Yamaha-MSP3 维修手册
川崎M系列机器人保养维护手册
文件制修订记录前言本手册介绍了川崎机器人MX系列、MD系列、MT400N的检查与维护的方法。
在进行任何操作前，请务必透彻阅读理解本手册和安全手册的内容，并严格遵守所有安全规则。
有关机器人手臂和控制器的安装与连接信息，请分别参阅相应的手册。
再次提醒，在完全理解本手册的内容之前，请不要执行任何操作。
对于只按照本手册中有限部分内容进行操作而导致的事故或损害，川崎公司将不会承担任何责任。
符号在本手册中，下述符号的内容应特别注意。
为确保机器人的正确安全操作、防止人员伤害和财产损失，请遵守下述方框符号表达的安全信息。
目录1.0 注意事项 (4)2.0检查与维护项目 (10)2.1MX500N、MX420L、MX350L型号机器人的检查与维护项目 (11)2.2 MX700N型号机器人的检查与维护项目 (12)2.3 MD400N型号机器人的检查与维护项目 (13)2.4 MD500N型号机器人的检查与维护项目 (14)2.5 MT400N型号机器人的检查与维护项目 (15)3.0日常检查的详细内容 (16)4.0补充和更换 (17)4.1JT1齿轮的润滑脂补充、润滑油补充及更换（MX系列、MD400N、MT400N） (18)4.1.1JT1齿轮的润滑脂补充（MX系列、MD系列、MT400N） (18)4.1.2齿轮箱的润滑油补充（MX系列、MD系列、MT400N） (19)4.1.3齿轮箱的润滑油更换（MX系列、MD系列、MT400N） (20)4.2JT2减速机的润滑脂更换（MX系列、MD系列、MT400N） (21)4.2.1 JT2齿轮箱的润滑脂更换（MX700N） (22)4.3JT3减速机的润滑脂更换（MX系列、MD系列、MT400N） (23)4.3.1 JT3齿轮箱的润滑脂更换（MX700N、MD500N） (24)4.4手腕（JT4、5、6）驱动齿轮的润滑脂更换（MX系列） (25)4.5 手腕（JT4、5、6）驱动齿轮的润滑脂更换（MT400N） (26)4.6 JT4齿轮和减速机的润滑脂更换（MX系列） (27)4.7JT4齿轮和减速机的润滑脂更换（MD系列） (28)4.8JT4齿轮和减速机的润滑脂更换（MT400N） (29)4.9JT5齿轮和减速机的润滑脂更换（MX系列） (30)4.10JT5减速机的润滑脂更换（MD系列） (31)4.11JT5齿轮和减速机的润滑脂更换（MT400N） (32)4.12JT6齿轮和减速机的润滑脂更换（MX系列） (33)4.13JT6齿轮和减速机的润滑脂更换（MT400N） (34)4.14 JT1交叉滚子轴承的润滑脂补充（MX系列、MD系列、MT400N） 354.15 JT3交叉滚子轴承的润滑脂补充（MX系列、MD系列、MT400N） 365.0 内部机器电缆检查 (37)6.0重新紧固 (38)1.0注意事项对川崎机器人进行维护操作之前，请注意如下事项以确保安全。
Yamaha CP31 商业处理器快速开始指南说明书
Manual-1OPERA TORS MANUAL CP 31COMMERCIAL PROCESSORQUICK STARTIf you were the type that cheated on school book reports by just skimming through the reading assignments, then this section is for you! It gives you not quite enough information to really know what you’re doing. But, if you follow the recommended set up procedure, you should get at least a “B.” This thing is pretty easy to set up…a “C” will pass.Keep the amplifiers and the CP 31 turned off until all connections are made. The unit does not ground the chassis through the power cord. It is important that the unit be grounded (required by law in most installations).PAGE INPUT: Connect the PAGING INPUT to the Euroblock on the rear panel. On the front, select the appropriate MIC or LINE switch position. Then set the gain with the PAGING TRIM control, then set the PAGING DETECT THRESH-OLD and finally the PAGING LEVEL . Set the HIGH/LOW CUT FILTER switch located on the rear panel as desired.PROGRAM INPUTS: Connect line level program sources to the RCA PROGRAM INPUT jacks and engage the MONO switch if desired. Set the PROGRAM INPUT LEVELS .EXPAND OUTPUT: Wire the EXPAND Output Euroblock as required to a mono feed delivering PAGE-only or PRO-GRAM-only signal, depending on the rear panel switch setting. This Output uses a line driver that may be used balanced or unbalanced. Adjust the EXPAND LEVEL trim as desired.DUCKER: With the DUCKER switches ON , and a Program source playing, speak into the mic and adjust the DUCKER DEPTH to control the Program level during a page. Program will return to its previous volume after the page has finished.ZONE OUTPUT: The ZONE OUTPUT uses a line driver that may be used balanced or unbalanced. Set the LEVEL control as required.A highly recommended setup procedure appears on page Manual-4. By following it you will encounter fewer problems and reduce the need to increase our collective phone bills.CAUTION: Never connect anything except an approved Rane Power supply to the thing that looks like a red tele-phone jack on the rear of the CP 31.This is an 18 VAC center tapped power input. Consult the Rane factory for replacement.CP 31 CONNECTIONBe sure the power is OFF until all connections are made.EUROBLOCK CONNECTIONSAll Input and Output