 后侧板5.108.Adjusting bolt 调整螺栓5.109.Rubber plug 橡胶塞5.110.Sealing gasket 密封圈5.111.Drain hose出水接管5.112.Right lower fixing clamp for motor电机下压盖(右) 5.113.Right upper fixing clamp for motor电机上压盖(右) 5.114.Left upper fixing clamp for motor电机上压盖(左) 5.115.Left lower fixing clamp for motor电机下压盖(左) 5.116.Water pan接水盘5.117.Power cord电源线5.118.Wire joint二位接线座22/ 575.119.Frame fixing board面框固定板5.120.Drive gear传动轮5.121.Wire joint panel接线底板5.122.Heater cut-out assy热熔断器组件5.123.PTC heater PTC发热器6.Wall-mounted Unit挂机6.1.Front panel前面板6.2.Air filter防尘网6.3.Screw cap螺丝盖6.4.Panel frame面框6.5.Air cleaner复合式空气清新网6.6.Air cleaner upper cover 清新器上盖23/ 576.7.Window receiver 接收窗片6.8.LED indicator 显示灯镜6.9.Horizontal louver水平导风叶6.10.Upper horizontal louver导风条（上）6.11.Lower horizontal louver导风条（下）6.12.Vertical louver垂直导风叶6.13.Air out frame出风框6.14.Louver holder导风叶连杆6.15.Sychronous motor同步电机6.16.Drain hose出水喉6.17.Evaporator temp sensor assy蒸发器温度传感器组件6.18.Left holder for evaporator蒸发器左支板6.19.Evaporator 蒸发器6.20.Waterproof board assy挡水板组件6.21.Bearing holder轴承座24/ 576.22.Cross flow fan, assy贯流风轮组件6.23.Chassis底盘6.24.Rear cover for chassis底盘后盖板6.25.Installation plate for indoor unit室内机安装板6.26.Little installation plate小安装板6.27.Connecting pipe clamp配管固定卡6.28.Fan motor风机电机6.29.Motor cover电机盖6.30.E-parts box cover电控盒盖6.31.Indicator holder显示灯座6.32.Display board assy显示板组件6.33.Display board enclosure显示灯罩6.34.Main control board主电控板6.35.Transformer变压器6.36.E-parts box电控盒25/ 576.37.Wire clamp压线条6.38.Wire joint, 5p小五位接线座组6.39.Remote controller遥控器6.40.Remote controller installation support assy遥控器安装支架组件6.41.Display panel 显示面板6.42.Relay holder继电器底座6.43.Protection box for relay 继电器保护盒6.44.Bush衬套6.45.Installation board for louver百叶安装板6.46.Wire clamp for power cord电线压条6.47.Relay继电器6.48.Switch board assy开关板组件6.49.Installation board base安装板座6.50.Fan capacitor风机电容26/ 576.51.Strengthening board for chassis底盘加强板6.52.Supporting board for chassis 底盘下板6.53.Fan wheel support风轮支架6.54.Louver connecting bar摇摆连杆6.55.Right support for evaporator蒸发器右支承6.56.Installation plate for main board电路板安装座6.57.Installation plate for wire joint接线座安装板6.58.Bear holder轴承座6.59.Control board assy控制面板组件6.60.Protecting plate防护片6.61.Air cleaner cover滤清器盖6.62.Right cover for motor电机右盖板6.63.Fixing clamp for motor电机固定卡6.64.Right cover for panel frame面框缺口封板6.65.Wind guide on chassis底盘导风板27/ 576.66.E-parts components电控部件6.67.Plug堵塞6.68.Lower clap for panel frame面框下卡扣6.69.Upper clap for panel frame面框上卡扣6.70.HEAP filter HEAP滤网6.71.Copper nut, TLM-A01铜螺母TLM-A016.72.Copper nut, TLM-B02铜螺母TLM-B026.73.Sponge海绵6.74.Foam泡沫6.75.Right joint board of Evaporator蒸发器右连接板6.76.Right side board of front evaporator前蒸发器右边板6.77.Right side board of rear evaporator后蒸发器右边板28/ 577.Floor Standing Unit立柜机7.1.Air out frame assy出风框部件7.2.Conection bar for horizontal louver横导风条连杆7.3.Sealing foam for air outlet frame出风框边密封泡沫7.4.Display box assy显示控制盒部件7.5.Control box assy控制盒底座7.6.Front panel components前面板部件7.7.Sealing board密封板7.8.Cover components盖板部件7.9.Water pan components接水盘部件7.10.Evaporator蒸发器7.11.Inlet pipe assy for evaporator蒸发器输入管组件7.12.Outlet pipe for evaporator蒸发器输出管组件7.13.PTC eletric heating component PTC电加热部件29/ 577.14.Left side board component左侧板部件7.15.Top cover components顶盖部件7.16.Chassis components底盘部件7.17.E-parts box电器盒7.18.Fan motor capacitor电机电容7.19.Main control board assy主控板组件7.20.Electric heating control board assy电辅热辅助组件7.21.Transformer变压器7.22.Wire joint, 5p大五位接线座7.23.Wire clamp压线板7.24.Right side board components外箱右侧板部件7.25.Chassis底盘7.26.Fan motor for indoor unit室内风扇电机7.27.Drain pipe排水管7.28.Centrifugal fan离心风轮30/ 577.29.Wind inlet guide导风圈7.30.Wind inlet grille components进风格栅部件7.31.Air filter空气滤尘网7.32.Remote controller遥控器7.33.Indoor temp sensor室温传感器7.34.Pipe temp sensor管温传感器7.35.E-parts box cover电器盒盖7.36.Scroll case components涡壳部件7.37.Installation box for main board电路板安装盒7.38.Anion generator components负离子发生器部件7.39.Anion generator support负离子发生器支架7.40.Anion generator box负离子发生器盒7.41.Anion generator负离子发生器7.42.Right front board for evaporator蒸发器右侧前挡板7.43.Front panel前面板31/ 577.44.Motor holder电机座7.45.Electric heater assy电加热管电加热组件7.46.Lower cover for evaporator蒸发器下挡板7.47.Rubber underlay for motor电机减振橡胶垫8.Ceiling Cassette Unit天花机8.1.Water pan components接水盘部件8.2.Water drain plug排水塞8.3.Capacitor电容8.4.E-parts box assy电控盒组件8.5.E-parts box cover电控盒盖8.6.Transformer变压器8.7.Main control board 主控板组件32/ 578.8.Wind inlet guide导风圈8.9.Nut螺母8.10.Fan clamp风轮卡片8.11.Fan wheel components风轮部件8.12.Fan motor for indoor unit室内风扇电机8.13.Motor gascket电机钢垫8.14.Evaporator base component蒸发器底座部件8.15.Chassis底盘部件8.16.Wire clamp board压线板8.17.Sealing board for outlet pipe 出管密封板8.18.Installation hanger安装吊钩8.19.Expansion hanger膨胀吊钩8.20.Drain pump assy排水泵组件8.21.Water level sensor assy液位传感器组件8.22.Pumping pipe clamp 抽水管卡环33/ 578.23.Pumping pipe抽水管8.24.Pumping coupling抽水接管8.25.Separating board for water pump水泵挡板8.26.Rubber washerfor water pump水泵胶垫8.27.Installation support for water pump水泵安装架8.28.Panel components面板部件8.29.Installation cover安装盖板8.30.Cowling导风板8.31.Filter滤尘网8.32.Grille switch格栅开关8.33.Grille switch cover格栅开关盖8.34.Grille进风格栅8.35.Panel hanger assy面板吊钩部件8.36.Control box控制盒8.37.LED support灯架34/ 578.38.Display board assy显示板8.39.Control box cover控制盒盖8.40.Panel面板8.41.Backup plate for air out 出风口垫板8.42.Fixing hanger for evaporator蒸发器固定钩8.43.Inlet pipe assy for evaporator 蒸发器输入管组件8.44.Outlet pipe assy for evaporator 蒸发器输出管组件8.45.Evaporator components蒸发器部件8.46.Fixing board for evaporator蒸发器固定板8.47.Rubber O-ring for wire crossing过线胶圈8.48.Pipe temp sensor管温传感器8.49.Indoor temp sensor assy室温传感器组件8.50.Remote controller遥控器8.51.Coupling联轴器8.52.Bearing轴承35/ 578.53.Bearing holder轴承座8.54.Axis连接轴8.55.Electric throttle components电子节流部件8.56.Warning panel警示图电器板8.57.Circuit diagram panel线路图电器板8.58.Small wind inlet guide小导风圈8.59.E-parts components电控部件8.60.E-parts box welding assy电器盒焊接组件8.61.No.3 groove clamp 3号压线扣8.62.PTC transformer PTC变压器8.63.Fan capacitor风机电容8.64.Terminal of indoor unit室内端子台8.65.Electronic control board for indoor unit室内电控板8.66.E-parts box电器盒8.67.Water pan assy水盘组件36/ 578.68.Auxiliary fixing board for evaporator蒸发器副固定板8.69.Pre-assembling assy for evaporator main fixing board蒸发器主固定板预装组件8.70.Main fixing board for evaporator蒸发器主固定板8.71.Evaporator components蒸发器部件8.72.Evaporator baffle蒸发器挡板8.73.Evaporator 蒸发器8.74.Installation copper tube for probe探头铜管8.75.Current dividing assy for evaporator蒸发器分流组件8.76.Current collecting pipe assy for evaporator蒸发器集流管组件8.77.Insulating tube保温管8.78.Rubber insulating tube橡塑保温管8.79.Water pump水泵8.80.Liquid-level sensor液位传感器37/ 578.81.Water pump motor holder水泵电机座8.82.Underlay for water pump support水泵支架垫块8.83.Pre-assembling assy for upper foam上泡沫预装件8.84.Centrifugal fan离心风叶8.85.Hanger挂角8.86.Rear brattice后围板8.87.Pre-assembling assy for motor电机预装组件8.88.One-axis indoor motor(YDK-35Q-8P3)单轴室内电机(YDK-35Q-8P3)8.89.Motor foot underlay电机脚垫8.90.Chassis assy底盘组件8.91.Right side board右侧板8.92.Front brattice前围板8.93.Drain pipe joint排水管接头8.94.Side maintenance board for water pump水泵侧维修板38/ 578.95.Lower pipe clamp下管夹8.96.Upper pipe clamp上管夹8.97.Valve panel assy阀板组件8.98.Wire outlet frame 2出线护框2 8.99.Valve panel阀板8.100.Wire board压线板8.101.Left side board左侧板8.102.Water outlet pipe出水管39/ 579.Duct Unit风管机9.1.Air-out frame 出风口9.2.Front panel components前面板部件9.3.Evaporator蒸发器9.4.Input pipe assy输入管组件9.5.Output pipe assy输出管组件9.6.Pipe temp sensor assy of indoor unit室内管温传感器组件9.7.Panel assy面板9.8.Air filter防尘网9.9.Canvas passage 帆布风道9.10.Base board for evaporator 蒸发器下衬板9.11.Water pan components接水盘部件9.12.Cover for middle beam横梁上盖组件40/ 579.13.Middle beam welding assy中间横梁焊合件9.14.Chassis components底盘部件9.15.Left side board assy左侧板组件9.16.wire-crossing board assy过线板组件9.17.Cover for right side board右侧板盖板9.18.Capacitor box电容盒9.19.Capacitor电容9.20.E-parts box cover电控盒盖9.21.Installation support for remote controller遥控器安装架9.22.Remote controller遥控器9.23.Electronic control components电控盒部件9.24.Electric part box电控盒9.25.Wire joint接线座9.26.Transfomrer变压器9.27.Main control board assy主控板组件41/ 579.28.Right upper cover for motor电机上压盖（右）9.29.Right lower cover for motor电机下压盖（右）9.30.Motor baffle电机围板9.31.Right side board assy右侧板组件9.32.Left upper cover for motor电机上压盖（左）9.33.Left upper cover for motor电机下压盖（左）9.34.Fan wheel assy风轮组件9.35.Fan motor风扇电机9.36.Left and right wind inlet guide assy左右导风圈部件9.37.Scroll case welding assy蜗壳焊合件9.38.Rear board assy后板部件9.39.Indoor temp sensor室温传感器组件9.40.Cover assy顶盖组件9.41.Rear-right side board右后侧板9.42.Front-right side board右前侧板42/ 579.43.Guiding board for water draining 卸水板9.44.Right fixing clamp for motor axle sleeve电机轴套右压盖9.45.Left fixing clamp for motor axle sleeve电机轴套左压盖9.46.Fan assy风机组件9.47.E-parts box support board 电控盒支撑板9.48.Relay 继电器9.49.Installation support for remote controller遥控器安装架9.50.Remote controller遥控器9.51.Tubing support board配管支撑板9.52.Tubing clamp board配管压板9.53.E-parts cover控制盒盖9.54.Display board显示板组件9.55.Right cover 右盖板9.56.Air inlet channel回风箱9.57.Left cover 左盖板43/ 579.58.Electronic throttle components电子节流部件9.59.Centrifugal fan wheel离心风轮10.Floor &Ceiling Unit座吊机10.1.Wind return grille assy回风格珊组件10.2.Left and right air filter左右滤尘网10.3.Grille clamp格栅卡扣10.4.Upper panel assy上盖板组件10.5.Display board assy显示板组件10.6.Left cover assy左盖板组件10.7.Step motor步进电机10.8.Horizontal louver support导风条支撑架10.9.Horizontal louver assy导风条组件44/ 5710.10.Air outlet frame assy出风框组件10.11.Water pan components接水盘部件10.12.Left scroll case左涡壳10.13.Right scroll case右涡壳10.14.Fan wheel风轮10.15.Baffle for motor电机围板10.16.Capacitor box电容盒10.17.Capacitor电容10.18.Middle beam assy中间横梁组件10.19.Indoor temp sensor室温传感器10.20.Pipe temp sensor components管温传感器部件10.21.Lower installation board assy for evaporator蒸发器下安装板组件10.22.Evaporator assy蒸发器组件10.23.E-parts box cover电器盒盖板45/ 5710.24.E-parts box assy for indoor unit室内电控盒组件10.25.wire joint, 6p六位接线座10.26.wire joint, 8p八位接线座10.27.Main control board assy for indoor unit室内主控板组件10.28.Auto restart control board掉电记忆模块组件10.29.E-parts installation box电器安装盒10.30.Relay 继电器10.31.Transfomrer变压器10.32.Left side board components左侧板部件10.33.Chassis components底盘部件10.34.Right side board components右侧板部件10.35.Remote controller installation support遥控器安装架10.36.Remote controller遥控器10.37.Upper installation board assy for evaporator蒸发器上安装板组件46/ 5710.38.Motor support电机支座10.39.Right fixing clamp for motor axle sleeve电机轴套右压盖10.40.Left fixing clamp for motor axle sleeve电机轴套左压盖10.41.Asychronous motor异步电机10.42.Right cover assy右盖板组件10.43.Installation support安装支架10.44.Inlet pipe for evaporator assy蒸发器输入管组件10.45.Outlet pipe for evaporator assy蒸发器输出管组件47/ 5711.Electronic Control电控11.1.Transformer 变压器11.2.Film capacitor薄膜电容11.3.Flap motor摆叶电机11.4.Fuse保险丝11.5.Secondary 次级11.6.Primary初级11.7.Super low超低11.8.Receptacle插座11.9.Monophase单相11.10.Power connecting wire电源连接线11.11.Butt plug对接插头11.12.Electric heating tube电加热管11.13.Electric heater assembly电加热器组件48/ 5711.14.Electromagnetic 4-way valve电磁四通阀11.15.Terminal plate端子座11.16.Electronic relay电子继电器11.17.Resistance value电阻值11.18.Circuit breaker断路器11.19.Diode 二极管11.20.Inductive choke扼流圈11.21.Fan motor风扇电机11.22.Anion generator负离子发生器11.23.Buzzer蜂鸣器11.24.Explosion-proof capacitor防爆电容11.25.Feedback反馈11.26.Reaction反应（反射）11.27.Feedback circuit反馈电路11.28.Overload protection 过载保护49/ 5711.29.Overload circuit过载电路11.30.Overload protector过载保护器11.31.High-pressure switch高压开关11.32.Fixed capacitor固定电容11.33.Live wire火线11.34.Mutual-inductor互感器11.35.Earth plate 接地牌11.36.To outdoor unit接室外机11.37.To indoor unit接室内机11.38.To signal control wire接信号控制线11.39.To evaporator接蒸发器11.40.Terminal block接线端子座11.41.Auxiliary electric heater辅助电加热器11.42.Null wire零线11.43.Leakage breaker漏电断路器50/ 57。

