ADP3编程说明
AD3 300 維修手冊说明书

AD3 300 車廠維修手冊章節頁碼機車識別 (1)規格 (2)扭力的設定 (3)特殊工具 (4)符號 (5)一般資訊潤滑點 (6)電纜和線束的鋪設 ........................................................................... 7 - 8 節流閥本體和燃油噴射 . (9)檢修無法或很難起動引擎 (10)引擎的動力喪失 ............................................................................... 11 - 13 操控不良 . (14)排氣系統15扣件的拆卸和安裝 (16)車架和車身主車架 (17)前車架及後車架 (17)車架蓋子的拆卸 (17)坐墊、坐墊室、電瓶室 (18)後行李箱的拆卸 (19)側邊與內板欲拆下駕駛室的板子與腳板側板 (20)前本體板前本體板之拆卸 (21)前板及擋風玻璃之拆卸 (22)車前大燈之燈泡更換 (23)尾燈更換 (23)車牌燈更換 (24)前轉向系統 (25)前轉向系統和懸吊系統的零件 (26)前轉向系統和懸吊系統的拆卸 (27)更換控制臂孔眼襯套 (28)肘節的檢查 (29)前轉向系統及懸吊系統的零件轉向臂和軸襯套 (30)擋風玻璃的安裝 (30)前車輪的調準 (31)避震器 (32)後輪後輪之拆卸 (33)後輪之安裝 (34)把手/開關/儀表板 (35)儀表板 (36)關閉「保養」指示器 (36)設定時鐘 (36)檢查和調整保養資訊 (37)維護計畫 (38)節流閥的調整 (39)空氣濾清器 (40)火星塞 (40)汽門間隙 (41)換油 (42)機油過濾器更換 (43)冷卻水儲存箱 (43)傳動油的更換 (44)離合器瓦的磨損 (44)螺帽、螺栓、扣件 (45)車輪和輪胎 (45)側停車架和中心停車架 (46)潤滑系統示意圖 (47)一般說明 (48)檢修 (48)機油的建議 (48)油幫浦的拆卸 (49)油幫浦的安裝 (50)引擎的拆卸和安裝一般說明和保養資訊 (51)引擎的拆卸 ....................................................................................... 52 - 53 引擎的安裝 (54)汽缸頭和汽門汽缸頭的示意圖 (55)扭力值 (56)一般說明 (56)檢修 (56)汽缸頭蓋的拆卸 (57)凸輪軸的拆卸 ................................................................................... 57 - 58 凸輪軸的檢查 .. (59)汽缸頭的拆卸 ................................................................................... 59 - 60 汽缸頭的拆解 .. (60)汽門桿的檢查 (61)汽缸頭的裝配 ................................................................................... 61 - 62 凸輪軸的安裝 ................................................................................... 62 - 63汽缸和活塞一般說明、示意圖及規格 (64)檢修 (65)汽缸的拆卸 (66)活塞的拆卸 ....................................................................................... 66 - 68 汽缸的檢查 (68)活塞環的安裝 (69)活塞的安裝 (70)汽缸的安裝 (71)傳動系統驅動器和驅動滑輪/V-皮帶示意圖、一般說明及規格 (72)檢修 (72)左曲柄軸箱蓋的拆卸 (73)驅動器滑輪面的拆卸 (73)離合器外部/驅動滑輪 /V-皮帶的拆卸 (73)檢查 (74)可移動的驅動器面組件 (74)拆解 (74)檢查可移動的驅動器面組件 (75)示意圖 (75)安裝重壓滾輪 (76)檢查離合器外部 (76)離合器示意圖 (76)離合器/驅動滑輪組件 (77)驅動彈簧 (78)驅動滑輪面軸承的更換 (78)離合器組件 ....................................................................................... 79 - 80 離合器組件安裝 ............................................................................... 80 - 81傳動系統(最終減速)示意圖 (82)一般說明、規格 (82)檢修 (82)拆卸與檢查 ....................................................................................... 83 - 84 最終減速組件 .. (85)AC 發電機示意圖 (86)一般說明、規格 (87)檢修 (87)右曲柄軸箱蓋的拆卸 (88)定子的拆卸 (88)飛輪的拆卸 (89)起動器離合器的拆卸 (89)油泵浦的拆卸 (90)啟動齒輪及檢查單向離合器 (91)安裝油泵浦 ....................................................................................... 92 - 93 定子的安裝 (94)右曲柄軸箱蓋的安裝 (94)曲柄軸箱/曲柄軸示意圖 (95)一般說明、規格 (95)檢修 (95)曲柄軸的檢查 ................................................................................... 96 - 97 曲柄軸箱的組件 . (98)冷卻系統示意圖 (99)一般說明 (99)檢修 (100)規格 (100)檢查 (101)水箱的拆卸 (101)檢查冷卻水箱及溫度開關 (102)水幫浦機械密封的檢查 (103)水幫浦/葉輪的拆卸 (103)水泵浦軸的拆卸 (104)機械密封的更換 (104)水幫浦/葉輪的安裝 (105)溫度感應器的拆卸與檢查 (106)恆溫器的拆卸與安裝 (107)剎車系統一般的說明 (108)示意圖 (109)檢修 (110)前剎車及剎車皮的拆卸 (111)後剎車示意圖 (112)檢修 (112)後剎車拆卸 (113)剎車皮拆卸 (113)裝配剎車皮 (113)剎車系統後剎車卡鉗的拆卸 (114)後剎車卡鉗的組裝和安裝 (114)手剎車卡鉗的拆卸 (115)檢查及更換剎車皮 (115)腳剎車系統配置 (116)檢查 (116)檢查後剎車碟 (117)剎車油的更換/空氣的排出.............................................................. 118 - 119燃油噴射系統一般的說明 (120)規格 (121)噴射系統圖 (122)零件的位置 ....................................................................................... 123 - 124 檢修 .. (125)自我診斷 (126)EFI自我診斷檢查 (127)自我診斷的重新設定程序 (128)CELP故障碼 .................................................................................... 