connections are made with Euro-block connectors except for the RCA Program Inputs. When wiring to Euroblocks, a minimum wire gauge of 22 AWG is preferred for reliability. If the ground or shield wire is left shorter, it acts as a strain relief for the other wires. Cable with a flexible jacket is easier to use and less likely to damage the connections. Avoid stripping excess insulation. Inspect wires for nicks that may lead to wire breakage. Fully insert each wire in the appropriate socket and tighten the screw.The Page Input circuit is a true instrumentation amplifier and operates balanced or unbalanced. Expand and ZoneOutputs are balanced line drivers. Wiring is usually the same for both Inputs and Outputs. Balanced operation is highly recommended. Balanced wiring is straight forward, (+) to (+),(–) to (–) and shield to shield.For unbalanced operation, use single conductor cable with shield. Connect (+) to (+) and the shield/ground wires to the shields at both ends. Do not connect the (–) pin. Whenunbalanced wiring is used, it is very important for the CP 31and any other unit in the system to have good earth or technical grounds. If a unit is located far from the CP 31(greater than ten feet) or is of a type that might create ground-ing problems, use isolation transformers.Refer to the included RaneNote 110, “Sound System Interconnection ” for more information on proper wiring procedures.PROGRAM INPUTSThe stereo or dual-mono Program Inputs connect to RCA jacks. These Inputs are unbalanced. The same guidelines given above for unbalanced operation apply to these Inputs.WEAR PARTS: This product contains no wear parts.Manual-2CP 31 - FRONT PANELቢ PAGING TRIM control is used to adjust the Page Input preamplifier gain to match the microphone/source in use, not to set the Page level at the Zone Output. The range is 30 dB to 60 dB.ባ PAGING MIC/LINE switch selects a 30 dB Input pad when set to LINE.ቤ PAGING DETECT THRESHOLD sets the Page signal level required to gate a Page on and illuminate the ACTIVE indicator (#5). The range is -∞ (on) to +4 dBu.ብ PAGING OL (Overload) indicator lights when the Page Input preamplifier comes within 4 dB of clipping.ቦ ACTIVE indicator lights when the Page signal level reaches the Paging Detect Threshold. Note that a Page is always Active when the PAGING DETECT THRESHOLD is set to minimum (ccw).ቧ PAGING ASSIGN switch selects whether the Page signal is sent to Zone A, Zone B, BOTH Zones, or OFF (no Zones).ቨ PAGING LEVEL controls adjust the Paging Level in each of the two (A & B) Zones.ቩ PROGRAM INPUT LEVEL controls allow independent level adjustment for the stereo or dual mono Program Input(s).ቪ ZONE DUCKER DEPTH control sets the Ducker Depth (the amount of Program attenuation during a Page) from 50 dB (ccw) to 6 dB (cw). The Ducker release is ramped and not user-adjustable.ቫ ZONE DUCKER OFF/ON switches independently turn each Ducker ON or OFF.ቭ ZONE Output Meter displays PEAK signal levels at -10 dBu, +4 dBu, and +16 dBu.ቮ ZONE LEVEL controls adjust the overall Level for each Zone Output. This concentric pot allows independent adjustment of Output Levels, or “stereo/master” level control by holding both the inner and outer knobs together.ቯ PWRindicator lights when the CP 31 is connected to a powered RS 1 power supply.Manual-3CP 31 - REAR PANELቢ Chassis Ground Screw provides a convenient earth (technical) ground connection point. The CP 31 does not ground the chassis through the power cord. It is important that the unit be grounded (required by law in most installations).