西门子S7-200位置控制带注解

符aCFRVVcTweeecRdvll号eL__ool_LLcc_Ciiiid_mmttePiiyycott___sMStaSixme VVVVVV地DDDD11址1111110001228403..01
注最Q向反最起0释大前向大动_0_加运运速/停C速动动度T止R和的的（L速:减限限脉度Cu速位位冲（r时开开/r脉秒e间关关n冲）t在/a秒秒bs（ol0u.t5e至p3o2s）ition (pulses)
符号 EN LD0 速度 LD4 脉冲数 LD8 一圈位移 LD12 脉冲频率 LD16 临时_D LD20 临时_R LW24 临时_I
变量类型 IN IN IN IN IN_OUT OUT TEMP TEMP TEMP
数据类型 BOOL REAL DINT REAL DINT DINT REAL INT
VVm符ee_lls号oocciittyy__SSSS_m 地VVDD址17000
注起起释动动//停停止止速速度度（（脉毫冲米//秒秒）
网络 3 由该为给块速定用度转于。速将电一机个转脉速冲计量算转毫化米为/一秒个v位el置oc量it，y_因ma此x计它算可脉用冲于/将秒一的段ve脉lo冲ci数ty转_m化ax为位移，或将一个脉冲频率转化
网络 1 比例程序
注释欲转换的位移或速度电机转一圈所需要的脉冲数电机转一圈所产生的位移转换后的脉冲数或脉冲频率
SM0.0
装载当前位置 EN
LoadPos_EXE~:V170.0
P
执行位
0 预置绝秪完成位 LoadPos_Done:V170.1 故障位 LoadPos_Error:VB171 当前位置 LoadPos_C_Pos:VD172
符LsLLLUooooTaaaaE号ddddPPPPoooossss____CDEE_orXPnrEoeoCr

13.五台电机顺序启动逆序停止

OUT
SR
R
1/4
网络 4 M0.0 M0.1
网络 5 M0.0 M0.0
网络 6 M0.1 M0.1
13.五台电机顺序启动逆序停止 / 主程序 (OB1)
T37
T37
/
IN
TON
20 PT
100 m s
Q0.3
Q0.4
P
S
1
T37
Q0.2
Q0.3
S
1Байду номын сангаас
Q0.1
Q0.2
S
1
Q0.0
Q0.1
S
1
Q0.0
网络 1
网络标题
开机产生一个脉冲使所有中间继电器复位，Q0.0是所有输出中最后停止的那个在它停止的时候由1 状态到0状态，产生一个下降沿在次使所有中间继电器复位。
SM0.1
M0.0
R
2
Q0.0
N
Q0.4 P
网络 2 I0.0 I0.1
M0.0
S1
OUT
SR
R
网络 3 I0.1 I0.0
M0.1
S1
符号 EN
子程序注释
网络 1
网络标题
网络注释
变量类型 IN IN IN_OUT OUT TEMP
数据类型 BOOL
注释
3/4
13.五台电机顺序启动逆序停止 / INT_0 (INT0)
块：
INT_0
作者：
创建时间： 2012. 12.08
修改时间： 2012. 12.08
10:34:4 3 10:34:4 3
S
1
Q0.1
Q0.0
P

机油压力温度传感器规格书

2
C
C
3
工作环境
GND(Vss)
工作温度范围……………………-40～125℃ 储存温度范围……………………-40～140℃
◆产品工作特性
测量介质…………………………与硅材料相容的介质
型式试验
精度输出曲线全温区误差曲线
2sec 100%FS
10%FS
◆压力循环试验备注：
输出曲线
2、产品精度是非线性、迟滞和重复性的求和平均值； 3、FS：Full scale=Pmax-Pmin；
标记数量更改单号签名日期设计审核标准化批准
机油压力温度传感器规格书
江门市泓科电子科技有限公司
阶段标记质量第 1 张比例
共 1 张 1.0版
破坏压力…………………………3*FS 输出特性…………………………Vout=VCC*（P+0.1) (P:MPa，VCC=5.0……………… ±2.0%VCC （0～85℃） ±3.0%VCC （-40～125℃）精度………………………………±1.0%VCC 循环寿命…………………………100，000次
◆产品外观尺寸
Pin arrangement： 1：Vcc 2：Vout 3：GND 4：Temp OUT
典型应用
测量机油压力和温度
电气特性
供电电压…………………………5±0.2VDC，典型值VCC=5.000VDC 工作电流…………………………≤10mA 输出电压…………………………0.5～4.5VDC 压力响应时间…………………………≤2.0ms（τ10%～90%）
工作特性
接线方式电缆输出，引线长度10米。
工作压力范围……………………0～0.8MPa，性能保证压力范围………………1.5*FS

s7-200控制步进电机正转和反转程序

块：主程序作者：创建时间：2014.07.20 10:45:11 修改时间：2014.08.27 14:23:42符号变量类型数据类型注释 TEMP TEMP TEMPTEMP程序注释步进电机正转和反转控制程序网络 1正转(清零) 脉冲周期1msR MOV_WENOENOUT IN SM0.0脉冲口:Q0.012SMW68符号地址注释脉冲口Q0.0网络 2从Q0.0口发脉冲PMOV_BENOENOUT IN MOV_DW ENOENOUT IN PLSENOENQ0.X正转:I0.016#8D SMB67+400SMD720符号地址注释正转I0.0R 正转:I0.0方向:Q0.11符号地址注释方向Q0.1ON时反转，OFF时正转正转I0.0网络 4PMOV_BENOENOUT IN MOV_DW ENOENOUT IN PLSENOENQ0.X反转:I0.116#8D SMB67+400SMD720符号地址注释反转I0.1网络 5S 反转:I0.1方向:Q0.11符号地址注释反转I0.1方向Q0.1ON时反转，OFF时正转PMOV_BENO ENOUT INMOV_DWENO ENOUT INPLSENO ENQ0.X停止:I0.216#0SMB670SMD72符号地址注释停止I0.2创建时间：2014.07.20 10:45:11修改时间：2014.07.20 10:45:11符号变量类型数据类型注释EN IN BOOLININ_OUTOUTTEMP子程序注释网络标题网络 1网络注释创建时间：2014.07.20 10:45:11修改时间：2014.07.20 10:45:11符号变量类型数据类型注释TEMPTEMPTEMPTEMP中断程序注释网络 1网络标题网络注释。