129 - 130 火星塞耐潮程序 . (131)TPS/ISC的重新設定 (132)油泵浦檢查 (133)油泵浦拆卸 (134)油泵浦安裝 (134)燃油輸出壓力檢查 (134)燃油切斷繼電器檢查 (135)傾斜開關檢查 (136)電氣控制單元(ECU)拆卸和安裝 (137)銷針的功能 (137)燃油噴射系統的檢查與卸除 (138)噴頭清潔 (139)檢修 (139)WTS感應器(水溫感應器)拆卸和安裝 (140)氧氣感應器 (141)節流閥本體 / MAP / ISC / TPS 142 MAP檢查 (142)燃油噴射系統TPS 檢查 (143)TPS的拆卸與組裝 ........................................................................... 144 - 145 檢查診斷工具接頭 (145)診斷工具146說明 (147)DTC 檢查程序 .................................................................................. 148 - 152 DTC 清除程序 .................................................................................. 153 - 154數據分析程序 ................................................................................... 155 - 157 初步檢查 . (158)手動故障檢修程序如何由速度計讀DTC (159)電瓶和充電系統一般的說明 (160)檢修 (161)電瓶和保險絲 (161)拆卸電池蓋和電池 (162)電瓶充電 (163)檢查充電電壓 (163)檢查調節器/整流器 (164)檢查充電線圈 (165)拆卸調節器/整流器 (165)點火系統點火電路示意圖 (166)一般的說明 (166)規格 (167)檢修 (167)火星塞 (168)測試點火線圈 (168)A.C.發電機檢查曲柄軸位置感應器檢查 (169)傾斜開關檢查 (169)啟動電路示意圖 (170)起動系統一般的說明 (171)規格 (171)檢修 (171)卸除/安裝啟動系統 (172)啟動系統的再安裝 (172)檢查起動器繼電器 (172)檢查剎車開關 (173)把手/駕駛室開關一般的資訊 (174)檢修 (174)檢查開關/顏色碼 (175)調整開關與電纜 (175)指定的零件和流體176 線路圖177機車識別(VIN)車架/底盤號碼在坐墊下的右後方引擎號碼在乘客腳踏板下的左側名稱和型號 TC1 電氣設備點火系統型式 ECU名稱和車型 AD3 300 點火定時 10 BTDC at Idle to 33at6500min 總長(mm) 2169 總寬(mm) 1080 火星塞Spec. CR7E (NGK) 總高(mm) 1769 Gap0.6 ~ 0.7 mm 軸距(mm) 1546 電瓶容量12V 10AH 坐墊高度(mm) 759 驅動系統離合器的型式乾式多重離合器離地間隙(mm) 150傳動系統型式CVT引擎型式 4衝程DOHC操作 自動離心式 汽缸容量(cc) 298.9建議的燃油>90Ron Unleaded減速齒輪 型式二段減速 空重(Kg)前輪95 ReductionRatio 1st 2.24 ~ 0.72 後輪120 2nd7,222 合計215 移動設備 輪胎的型式無內胎式 最大載重(kg)前輪140 輪胎的尺寸前130/60- 13x2 後輪220 後 150770 - 13 合計360 輪圈的型式前鋁 x 2 性能剎車距離 (m)7,9m/3G km/hr後 鋁輪圈的尺寸前ø13in x 3.5in 最小轉彎半徑(m)3.1 後 ø13in x 4in輪胎的壓力Kg/cm 2前2.2 引擎起動系統 電起動馬達 後 2.2 型式 汽油4-衝程轉向繳(L / R)左27 汽缸 單一 又 27燃燒室的型式 半圓剎車系統的型式前220mm 碟剎 閥的排列 O.H.C.鏈條驅動 後 240mm 碟剎孔徑 x 衝程(mm)ø272.7 x 72 結合的腳剎車(適用時) 前 60% 壓縮比10.8 : 1後 40% 壓縮壓力(kg/cm 2)16減震設備 手剎車只有後面 懸吊系統的型式前臂連(wishbone)最大馬力 29.5 / 8500 rpm 後 雙擺動 最大扭力2.7 / 6500 Kg.m/rpm避震器的衝程前50 汽門定時進氣開 (-)9.5°BTDC 後69 關 37.5* ABDC 車架Underbone 排氣開 39.5° BBDC 其它雨刷的長度(mm)560關(-) 10.5° ATDC USB 埠(只有輸出)5VDC閥的間隙(冷) (mm) 進氣 0.12 排氣0.12 惰速(rpm)1600 ±100 潤滑系統潤滑油的型式 加壓和濕式 油泵的型式內/外轉子的型式 濾油器的型式 全流量過濾 油的容量 1.5公升 冷卻型式液體冷卻 燃油系統空氣濾清器的型式和數目濕紙元件 油箱的容量12.5公升 噴射商標 Keihin 型式節流閥體文氏管直徑(mm) 33 油泵的壓力25 Bar標準扭力值項目扭力項目扭力(kqf-m) 5mm螺栓,螺帽0.45-0.6 5mm螺釘0.45-0.66mm螺栓,螺帽0.8-1.2 6mm螺釘,SH螺栓07-116mm螺栓,螺帽 1.8-2.5 6mm法蘭螺栓,螺帽 1.0-1.410mm螺栓,螺帽 3.0-4.0 6mm法蘭螺栓,螺帽 2.4-3.012mm螺栓,螺帽 5.0-6.0 10mm法蘭螺栓,螺帽 3.0-4.5引擎扭力值項目數量螺牙大小(mm)扭力(kgf-m) 備註汽缸頭柱螺栓1. 柱螺栓(內管側)2. 柱螺栓(EX管側) 2 6 0.7-1.1 雙頭螺栓右曲柄軸箱蓋螺栓 2 8 0.7-1.1 雙頭螺栓左曲柄軸箱蓋螺栓15 6 1.0-1.4B柱螺栓15 6 1.0-1.4閥調整鎖螺帽 4 10 1.0-1.4 將油加到螺牙上凸輪扣鏈齒輪螺栓 4 5 0.7-1.1 將油加到螺牙上傳動油檢查/排放螺栓 2 6 1.0-1.4機油排放螺栓 2 8 0.8-1.2離合器外部螺栓 1 12 2.0-3.0起動器馬達安裝螺栓 1 12 5.0-6.0傳動箱螺栓 2 6 1.0-1.4驅動面螺帽 6 8 1.8-2.2驅動板組件 1 14 9.0-10.0 將油加到螺牙上凸輪鏈條張力螺栓 1 28 5.0-6.0凸輪鏈條張力樞軸 2 6 1.0-1.4單向離合器螺栓 1 3 0.8-1.2ACG飛輪螺帽 3 3 1.8-2.2 將油加到螺牙上火星塞 1 14 5.5-6.5水泵葉片 1 12 1.5-2.01 7 I.0-1.4 左螺牙項目工具號碼說明參考節飛輪拔出器E003 A.C.發電機飛輪的拆卸單向離合器拔出器E006 單向離合器的拆卸推桿調整器E012 推桿的調整油封和軸承起子E014 軸承的安裝萬用支架E021 支撐離合器的滑輪和飛輪離合器彈簧壓縮器E027 離合器的拆解螺牙保護器E029 保護曲柄軸的螺牙軸承拔出器E037 軸承的拆卸汽門銷安裝器E051 汽門銷的安裝轉向桿鎖螺帽扳手F002 轉向桿的拆卸和安裝將機油加到特定的點 (使用特定的機油供潤滑)施加油脂供潤滑傳動齒輪油(SAE90)使用特殊的工具注意警告!參考頁...../ (如10 - 11)使用螺牙鎖定器 (永久)使用螺牙鎖定器 (暫時)潤滑點下述是車架和轉向系統的潤滑點。
Raspberry Pi 3 快速入门指南说明书