ባ POWER jack accepts the mod plug from a Rane RS 1 remote power supply (included) or an optional Rane RAP 10 power supply. This is not a telephone jack. Use of a supply not approved by Rane may damage the unit and void the warranty.ቤ ZONE OUTPUT Port features a balanced line driver with a Euroblock connector. These Left and Right Outputs may be wired balanced or unbalanced.ብ EXPAND OUTPUT Port features a balanced line driver with a Euroblock connector. This mono Output may be wired balanced or unbalanced.ቦ EXPAND OUTPUT switch assigns PAGE-only or PROGRAM-only as the source for the Expand Output.ቧ EXPAND OUTPUT LEVEL trim adjusts the signal level delivered to the EXPAND OUTPUT.ቨ PROGRAM INPUT MONO switch, when pressed in , sums the left and right Program signals to provide a mono signal available at both A and B Zone Outputs. Mono program summing is before page summing, so A & B Paging Levels remain independent when MONO is engaged.ቩ PROGRAM INPUTS may be used as a stereo pair, or dual mono unbalanced sources.ቪ PAGING INPUT HIGH/LOW CUT FILTER switch, when IN, limits the bandwidth of the Paging Input from 100 Hz to 7kHz, improving intelligibility in some installations. The Paging detector is always bandlimited to 100 Hz to 7 kHz.ቫ PAGING INPUTEuroblock connector may be wired balanced or unbalanced.INTERNAL PAGING PRE/POST ZONE LEVEL SWITCHESAs shipped from the factory, the Zone LEVEL controls on the front of the CP 31 only control Program level, so Page volume will always be heard as set by the PAGING LEVEL controls. The internal Paging Pre/Post Zone Level switches are shipped from the factory in the POST position. If desired,the switches may be set to PRE, allowing the Zone LEVEL to control both Program and Page, mixing mic and line.To change these switches, be sure power is disconnected.Remove the top cover of the unit and locate the switches on the circuit board as shown to the right. Replace the top cover.See theMake sure the POWER is off!PREFLIGHT CONTROL SETTINGSPAGE SETTINGS:• MIC/LINE Pad• Gain TRIM• DETECT THRESHOLD• Paging LEVEL A & B• PAGING ASSIGN• HIGH/LOW CUT FILTER As required(rear panel)PROGRAM INPUT SETTINGS:• Input Levels Min(front panel)ZONE SETTINGS:• DUCKER DEPTH2:00 (about 15 dB)(front panel)• DUCKER OFF/ON OFF(front panel)• Zone LEVEL A & B Max(front panel)• Zone Output MONO As required(rear panel)• Zone Expand PROGRAM/PAGE As required(rear panel)• Expand Output LEVEL As required(rear panel)SYSTEM CONNECTIONS• Connect page microphone or line-level paging source• Connect Program source(s)• Connect Output(s) to amplifier(s) or destination(s)CALIBRATION1. Connect the RS 1 power supply and verify the Power indicator lights.2. Verify the Zone LEVEL controls are set to maximum and that an active source is playing to the Program Inputs. Adjust thePROGRAM INPUT LEVELS to be the very loudest you would ever desire.3. Adjust the Zone LEVEL control to a comfortable listening level.4. Note that with the Paging LEVEL set to minimum, the following Page will not be heard. Speak very loudly (bark) into thePaging mic. Adjust the Paging TRIM control so that the Paging Overload indicator just lights. It is important to set the gain of the pre-amp before setting the Paging Detect Threshold.5. Speak into the Paging mic in a normal voice and adjust the Paging DETECT THRESHOLD so the ACTIVE indicator lightsonly during speech. If the Paging DETECT THRESHOLD is set too low, the Pager may gate on due to background sound.6. With a Program source playing, speak into the Paging mic. Adjust the Paging LEVEL control to provide the correct Page-to-Program mix. If the Paging DETECT THRESHOLD is set too high, there may be a delay before speech is heard. To correct this, lower the Paging DETECT THRESHOLD setting.7. Set the DUCKER switches to ON. With a Program source playing, speak into the Page mic and adjust the DUCKER DEPTHto the desired level of Program during a Page.You’re all set. Enjoy.©Rane Corporation 10802 47th Ave. W., Mukilte o WA 98275-5098 TEL (425)355-6000 FAX (425)347-7757 WEB Manual-4103138。