NEC错误代码中英文对照表

Error Error message Description1Lamp Door Open Lamp door (cover) is open.2Lamp mp temperature is abnormal.4GPSU(12V) Fail Power supply(12V) is abnormal.5Lamp Unlit Lamp doesn’t light up.6House OverTime Lamp house cumulative time is over.8LPSU OverTemp.Temperature (lamp power inside temperature) isabnormal.12E2PROM R Fail(SYS:Param1KEY:Param2DIV:Param3)E2PROM data read error is detected.Param 1/2/3:I2C: I2C errorCRC : CRC error13Interlock Fail Interlock error is detected.15E2PROM W Fail(SYS:Param1KEY:Param2DIV:Param3)E2PROM data write error isdetected.Param 1/2/3:I2C: I2C errorError Code of Series 2 for Control 号：Donview-000517Pump Stop(Param1)Stopped for pump error.Param1: Rotating Speed(Decimal)120DLP Ack Fail(Param1, Param2)ICP board failed the operation. Param1: 2nd portion of ICP command. Param2: 3rd portion of ICP command. ICP failed operation to the command, “CMD1,Param1, Pram2, …”.121Lens Fail(Param1)(Param2,Param3)Lens unit control error(NC1200/NC2000)Param1: Detailed error informationas followsEEPROM R/W FailV-Sensor Read FailH-Sensor Read FailComm Send FailComm Recv FailComm TimeoutRestart(In this case, no Param2/3)Param2/3: Lens unit controlparameters.123Bulb OverTime Lamp bulb cumulative time is over.125LPSU Fail(Param1)LPSU Fail(Param1, Param2)LPSU communication error.LPSU is on abnormal status.Param1:“No Lamp” :Never communicationswith LPSUafter AC-ON.“Power”: Communication failduring regularLPSU status check.Communication error with LPSUoccurs.Param1:Failed LPSU command codeParam2: Error type“ErrTx”, “ErrRx”, “Tout”, “ErrCmd”128OutRange(Param1, Param2,Param3, Pram4)Adjusting lamp output value has setout of range.Param1: Caused operationLamp M: Manual adjustmentLamp D: Douser operationLamp FW: FeedBack(to keep watt)processLamp FB: FeedBack(to keepilluminance)processLamp LM: Lamp memory processParam2: Lamp current tried to setby projector(in 0.1A)Param3: Lamp current get from LPSU(in A)Param4: Lamp wattage get from LPSU(in W)129Down Lamp Power(Param1,Param2, Param3)Down lamp power to decrease setinsidetemperature.Param1: Measured point(Out/Intake/Exhaust/DMD-B)Param2: Temperature(in deg)Param3: Lamp outputLamp current (in 0.1A)130MMS CommFail(Param1:Param2:Param3)MMS communication error isdetected.Param1: Failed MMS command codeParam2: Error type (“Con”, “Tx”, “Rx”, “Tout”)Param3: Error code131MMS Fan Stop Built-in MMS fan has stopped. 132MMS Fail Built-in MMS internal error.133MM Reset (Command:Param1)Executed to reset Built-in MMS Param1: When executed to resetBuilt-in MMS.001: Executed to reset Built-in MMS when nocommunications between projector main system and MMS.T-001: Executed to reset Built-in MMS when nocommunication between external projector and MMS.140DLP CommRFail(Param1Param2Param3:Param4)Communication failure with the ICPboard.(Communication I/F is RS-232C)Param1: First portion of ICPcommand.Param2: Second portion of ICPcommand.Param3: Third portion of ICPcommand.Param4: Error type (“Con”, “Tx”, Rxn”, “Nack”,“Tout”)e.g.) DLP CommRFail(010203:Nak=0001H)ICP returns “NAK” response to thecommand, “01,02, 03, …”.132MMS Fail Built-in MMS internal error.141DLP CommEFail(Param1Param2Param3:Param4)Communication failure with the ICPboard.(Communication I/F is Ethernet)Param1: First portion of ICPcommand.Param2: Second portion of ICPcommand.Param3: Third portion of ICPcommand.Param4: Error type (“Con”, “Tx”, Rxn”, “Nack”,“Tout”)e.g.) DLP CommRFail(010203:Nak=0001H)ICP returns “NAK” response to thecommand, “01,02, 03, …”.145SensorFail OutsideAir(Param1)Sensor (Outside Air) read error.Param1: Get/SetFailed to get/set data from/tosensor board.146SensorFail LPSUIntake(Param1)Sensor (LPSU Intake) read error.Param1: Get/SetFailed to get/set data from/tosensor board.147SensorFail Exhaust(Param1)Sensor (Exhaust) read error. Param1: Get/SetFailed to get/set data from/to sensor board.148SensorFail DMD-B(Param1)Sensor (DMD-B) read error. Param1: Get/SetFailed to get/set data from/to sensor board.150Fan0 Stop(Param1) 151Fan1 Stop(Param1)152Fan2 Stop(Param1) 153Fan3 Stop(Param1) 154Fan4 Stop(Param1) 155Fan5 Stop(Param1)Fan0 has stopped.Param1: Rotating Speed(Decimal)156Fan6 Stop(Param7)Fan0 has stopped.Param1: Rotating Speed(Decimal)157Fan7 Stop(Param8)158Fan8 Stop(Param9)159Fan9 Stop(Param10)160GPSU Fan Stop GPSU Fan has stopped.162Lamp Fan0 Stop(Param1)Lamp cooling fan0 has stopped. Param1: Rotating Speed (Decimal) or HW Prt(Hardware protection)165Lamp Fan1 Stop(Param1)Lamp cooling fan1 has stopped. Param1: Rotating Speed (Decimal) or HW Prt(Hardware protection)164ICP Fan Stop(Param1)ICP fan has stopped.Param1: Rotating Speed(Decimal)165GPI MACRO(n) SelectionInvalidSelection of preset button (n)through GPI is invalidbecause metadata is enabled.n: Preset Button Number(1-8)166GPI Control(Param1) InvalidProjector control through GPI isinvalid becauseprojectoris busy.Param1: Canceled GPI control:Lamp Off/ On , Mute Off/ On/Power On/OffSelection of preset button n (n=18)170OverTemp.Outside Air(Param1)Set inside temperature (Outside Air) is abnormal.Param1: Temperature(in deg) Fan7 has stopped. (Only forNC3200S)Param1: Rotating Speed(Decimal)171OverTemp.Precaution(Param1)Set inside temperature(LPSU Intake) is close to overtemperature.Param1: Precaution temperature(in deg)172OverTemp.Exhaust(Param1)Set inside temperature (Exhaust) is abnormal.Param1: Temperature(in deg)173OverTemp.DMD-B(Param1)Set inside temperature (DMD-B) is abnormal.Param1: Temperature(in deg)174Bulb Entry No selection of current bulb.177Tamper Fail(Param1)Service door tamper switch of projector is open.Param1 : Location of tampering switch.(Param1 is encrypted)LCD: Decrypted while projector is service mode orhigher.Log: Decrypted to view while DCC is servicemode or higher.178Marriage Tamper Fail(Param1)Marriage tamper switch of projector is open.Param1 : Location of tampering switch.(Param1 is encrypted)LCD: Decrypted while projector is service mode orhigher.Log: Decrypted to view while DCC is servicemode or higher.180CPU Fail(Mem) Param1:Param2<->Param3System Test Failed.(Memory)Param1-3: Detailed Test results.187GPSU(24V) Fail Power supply is abnormal.(24V)201Error Log Write Fail Failed to store logs into projector system.210Unknown LPSU Model(Param1)Unexpected LPSU is attached. Param1: Unexpected LPSU Product Model211LPSU Fan Stop LPSU fan has stopped.21312V Outside range(Param1)12V supply is out of range.Param1: Captured voltage value.LCD: invalidLog : valid21424V Outside range(Param1)24V supply is out of range.Param1: Captured voltage value.LCD: invalidLog : valid215Lamp Filter Time Over(Param1)The time to exchange lamp filter. (Future use)Param1: usage hours216Body Filter Time Over(Param1)The time to exchange body filter. (Future use)Param1: usage hours220AC On Fan Exchange Time The time to exchange Fan(AC On) 221Power On Fan Exchange Time The time to exchange Fan(Power On) 222Lamp Fan Exchange Time The time to exchange Lamp Fan230Router Fail(Param1)Failed to control router.Param1:“Connect” : Failed to connect to router“Tx” : Transmit error“Rx” : Receive error“Tout” : Communication timeout “Msg Format” : Unexpected data received“Data”: No data to setup router “Verify”: Setting verify error231SensorFail Opt Failed to control light sensor.232MAC Write Fail Failed to setup MAC address of CPUboard.233Illegal MAC Address Router WAN MAC address is illegal.235Router Self Check Fail(Param1, Param2, Param3)Router health-check error.Param1 : Health check error timing“INIT”: After AC-ON“STBY”: During standby“ RUN”: During power-onParam2: Health check result“2”: Factory default“3”: No responses(Dead lock orsomething)“4”: Unstable status“5”: Factory default and unstablestatus“6”: Defective(possibly “2” to“5”)Param3: router response result(Valid when Param2 is “4” and “5”)N of 4 ping responses240SIB CommFail(Param1Pram2Param3Param4)Failed to communicate with SIB.Param1:“Connect”, “Tx”, “Rx”, “Nack”, “Tout”Param2: First portion ofSIBcommand.Param3: Second portion of SIBcommand.Param4: Third portion of SIBcommand.When Param1 is “Nack”, nack datais added afterParam4.e.g.) SIB Comm241SIB Error(Param1)SIB internal error.Param1: SIB internal error status “FPGA Open”: Failed to openserial I/F“FPGA Tx:nnn”: FPGA send error (nnn: failed send command)“FPGA Rx:nnn”: FPGA receive error (nnn: failed receive command)“MEM Open”: Device driver open error“MEM Read”: Device driver read error242SIB FPGA Reboot Executed to re-boot SIB FPGA for recovery.246Fan11 Stop(Param1)Fan11 has Stopped (NC3240) 250Fan0 Stop Precaution(Param1)251Fan1 Stop Precaution(Param1)252Fan2 Stop Precaution(Param1)253Fan3 Stop Precaution(Param1)254Fan4 Stop Precaution(Param1)255Fan5 Stop Precaution(Param1)256Fan6 Stop Precaution(Param1)257Fan7 Stop Precaution(Param1)258Fan8 Stop Precaution(Param1)259Fan9 Stop Precaution(Param1)260Lamp Fan0 StopPrecaution(Param1)Lamp Fan0 Stop PrecautionParam1: Rotating Speed(Decimal)261Lamp Fan1 StopPrecaution(Param1)Lamp Fan1 Stop PrecautionParam1: Rotating Speed(Decimal)262Pump Stop Precaution(Param1)Pump Stop PrecautionParam1: Rotating Speed(Decimal)Fan0~9 Stop PrecautionParam1: Rotating Speed(Decimal)263ICP Fan StopPrecaution(Param1)ICP Fan Stop Precaution265Fan11 Stop Precaution(Param1)Fan11 Stop Precaution (NC3240) Param1: Rotating Speed(Decimal)270SD Tamper Terminate(Param1)Terminated service door tamper event latched byEnigmaboard.LCD: Not supportedLog: Supported271IMB:SD TamperTerminate(Param1)Terminated service door tamperevent latched byIMB.LCD: Not supportedLog: Supported280Bulb Warranty Over Bulb warranty time over 301System Error302Self Test Error303Install Release Package Error304Load Release Package Error305Key Error306Certificate Error317ICP Normal Configuration318ICP Boot Configuration Error319FMT Normal Configuration Error320FMT Boot Configuration Error321FMT Satellite Configuration Error3221.20V Supply out of range 3231.80V Supply out of range 3242.50V Supply out of range 3253.30V Regulator out of range326ICP FPGA Temperature out of range327FMT FPGA Temperature out of range328ICP Flash Update Error329FMT Sequence Data File Mismatch330FMT DMD Data File Mismatch331FMT Flash Checksum Error -Sequence Data332FMT Flash Checksum Error -DMD Data333Satellite Hardware Mismatch 334FMT Flash Update Error335Red Satellite Reports Reset336Red Satellite Serial Link Error337Red Satellite Firmware Configuration Error338Red DAD1000 Bias Under Voltage Error339Red DAD1000 Reset Under Voltage Error340Red DAD1000 Offset Under Voltage Error341Red DAD1000 Thermal Shutdown Error342Green Satellite Reports Reset343Green Satellite Serial Link Error344Green Satellite Firmware Configuration Error345Green DAD1000 Bias Under Voltage Error346Green DAD1000 Reset UnderVoltage ErrorICP board error347Green DAD1000 Offset Under Voltage Error348Green DAD1000 Thermal Shutdown Error349Blue Satellite Reports Reset350Blue Satellite Serial Link Error351Blue Satellite Firmware Configuration Error352Blue DAD1000 Bias Under Voltage Error353Blue DAD1000 Reset Under Voltage Error354Blue DAD1000 Offset Under Voltage Error355Blue DAD1000 Thermal Shutdown Error356RTC Error400Enigma CommFail(Param1Param2Param3:Param4)No communication with the Enigmaboard.Param1: First portion of Enigmacommand.Param2: Second portion of Enigmacommand.Param3: Third portion of Enigmacommand.Param4: Error Type“Conn=x”, “Tx”, “Rxn”, “Nack=xxxxH”,“Tout=xxxx”410System Error Enigma Status error411Self Test Error412Install Release Package Error413Load Release Package Error414TI Login List Package ErrorEnigma Status error415Security Officer Login List Package Error419Certificate or Key Error 420ICP Communications Status 426User Loader Integrity Error427Main Application Integrity Error428RNG Hardware Integrity Error 429DRNG Algorithm Integrity430RSA Algorithm Integrity Error431AES Algorithm Integrity Error 432HMAC Algorithm Integrity433SHA Algorithm Integrity Error 434TLS Integrity Error435FPGA Configuration Integrity Error436FPGA CineLink 2 Decryption Integrity Error437RTC Error442FPGA Configuration Error443FPGA Temperature out of range446RNG Hardware Duplicate Output Error447DRNG Algorithm Duplicate Output Error4501.20V Supply out of range 4511.80V Supply out of range 4522.50V Supply out of range 4533.30V Regulator out of range458SelfTest User Loader Integrity Error459SelfTest Main Application Integrity Error460SelfTest RNG Hardware Integrity Error461SelfTest DRNG Algorithm Integrity Error462SelfTest RSA AlgorithmIntegrity Error Enigma Status errorEnigma Status errorEnigma is in FIPS errorstate.(Integrity check error)Enigma Status errorEnigma is in FIPS errorstate.(Integrity check error)463SelfTest AES Algorithm Integrity Error464SelfTest HMAC Algorithm Integrity Error465SelfTest SHA Algorithm Integrity Error466SelfTest TLS Integrity Error467SelfTest FPGA Configuration Integrity Error468SelfTest FPGA CineLink. 2 Decryption Integrity Error474Security Tamper475Top Side Security Enclosure Open476Bottom Side Security Enclosure Open477Security Battery Event Battery tamper condition exists.478Software CommandedZeroizationDestroyed Enigma key by softwarecommand.481Security Enclosure Not Armed Enigma security not armed.482Physical Marriage Tamper Latched physical marriage tamper condition on Enigma board483Logical Marriage Tamper Logical marriage tamper condition exists.484Marriage NOT Active Marriage has NOT been established (active).486Service Door Tamper Latched service door tamper condition on Enigma board487Security Log ErrorSecurity log is full.488Security Battery Low Warning Close to “Security Battery Low”. 489Security Log Warning Close to “Security Log Error”.500IMB Comm Fail(Param1Param2Param3:Param4)No communication with the IMB.510IMB:System Error511IMB:Self Test Error519IMB:Certificate or Key Error Enigma Status errorSecurity tamper condition exists. IMB Status error520IMB:ICP Communications Status IMB fails to do logical marriage to ICP when IMBpowersup. Because of no communications with ICPduring537IMB RTC is “invalid”IMB RTC is “invalid”543IMB:FPGA Temperature out of range550IMB:Supply voltage out of range574IMB:Security Tamper Security tamper condition exists in IMB577IMB:Security Battery Even Battery tamper condition exists in IMB581IMB:Security Enclosure NotArmedSecurity tamper condition exists inIMB582IMB:Physical Marriage Tamper Latched physical marriage tamper condition on583IMB：Logical Marriage Tamper Logical marriage tamper condition exists in IMB584IMB:Marriage NOT Active Marriage between ICP and IMB has NOT beenestablished (active).586IMB:Service Door Tamper Latched service door tampercondition on IMB588IMB:Security Battery LowWarningClose to “(577) IMB: SecurityBattery Event”IMB Status errortrol Command list Rev3.0 文档编Checking point1. Verify if the lamp door is closed and locked properly.2. Is there any physical damage in the switch?3. Check the connection between POCO on COVER PWB and POCN3 onPJDIVPWB.1. Check the ambient temperature. It should be 35 degC or lower.2. Check if there is any problem on suction air and exhaust air.3. Check the air filter and verify that it is not clogged.4. Check that the ventilation system is being operated withinrequired specification.5. Check the connection between Thermostat and POCN5 on PJDIV PWB.1. Check the DC power supply voltage.2. Check the connection between GPSU and POPSM on PJDIV PWB.1. Check if the current bulb usage time is over limit. If yes,replace the bulb.2. Check if there are loose screw connections on the igniter andcathode cable on thelamp holder.3. Check if an electric blackout has occurred.4. Check if the LPSU is turned on.5. Check the connection between POCN2 on PJDIV PWB and PEDE-A PWB.1. Replace the reflector and reset lamp (except for house) usagehours.1. Check the ambient temperature. It should be 35 degC or lower.2. Check if there is any problem on suction air and exhaust air.3. Check the air filter and verify that it is not clogged.4. Check that the ventilation system is being operated withinrequired specification.5. Replace the LPSU.1. Check CPU PWB/ PJDIV PWB/KEY I/O PWB.2. Check the cable between POIF on PJDIV PWB and KEY IO PWB.1. Verify that external control is working properly.2. Check the connection between POIL on PEDE-A PWB and INTER PWB.3. Check the connection between POCI on PEDE-A PWB and POCN2 onPJDIVPWB.1. Check CPU PWB/ PJDIV PWB/KEY I/O PWB.2. Check the cable between POIF on PJDIV PWB and KEY IO PWB.1. Check the connection between POCN5 on PJDIV PWB and the pump.2. Check the 12v voltage to control the pump.3. Check the coolant of the unit.1. Check if the ICP version is the latest.2. Launch the "Macro File Tools" to check if there are any problems with the ICPconfiguration files.3. Retry the projector operation.4. Reset the ICP board and retry the projector operation.5. Check the connection between FSB and MOTHER PWB.6. Check the power supply voltage for the ICP board.7. If new ICP board was installed, restore the setting data in icp cfg files in Relese1. Check the connection between POCN2 on PJDIV PWB and MOTOR I/F PWB.2. Replace the MOTOR I/F PWB.1. Check the usage time of lamp bulb and replace the lamp bulb if needed.2. Verify that New Entry Bulb Setting was set when the lamp bulb was replaced.3. Replace CPU PWB.LPSU Fail(No Lamp):1. Check if the LPSU is powered on.2. Check the connection of RS-232C cable between PEDE-A PWB and LPSU.3. Check the connection between POCN2 on PJDIV PWB and PEDE-A PWB. LPSU Fail(Power):1. Power-cycle the LPSU. If problem is not gone, replace the LPSU. LPSU Fail(Param1, Param2):1. Check if the LPSU is powered on.2. Check the connection of RS-232C cable between PEDE-A PWB and LPSU.3. Check the connection between POCN2 on PJDIV PWB and PEDE-A PWB.1. The requested lamp output adjustment is out of range.1. Check the ambient temperature. It should be 35 degC or lower.2. Check if there is any problem on suction air and exhaust air.3. Check the air filter and verify that it is not clogged.4. Check that the ventilation system is being operated within required specification.1. Check the connection between MM3000B and Mother PWB.2. Check LAN connectors and LAN cable.3. Check that the projector is powered on, and not in stand-by mode.1. Check fan cable connection.2. Replace FAN.In regard to MMS Fail, there are three types of errors as shown below.The respective methods of taking measures are described below.1) FPGA***This is a configuration error of FPGA. If the associated FPGA is of an inputboard, try to remount the board or check the flexible cable connections orreinstall the FPGA data.In the case of the other FPGA errors, also try to reinstall the FPGA data. Ifthis check is difficult to perform, replace the associated board completely.2) Default DataThe data contained some deficiency at the time of shipment from the factory.Reinstall the data.3) User DataThis error is caused by a certain deficiency in the user data. Copy the user data into the PC so that further checks can be made. Execute a factory default to see if the default signal data eliminates the problem.Since part of or all of the previously copied user data may have been corrupted,reuse of these data is not recommended.If the data is used for the purpose of setup data checks, they should be cleared later.1. This message shows that the projector reset the MM3000B because of no responsemessages.If MMS Comm Fail occurs, see the MM3000B service manual.1. If ICP is being updated by ICP & Enigma Control Program without "Special Mode",this message will be shown.2. If ICP is reset by ICP & Enigma Control Program, this message will be shown.3. Retry the projector operation.4. Reset the ICP board and retry the projector operation.5. Check the connection between FSB and MOTHER PWB.6. Check the power supply voltage for the ICP board.1. If ICP is being updated by ICP & Enigma Control Program without "Special Mode",this message will be shown.2. If ICP is reset by ICP & Enigma Control Program, this message will be shown.3. Retry the projector operation.4. Reset the ICP board and retry the projector operation.5. Check the connection between FSB and MOTHER PWB.6. Check the power supply voltage for the ICP board.1. Check the connection between T-SENSE PWB and POCN1 on PJDIV PWB.2. Check the TSENS PWB.1. Check the failed fan and replace failed fan.2. Check connector POCN5 on PJDIV PWB.For fan layout, see the appendix.1. When the projector is NC3200S, refer to items 2 to 4 item first.2. (NC3200S) Check the system log.3. (NC3200S) When the GPSU(24V) fail was occurred, update the firmware to releasepackage 2.31.4. (NC3200S) or temporary countermeasure is to re-start (cold start) the projector.5. Check the failed fan and replace failed fan.6. Check connector POCN5 on PJDIV PWB.For fan layout, see the appendix.1. Check the failed fan and replace failed fan.2. Check connector POCN5 on PJDIV PWB.For fan layout, see the appendix.1. Check the connection between POPSM on PJDIV PWB and GPSU.2. Check the connection between AC PWB and GPSU.3. Replace GPSU Fan.4. Check GPSU.1. Check the connection between Fan unit and POCN5 on PJDIV PWB. For fan layout, see the appendix.2. Check LED on driver PWB.3. Check the failed fan and replace the fan.1. Check the fan attached on CPU PWB.2. Replace fan.3. Replace CPU PWB.1. When the GPI title selection is requested during operation is not allowed,this message will be shown.1. When the GPI control is requested during when the projector is busy,this message will be shown.2. Check if there is any problem on suction air and exhaust air.3. Check the air filter and verify that it is not clogged.4. Check that the ventilation system is being operated within required specification.5. Check the connection TSENS PWB.1. Check the ambient temperature. It should be 35 degC or lower.2. Check if there is any problem on suction air and exhaust air.3. Check the air filter and verify that it is not clogged.4. Check that the ventilation system is being operated within required specification.5. Check the connection TSENS PWB.1. Setup the new bulb entry while the projector is in standby.1. Check the (Param1) which indicates which switch is activated.2. Check if the side covers and lens cover are closed properly.3. Check if the tamper switch lever is broken.4. Check the connection between TAMPER PWB and POCN2/POCN7 on PJDIVPWB.5. Check TAMPER PWB.If Param1=0, reseat Circuit Box.If Param1=1,1. Check if cover plate or option PWB is seated at option slot A.2. Check the connection between TAMPER PWB and PO6012 on PJDIV PWB.3. Check TAMPER PWB.4. Check if ICP PWB/SIB is seated on MOTHER PWB properly.1.Check the CPU PWB1. When the projector is NC3200S, refer to items 2 to 4 item first.2. (NC3200S) Check the system log.3. (NC3200S) When the GPSU(24V) fail was occurred, update the firmware to releasepackage 2.31.4. (NC3200S) or temporary countermeasure is to re-start ( cold start ) the projector.5. Check the DC power supply voltage.6. Check the connection between GPSU and POPSM on PJDIV PWB.1. Replace CPU PWB.1. Check if the proper LPSU is used.2. Replace LPSU.1. Check if the LPSU is powered on.2. Replace LPSU.1. Check the 12v line.2. Check the connection between GPSU and PO6010 on MOTHER PWB.1. When the projector is NC3200S, refer to items 2 to 4 item first.2. (NC3200S) Check the system log.3. (NC3200S) When the GPSU(24V) fail was occurred, update the firmware to releasepackage 2.31.4. (NC3200S) or temporary countermeasure is to re-start ( cold start ) the projector.5. Check the 24v line.6. Check the connection between GPSU and POP24 on PJDIV PWB.1. Change filters1. Replace AC On Fan(Fan6) and clear AC On Fan usage time.NC2000C/NC1200C1. Replace Power On Fan(Fan0..5 and 7) and clear Power On Fan usage time.NC3200S1. Replace Power On Fan(Fan0..5 and 7..9) and clear Power On Fan usage time.1. Replace Lamp Cooling Fan 0 and 1 and clear Lamp Cooling Fan usage time.1. If the router unit is replaced with a new one, execute "NewRouterSetup" forprojector use.2. Power-cycle the projector.3. Check the LAN cable connection between Router unit and MOTHER PWB.4. Execute Factory Default - LAN.5. (Old router )If the router firmware is Version1.3 Release01, update toVersion1.4 Release01.(NEC router)If the router firmware is 1.0.1 (BR-CP1400N), do not need to update the firmware ofrouter.1. Check the connection between POCN3 on PJDIV PWB and LSENS PWB.2. Check the LSENS PWB.1. Replace CPU PWB.1. Power-cycle the projector.2. Replace the Router unit and execute "NewRouterSetup."1. Check the connection of LAN cable.2. Check router.1. Check LAN cable between Router and Mother（PO6201）2. Check connection of between SIB PWB (IC1600,IC1604) and Mother PWB1. Check SIB PWB1. Check SIB PWBDetermine DC fan causing error and replace it with a new DC fan.1. Check tamper SW1. Change the lamp bulb to new one.1. Check connection between ICP PWB and Mother PWB.2. Check connection between SIB PWB and ENIGMA PWB.3. Check Firmware version of both SIB PWB and ENIGMA PWB.4. Check ICP board.1. Check connection between ICP PWB and Mother PWB.2. Check connection between SIB PWB and ENIGMA PWB.3. Check Firmware version of both SIB PWB and ENIGMA PWB.4. Check ICP board.1.Check ICP board.1. Check connection between ICP PWB and Mother PWB.2. Check connection between SIB PWB and ENIGMA PWB.3. Check Firmware version of both SIB PWB and ENIGMA PWB.4. Check ICP board.1. Check connection between ICP PWB and Mother PWB.2. Check Firmware version of both SIB PWB and ENIGMA PWB.3. Check ICP board.。