Raspberry Pi Quick-Start GuideRev 1.0, Apr 2017Table of Contents1.Raspberry Pi Start Kits (2)A.Generation Introduction: (2)B. Parking list: (2)2.Assembly (3)A.16GB Micro SD Pre-Loaded with Raspbian (3)B. Power Supply Adapter Charger 5V 2.5A (US) (4)B cable with ON/OFF switch (5)C.ABS Protective Case (6)D.Heatsink kit with Thermal Pad (7)3.Installation diagram (8)A.Getting started (10)B.Raspbian System (11)C.Guide to connecting WIFI (16)1.Raspberry Pi Start KitsA.Generation Introduction:The Raspberry Pi 3 Starter Kit is a great way to gain a solid introduction to the small, credit-card sized computer. The starter kit makes the Raspberry Pi intuitive and easy to learn.With this kit, you will be able to get your Raspberry Pi 3 as your own credit card sized computer, getting started with programming and coding. So, if you are looking for a new challenge or a way to get in on the RPi craze, check out the Raspberry Pi 3 Starter Kit! UCTRONICS team has carefully done the compatibility test for all components, and offer the plug and play boot operation system like Raspbian. Users only need additional HDMI monitor and keyboard/mice to use this kit as a standard PC desktop.B. Parking list:➢1pcs 16GB Micro SD Pre-Loaded with Raspbian➢1pcs Power Supply Adapter Charger 5V 2.5A (US)➢1pcs USB cable with ON/OFF switch➢1pcs ABS Protective Case➢3pcs Heatsink kit with Thermal Pad2.AssemblyA.16GB Micro SD Pre-Loaded with RaspbianThis Micro SD Card Bundle for the Raspberry Pi consists of a SanDisk Class 10 Micro SD card pre-loaded with the Official Raspberry Pi Raspbian.Specification:➢Capacity: 16GB➢Weight: 0.2g➢Simply plug this SD card into your Raspberry Pi➢Fully tested to work with the Raspberry Pi 3 Model B➢Pre-Loaded with pre-loaded with the Raspberry Pi Raspbian imageB. Power Supply Adapter Charger 5V 2.5A (US)These have a standard USB ‘A’ connector for the output so you can power your Arduino, Raspberry Pi, etc. through a USB cable. Any device that uses a USB cable for charging or power can be powered with this supply.Specification:➢Input Voltage: AC100-240V 50/60Hz➢Output: DC 5.0v 2500mA (2.5A)➢Adapter plug type: US➢Overload Protection➢Consistent fixed switching voltageB cable with ON/OFF switchThis Raspberry Pi Micro USB Cable with ON / OFF Switch is specifically designed for Raspberry Pi. Just press the button to turn your Pi on or off, no need to pull the cable to restart or reboot your Raspberry Pi which prevents the Raspberry Pi's Micro USB connector from frequent pulling and inserting the USB cable. 1.5m length can be used as power supply for the Raspberry Pi module, not for data transfer use.Specification:➢Type: On/Off switch➢Length: 1.5m Long➢Color: Black➢Connector Type A: USB➢Connector Type B: Micro USBC.ABS Protective CaseIt has slim openings for all your cables, an easy-to-remove beveled slot for your Micro SD card, slots for both your Pi Camera and upcoming Display, and a space for your GPIO cable to extend out from the Pi. Two-piece injection- ABS Case that snaps together which is easy to stall.Specification:➢Material: ABS plastic case➢Dimensions: External:96 x 66 x 41mm➢Color: black➢With 4 screws and 4 non-slip matsD.Heatsink kit with Thermal PadThe Raspberry Pi Heat Sink Kit consists of three high quality aluminum heat sinks, each selected to match the size of the main heat out-put components on the Raspberry Pi board. The heatsinks are designed to fit on top of the Broadcom and Ethernet SOC's which will Extend the life of your Raspberry Pi and reduce the risk of hardware failure.Specification:➢Number: 3 pcs Silver Aluminum Heat Sinks➢Thermal Resistance: 25°C/W.