Yamaha 030040及030620 30 I-043D B C 26° 气阀盖说明书
Technical instructions for assembled & bare head part numbers:030040 I-043D Bare head, 26°valve angle, 269cc intake runner, 119cc chamber030040 - 1 Assembled head, for Hydraulic flat tappet camshaft030040 - 2 Assembled head, for Mechanical flat tappet or hydraulic roller camshaft030620 I-043C Bare head, 26°valve angle, 320cc intake runner, 119cc chamber030620 - 1 Assembled head, for Hydraulic flat tappet camshaft030620 - 2 Assembled head, for Mechanical flat tappet or hydraulic roller camshaft030620 - 3 Assembled head, for Solid roller camshaft030630 I-043B Bare head, 26°valve angle, 345 intake runner, 119cc chamber030630 - 1 Assembled head, for Hydraulic flat tappet camshaft030630 - 2 Assembled head, for Mechanical flat tappet or hydraulic roller camshaft030630 - 3 Assembled head, for Solid roller camshaftSpecifications:Intake Runners: 269cc P.D.=1.830” x 1.620”, 320cc P.D.= 2.250” x 1.610”, 345cc P.D.=2.355” x 1.760”Exhaust Runners: P.D.= 1.725” x 1.930” Location: Raised .600”Combustion Chamber Volume: 119cc.Valve Guides: Integral cast iron guideValve Guide Spacing:Ctr-Ctr 1.970” Stock LocationValve Seats: Intake = integral cast iron seat, Exhaust = Durabond Powdered metal seat .006” press fitValve Seat Dimension: Exhaust = O.D. 2.000” x 1.600 x .375”Valve Seat Angles:Intake = 35°-(45°(.040”))-60°-75° Exhaust = 38°(45°(.060))-.500radius-75°Pushrods: To obtain proper rocker geometry, pushrod length will need to be determined by using an adjustable checking pushrod. Rocker Arms: Merlin Iron heads utilize a standard rocker arm designed for the Big Block Chevy.NOTE: When using rocker arms greater than a 1.7 ratio, it may be necessary to elongate the pushrod guide holes in the cylinder head. Head Bolts: On a Mark IV block, standard BBC head bolt hardware (ARP bolts135-3603). ON a Mark V & VI block ARP# 135-3607 Head Studs: On a Mark IV block, standard BBC head Stud hardware (ARP studs 235-4016). On a Mark V & VI block ARP# 235-4113 Head Gaskets: When using Merlin heads on Mark IV blocks use the corresponding gasket that is compatible with the bore size of the engine.4.370” = Felpro 1027, 4.540” = Felpro 1017 & 4.630”= Felpro 1057. When using a Merlin head on a Mark V or VI block, you must use Mark V or VI head gasket depending on which one was usedPistons: Most 26° aftermarket pistonsSpark Plugs: .460” reach, 5/8” hex plug.Head Bolt Torque Specs:Torque all head bolts to 75 ft. lbs w/ oil. Before torquing, coat the head bolts and rocker studs with a thread sealing paste. Note: Refer to the factory service manual for proper head bolt tightening sequenceRocker Arm Studs: 50 ft. lbs. w/oilNOTE: Specs are for reference only. Always measure before machining. REMEMBER: MEASURE TWICE, CUT ONCE.Maximum Valve Diameter: 2.300 Intake & 1.900 Exhaust.Maximum Spring Seat Depth: Spring seat is cut to accept a 1.550 spring. IT IS NOT RECOMMENDED TO CUT THE SPRING SEAT DEEPER OR TO ENLARGE THE SEAT FOR A SPRING DIAMETER OVER 1.550.Maximum Spring Diameter: 