空调中英文对照表

目录1. Specification技术参数 (4)2. Core Parts核心部件 (8)3. Multi Variable Units 多联机 (10)4. Chiller水机 (21)5. PTAC 窗机 (29)2 6. Wall -mounted Unit 挂机 (47)7. Floor Standing Unit 立柜机 (58)8. Ceiling Cassette Unit 天花机 (65)9. Duct Unit 风管机 (81)10. Floor &Ceiling Unit 座吊机 (90)11. Electronic Control 电控 (98)41.Specification技术参数1.1.Indoor Air Inlet DB（dry bulb）Temp 室内进风干球温度1.2.Indoor Air Inlet WB (wet bulb)Temp 室内进风湿球温度1.3.Outdoor Air Inlet DB Temp 室外进风干球温度1.4.Outdoor Air Inlet WB Temp 室外进风湿球温度1.5.Indoor Air Outlet DB Temp 室内出风干球温度1.6.Indoor Air Outlet WB Temp 室内出风湿球温度1.7.Static Pressure静压1.8.Pressure Difference压差1.9.Airflow Volume风量1.10.Dimension 尺寸1.11.Noise Level 噪音等级6 1.12. Return Air Temp 回气温度1.13. Discharge Air Temp 排气温度1.14. Enthalpy Difference 焓差1.15. Dehumidification 除湿1.16. Sensible Heating Capacity 显热量1.17. Latent Cooling Capacity 潜在制冷量1.18. Total Heating Capacity 总制热量1.19.COP能效比1.20.Rated Voltage额定电压1.21.Rated Current额定电流1.22.Rated Power Input额定输入功率1.23.Frequency频率1.24.Refrigerant Charge 冷媒充注 Weight 净重8 1.26. Gross Weight 毛重1.27. Model 型号2. Core Parts 核心部件2.1. Compressor 压缩机2.2. Condenser 冷凝器2.3. Throttle components 节流部件2.4.Capillary 毛细管2.5.4-way reversing valve 四通阀2.6.Electronic expansion valve (EEV)电子膨胀阀2.7.Thermostatic expansion valve 热力膨胀阀2.8.Evaporator 蒸发器2.9.Vapor-liquid separator 气液分离器2.10.Electronic parts box (E-parts box)电控盒10 2.11. One-way valve 单向阀3. Multi Variable Units 多联机3.1. Front panel 前面板3.2. Ironclad asynchronous motor for outdoor unit异步铁壳室外电机3.3. Motor Bracket 电机支架3.4.Front maintenance board前维修板3.5.Left side board 左侧板3.6.Septum plate 中隔板3.7.Welding assy for suction pipe回气管焊接组件3.8.Suction pipe 回气管3.9.Oil return capillary transition tube回油毛细管过渡管3.10.Chassis assy 底盘组件12 3.11. Chassis 底盘体3.12. Chassis foot 底脚3.13. Chassis reinforced board 底盘加强板3.14. Compressor 压缩机3.15. One-way valve assy 单向阀组件3.16. Connecting pipe for high pressure one-way valve高压单向阀连接管3.17.Filter 过滤器3.18.One-way valve 单向阀3.19.Valve seat assy阀座板组件3.20.Valve seat阀座板3.21.Cut-off valve for two connecting pipes 双接管截止阀DN133.22.Rear panel 后面板14 3.23. Right side board 右侧板3.24. Large handle 大抽手3.25. Protection grill 防护网3.26. Condenser prewelding assy 冷凝器预焊组件3.27. Two-row condenser 两排冷凝器3.28. Condenser exhaust receiver welding assy 冷凝器集气焊接组件3.29.Current dividing capillary assyof condenser冷凝器分流毛细管组件3.30.Condenser main outlet pipe 冷凝器总出管3.31.Fixing pipe of condenser main outlet pipe 冷凝器总出管固定管3.32.Adfluxion pipe assy 汇流管组件3.33.Adfluxion pipe 汇流管16 3.34. DN8 Copper adapter with holder DN8带座铜接头3.35. Connecting pipe t olow pressure valve 低压阀连接管3.36. Electronic expansion valve assy 电子膨胀阀组件3.37. Electronic expansion valve 电子膨胀阀3.38. Plastic encapsulating coil 塑封线圈3.39. Expansion valve capillary 膨胀阀毛细管3.40. E-shape filter E 型过滤器3.41.DN4 Copper adapter with holder DN4带座铜接头3.42.Filter for oil return pipe 回油管道过滤器3.43.4-way reversing valve assy 四通阀组件3.44.4-way reversing valve 四通阀3.45.4-way valve reversing coil assy 四通阀线圈组件3.46.Discharge pipe assy 排气管组件3.47.Discharge pipe 排气管18 3.48. Installation copper tube for probe 探头铜管3.49. Oil return pipeline filter 回油管道过滤器3.50. Oil separator 油分离器3.51. Separator 分离器3.52. Top panel foam assy 顶盖板贴棉组件3.53. Rear frame 后边框3.54. Electronic control components 电控部件3.55.Welding assy for E-parts box 电器盒焊接组件3.56.Cooling fin fixing board 散热片固定板3.57.Cooling fin 散热片3.58.Main board assy for ourdoor unit室外主板组件3.59.Module board assy for outdoor unit室外模块板组件3.60.Module board transformer assy for outdoor unit 室外模块板变压器20 3.61. Monophase filter 单相滤波器3.62. Rubber ring 橡胶圈(小过线圈)3.63. Amorphous inductor 非晶电感3.64. Eliminator 挡水板3.65. Small handle 小抽手3.66. Propeller fan 轴流风叶3.67. Plastic front net 塑料前网罩4.Chiller水机4.1Front and rear support for wind inlet guide导风圈前后支撑4.2Front and rear support assy for fan 风机前后支撑组件4.3Middle support assy for fan 风机中支撑组件4.4Sealing board for condenser 冷凝器封板4.5Lateral support for wind inlet guide导风圈侧支撑4.6Front and rear beam 前后横梁22 4.7Lateral beam assy 侧横梁组件 4.8Pipe clamp 管夹 4.9 Fixing board for distributor 分流头固定座4.10 Trigonal board 三角板4.11 Condenser assy 冷凝器部件4.12 Water pan assy 接水盘组件4.13 Vertical shaft assy 立柱组件4.14Evaporator 干式蒸发器4.15Vapour-liquid separator 汽液分离器4.16Compressor 压缩机组件4.17Compressor support assy 压缩机支撑板组件4.18Support for vapour-liquid separator气分支架组件4.19Pipe support管支架4.20High-pressure switch 高压开关24 4.21 Suction pipe components 回气管部件4.22 Low-pressure switch 低压开关4.23 Throttle componets 节流部件4.24 Electronic expansion valve (EEV)电子膨胀阀4.25 EEV coil 电子膨胀线圈4.26 4-Way reversing valve components四通阀部件 4.27 4-Way reversing valve coil 四通阀线圈4.28Pressure switch 压力开关4.29Discharge pipe components 排气管部件4.30Base assy底座组件4.31E-parts components 电控部件4.32Current transformer 电流互感器4.33Crankcase heater曲轴箱加热器4.34Adapter board for 4-way reversing valve四通阀转接板26 4.35 Main control panel 控制主板4.36 Envirionment temperature sensor 环境温度传感器4.37 System water inlet temperature sensor 系统进水温度传感器4.38 System water outlet temperature sensor 系统出水温度传感器4.39 Unitary water outlet temperature sensor 单元出水温度传感器4.40Fin temperature sensor翅片温度传感器4.41Fan capacitor风机电容4.42Alternating contactor 交流接触器4.43Power terminal 电源端子台4.44Main board transformer 主板变压器4.45Engineering terminal 工程端子台28 4.46 Trigonal set sqare 固定三角板4.47 Compressor support assy压缩机支撑板组件 4.48 Wire trough support 线槽支架4.49 Middle support for wind inlet guide 导风圈中支撑4.50 Vertical support for wind inlet guide 导风圈纵支撑4.51 Support assy for fan 风机支架组件4.52 Outdoor unit motor 室外电机4.53Propeller fan 轴流风叶5.PTAC窗机5.1.Air filter 防尘网5.2.Control panel cover操作盖板5.3.Front panel 前面板5.4.Self-locking switch自锁开关30 5.5. Connection bar 连杆5.6. Horizontal louver 水平导风条5.7. Heat-insulation foam for air-out出风口保温棉 5.8. Scroll case base components 风壳座部件5.9. Centrifugal fan 离心风轮5.10. Fresh air inlet lever 新风门连杆5.11. Fresh air inlet 新风门5.12.Scroll case cover 风壳盖5.13.Air deflector导风板5.14.Fixing board for vertical louver导风板固定板5.15.Capacitor clamp 电容卡5.16.Capacitor cap电容帽pressor capacitor压缩机电容5.18.Motor电机32 5.19. Connecting board 搭板5.20. Propeller fan 轴流风叶5.21. Rear cover 后盖板5.22. Rear brattice 后围板5.23. Shutter clamp 百叶窗夹5.24. Left shutter frame 安装左框条5.25. Cabinet component 外箱部件5.26.Upper shutter frame上框条5.27.Installation support 安装支撑5.28.Nut 螺母5.29.Bolt 螺栓5.30.Lower shutter frame 下框条5.31.Right shutter frame 右框条5.32.Shutter 密封百叶34 5.33. Connection bar to cabinet外箱连接条5.34. Shutter locking bar 卡条5.35. Motor capacitor 电机电容 5.36. Temperature controller 温控器5.37. Main switch 主令开关5.38. Knob 旋钮5.39. Control panel 控制面板5.40.Control box 控制盒5.41.E-parts box 电控盒5.42.Evaporator assy 蒸发器组件5.43.Suction pipe assy回气管组件5.44.Capillary assy 毛细管组件5.45.Condenser output pipe 冷凝器输出管5.46.Input pipe for evaporator 蒸发器输入管36 5.47. Input pipe for condenser 冷凝器输入管5.48. Condenser assy 冷凝器组件5.49. Compressor wiring cover nut 压缩机接线盖螺母5.50. Washer for compressor wiring cover 压缩机接线盖垫片5.51. Compressor wiring cover 压缩机接线盖5.52. Overcurrent protector for compressor 压缩机过流保护器5.53. Wire to overcurrent protector 过流保护器线体5.54.Sealing gasket for wiring cover 接线盖密封片pressor 压缩机5.56.Rubber cushion for compressor压缩机胶垫5.57.Fixinging nut for compressor压缩机固定螺母5.58.Fixing gasket for compressor 压缩机固定垫片5.59.Motor support 电机支架5.60.Chassis 底盘38 5.61. Fixing sheet for front panel 前面板固定片5.62. Front panel 前面板5.63. Transformer 变压器5.64. Transformer box 变压器盒5.65. Display board assy 显示板组件5.66. Main control board assy 主控板组件5.67. Air-inlet board 进风孔板5.68.Evaporator base 蒸发器底座5.69.Cover 盖板5.70.Front brattice 前围板5.71.Protecting clamp fro power cord 电源线保护卡5.72.Protecting U-clamp for power cord 电源线保护圈5.73.Scroll case 涡壳5.74.Air -out frame出风口40 5.75. Self lock switch 自锁开关5.76. Cover for E-parts box 电控盒盖板5.77. Left fixing plate for chassis 底盘左固定板5.78. Right fixing plate for chassis 底盘右固定板5.79. Supporting bar for installation 安装支承条5.80. Discharge pipe 排气管5.81. Clamp for wires 电线中间夹子5.82.Fixing board for E-parts box电控盒固定板5.83.Rear cover for control box 线路板盖5.84.Power cord clamp电源线夹5.85.Front cover 前盖板5.86.Long connecting board长搭板5.87.Rear cover 后盖板5.88.Wind guiding board 导流板42 5.89. Water proof rubber ring 防水橡胶圈5.90. Rear rubber ring for motor 电机后橡胶圈5.91. Front rubber ring for motor 电机前橡胶圈5.92. Short connecting board 短搭板5.93. Pin 销5.94. Expansive core 膨胀芯5.95. Fixing plate for chassis 底盘固定板5.96.Installation support 安装支架5.97.Front panel components 前面板部件5.98.Electronic control components 电控部件5.99.Control box assy 控制盒组件5.100.Installation parts 安装附件5.101.Remote controller遥控器5.102.Clamp for temp sensor温包卡44 5.103. Wind inlet guide 导风圈5.104. Swing switch 摇摆开关5.105. Sychronous motor 同步电机5.106. Defrosting temp controller 化霜温控器5.107. Rear side board 后侧板5.108. Adjusting bolt 调整螺栓5.109. Rubber plug 橡胶塞5.110.Sealing gasket 密封圈5.111.Drain hose 出水接管5.112.Right lower fixing clamp for motor电机下压盖(右) 5.113.Right upper fixing clamp for motor电机上压盖(右) 5.114.Left upper fixing clamp for motor 电机上压盖(左) 5.115.Left lower fixing clamp for motor 电机下压盖(左) 5.116.Water pan 接水盘46 5.117. Power cord 电源线5.118. Wire joint 二位接线座5.119. Frame fixing board面框固定板 5.120. Drive gear 传动轮5.121. Wire joint panel 接线底板5.122. Heater cut-out assy 热熔断器组件5.123. PTC heater PTC 发热器6.Wall-mounted Unit挂机6.1.Front panel 前面板6.2.Air filter 防尘网6.3.Screw cap 螺丝盖6.4.Panel frame 面框6.5.Air cleaner 复合式空气清新网6.6.Air cleaner upper cover 清新器上盖48 6.7. Window receiver 接收窗片6.8. LED indicator 显示灯镜6.9. Horizontal louver 水平导风叶6.10. Upper horizontal louver 导风条（上）6.11. Lower horizontal louver 导风条（下）6.12. Vertical louver 垂直导风叶6.13. Air out frame 出风框6.14.Louver holder 导风叶连杆6.15.Sychronous motor 同步电机6.16.Drain hose 出水喉6.17.Evaporator temp sensor assy蒸发器温度传感器组件6.18.Left holder for evaporator 蒸发器左支板6.19.Evaporator 蒸发器6.20.Waterproof board assy 挡水板组件50 6.21. Bearing holder 轴承座6.22. Cross flow fan, assy 贯流风轮组件6.23. Chassis 底盘6.24. Rear cover for chassis 底盘后盖板6.25. Installation plate for indoor unit室内机安装板 6.26. Little installation plate 小安装板6.27. Connecting pipe clamp 配管固定卡。