➢Dimension: 9x9x5mm14x14x6mm➢Floor Thinness: 1.6mm, 1.1mm➢Vane Thickness: 0.8mm, 0.6mm3.Installation diagramFigure1.Caution: The internal Wi-Fi antenna is fragile, be careful and please don't press with too much strength when installing.Figure2Figure3Figure4.A.Getting started1. If you have a case, start by installing the Raspberry pi inside the case.2. Insert a pre-programmed MicroSD card into the MicroSD card slot on the bottom side of the Raspberry Pi.3. Connect a USB keyboard and mouse to the USB ports.4. Connect a HDMI monitor or TV to the Raspberry Pi using a HDMI cable. Ensure your monitor or TV is turned on and that you have selected the correct input.5. Once all connections have been made, it is now time to connect the MicroUSB Power Supply to the board. When the power is connected, the Raspberry Pi will start to boot.B.Raspbian SystemRaspbian is the Foundation’s official supported operating system. Raspbian comes pre-installed with plenty of software for education, programming and general use. It has Python, Scratch, Sonic Pi, Java, Mathematica and more.Raspbian desktop overiewProgramming menuInternet menuAccessories menuPreferences menuShutdown... menuC.Guide to connecting WIFIIf you want to connect your Raspberry Pi to the internet or local network then you will need to follow these steps:1.WiFi connections can be made via the network icon at the right-hand end of the menubar. left-clicking this icon will bring up a list of available WiFi networks.2.If no networks are found, it will show the message "No APs found - scanning...": just waita few seconds without closing the menu, and it should find your network.3.The icons on the right show whether a network is secured or not, and its signal strength.Click the network that you want to connect to. If it's secured, a dialogue box will appear prompting you to enter the network key.4.Enter the key and press OK, then wait a couple of seconds. The network icon will flashbriefly to show that a connection is being made. Once it's ready, the icon stops flashing and shows the signal strength.。
ARM-ADC3使用说明

一、ARM-ADC3板接线图上排端子从左到右说明:AD0~AD15是16个模拟量输入的正输入信号,模拟量输入负端接板子上的地,默认输入方式为0~20mA,4组贴片排阻焊接的是150欧,150欧,空。
输入分为4组,每组4个输入端,每组可设置1种输入类别,发货前选好。
输入类别是通过焊接不同元器件实现的,一般用户不能自己修改。
下排端子从左到右说明:VCC,GND,+3.3V,RS485+,RS485-,P0,P1,P2,P3其中,VCC为电源正,一般为9~24VDC。
+3.3V为板子内部稳压3.3V输出RS485+,RS485-为RS485通讯信号输出P0,P1,P2,P3为4组0~20mA输出,最大负载电阻一般为250欧AD输入为0-5V或者0~10V(默认)或者0~20mA,其中AD0至AD15为模拟量输入的正端,负端接GND。
使用0-10V输入,输入通过10K和4.7K分压,当输入10V时,AD采样端实际电压为10*(4.7/(10+4.7))=3.197V,对应AD值为(3.197/3.3)*4096=3968。
使用0-20mA输入,板子内部输入端和地之间已并上150欧的电阻。
当使用150欧的电阻时,4mA信号对应0.6V,对应AD值为(0.6/3.3)*4096=745,20mA信号对应3V,对应AD值为(3/3.3)*4096=3724。
对于订货时要求为0~20mA模拟量输入的说明2线制信号源+接给板子供电的电源+,输出接板子的输入3线制信号源电源+接给板子供电的电源+,负接给板子供电的电源地,输出接我板子的输入.如果不是同个电源,需要把2个电源共地二、参数设置1、按OK键进入菜单设置2、按“UP","DOWN"键选择要设置的项目,按"OK"项目变红后就可以通过“UP","DOWN"键改变设置值了。
设置好后按|“OK”退出设置状态3、"ADC_MODE”可选择输入类别(输入类别由发货前买家要求决定,通过焊接不同元件实现,一般不能改动),默认为“0~20mA"4、"0~20mA输出系数"为4路0-20mA输出的关联系数。
873M编程线程程序指南说明书

Installation Instructions873M Programming CableIMPORTANT: SAVE THESE INSTRUCTIONS FOR FUTURE USE.Discrete Sensor Instructions:Adjusting Set PointsThe 873M provides five modes of operation for detecting a target object in discrete mode.•Window Mode, N.O: Two set points are taught in defined sensing range creating a sensing window. Once a targetobject passes through the window, output triggers on.•Window Mode, N.C.: Two set points are taught in the defined sensing range creating a sensing window. Outputis initially ON. Once a target object passes through thewindow, output triggers off.