1.640Maximum Flat Mill: .050Maximum Angle Mill: .180Approximate Milling Guidelines: .007 per 1ccBrackets and Accessories:1.The Merlin heads have accessory bolt holes drilled in the factory locations.Before Final Assembly:Please inspect castings for defects or damage prior to modification, assembly or installation. Cylinder heads that have been modified, installed or used ARE NOT RETURNABLE.At this time install the cylinder head to the block with no head gasket and snug the bolts.This assembly should be checked to assure that all components are compatible with your combination before assembling your engine. There is no warranty on valve springs of any type.1.Due to different ratio rockers and different deck height blocks, now is the time to check for pushrod to cylinder head interference. If thepushrod has interference with the cylinder head, remove the head, grind the casting the needed amount. Clean the head after grinding then reinstall the head using the mock up procedure and recheck the clearance. Repeat the procedure as necessary until the desired clearance is achieved.2.Once everything has been checked and all the desired clearances and specifications achieved, final assembly may begin.3.If a new flat tappet camshaft is being installed with a-2 cylinder head, it is HIGHLY RECOMMENDED to remove the inner valve springduring the camshaft break in procedure. After the cam is broken in, reinstall the inner valve spring.4.If you bought bare castings then remember, you must wash the heads before assembly.ATTENTION:As a safety precaution, due to the nature of all sand castings occasionally an exhaust, valve cover, intake manifold and rocker arm studs may go through into the water jacket or an intake port some are by design. This is rare but can happen and will not always be evident by the naked eye or even sometimes may pass a pressure test. So with that said and to insure that you do not run into a problem of leaks, we recommend that you use thread sealer on these bolts or studs. Better safe then sorry!WARRANTY CLAIMS: (See Warranty Sheet that came with item for specific details)Contact Customer Service to obtain a Return Material Authorization number directly from World Products for any warranty return. DO NOT CONTACT YOUR DEALER. DO NOT RETURN PARTS WITHOUT AUTHORIZATION. Returned product must be shipped prepaid. Collect shipments will be refused. Returned parts must have RMA number on the outside of the package, a copy of original bill of sale inside and a written explanation of the suspected defect. If the item is found defective, World Products will repair or replace it at its discretion and return it freight prepaid. No additional labor claims will be paid. There will be no exceptions to this rule.We recommend using ARP Fastners for all World heads.ChevroletBlack Oxide 134-3601 SB 23° cast iron OEM, GEN 111 Vortec/Trk&most Edelbrock LT-AFR, Brodix-8, -10, -11, -11xb, LT-1, Pro-1, Hex134-3701 SB 23° cast iron OEM, GEN 111 Vortec/Trk&mostEdelbrock LT-AFR, Brodix -8,-10,-11, -11xb, LT-1, Pro-1, 12 pt Head Bolt KitsChevrolet134-4001 23°OEM iron/alum ChevGen lll Vortec/Trk hex head234-4401 23°OEM iron/alum ChevGen lll Vortec/Trk 12 pt234-4301 23°OEM iron/alum ChevGen lll Vortec/Trk 12 pt u/cut 234-4601 BBC Cast OEM,Alum factory heads, also early Bowtie Head Stud Kits Chevrolet 134-7101 SB 3/8 typical application134-7104 SB 3/8 w/roller rockers134-7103 SB 7/16 typical application235-7204 SB Alum. heads int. studs235-7203 SB Alum. heads Exh. studs Rocker Studs ChevroletBlack Oxide 134-2001 SB 265-400 