空调中英文对照表

目录1、Specification技术参数 (3)2、Core Parts核心部件 (5)3、Multi Variable Units 多联机 (6)4、Chiller水机 (11)5、PTAC 窗机 (15)6、Wall -mounted Unit挂机 (23)7、Floor Standing Unit立柜机 (29)8、Ceiling Cassette Unit天花机 (32)9、Duct Unit风管机 (40)10、 ................................................... F loor &Ceiling Unit座吊机4411、 ........................................................ Electronic Control电控481.Specification技术参数1.1.Indoor Air Inlet DB(dry bulb)Temp 室内进风干球温度1.2.Indoor Air Inlet WB (wet bulb)Temp 室内进风湿球温度1.3.Outdoor Air Inlet DB Temp 室外进风干球温度1.4.Outdoor Air Inlet WB Temp 室外进风湿球温度1.5.Indoor Air Outlet DB Temp 室内出风干球温度1.6.Indoor Air Outlet WB Temp 室内出风湿球温度1.7.Static Pressure静压1.8.Pressure Difference压差1.9.Airflow Volume风量1.10.Dimension 尺寸1.11.Noise Level 噪音等级1.12.Return Air Temp回气温度1.13.Discharge Air Temp排气温度1.14.Enthalpy Difference焓差1.15.Dehumidification除湿1.16.Sensible Heating Capacity显热量tent Cooling Capacity 潜在制冷量1.18.Total Heating Capacity总制热量1.19.COP能效比1.20.Rated Voltage额定电压1.21.Rated Current额定电流1.22.Rated Power Input额定输入功率1.23.Frequency频率1.24.Refrigerant Charge 冷媒充注 Weight 净重1.26.Gross Weight 毛重1.27.Model 型号2.Core Parts核心部件pressor 压缩机2.2.Condenser 冷凝器2.3.Throttle components 节流部件2.4.Capillary 毛细管2.5.4-way reversing valve 四通阀2.6.Electronic expansion valve (EEV)电子膨胀阀2.7.Thermostatic expansion valve 热力膨胀阀2.8.Evaporator 蒸发器2.9.Vapor-liquid separator 气液分离器2.10.Electronic parts box (E-parts box)电控盒2.11.One-way valve 单向阀3.Multi Variable Units 多联机3.1.Front panel前面板3.2.Ironclad asynchronous motor for outdoor unit 异步铁壳室外电机3.3.Motor Bracket电机支架3.4.Front maintenance board前维修板3.5.Left side board 左侧板3.6.Septum plate 中隔板3.7.Welding assy for suction pipe回气管焊接组件3.8.Suction pipe 回气管3.9.Oil return capillary transition tube回油毛细管过渡管3.10.Chassis assy 底盘组件3.11.Chassis 底盘体3.12.Chassis foot 底脚3.13.Chassis reinforced board底盘加强板3.1pressor 压缩机3.15.One-way valve assy 单向阀组件3.16.Connecting pipe for high pressure one-way valve 高压单向阀连接管3.17.Filter 过滤器3.18.One-way valve 单向阀3.19.Valve seat assy阀座板组件3.20.Valve seat 阀座板3.21.Cut-off valve for two connecting pipes 双接管截止阀DN13 3.22.Rear panel 后面板3.23.Right side board 右侧板3.2rge handle大抽手3.25.Protection grill 防护网3.26.Condenser prewelding assy冷凝器预焊组件3.27.Two-row condenser 两排冷凝器3.28.Condenser exhaust receiver welding assy 冷凝器集气焊接组件3.29.Current dividing capillary assy of condenser 冷凝器分流毛细管组件3.30.Condenser main outlet pipe 冷凝器总出管3.31.Fixing pipe of condenser main outlet pipe 冷凝器总出管固定管3.32.Adfluxion pipe assy 汇流管组件3.33.Adfluxion pipe 汇流管3.34.DN8 Copper adapter with holder DN8带座铜接头3.35.Connecting pipe to low pressure valve低压阀连接管3.36.Electronic expansion valve assy 电子膨胀阀组件3.37.Electronic expansion valve 电子膨胀阀3.38.Plastic encapsulating coil 塑封线圈3.39.Expansion valve capillary 膨胀阀毛细管3.40.E-shape filter E型过滤器3.41.DN4 Copper adapter with holder DN4带座铜接头3.42.Filter for oil return pipe 回油管道过滤器3.43.4-way reversing valve assy 四通阀组件3.44.4-way reversing valve 四通阀3.45.4-way valve reversing coil assy 四通阀线圈组件3.46.Discharge pipe assy 排气管组件3.47.Discharge pipe 排气管3.48.Installation copper tube for probe 探头铜管3.49.Oil return pipeline filter 回油管道过滤器3.50.Oil separator 油分离器3.51.Separator 分离器3.52.Top panel foam assy 顶盖板贴棉组件3.53.Rear frame 后边框3.54.Electronic control components 电控部件3.55.Welding assy for E-parts box 电器盒焊接组件3.56.Cooling fin fixing board 散热片固定板3.57.Cooling fin 散热片3.58.Main board assy for ourdoor unit室外主板组件3.59.Module board assy for outdoor unit室外模块板组件3.60.Module board transformer assy for outdoor unit 室外模块板变压器3.61.Monophase filter 单相滤波器3.62.Rubber ring 橡胶圈(小过线圈)3.63.Amorphous inductor 非晶电感3.64.Eliminator 挡水板3.65.Small handle小抽手3.66.Propeller fan轴流风叶3.67.Plastic front net 塑料前网罩4.Chiller水机4.1Front and rear support for wind inlet guide导风圈前后支撑4.2Front and rear support assy for fan 风机前后支撑组件4.3Middle support assy for fan 风机中支撑组件4.4Sealing board for condenser 冷凝器封板4.5Lateral support for wind inlet guide导风圈侧支撑4.6Front and rear beam 前后横梁4.7Lateral beam assy 侧横梁组件4.8Pipe clamp 管夹4.9Fixing board for distributor分流头固定座4.10Trigonal board 三角板4.11Condenser assy冷凝器部件4.12Water pan assy 接水盘组件4.13Vertical shaft assy 立柱组件4.14Evaporator 干式蒸发器4.15Vapour-liquid separator 汽液分离器4.16Compressor 压缩机组件4.17Compressor support assy 压缩机支撑板组件4.18Support for vapour-liquid separator气分支架组件4.19Pipe support管支架4.20High-pressure switch 高压开关4.21Suction pipe components 回气管部件4.22Low-pressure switch 低压开关4.23Throttle componets 节流部件4.24Electronic expansion valve (EEV)电子膨胀阀4.25EEV coil 电子膨胀线圈4.264-Way reversing valve components 四通阀部件4.274-Way reversing valve coil 四通阀线圈4.28Pressure switch 压力开关4.29Discharge pipe components 排气管部件4.30Base assy底座组件4.31E-parts components 电控部件4.32Current transformer 电流互感器4.33Crankcase heater曲轴箱加热器4.34Adapter board for 4-way reversing valve四通阀转接板4.35Main control panel 控制主板4.36Envirionment temperature sensor 环境温度传感器4.37System water inlet temperature sensor系统进水温度传感器4.38System water outlet temperature sensor系统出水温度传感器4.39Unitary water outlet temperature sensor 单元出水温度传感器4.40Fin temperature sensor翅片温度传感器4.41Fan capacitor风机电容4.42Alternating contactor 交流接触器4.43Power terminal 电源端子台4.44Main board transformer 主板变压器4.45Engineering terminal 工程端子台4.46Trigonal set sqare 固定三角板4.47Compressor support assy 压缩机支撑板组件4.48Wire trough support 线槽支架4.49Middle support for wind inlet guide导风圈中支撑4.50Vertical support for wind inlet guide导风圈纵支撑4.51Support assy for fan 风机支架组件4.52Outdoor unit motor 室外电机4.53Propeller fan 轴流风叶5.PTAC 窗机5.1.Air filter 防尘网5.2.Control panel cover操作盖板5.3.Front panel 前面板5.4.Self-locking switch自锁开关5.5.Connection bar连杆5.6.Horizontal louver 水平导风条5.7.Heat-insulation foam for air-out 出风口保温棉5.8.Scroll case base components风壳座部件5.9.Centrifugal fan离心风轮5.10.Fresh air inlet lever新风门连杆5.11.Fresh air inlet新风门5.12.Scroll case cover 风壳盖5.13.Air deflector导风板5.14.Fixing board for vertical louver导风板固定板5.15.Capacitor clamp 电容卡5.16.Capacitor cap电容帽pressor capacitor压缩机电容5.18.Motor电机5.19.Connecting board搭板5.20.Propeller fan轴流风叶5.21.Rear cover 后盖板5.22.Rear brattice后围板5.23.Shutter clamp百叶窗夹5.24.Left shutter frame安装左框条5.25.Cabinet component外箱部件5.26.Upper shutter frame上框条5.27.Installation support 安装支撑5.28.Nut 螺母5.29.Bolt 螺栓5.30.Lower shutter frame 下框条5.31.Right shutter frame 右框条5.32.Shutter 密封百叶5.33.Connection bar to cabinet 外箱连接条5.34.Shutter locking bar 卡条5.35.Motor capacitor 电机电容5.36.Temperature controller 温控器5.37.Main switch 主令开关5.38.Knob 旋钮5.39.Control panel 控制面板5.40.Control box 控制盒5.41.E-parts box 电控盒5.42.Evaporator assy 蒸发器组件5.43.Suction pipe assy回气管组件5.44.Capillary assy 毛细管组件5.45.Condenser output pipe 冷凝器输出管5.46.Input pipe for evaporator 蒸发器输入管5.47.Input pipe for condenser 冷凝器输入管5.48.Condenser assy 冷凝器组件pressor wiring cover nut 压缩机接线盖螺母5.50.Washer for compressor wiring cover压缩机接线盖垫片pressor wiring cover 压缩机接线盖5.52.Overcurrent protector for compressor压缩机过流保护器5.53.Wire to overcurrent protector 过流保护器线体5.54.Sealing gasket for wiring cover 接线盖密封片pressor 压缩机5.56.Rubber cushion for compressor压缩机胶垫5.57.Fixinging nut for compressor压缩机固定螺母5.58.Fixing gasket for compressor 压缩机固定垫片5.59.Motor support 电机支架5.60.Chassis 底盘5.61.Fixing sheet for front panel 前面板固定片5.62.Front panel 前面板5.63.Transformer变压器5.64.Transformer box 变压器盒5.65.Display board assy显示板组件5.66.Main control board assy主控板组件5.67.Air-inlet board 进风孔板5.68.Evaporator base 蒸发器底座5.69.Cover 盖板5.70.Front brattice 前围板5.71.Protecting clamp fro power cord 电源线保护卡5.72.Protecting U-clamp for power cord 电源线保护圈5.73.Scroll case 涡壳5.74.Air -out frame出风口5.75.Self lock switch 自锁开关5.76.Cover for E-parts box电控盒盖板5.77.Left fixing plate for chassis底盘左固定板5.78.Right fixing plate for chassis 底盘右固定板5.79.Supporting bar for installation 安装支承条5.80.Discharge pipe 排气管5.81.Clamp for wires 电线中间夹子5.82.Fixing board for E-parts box电控盒固定板5.83.Rear cover for control box 线路板盖5.84.Power cord clamp电源线夹5.85.Front cover 前盖板5.86.Long connecting board长搭板5.87.Rear cover 后盖板5.88.Wind guiding board 导流板5.89.Water proof rubber ring 防水橡胶圈5.90.Rear rubber ring for motor电机后橡胶圈5.91.Front rubber ring for motor电机前橡胶圈5.92.Short connecting board 短搭板5.93.Pin销5.94.Expansive core 膨胀芯5.95.Fixing plate for chassis底盘固定板5.96.Installation support 安装支架5.97.Front panel components 前面板部件5.98.Electronic control components 电控部件5.99.Control box assy 控制盒组件5.100.Installation parts 安装附件5.101.Remote controller遥控器5.102.Clamp for temp sensor温包卡5.103.Wind inlet guide 导风圈5.104.Swing switch 摇摆开关5.105.Sychronous motor 同步电机5.106.Defrosting temp controller化霜温控器5.107.Rear side board 后侧板5.108.Adjusting bolt 调整螺栓5.109.Rubber plug 橡胶塞5.110.Sealing gasket 密封圈5.111.Drain hose 出水接管5.112.Right lower fixing clamp for motor电机下压盖(右) 5.113.Right upper fixing clamp for motor电机上压盖(右) 5.114.Left upper fixing clamp for motor 电机上压盖(左) 5.115.Left lower fixing clamp for motor 电机下压盖(左) 5.116.Water pan 接水盘5.117.Power cord 电源线5.118.Wire joint 二位接线座5.119.Frame fixing board 面框固定板5.120.Drive gear 传动轮5.121.Wire joint panel 接线底板5.122.Heater cut-out assy 热熔断器组件5.123.PTC heater PTC发热器6.Wall-mounted Unit挂机6.1.Front panel 前面板6.2.Air filter 防尘网6.3.Screw cap 螺丝盖6.4.Panel frame 面框6.5.Air cleaner 复合式空气清新网6.6.Air cleaner upper cover 清新器上盖6.7.Window receiver 接收窗片6.8.LED indicator 显示灯镜6.9.Horizontal louver 水平导风叶6.10.Upper horizontal louver 导风条(上)6.11.Lower horizontal louver 导风条(下)6.12.Vertical louver 垂直导风叶6.13.Air out frame 出风框6.14.Louver holder 导风叶连杆6.15.Sychronous motor 同步电机6.16.Drain hose 出水喉6.17.Evaporator temp sensor assy蒸发器温度传感器组件6.18.Left holder for evaporator 蒸发器左支板6.19.Evaporator 蒸发器6.20.Waterproof board assy 挡水板组件6.21.Bearing holder 轴承座6.22.Cross flow fan, assy 贯流风轮组件6.23.Chassis 底盘6.24.Rear cover for chassis 底盘后盖板6.25.Installation plate for indoor unit 室内机安装板6.26.Little installation plate 小安装板6.27.Connecting pipe clamp 配管固定卡6.28.Fan motor 风机电机6.29.Motor cover 电机盖6.30.E-parts box cover 电控盒盖6.31.Indicator holder 显示灯座6.32.Display board assy 显示板组件6.33.Display board enclosure 显示灯罩6.34.Main control board 主电控板6.35.Transformer 变压器6.36.E-parts box 电控盒6.37.Wire clamp 压线条6.38.Wire joint, 5p 小五位接线座组6.39.Remote controller 遥控器6.40.Remote controller installation support assy 遥控器安装支架组件6.41.Display panel 显示面板6.42.Relay