•One set point, N.O.: One set point is taught within a defined sensing range of the sensor with the output off.When a target passes between the sensor and the taughtset point, the output triggers and turns on.•One set point, N.C: One set point is taught within a defined sensing range of the sensor while the output is on.When a target passes between the sensor and the taughtset point, output triggers and turns off.•Object Presence Mode: Also known as resetting to factory defaults settings. Once the sensor is taught, all setpoints are removed and the sensor returns to the factorydefault specified range depending on the catalog number.Any object within a specified sensing range (50…300 mmor 70…800mm) will be detected.Window Mode, N.O.1.Place the target at the desired near-set point.2.Connect to 0V DC (–) using the white wire, or press A1 on theoptional programming cable.3.Set the target to at the desired far-set point.4.Connect to 10…30V DC (+) using the white wire, or press A2on the optional programming cable.Window Mode, N.C.1.Place the target at the desired near-set point.2.Connect to 10…30V DC (+) using the white wire, or press A2on the optional programming cable.3.Set the target to the desired far-set point.4.Connect to 0V DC (–) using the white wire, or press A1 on theoptional programming cable.One Set Point, N.O1.Place target at the desired set point.2.Connect to 10…30V DC (+) using the white wire, or press A2on the optional programming cable.3.Cover sensor head with your hand or remove all objects fromthe sensing field.4.Connect to 0V DC (–) using the white wire, or press A1 on theoptional programming cable.One Set Point, N.C1.Place target at the desired set point.2.Connect to 0V DC (–) using the white wire, or press A1 on theoptional programming cable.3.Cover sensor head with your hand or remove all objects fromthe sensing field.4.Connect to 10…30V DC (+) using the white wire, or press A2on the optional programming cable.Object Presence Mode (Restore Factory Defaults)1.Cover sensor head with your hand or remove all objects fromthe sensing field.2.Connect to 0V DC (–) using the white wire, or press A1 on theoptional programming cable.3.Connect to 10…30V DC (+) using the white wire, or press A2on the optional programming cable.Discrete Sensor LED IndicatorsOperating Mode Red LED Yellow LED Green LED Teach ModeTarget detected One flash Continuous flashOffNo target detectedFlashes OffTarget marginal (invalid teach)Standard ModeTarget presentOffOnOnTarget not present OffCopyright © 2012 Rockwell Automation, Inc. All Rights Reserved.10000300616 Ver 00August 2012Analog Sensor Instructions: Teaching Set Point Limits•The analog output mode returns a 4…20 mA or 0…10V DC signal proportional to the measured value.•The upper and lower adjustment range can be scaled to distance-fixed window.•The sensor is taught using an easy four-step remote teach process or an optional programming cable.