factory OE 134-2101 SB 265-400 factory OE 134-2002 SB 305-350 Vortec 134-2103 SB 305-350 Vortec 134-2004 SB 305-350 Tuned port 134-2104 SB 305-350 Tuned portStainless 300 434-2001 SB 265-400 factory OE 434-2101 SB 265-400 factory OE 434-2002 SB 305-350 Vortec 434-2102 SB 305-350 Vortec 434-2004 SB 305-350 Tuned port 434-2104 SB 305-350 Tuned port NASCAR 334-2102 SB 1.000” Drilled 334-2103 SB 1.250” DrilledIntake Bolt KitsChevrolet Black Oxide .750” length 100-1101 3/8 hex 3/8 wrench 100-1201 3/8 12pt. bolt 3/8 wrench 100-1103 3/8 hex, drilled 3/8 wrench 100-1203 3/8 12pt, drilled 3/8 wrenchBlack Oxide 1.670” length100-1412 3/8 dia. stud 100-1402 3/8 dia. stud Black Oxide 1.000” length 100-1111 3/8 hex bolt 3/8 wrench 100-1211 3/8 hex bolt 3/8 wrenchStainless 300 .750” length 400-1101 3/8 hex bolt 3/8 wrench 400-1201 3/8 12pt bolt 3/8 wrench 400-1103 3/8 hex, drilled 3/8 wrench 400-1203 3/8 12pt, drilled 3/8 wrench Stainless 300 1.670” length 400-1412 3/8 dia. stud400-1402 3/8 dia. stud Stainless 300 1.000” length 400-1111 3/8 hex bolt 3/8 wrench 400-1211 3/8 hex bolt 3/8 wrenchHeader Bolt & Studs Motown,Sportsman II and S/R Torquer SBC Horsepower ChevroletBlack Oxide 100-7507 SB hex bolt 1/4-20 .812”100-7503 SB 12pt bolt 1/4-20 .812”200-7603 SB hex stud 1/4-20 1.500”200-7613 SB 12pt stud 1/4-20 1.500”Stainless 300 400-7507 SB hex bolt 1/4-20 .812”400-7503 SB 12pt bolt 1/4-20 .812”400-7603 SB hex stud 1/4-20 1.500”400-7613 SB 12pt stud 1/4-20 1.500”Valve Cover Bolts & StudsWorld Products puts everything within reach.Discover other engine components on our website.。
雅马哈贴片机_修机_调机的经验之谈1
雅马哈贴片机_修机_调机的经验之谈1SMT设备维修实例随着电子工业的飞速发展，SMT设备正得到越来越广泛的应用，但这些设备在使用过程中不可避免地会出现这样或那样的问题。
一般情况下使用厂家是与设备供应商联系维修，但往往会因为路途等原因耽误相当长时间而影响生产，而且设备维修花费、维修人员的旅途费等也将是一笔不小的开支。
因此，对于SMT 工程技术人员来说，掌握一定的维修技术，就可以避免上述情况的出现。
在维修过程中，我们应找出设备故障产生的根本原因，这样我们在排除故障时才能做到有的放矢。
笔者将结合自己的几次维修典型事例，介绍SMT设备故障分析及排除方法，以供同行参考。
故障分析及排除故障一：托盘(TRAY)元件供料平台位置的调整工作过程：我们使用的高精度贴片机为松下MPA—G3，其托盘元件供料器与机器主体连为一体。
贴装托盘元件(如QFP)时，有一个专用吸头(TRAY HEAD)将元件从托盘中吸出并放在一个供料平台上，然后供料平台移到贴片头所在位置以供贴装头吸取贴装。
故障的产生及分析：我们发现贴装头(MOUNT HEAD)吸取元件时存在一定的偏差，吸嘴很难吸取到元件的正中心上，从而会对贴装造成一定的影响。
但若将机器工作方式改为直接取料，即MOUNT HEAD不通过供料平台而直接从托盘上吸取元件时，就不存在这种情况。
由此我们分析MOUNT HEAD与TRAY HEAD在供料台上吸取放置元件的位置不在一个轴上，从而造成吸取误差。
故障的排除：MOUNT HEAD与TRAY HEAD在供料平台上的吸取放置元件的位置可由机器参数(MA CHINE DATA)来设定，我们以MOUNT HEAD在供料平台上吸取元件的位置为参考点，将TRAY HEAD 在供料平台上放置元件的位置调整到与参考点位置重合即可。
在以后的生产过程中，就再未出现过托盘元件吸取不正的问题。
笔者利用这种方法也曾解决了另外一家单位设备中存在的相类似的问题。
体育中心扩声系统方案
目录第一部分扩声系统设计方案22一、体育场扩声系统设计方案221.1 概述：221。
2 技术指标：221.3 设计依据：231。
4 设计思路:241.5 设计要点：241.6 主扩声系统设计:251.7 功率放大系统:301。
8 控制室监听系统:311.9 音频控制、传输、处理系统：321.10 拾音及重放系统:361。
11 系统配电设计:421。
12 扩声系统基本指标计算书：432。
13 计算结果44二、体育馆扩声系统设计方案442。
1 概述:442。
2 技术指标:442。
3 设计依据:452。
4 设计思路:462.5 设计要点:462。
6 主扩声系统设计：472。
7 功率放大系统：562.8 控制室监听系统：572。
9 音频控制、传输、处理系统：592。
10 拾音及重放系统：632。
11 系统配电设计：702.12 扩声系统基本指标计算书：712.13 计算结果71三、游泳馆扩声系统设计方案723.1 概述：723。
2 技术指标：723。
3 设计依据：733。
4 设计思路:743.5 设计要点:743.6 主扩声系统设计:753.7 功率放大系统:793。
8 控制室监听系统:793.9 音频控制、传输、处理系统：813.10 拾音及重放系统：853.11 系统配电设计:873。
12 扩声系统基本指标计算书:883。
13 计算结果88四、主要投标品牌89五、投标货物偏离表965。
1、体育场投标货物偏离表965。
2、体育馆投标货物偏离表995。
3、游泳馆投标货物偏离表102六、投标货物清单1036.1、体育场投标货物清单1036.2、体育馆投标货物清单1056.3、游泳馆投标货物清单107第二部分施工组织方案109一、施工方案1091.1 工程概况1091。
2 项目施工整体规划1101。
2。
1 管理组织架构1101。
2。
2 工期1101.2。
3 质量1101.2.4 技术管理1111.2。
5 合同管理1131。
雅马哈magicstomp使用说明书
designed for enclosed installations, should be placed in locations that do not interfere with proper ventilation. If instructions for enclosed installations are not provided, it must be assumed that unobstructed ventilation is required.