holder 继电器底座6.43.Protection box for relay 继电器保护盒6.44.Bush 衬套6.45.Installation board for louver 百叶安装板6.46.Wire clamp for power cord 电线压条6.47.Relay 继电器6.48.Switch board assy 开关板组件6.49.Installation board base 安装板座6.50.Fan capacitor 风机电容6.51.Strengthening board for chassis 底盘加强板6.52.Supporting board for chassis 底盘下板6.53.Fan wheel support 风轮支架6.54.Louver connecting bar 摇摆连杆6.55.Right support for evaporator 蒸发器右支承6.56.Installation plate for main board 电路板安装座6.57.Installation plate for wire joint 接线座安装板6.58.Bear holder 轴承座6.59.Control board assy 控制面板组件6.60.Protecting plate 防护片6.61.Air cleaner cover 滤清器盖6.62.Right cover for motor 电机右盖板6.63.Fixing clamp for motor 电机固定卡6.64.Right cover for panel frame 面框缺口封板6.65.Wind guide on chassis 底盘导风板6.66.E-parts components 电控部件6.67.Plug 堵塞6.68.Lower clap for panel frame 面框下卡扣6.69.Upper clap for panel frame 面框上卡扣6.70.HEAP filter HEAP滤网6.71.Copper nut, TLM-A01 铜螺母TLM-A016.72.Copper nut, TLM-B02 铜螺母TLM-B026.73.Sponge 海绵6.74.Foam 泡沫6.75.Right joint board of Evaporator 蒸发器右连接板6.76.Right side board of front evaporator前蒸发器右边板6.77.Right side board of rear evaporator后蒸发器右边板7.Floor Standing Unit立柜机7.1.Air out frame assy 出风框部件7.2.Conection bar for horizontal louver横导风条连杆7.3.Sealing foam for air outlet frame出风框边密封泡沫7.4.Display box assy 显示控制盒部件7.5.Control box assy 控制盒底座7.6.Front panel components 前面板部件7.7.Sealing board 密封板7.8.Cover components 盖板部件7.9.Water pan components 接水盘部件7.10.Evaporator 蒸发器7.11.Inlet pipe assy for evaporator 蒸发器输入管组件7.12.Outlet pipe for evaporator 蒸发器输出管组件7.13.PTC eletric heating component PTC电加热部件7.14.Left side board component 左侧板部件7.15.Top cover components 顶盖部件7.16.Chassis components 底盘部件7.17.E-parts box 电器盒7.18.Fan motor capacitor 电机电容7.19.Main control board assy 主控板组件7.20.Electric heating control board assy 电辅热辅助组件7.21.Transformer 变压器7.22.Wire joint, 5p 大五位接线座7.23.Wire clamp 压线板7.24.Right side board components 外箱右侧板部件7.25.Chassis 底盘7.26.Fan motor for indoor unit 室内风扇电机7.27.Drain pipe 排水管7.28.Centrifugal fan 离心风轮7.29.Wind inlet guide 导风圈7.30.Wind inlet grille components 进风格栅部件7.31.Air filter 空气滤尘网7.32.Remote controller 遥控器7.33.Indoor temp sensor 室温传感器7.34.Pipe temp sensor 管温传感器7.35.E-parts box cover 电器盒盖7.36.Scroll case components 涡壳部件7.37.Installation box for main board 电路板安装盒7.38.Anion generator components 负离子发生器部件7.39.Anion generator support 负离子发生器支架7.40.Anion generator box 负离子发生器盒7.41.Anion generator 负离子发生器7.42.Right front board for evaporator蒸发器右侧前挡板7.43.Front panel 前面板7.44.Motor holder 电机座7.45.Electric heater assy 电加热管电加热组件7.46.Lower cover for evaporator 蒸发器下挡板7.47.Rubber underlay for motor 电机减振橡胶垫8.Ceiling Cassette Unit天花机8.1.Water pan components 接水盘部件8.2.Water drain plug 排水塞8.3.Capacitor 电容8.4.E-parts box assy 电控盒组件8.5.E-parts box cover 电控盒盖8.6.Transformer 变压器8.7.Main control board 主控板组件8.8.Wind inlet guide 导风圈8.9.Nut 螺母8.10.Fan clamp 风轮卡片8.11.Fan wheel components 风轮部件8.12.Fan motor for indoor unit 室内风扇电机8.13.Motor gascket 电机钢垫8.14.Evaporator base component 蒸发器底座部件8.15.Chassis 底盘部件8.16.Wire clamp board 压线板8.17.Sealing board for outlet pipe 出管密封板8.18.Installation hanger 安装吊钩8.19.Expansion hanger 膨胀吊钩8.20.Drain pump assy 排水泵组件8.21.Water level sensor assy 液位传感器组件8.22.Pumping pipe clamp 抽水管卡环8.23.Pumping pipe 抽水管8.24.Pumping coupling 抽水接管8.25.Separating board for water pump 水泵挡板8.26.Rubber washerfor water pump 水泵胶垫8.27.Installation support for water pump 水泵安装架8.28.Panel components 面板部件8.29.Installation cover 安装盖板8.30.Cowling 导风板8.31.Filter 滤尘网8.32.Grille switch 格栅开关8.33.Grille switch cover 格栅开关盖8.34.Grille 进风格栅8.35.Panel hanger assy 面板吊钩部件8.36.Control box 控制盒8.37.LED support 灯架8.38.Display board assy 显示板8.39.Control box cover 控制盒盖8.40.Panel 面板8.41.Backup plate for air out 出风口垫板8.42.Fixing hanger for evaporator 蒸发器固定钩8.43.Inlet pipe assy for evaporator 蒸发器输入管组件8.44.Outlet pipe assy for evaporator 蒸发器输出管组件8.45.Evaporator components 蒸发器部件8.46.Fixing board for evaporator 蒸发器固定板8.47.Rubber O-ring for wire crossing 过线胶圈8.48.Pipe temp sensor 管温传感器8.49.Indoor temp sensor assy 室温传感器组件8.50.Remote controller 遥控器8.51.Coupling 联轴器8.52.Bearing 轴承8.53.Bearing holder 轴承座8.54.Axis 连接轴8.55.Electric throttle components 电子节流部件8.56.Warning panel 警示图电器板8.57.Circuit diagram panel 线路图电器板8.58.Small wind inlet guide 小导风圈8.59.E-parts components 电控部件8.60.E-parts box welding assy 电器盒焊接组件8.61.No、3 groove clamp 3号压线扣8.62.PTC transformer PTC变压器8.63.Fan capacitor 风机电容8.64.Terminal of indoor unit 室内端子台8.65.Electronic control board for indoor unit 室内电控板8.66.E-parts box 电器盒8.67.Water pan assy 水盘组件8.68.Auxiliary fixing board for evaporator 蒸发器副固定板8.69.Pre-assembling assy for evaporator main fixing board蒸发器主固定板预装组件8.70.Main fixing board for evaporator 蒸发器主固定板8.71.Evaporator components 蒸发器部件8.72.Evaporator baffle 蒸发器挡板8.73.Evaporator 蒸发器8.74.Installation copper tube for probe 探头铜管8.75.Current dividing assy for evaporator蒸发器分流组件8.76.Current collecting pipe assy for evaporator 蒸发器集流管组件8.77.Insulating tube 保温管8.78.Rubber insulating tube 橡塑保温管8.79.Water pump 水泵8.80.Liquid-level sensor 液位传感器8.81.Water pump motor holder 水泵电机座8.82.Underlay for water pump support 水泵支架垫块8.83.Pre-assembling assy for upper foam 上泡沫预装件8.84.Centrifugal fan 离心风叶8.85.Hanger 挂角8.86.Rear brattice 后围板8.87.Pre-assembling assy for motor 电机预装组件8.88.One-axis indoor motor(YDK-35Q-8P3) 单轴室内电机(YDK-35Q-8P3)8.89.Motor foot underlay 电机脚垫8.90.Chassis assy 底盘组件8.91.Right side board 右侧板8.92.Front brattice 前围板8.93.Drain pipe joint排水管接头8.94.Side maintenance board for water pump水泵侧维修板8.95.Lower pipe clamp 下管夹8.96.Upper pipe clamp 上管夹8.97.Valve panel assy 阀板组件8.98.Wire outlet frame 2 出线护框2 8.99.Valve panel 阀板8.100.Wire board 压线板8.101.Left side board 左侧板8.102.Water outlet pipe 出水管9.Duct Unit风管机9.1.Air-out frame 出风口9.2.Front panel components 前面板部件9.3.Evaporator 蒸发器9.4.Input pipe assy 输入管组件9.5.Output pipe assy 输出管组件9.6.Pipe temp sensor assy of indoor unit 室内管温传感器组件9.7.Panel assy 面板9.8.Air filter 防尘网9.9.Canvas passage 帆布风道9.10.Base board for evaporator 蒸发器下衬板9.11.Water pan components 接水盘部件9.12.Cover for middle beam 横梁上盖组件9.13.Middle beam welding assy 中间横梁焊合件9.14.Chassis components 底盘部件9.15.Left side board assy 左侧板组件9.16.wire-crossing board assy 过线板组件9.17.Cover for right side board 右侧板盖板9.18.Capacitor box 电容盒9.19.Capacitor 电容9.20.E-parts box cover 电控盒盖9.21.Installation support for remote controller 遥控器安装架9.22.Remote controller 遥控器9.23.Electronic control components 电控盒部件9.24.Electric part box 电控盒9.25.Wire joint 接线座9.26.Transfomrer 变压器9.27.Main control board assy 主控板组件9.28.Right upper cover for motor 电机上压盖(右)9.29.Right lower cover for motor 电机下压盖(右)9.30.Motor baffle 电机围板9.31.Right side board assy 右侧板组件9.32.Left upper cover for motor 电机上压盖(左)9.33.Left upper cover for motor 电机下压盖(左)9.34.Fan wheel assy 风轮组件9.35.Fan motor 风扇电机9.36.Left and right wind inlet guide assy 左右导风圈部件9.37.Scroll case welding assy 蜗壳焊合件9.38.Rear board assy 后板部件9.39.Indoor temp sensor 室温传感器组件9.40.Cover assy 顶盖组件9.41.Rear-right side board 右后侧板9.42.Front-right side board 右前侧板9.43.Guiding board for water draining 卸水板9.44.Right fixing clamp for motor axle sleeve 电机轴套右压盖9.45.Left fixing clamp for motor axle sleeve 电机轴套左压盖9.46.Fan assy 风机组件9.47.E-parts box support board 电控盒支撑板9.48.Relay 继电器9.49.Installation support for remote controller 遥控器安装架9.50.Remote controller 遥控器9.51.Tubing support board 配管支撑板9.52.Tubing clamp board 配管压板9.53.E-parts cover 控制盒盖9.54.Display board 显示板组件9.55.Right cover 右盖板9.56.Air inlet channel 回风箱9.57.Left cover 左盖板9.58.Electronic throttle components 电子节流部件9.59.Centrifugal fan wheel 离心风轮10.F loor &Ceiling Unit座吊机1.1.Wind return grille assy 回风格珊组件1.2.Left and right air filter 左右滤尘网1.3.Grille clamp 格栅卡扣1.4.Upper panel assy 上盖板组件1.5.Display board assy 显示板组件1.6.Left cover assy 左盖板组件1.7.Step motor 步进电机1.8.Horizontal louver support 导风条支撑架1.9.Horizontal louver assy 导风条组件1.10.Air outlet frame assy 出风框组件1.11.Water pan components 接水盘部件1.12.Left scroll case 左涡壳1.13.Right scroll case 右涡壳1.14.Fan wheel 风轮1.15.Baffle for motor 电机围板1.16.Capacitor box 电容盒1.17.Capacitor 电容1.18.Middle beam assy 中间横梁组件1.19.Indoor temp sensor 室温传感器1.20.Pipe temp sensor components 管温传感器部件1.21.Lower installation board assy for evaporator 蒸发器下安装板组件1.22.Evaporator assy 蒸发器组件1.23.E-parts box cover 电器盒盖板1.24.E-parts box assy for indoor unit 室内电控盒组件1.25.wire joint, 6p 六位接线座1.26.wire joint, 8p 八位接线座1.27.Main control board assy for indoor unit 室内主控板组件1.28.Auto restart control board 掉电记忆模块组件1.29.E-parts installation box 电器安装盒1.30.Relay 继电器1.31.Transfomrer 变压器1.32.Left side board components 左侧板部件1.33.Chassis components 底盘部件1.34.Right side board components 右侧板部件1.35.Remote controller installation support 遥控器安装架1.36.Remote controller 遥控器1.37.Upper installation board assy for evaporator 蒸发器上安装板组件1.38.Motor support 电机支座1.39.Right fixing clamp for motor axle sleeve 电机轴套右压盖1.40.Left fixing clamp for motor axle sleeve 电机轴套左压盖1.41.Asychronous motor 异步电机1.42.Right cover assy 右盖板组件1.43.Installation support 安装支架1.44.Inlet pipe for evaporator assy 蒸发器输入管组件1.45.Outlet pipe for evaporator assy蒸发器输出管组件11.E lectronic Control电控1.1.Transformer 变压器1.2.Film capacitor薄膜电容1.3.Flap motor摆叶电机1.4.Fuse保险丝1.5.Secondary 次级1.6.Primary初级1.7.Super low超低1.8.Receptacle插座1.9.Monophase单相1.10.Power connecting wire电源连接线1.11.Butt plug对接插头1.12.Electric heating tube电加热管1.13.Electric heater assembly电加热器组件1.14.Electromagnetic 4-way valve电磁四通阀1.15.Terminal plate端子座1.16.Electronic relay电子继电器1.17.Resistance value电阻值1.18.Circuit breaker断路器1.19.Diode 二极管1.20.Inductive choke扼流圈1.21.Fan motor风扇电机1.22.Anion generator负离子发生器1.23.Buzzer蜂鸣器1.24.Explosion-proof capacitor防爆电容1.25.Feedback反馈1.26.Reaction反应(反射)1.27.Feedback circuit反馈电路1.28.Overload protection 过载保护1.29.Overload circuit过载电路1.30.Overload protector过载保护器1.31.High-pressure switch高压开关1.32.Fixed capacitor固定电容1.33.Live wire火线1.34.Mutual-inductor互感器1.35.Earth plate 接地牌1.36.To outdoor unit接室外机1.37.To indoor unit接室内机1.38.To signal control wire接信号控制线1.39.To evaporator接蒸发器1.40.Terminal block接线端子座1.41.Auxiliary electric heater辅助电加热器1.42.Null wire零线1.43.Leakage breaker漏电断路器。