•Two output functions: rising and falling ramp.Rising Ramp: current or voltage values rise as the distance increases between the target and the sensor. Follow the steps below in the order they appear.1.Place the target at the lower (near) set point limit.2.Connect to 0V DC [–] using the white wire, or press A1 on the optional programming cable.3.Place the target at the upper (far) set point limit.4.Connect to 10…30V DC [+] using the white wire, or press A2 on the optional programming cable.Falling Ramp: current or voltage values fall as the distance increases between the target and the sensor. Follow the steps below in the order they appear.1.Place the target at the lower (far) set point limit.2.Connect to 10…30V DC [+] using the white wire, or press A2 on the optional programming cable.3.Place the target at the upper (near) set point limit.4.Connect to 0V DC [–] using the white wire, or press A1 on the optional programming cable.Analog Sensor LED IndicatorsOperating Mode Red LEDYellow LEDGreen LEDTeach Mode Target Detected One flash Continuous flash OffNo Target Detected FlashesOffTarget Marginal (invalid teach)Standard Mode Target present OffOn OnTarget not presentOff。
STM32固件库(V340)中的例程说明

STM32固件库(V340)中的例程说明1.例程目录2.1.3ADC_DMA这个例子描述如何使用3个ADC工作于独立转换模式。
其中2个ADC(ADC1和ADC3)通过DMA连续传输转换数据,当ADC2(使用ADC转换中断)转换结束时触发DMA传输。
ADC1配置为连续转换ADC通道14。
每次转换结束时触发DMA1传输,DMA1工作于循环模式。
转换数据由ADC1数据寄存器(DR)传输到ADC1_ConvertedValue变量。
ADC2配置为连续转换ADC通道13。
每次转换结束时产生一个ADC转换结束中断,在中断服务程序中将ADC2数据寄存器中的转换结果存储到ADC2_ConvertedValue变量。
ADC3配置为连续转换ADC通道12。
每次转换结束触发DMA2传输,DMA2工作在循环模式。
转换数据由ADC3数据结存器(DR)传输到ADC3_ConvertedValue变量。
所有的ADC时钟设置为14MHz。
ADC1、ADC2、ADC3转换结果可以通过3个变量(ADC1ConvertedValue、ADC2ConvertedValue、ADC3ConvertedValue)进行监视。
2.2.ADC1_DMA2.3.AnalogWatchdog2.4.E某tLineTrigger2.5.RegSimul_DualMode2.6.TIMTrigger_AutoInjection3.BKP3.1.Backup_Data3.2.Tamper4.CANworking5.CEC6.Corte某M36.1.BitBand6.2.Mode_Privilege7.CRC8.DAC8.1.DualModeDMA_SineWave8.2.OneChannelDMA_Ecalator8.3.OneCha nnel_NoieWave8.4.TwoChannel_TriangleWave9.DMA9.1.ADC_TIM19.2.FLASH_RAM9.3.FSMC9.4.I2C_RAM9.5.SPI_RAM10.E某TI。
PDB软件v1.3与AC10驱动器的通信指南说明书

ObjectiveA Brief Guide to using the PDB (Parker Drive Basic) software v1.3 for communications to the AC10 drive.For serial communications to the AC10, this requires a RS485 converter. We recommend the US Converters USB-RS478 Converter part number XS885. It is available from )Using a twisted pair cable, connect pin 1 (T/R+) to the A terminal and pin 2 (T/R-) to the B terminal. Wiring the RS485 converter to the AC10 drive.PDB SetupSet up the communications in PDB by click on the Protocol icon.Set the communication parameters as shown. The communication settings must match those set in the AC10 parameters F900 – F904.When selecting the COM make sure the window displays COM x and not just a number.If you have questions, please call the Product Support Group at (704) 588-3246.If you have questions, please call the Product Support Group at (704) 588-3246.Set the drive parameters as shown:F900 = Inverter Address , range 1 – 255. Recommended setting is 1F901 = Modbus Mode . 1 = ASCII mode, 2 = RTU mode . Set to 2.F903 = Parity Check . 0 = no check, 1 = Odd parity, 2 = Even parity. Set to 1.F904 = Baud Rate = 9600, Set to 3.Click OK .Select the Timeout window and enter 50.You can modify and monitor parameters by clicking on the Parker R&Wtab.To modify a parameter click on the Modify tab. A dialogue box will open.You can read the current value of the parameter by click on the read button. To change a value simply enter the value into the top text box and click Modify.Note: To make the changes permanent you must set F219 to 0. If you are communicating over modbus write 3 to register 0x2001.If you want to back up a drives parameters1.Click on the Parker R&W tab.2.Check the box3.Click on the Read all Functions_ok button. Once PDB has finished reading all the parameters clickon File and Export Functions or press Ctrl and E. Name the configuration file. It has to be limited to 8 characters in length and the extension has to have a extension “.DBF”. If there is an existing file present with the same delete the file first, as the file will not get over written. Also check the date and the time on the file to make sure it is the correct one.To install backed up parameters1.Click on Parker R&W tab.2.Check the box3.To install the backed up parameters into a new drive click on File and Import Functions or pressControl and I. Select the file xxxxx.DBF.4.Ensure F219 is set to 0 to make sure the parameters are saved.5.Click on the Write all Functions_ok buttonIf you have questions, please call the Product Support Group at (704) 588-3246.6.When PDB has finished it show the dialogue box above. Click OK to finish.7.If you want to view or print the parameters on the files that were Exported, change theextension to XLS or CSV.If you have questions, please call the Product Support Group at (704) 588-3246.。
fx-3a-adp说明书

fx-3a-adp说明书
模拟输入输出适配器FX—3A—ADP说明书:
1、分辨率12位二进制的模拟输入输出适配器。
2、模拟输入z频道和模拟输出1频道的输入输出混合的适配器。
3、2频道的电压输入(DC0~10v)、或输入电流(DC4~20毫安)。
4、1频道的输出电压(DC0~10v)、或电流输出(DC4~20毫安)。
5、指定各频道每输入或者输入电流的电压。
6、模拟输入范围:
输入电压:DC0~10V(输入电阻198.7kS2)输入电流:DC4~20毫安(输入电阻2502)
7、分辨率:
输入电压 2.5mv(10v×1/4000)输入电流:5uA(16mA×1/3200)8、A/D转换时间:
FX3U/FX3UC连接时:80ug×使用输入通道数+40ug×使用输出通道数(更新数据是每运算周期)FX3G/FX3CC连接时:90us×使用
输入通道数+50丛s×使用输出通道数(更新数据是每周期)运算。
广数DAP03说明书chen1[1].03
![广数DAP03说明书chen1[1].03](https://img.taocdn.com/s3/m/c2be747eaf1ffc4ffe47ac9e.png)
前言在本使用手册中,我们将尽力叙述各种与该驱动单元操作相关的事项。
限于篇幅限制及产品具体使用等原因,不可能对驱动单元中所有不必做或不能做的操作进行详细的叙述。
因此,本使用手册中没有特别指明的事项均视为“不可能”或“不允许”进行的操作。
本使用手册的版权,归广州数控设备有限公司所有,任何单位与个人进行出版或复印均属于非法行为,广州数控设备有限公司将保留追究其法律责任的权利。
广州数控设备有限公司尊敬的客户:对您惠顾选用广州数控设备有限公司的DAP03交流异步主轴伺服驱动单元,我们深感荣幸!公司简介广州数控——中国南方的数控产业基地,国家863《中档数控系统产业化支撑技术》重点项目承担企业。
多年来致力于开发、生产机床数控系统,伺服驱动装置与伺服电机,广泛推广机床数控化改造、数控技术培训业务,开展数控机床贸易服务——集科、工、贸于一体。
产品配套国内50多家机床生产企业,售后服务网点遍布全国,GSK系列产品以高的性能价格比畅销全国,远销东南亚。
2000年至2005年,产品产销量连续六年居国内第一,为全国最大机床数控系统生产基地。
前言前言本使用手册主要是对DAP03全数字式交流主轴驱动单元的安装、配线、运行、调试及维护等内容作全面介绍,使您深入浅出地了解该驱动单元,并能灵活、有效地应用该驱动单元。
本使用手册提供了使用驱动单元所需知识及注意事项,请在熟知本产品的安全注意事项后使用。
● 由于产品的改进,规格、编写版本的变更等原因,会有适当的改动,恕不另行通知。
● 用户对产品的任何改动我公司将不承担任何责任,产品的保修单将因此作废。
诚挚的感谢——您在使用广州数控设备有限公司的产品时,对我们的友好支持!我们将期待您的反馈意见,在本书的封底上留有公司电话、传真以及电邮,您可以通过任一方式说明您对我们产品或《使用手册》的意见和建议,也可以通过当地销售点反馈给总公司。
广州数控设备有限公司为了充分发挥本交流异步主轴伺服驱动单元DAP03的功能,及确保您的安全,在使用该产品前,请仔细阅读本使用手册,并严格按照本使用手册的注意事项和操作方法,正确使用该驱动单元。
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附件C.PWS1711/1760安裝說明PWS 1711/PWS 1760是㆒種配備有㆗型5.7”(320Hx240V)LCD 顯示螢幕及類比式觸控面板(Analog Resistive Touch Panel)此面板具有IP65(NEMA 4)的防水防塵工業級設計,適用於各種惡劣環境之高功能㆟機介面,其面板採用高亮度16灰階Mono-STN 或256色的Color-STN,使用者可以根據實際應用要求選擇不同機種。
PWS 1760之機種有LPT 印表埠,不僅可印出完整畫面且更可以自行設計表格,即時列印所須之報表。
PWS 1711是PWS 1700的替代品其軟體功能方面與PWS 1700相容,同樣是㆒種高功能的㆟機介面。
PWS1711/1760產品一般規格Item PWS1711-STN PWS1760-CTN Display Type Monochrome blue mode STN LCD, 16 gray levels Color mode STN LCD,256 gray levels Display Size 5.7" (diagonal)Number of Pixels 320x240Display Adjustment Contrast adjustable from touch screen Back Light CCFT; Life time is 20,000 hours under 25°C and &0%RH humidity Touch Screen Analog resistive type; Max. Number of switches are 40x30 Chemically strengthened glass backing panel;Over 1 million point activations;Hard coat is resistant to most solvents and chemicals Input Power 24VDC ±10%; Isolation; Under 12W CPU Intel 80188SA1100-166; 32bit RISC;166MHz Flash Memory 640K Bytes 1826K Bytes Battery Backed Memory