nginx响应超时upstreamtimedout（110：Connectiontimed。。。

nginx响应超时upstreamtimedout（110：Connectiontimed。

问题描述后台server服务响应时间正常，但是请求没有打到服务器，在nginx很慢才看到error⽇志，如下：解决⽅法添加或修改nginx反向代理超时时间，如下：server {listen 80;server_name ;large_client_header_buffers 4 16k; # 读取⼤型客户端请求头的缓冲区的最⼤数量和⼤⼩client_max_body_size 300m; #设置nginx能处理的最⼤请求主体⼤⼩。

client_body_buffer_size 128k; #请求主体的缓冲区⼤⼩。

proxy_connect_timeout 600;proxy_read_timeout 600;proxy_send_timeout 600;proxy_buffer_size 64k;proxy_buffers 4 32k;proxy_busy_buffers_size 64k;proxy_temp_file_write_size 64k;……location / {uwsgi_send_timeout 600; # 指定向uWSGI传送请求的超时时间，完成握⼿后向uWSGI传送请求的超时时间。

uwsgi_connect_timeout 600; # 指定连接到后端uWSGI的超时时间。

uwsgi_read_timeout 600; # 指定接收uWSGI应答的超时时间，完成握⼿后接收uWSGI应答的超时时间。

……}提⾼nginx⽹络吞吐量buffers优化指令说明large_client_header_buffers此指令规定了⽤于读取⼤型客户端请求头的缓冲区的最⼤数量和⼤⼩。

这些缓冲区仅在缺省缓冲区不⾜时按需分配。

当处理请求或连接转换到保持活动状态时，释放缓冲区。

client_max_body_size此指令设置NGINX能处理的最⼤请求主体⼤⼩。

温度控制的PID算法

温度控制与PID 算法温度控制与PID 算法j 较为复杂，下面结合实际浅显易懂的阐述一下PID 控制理论，将温度控制及PID 算法作一个简单的描述。

1.温度控制的框图这是一个典型的闭环控制系统，用于控制加热温区的温度（PV ）保持在恒定的温度设定值（SV ）。

系统通过温度采集单元反馈回来的实时温度信号（PV ）获取偏差值（EV ）, 偏差值经过PID 调节器运算输出，控制发热管的发热功率，以克服偏差，促使偏差趋近于零。

例如，当某一时刻炉过PCB 板较多，带走的热量较多时，即导致温区温度下降，这时, 通过反馈的调节作用，将使温度迅速回升。

其调节过程如下：PID 调节脉固恵继电器与发热管、.* 冲输岀宽度输岀功率 I 温区遍度温度控制的功率输出采用脉宽调制的方法。

固态继电器SSR 的输出端为脉宽可调的电压Uco 。

当SSR 的触发角触发时，电源电压U AX 通过SSR 的输出端加到发热管的两端；当SSR 的触发角没有触发信号时，SSR 关断。

因此，发热管两端的平均电压为Ud=（t/T ）* U AN =K* U AN其中K= t/T,为一个周期T 中，SSR 触发导通的比率，称为负载电压系数或是占空比，K 的变化率在0 — 1之间。

一般是周期T 固定不便，调节t,当t 在0—T 的围变化时，发热管的电压即在0—U 狀之间变化，这种调节方法称为定频调宽法。

下面将要描述的PID 调节器的算式在这里的实质即是运算求出一个实时变化的，能够保证加热温区在外界干扰的情页脚.温度过程变呈佰（PV ）。

U ANS 发热管L 8KW0 ------------------------------------- 3简单的固态继电器加热电路2•温度控制的两个阶段温度控制系统是一个惯性较大的系统，也就是说，当给温区开始加热之后，并不能立即观察得到温区温度的明显上升；同样的，当关闭加热之后，温区的温度仍然有一定程度的上升。

57. PWM脉宽输出带加减速控制

0 控制字节 0 脉冲周期 0 脉冲宽度减速使能:M0.1 R 1
注释
4/5
57. PWM脉宽输出带加减速控制 / PWM (SBR0)
块：
PWM
作者：
创建时间： 2013. 01.02
修改时间： 2013. 07.24
9:30:0 5 20:41:1 2
符号 EN LB0 控制字节 LW1 脉冲周期 LW3 脉冲宽度
ENO
#脉冲宽度:LW3 IN
OUT SMW70
PLS
EN
ENO
0 Q0.X
5/5
57. PWM脉宽输出带加减速控制 / 主程序 (OB1)
块：
主程序
作者：
创建时间： 2013. 01.02
修改时间： 2013. 07.24
9:30:0 5 20:41:1 7
符号
变量类型 TEMP TEMP TEMP TEMP
数据类型
注释
57. P WM脉宽输出带加减速控制：输送带用伺服控制，当按下启动按钮I1.0，Q0.0脉冲输出频率为5 00H到达设定的频率时恒速运行，当按下停止按钮I1.1，电机减速停机，脉冲频率由恒速频率每过0 .1秒减100 Hz，减到500 Hz时停止脉冲输出。
EN
ENO
AC0 IN
OUT 周期:VW4
符号设定频率周期
地址
注释
VD0
VW4
1/5
57. PWM脉宽输出带加减速控制 / 主程序 (OB1)
网络 3 SM0.0
I0.6 I0.5
符号方向网络 4
I1.0
符号加速使能网络 5
加速使能:M0.0
地址 Q0.1
加速使能:M0.0 S 1

dewpointtemperature：露点温度

Experiment27Dew Point TemperatureOn hot summer days, you may notice water droplets forming on the outside of a glass of icewater. It is commonly said that the glass is “sweating.” Since the glass cannot actually sweat, theliquid on the glass must come from the air outside the glass. This liquid forms by thecondensation of water vapor that is near the surface of the glass. The air next to the cold glasshas been cooled to the dew point or dew point temperature. The dew point temperature is thetemperature to which air would have to be cooled to become saturated. Once the air is saturated,the water vapor condenses to form a liquid. The same process occurs when dew forms on thelawn.In this experiment you will use an EasyTemp temperature probe to make two investigations. Inthe first you will measure the temperature of air next to a can of ice water to see if it is colderthan room temperature. In the second investigation, you will determine the dew pointtemperature of the air in the classroom. You will do this by slowly adding ice to water andwatching for condensation to form on the outside of the container. Throughout this process youwill continuously record the temperature of the water. When condensation first forms on thecontainer, the temperature of the water is the dew point temperature.OBJECTIVESIn this experiment, you will•Compare room temperature to the temperature of air next to a can of ice water.•Record the temperature of water while ice is slowly added.•Observe the formation of condensation.•Determine the dew point temperature.MATERIALSTI-84 Plus or TI-84 Plus Silver Edition graphing calculator plastic spoonice cubes and ice chipsVernier EasyTemp ring standVernier EasyData application paper towelsshiny, metal can room temperature waterPRE-LAB QUESTIONS1.To determine the dew point temperature, you will slowly add small pieces of ice to roomtemperature water. After each piece is added, you will wait for the ice to melt. Throughout this process, you will graph the temperature of the water. Draw a rough sketch of what the temperature vs. time graph will look like while the ice melts.2. In the experiment you will continue to collect temperature data after the small pieces of icehave melted. Draw a rough sketch of what the temperature vs. time graph will look like after the ice has melted.Experiment 27Figure 1PROCEDUREPart I Measure the Temperature of the Air Next to a Can of Ice Water1. Turn on your TI-84 Plus (or TI-84 Plus Silver Edition) graphing calculator and make surethat it is on the home screen. Plug the EasyTemp probe into the USB port of the graphing calculator. The EasyData application will automatically start and the Main screen will be displayed.2. Use a utility clamp to suspend the EasyTemp probe on a ring stand as shown in Figure 1. Theend of the EasyTemp probe should be about 1 cm above the tabletop.3. Set up the data collection.a.Select File from the Main screen, and then select New.b.Select from the Main screen.c.Select Time Graph….d.Select .e.Press on the calculator and type 10 as the time between samples in seconds. Select.f.Press on the calculator and type 90 as the number of samples. Select . Thelength of the data collection will be 900 seconds (15 minutes).g.Confirm that time graph settings are correct. Select .4. Read the room temperature displayed at the top of the calculator screen. Record it in yourdata table.5. Place 5 or 6 ice cubes in the metal can, fill it with water, and place it away from theEasyTemp probe.6. Select to begin data collection. Wait 30 seconds and then place the can about 1 mmfrom the tip of the EasyTemp probe. Do not touch the probe to the can.7. Watch the outside of the can. When condensation forms on the can, select.8. A graph of temperature vs. time will be displayed. Use to examine data points along thecurve. As you move the cursor right or left, the time (X) and temperature (Y) values of eachDew Point Temperaturedata point are displayed above the graph. Move the cursor all the way to the right side of the graph and record the temperature value in your data table.9. Sketch the graph as directed by your teacher.10. Empty the can and dry the outside.Figure 2Part II Determine the Dew Point Temperature11. Fill the dry can half full with room temperature water.12. Lower the EasyTemp probe into the water (to about 1 cm from the bottom) as shown inFigure 2.13. Select to return to the Main screen. Monitor the temperature of the water. Once thetemperature is stable, go to Step 14.14. Select to begin data collection. Wait about 30 seconds and then add a spoonful of icechips to the water. Stir the water while the ice melts. After the ice has melted wait, continue to stir the water for about 10 seconds.15. Add another spoonful of ice chips and again stir the water until it melts. Again wait about 10seconds after the ice has melted. Observe the can to see if water has condensed on theoutside.16. Repeat Step 15 until you observe condensation. Once condensation can be observed, select.17. A graph of temperature vs. time will be displayed. Move the cursor all the way to the rightside of the graph. The temperature displayed is the dew point temperature. Write it down in your data table.18. Sketch the graph as directed by your teacher.Experiment 2719. When you have completed Part II, select to return to the Main screen. Select fromthe Main screen. Select to exit the EasyData application.Dew Point Temperature DATAPart IRoom Temperature (°C)Air Temperature Close to the Can of Ice Water (°C)Part IIDew Point Temperature (°C)PROCESSING THE DATApare the room temperature to the temperature of the air next to the can of ice water. Howmuch colder was this air than room temperature?2. Compare the room temperature, the temperature of the air next to the can, and the dew pointtemperature.EXTENSIONS1.Repeat Part II of this experiment four more times and determine the average dew pointtemperature.2.Collect results from other lab groups and determine the average dew point temperature.3. Repeat the experiment outside and compare the dew point temperature of the outside air tothat of the inside air. Explain any differences.Below is given annual work summary, do not need friends can download after editor deleted Welcome to visit againXXXX annual work summaryDear every leader, colleagues:Look back end of XXXX, XXXX years of work, have the joy of success in your work, have a collaboration with colleagues, working hard, also have disappointed when encountered difficulties and setbacks. Imperceptible in tense and orderly to be over a year, a year, under the loving care and guidance of the leadership of the company, under the support and help of colleagues, through their own efforts, various aspects have made certain progress, better to complete the job. For better work, sum up experience and lessons, will now work a brief summary.To continuously strengthen learning, improve their comprehensive quality. With good comprehensive quality is the precondition of completes the labor of duty and conditions. A year always put learning in the important position, trying to improve their comprehensive quality. Continuous learning professional skills, learn from surrounding colleagues with rich work experience, equip themselves with knowledge, the expanded aspect of knowledge, efforts to improve their comprehensive quality.The second Do best, strictly perform their responsibilities. Set up the company, to maximize the customer to the satisfaction of the company's products, do a good job in technical services and product promotion to the company. And collected on the properties of the products of the company, in order to make improvement in time, make the products better meet the using demand of the scene.Three to learn to be good at communication, coordinating assistance. On‐site technical service personnel should not only have strong professional technology, should also have good communication ability, a lot of a product due to improper operation to appear problem, but often not customers reflect the quality of no, so this time we need to find out the crux, and customer communication, standardized operation, to avoid customer's mistrust of the products and even the damage of the company's image. Some experiences in the past work, mentality is very important in the work, work to have passion, keep the smile of sunshine, can close the distance between people, easy to communicate with the customer. Do better in the daily work to communicate with customers and achieve customer satisfaction, excellent technical service every time, on behalf of the customer on our products much a understanding and trust.Fourth, we need to continue to learn professional knowledge, do practical grasp skilled operation. Over the past year, through continuous learning and fumble, studied the gas generation, collection and methods, gradually familiar with and master the company introduced the working principle, operation method of gas machine. With the help of the department leaders and colleagues, familiar with and master the launch of the division principle, debugging method of the control system, and to wuhan Chen Guchong garbage power plant of gas machine control system transformation, learn to debug, accumulated some experience. All in all, over the past year, did some work, have also made some achievements, but the results can only represent the past, there are some problems to work, can't meet the higher requirements. In the future work, I must develop the oneself advantage, lack of correct, foster strengths and circumvent weaknesses, for greater achievements. Looking forward to XXXX years of work, I'll be more efforts, constant progress in their jobs, make greater achievements. Every year I have progress, the growth of believe will get greater returns, I will my biggest contribution to the development of the company, believe inyourself do better next year!I wish you all work study progress in the year to come.。