X 64K Bytes Communication Ports COM1/9pin: RS232/RS485; COM2/25pin:RS232/RS422/RS485Printer Port X EPP printer port Front Panel Seal IP65 / NEMA 4Operating Temperature 0~50°C Storage Temperature -20~60°C Ambient Humidity 20-90% RH (non-condensing)Vibration Endurance 0.5mm displacement,10-55Hz, 2hours per X, Y, and Z-axis directions Shock Endurance 10g, 11ms three times in each direction of X, Y, and Z axes RF Emissions CISPR 22, Class A Electrostatic Discharge EN61000-4-2/1995RF Susceptibility ENV50140/1993High Frequency Transients EN61000-4-4/1995Weight 1.25 Kg Cooling Natural cooling C 、前言C-1、產品一般規格PWS WORKSTATIONC-2PWS-1711之外型尺寸及盤面開孔尺寸,如㆘圖之規格。
PWS-1760之外型尺寸及盤面開孔尺寸,如㆘圖之規格。
C-2、外型尺寸及開孔尺寸圖後視的洞,如㆘圖:安裝㆟機到安裝孔,從反面將固定架放置於固定架安裝孔,然後均勻施力鎖緊,請勿鎖過緊或㆖㆘不平均。
C-4安裝角度請介於0 to 135 degrees 如㆘圖:㆟機介面安裝於控制盤的方法,請先將㆟機由盤面的正面放入,再利好電源接㆞處理。
Item / Model 1711-STN 1760-CTN 電源消耗功率24VDC ±10% ;12W 24VDC ±10% ;12W Fuse Rating 0.5A 0.5A 電源接線注意事項: 本產品出廠時均附有螺絲包及電源線壓線端子使用方法:1.先將電源端子螺絲鬆開,放入壓線端子。
2.再將24V 電源線(1.25mm),剝線(剝皮長度1cm)後插入壓線端子。
3.使用㆒字型螺絲起子鎖緊電源端子螺絲即可。
C-3、電源及接地規格PWS WORKSTATIONC-6PWS 1711和PWS 1760同樣配置5.7吋、大小為320(H)x240(V) LCD 與類比式絕緣之觸控面板。
您可以在每㆒畫面顯示範圍內任意規劃觸控按鍵,而且任㆒觸控按鍵均可定義為換畫面按鈕或者定義成可控制PLC 內部接點及暫存器之開關按鈕。
觸控按鍵的範圍必須是㆒矩形面積,但其面積大小可隨意設計,最大可達整個螢幕320(H)x240(V)個LCD 顯示點。
最小甚至可定義成單㆒觸控開關16(H)x 16(V)個LCD 顯示點。
PWS 1711和PWS 1760每㆒畫面可規畫20x 15個觸控開關。
當按壓㆒觸控按鍵時,㆟機蜂鳴器會發出聲響以表示收到按壓之訊息,此聲音維持約200ms(預設值,此參數可變),同時所按壓之觸控按鍵的位置會以相反顏色顯示,此反色情形亦維持約有200ms 之久。
您可以在ADP3的"其它設定對話框"㆗設定這些觸控鍵的參數。
ADP3的編譯功能可將畫面㆗所有的觸控按鍵,根據所定義的功能整合分析及自動計算出每㆒按鍵之操作面積和座標,因此使用者在設計規劃時很容易的點選並改變控制PLC 內部暫存器的數值。
您只要按壓所須改變之元件位置,㆟機系統會自動計算並執行所定義的功能,所以PWS-觸控面板是操作者最方便好用的操作介面。
內建觸控鍵就是ADP3軟體自動規劃之觸控鍵,因此您不須花很多時間自行規劃某些常用觸控鍵,內建觸控鍵可分為兩種:㆒為文數字鍵盤另㆒種為密碼輸入鍵盤,藉由此種鍵盤,操作者可設定並改變PLC 內部的數值。
以㆘為數字鍵盤的外觀,經由內建的觸控鍵使操作者很容易的選擇並改變PLC 暫存器內部數值,操作時只要直接按壓該數值元件位置,所選擇之元件以相反的顏色顯示並出現㆒數字鍵盤,此時您可以經由此鍵盤輸入數值,然後按[ENTER]就可改變PLC 暫存器內部數值。
C-4、觸控面板Touch Panel C-4-1、內建觸控鍵Built-in Touch Keys圖C-1 圖C-2圖C-3 TOUCH KEY 校正調整方法使用時操作者非必要請勿調整TOUCH KEY 的校正,只有當使用時TOUCH KEY 不正確時才需調整;欲校正觸控螢幕時須注意以㆘幾點:1.在系統目錄(System Menu)㆗按壓(Calibrate),㆟機出現㆒設定框。
在設定框㆗按壓(Touch Panel)後PWS-會在螢幕左㆖角出現㆒白點,且螢幕亦會出現"Pin-point the white dot of membrane on the upper-left corner"等文字。
2.用柔軟而不尖銳,大小與㆟機所出現之白點適合的筆(如鉛筆等)點壓此白點後,此白點會再次出現在螢幕的右㆘方且㆟機出現"Pin-point the white dot of membrane on the lower-right corner ”等C-5、Touch 按鈕校驗PWS WORKSTATIONC-8文字。
注意:千萬不要用金屬製品或尖銳的工具如螺絲起子或原子筆來作此校正。
3.點壓此白點後完成校正。
此時㆟機再次出現系統目錄(System Menu) 圖C-4 PWS-1711/1760 TOUCH 按鈕校驗畫面校驗Touch 按鈕還有另㆒種方法,先將指撥開關Dip-sw3和sw4設為off ,則在開機後,會顯示硬體校正畫面如圖C-5:圖C-5 TOUCH KEY 校正調整方法按㆘半部"Save & Quit" 的任㆒位置就切換到TOUCH key 校驗畫面,畫面㆗顯示在螢幕左㆖角出現㆒白點,且螢幕亦會出現"Pin-point the white dot of membrane on the upper-left corner"的文字。
請對準小白點,點壓此白點,並依序完成右㆘角的校準後,PWS-顯示㆒組迷宮形狀的圖案在螢幕㆖,您可以利用此校驗畫面來測試TOUCH 面板的功能是否正確,請點壓㆗間的方格,完成TOUCH 面板的校驗。
"到此校驗步驟完成後,請勿往㆘測試,否則應用資料檔案將被清除"。
將指撥開關Dip-sw3和sw4設為ON ,則在重新開機後,會顯示系統目錄。
PWS1711/1760指撥設定SW2SW1功能保留ON ON 出廠設定(default)SW4SW3作業模式ON -執行使用者應用程式OFF ON 執行生產燒機程式OFF OFF 執行key 校正程式SW5通訊格式P.L.C.通訊格式依據PWS-硬體系統目錄工作參數設定.OFF P.L.C.通訊格式依據ADP3軟體通訊設定.SW6輸入密碼否ON 要求輸入密碼((㆟機工作密碼等級設為3不直接進入連線)OFF 不要求輸入密碼(㆟機工作密碼等級設為1或3)SW7能否㆘載畫面資料(直接ON-LINE 連線)開機後,顯示系統目錄OFF 直接進入ON-LINE 連線,不顯示系統目錄SW8當開機時,密碼等級1或3(對DIP SW6=OFF 時有效)ON 當開機時,進入ON-LINE 連線,密碼等級設為1OFF 當開機時,進入ON-LINE 連線,密碼等級設為3SW9㆟機背面COM1規格設定ON Enable RS485 circuitry of the COM1.OFF SW10㆟機背面COM2規格設定ON 只適用於MITSUBISHI A-CPU PORT=RS422+RTS 控制OFF 針對大部份P.L.C.廠牌=RS485或RS422+RTS 不控制C-6、PWS 指撥 DIP SwitchesPWS WORKSTATIONC-10開機送電在自我測試完成後,PWS 顯示系統目錄: 圖C-6 PWS-1760 開機自我測試**PWS-系列在電源啟動後,首先會檢查㆖述幾個硬體測試項目是否正常:檢查的結果會顯示在LCD 螢幕㆖(圖C-6) 。