Datatemp软件说明

7软件7.1软件安装在Windows XP、2000或Windows NT 4.0系统个人电脑中安装软件，步骤如下：•将CD放入磁盘驱动器。

•点击“开始”按钮，选定“运行”。

•输入 A:\Setup 并按下返回/回车键。

•按照安装操作说明进行。

•所有必要文件安装在程序组中。

软件也可能在Windows 95/98系统中运行，但并不能完全保证其运行。

7.2启动向导下面解释如何开始和安装软件。

运行程序之前，保证仪器已打开。

首次使用该程序时将运行“启动向导”。

第一次保存设置以后，程序从“主屏幕”开始。

要开始程序，点击〈开始菜单〉并选定〈程序〉，然后选定〈DataTemp Multidrop〉。

如果存在以前的配置文件，将出现下面的屏幕；否则程序将立即进入“启动向导”。

图 18：启动屏幕〈Open an Existing Configuration〉按钮打开一个对话框，选择一个已经存在的配置文件。

点击〈Create a New Configuration〉按钮将调用“启动向导”，描述如下。

Raytek XR 33图 20：单个传感器启动向导，第2屏，共4屏图 21：多个传感器启动向导，第2屏，共4屏显示“启动向导”第二屏。

下拉列表可以扫描是单个传感器还是多个传感器。

•<Scan> 或 <Scan now for all devices>：自动扫描不同地址的传感器。

•<Define Scan List>：将传感器扫描列表以不同标签定义，参见27页部分。

•<Simulate> 或 <Simulate a loop of x Devices>：如果希望将此软件程序用于培训或演示目的，选择此项（“X”可以是1到15）。

点击<Continue>按钮。

与各仪器建立通讯以后（真实或模拟），显示一个与下面类似的屏幕。

此屏幕显示连接了多少仪器，以及这些仪器的序列号和仪器类型。

PLC子程序及应用

说明：
①在中断程序、子程序中也可调用子程序；主程序中可以嵌套调用子程序，嵌套深度为8层。中断程序中，不能嵌套调用子程序。
②子程序被调用时，系统会保存当前的逻辑堆栈。保存后再置栈顶值为1，堆栈的其他值为零，把控制权交给被调用的子程序。子程序执行完毕，通过返回指令自动恢复逻辑堆栈原调用点的值，把控制权交还给调用程序。
子程序常用于需要多次反复执行相同任务的地方，只需要写一次子程序，别的程序在需要的时候调用它，而无需重写该程序。
子程序的调用是有条件的，未调用它时不会执行子程序中的指令，因此使用子程序可以减少扫描时间。
S7-200 CPU的控制程序由主程序、子程序和中断程序组成。STEP7-Micro/WIN在程序编辑器窗口里为每个POU（程序组织单元）提供一个独立的页。主程序总是第1页，后面是子程序和中断程序。
对于主程序与中断程序，局部变量表显示一组已被预先定义为TEMP变量的行。要在表中增加行，只需用右键单击表中的某一行，在弹出的菜单中执行“插入”→“行”命令，在所选行的上部插入新的行。执行菜单命令“插入”→“下一行” 在所选行的下部插入新的行。
对于子程序，局部变量表显示数据类型被预先定义为IN、IN_OUT、OUT和TEMP的一系列行，不能改变它们的顺序。如果要增加新的局部变量，必须用鼠标右键单击已有的行，并用弹出菜单在所击行的上面或下面插入相同类型的另一局部变量。
七、子程序应用举例
例1：用两个子程序分别控制两台电动机的启停，
主程序中调用子程序实现控制。
方案一：无参数传递
SBR0
OB1 SBR1
方案二：带参数传递 OB1
LD I0.0 = L60.0 LD I0.1 = L63.7 LD I0.2 = L63.6 LCDALL L6S0B.0R_0:SBR0, L63.7, L63.6, Q0.0

plc运动控制

块：: MAIN作者：:创建日期：: 2015.12.15 20:10:22 上次修改日期：:2015.12.19 15:53:00地址符号变量类型数据类型注释1..TEMP ..2..TEMP ..3..TEMP ..4..TEMP..程序注释程序段 1MOV _RENO EN OUT INFirst_Scan_On36.0VD208符号地址注释First_Scan_On SM0.1仅在第一个扫描周期时接通程序段 2M2.0CPU_输出8符号地址注释CPU_输出8Q1.0程序段 3AXIS0_CTRLENMOD _ENDone Error C_Pos C_Speed C_Dir Always _OnAlways _OnM10.0MB 11VD100VD104M20.0符号地址注释Always_On SM0.0始终接通AXIS0_MANENRUN JOG _PJOG _NError Speed C_Pos DirC_Speed C_Dir Always_OnM0.0M0.1M0.2VD200M0.3MB12VD108VD112M10.2符号地址注释Always_On SM0.0始终接通程序段 5AXIS0_GOTOENPSTARTDone Pos Error SpeedC_Pos Mode C_Speed AbortCPU_输出8M0.6VD204VD2081M10.3VB124VD126M0.5VD130符号地址注释CPU_输出8Q1.0相对模式，M0.5可停止脉冲输出，使电机停止。

PMOV _BENO EN OUT INM2.01VB900程序段 7==B MOV _RENO ENOUT IN ==R MOV _BENO ENOUT IN VB9001360.0VD204VD204360.02VB900程序段 8==B S ==R MOV _BENOENOUT INVB9002M0.61VD126360.03VB900==B R TON IN 100 msPTMOV _BENO EN OUT INVB9003M0.61T372T374VB900程序段 10==B MOV _RENO ENOUT IN TON IN 100 msPT==R MOV _BENO ENOUT IN VB9004-360.0VD204T382T38VD204-360.05VB900==B SMOV _BENO EN OUT INVB9005M0.61M0.66VB900程序段 12==B ==R TON IN100 msPTMOV _BENO EN OUT INVB9006VD1260.0T4020T407VB900程序段 13==B R /MOV _BENO EN OUT INVB9007M0.61M0.61VB900块：: SBR_0作者：:创建日期：: 2015.12.15 20:10:22上次修改日期：: 2015.12.19 15:52:04地址符号变量类型数据类型注释1.EN IN BOOL.2..IN..3..IN_OUT..4..OUT..5..TEMP..子程序注释程序段 1程序段注释上次修改日期：: 2015.12.19 15:52:04地址符号变量类型数据类型注释1.EN IN BOOL.2L0.0MOD_EN IN BOOL.3..IN..4..IN_OUT..5L0.1Done OUT BOOL.6LB1Error OUT BYTE.7LD2C_Pos OUT REAL.8LD6C_Speed OUT REAL.9L10.0C_Dir OUT BOOL.10..OUT..11..TEMP..此 POU 由运动向导生成，旨在与位置 0 处的模块配合使用. AXISx_CTRL（控制）指令用于启用和初始化运动控制。

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-----------------------------------------------------------------------------
| 吊车数据：(除注明外，重量单位为 t；长度单位为 m) |
-----------------------------------------------------------------------------
| 简支焊接工字型钢吊车梁设计输出文件 |
| 输入数据文件:Temp |
0.480 0.0080 0.220 0.012 0.200 0.008 0.020 0.000 0.080 0.000
-----------------------------------------------------------------------------
| CC(J):吊车轮距,按每台吊车一侧的轮数排列 |
-----------------------------------------------------------------------------
BWH EWH CSS MP MT
===== 计算结果 =====
-----------------------------------------------------------------------------
| |
BETA
6.000 6.000 1 1 0 1 16 0 0.00
H DB B TT B1 T1 D1 D2 E1 E2
-----------------------------------------------------------------------------
-----------------------------------------------------------------------------
| T1: 下翼缘的厚度 |
| D1: 连接吊车轨道的螺栓孔直径 |
| D2: 连接制动板的螺栓孔直径 |
|---------------------------------------------------------------------------|
| 1 5.0 A1~A3软钩 2 7.90 2.95 1.70 4.650 0.134 |
| 输入数据说明： |
| Lo: 吊车梁跨度 |
| DCH1: 第一台的序号 |
| DCH2: 第二台的序号(只有一台时=0) |
| KIND: 吊车梁的类型,/1无制动结构/2制动桁架/3制动板/ |
1 1 0.000 116.213 2.957
P(J) 77.475 77.475
T(J) 1.971 1.971
CC(J) 3.550
-----------------------------------------------------------------------------
| TT: 上翼缘的厚度 |
| B1: 下翼缘的宽度 |
| 设计时间: 2015年 4月 9日 |
-----------------------------------------------------------------------------
| ===== 梁绝对最大竖向、水平弯矩(标准值)计算 ===== |
| |
| BWH: 最大弯矩对应梁上的轮子序号(从左到右) |
|---------------------------------------------------------------------------|
|序号起重量工作级别一侧轮数 Pmax Pmin 小车重吊车宽度轨道高度 |
| MT: 吊车横向水平荷载(标准值)产生的最大水平弯矩 |
| P(J): 吊车最大轮压(kN),按每台吊车一侧的轮数排列 |
| T(J): 吊车横向水平荷载(kN),按每台吊车一侧的轮数排列 |
| |
| H: 吊车梁总高 |
| |
| ===== 梁绝对最大竖向、水平弯矩(设计值)计算 ===== |
| DB: 腹板的厚度 |
| B: 上翼缘的宽度 |
| IG1: 钢材钢号,/3.Q235/16.Q345/ |
| IZXJM:自选截面/1.程序自动选择截面/0.验算截面/ |
| BETA: 考虑自重等因素的荷载增大系数β |
| EWH: 最大弯矩对应梁上有几个轮 |
| CSS: 最大弯矩对应轮相对梁中点的距离,(轮在中点左为正) |
| MP: 吊车最大轮压(标准值)产生的最大竖向弯矩 |
| Lo2: 相邻吊车梁跨度 |
| SDCH: 吊车台数 |
-----------------------------------------------------------------------------
===== 输入数据 =====
Lo Lo2 SDCH DCH1 DCH2 KIND IG1 IZXJM
| E1: 连接轨道的螺栓孔到吊车梁中心的距离 |
| E2: 连接制动板的螺栓孔到制动板边缘的距离 |
| |
| 输出结果文件:Temp.out9-2001 |
| 钢结构设计规范GB50017-2003 |
| 卡轨力系数α: 0.00 |
| 轮距: 3.550 |

Temp.out

西门子PLC程序 脉冲位置控制

fb和fc中的本地变量in—out和reval的用法

可编程ASIC设计及应用核心语法与基础电路设计课件

西门子PLC程序设计过程中Temp变量的应用研究

空调中英文对照表

西门子S7-200位置控制带注解

13.五台电机顺序启动逆序停止

机油压力温度传感器规格书

s7-200控制步进电机正转和反转程序

NEC错误代码中英文对照表

空调中英文对照表

空调中英文对照表

nginx响应超时upstreamtimedout（110：Connectiontimed。。。

温度控制的PID算法

57. PWM脉宽输出带加减速控制

dewpointtemperature：露点温度

Datatemp软件说明

PLC子程序及应用

plc运动控制

西门子PLC程序脉冲位置控制