The exclamation point within the equilateral triangle is intended to alert the user to the presence of important operating and maintenance (servicing) instructions in the literature accompanying the product.
2
IMPORTANT SAFETY INSTRUCTIONS
INFORMATION RELATING TO PERSONAL INJURY, ELECTRICAL SHOCK, AND FIRE HAZARD POSSIBILITIES HAS BEEN INCLUDED IN THIS LIST.
not guarantee that interference will not occur in all installations. If this product is found to beh can be determined by turning the unit “OFF” and “ON”, please try to eliminate the problem by using one of the following measures:
Yamaha YDS-150从机平板 Saxophone 一年有限保修书说明书
LIMITED ONE-YEAR WARRANTYONYDS-150 DIGITAL SAXOPHONEThank you for selecting a Yamaha product. Yamaha products are designed and manufactured to provide a high level of defect-free performance. Yamaha Corporation of America (“Yamaha”) is proud of the experience and craftsmanship that goes into each and every Yamaha product. Yamaha sells its products through a network of reputable, specially authorized dealers and is pleased to offer you, the Original Owner, the following Limited Warranty, which applies only to products that have been (1) directly purchased from Yamaha authorized dealers in the USA, including Puerto Rico (the “Warranted Area”) and (2) used exclusively in the Warranted Area. Yamaha suggests that you read the Limited Warranty thoroughly and invites you to contact your Yamaha authorized dealer or Yamaha Customer Service if you have any questions.THIS WARRANTY COVERS THE LISTED PRODUCT AGAINST DEFECTS IN MATERIALS OR WORKMANSHIP FOR THE NUMBER OF YEARS IDENTIFIED BELOW.Warranty TermDuration of Warranty from Date of Type of Products Purchase by or for the Original OwnerYDS-150 Digital Saxophone ..................................................................................................... 1 yearCoverage: Yamaha will, at its option, repair or replace the product covered by this warranty if it becomes defective, malfunctions or otherwise fails to conform with this warranty under normal use and service during the term of this warranty, without charge for labor or materials. Repairs may be performed using new or refurbished parts that meet or exceed Yamaha specifications for new parts. If Yamaha elects to replace the product, the replacement may be a reconditioned unit. You will be responsible for any installation or removal charges and for any initial shipping charges if the product(s) must be shipped for warranty service. However, Yamaha will pay the return shipping charges to any destination within the USA if the repairs are covered by the warranty. This warranty does not cover (a) damage, deterioration or malfunction resulting from accident, negligence, misuse, abuse, improper installation or operation or failure to follow instructions acco rding to the Owner’s Manual for this product; any shipment of the product (claims must be presented to the carrier); repair or attempted repair by anyone other than Yamaha or an authorized Yamaha Service Center; (b) any unit which has been altered or on which the serial number has been defaced, modified or removed; (c) normal wear, battery or battery replacement and any periodic maintenance; (d) deterioration due to perspiration, corrosive atmosphere or other external causes such as extremes in temperature or humidity; (e) damages attributable to power line surge or related electrical abnormalities, lightning damage or acts of God; or (f) RFI/EMI (Interference/noise) caused by improper grounding or the improper use of either certified or uncertified equipment, if applicable. Any evidence of alteration, erasing or forgery of proof-of- purchase documents will cause this warranty to be void. This warranty covers only the Original Owner and is not transferable.In Order to Obtain Warranty Service: Warranty service will only be provided for defective products within the Warranted Area. Contact your local Yamaha authorized dealer who will advise you of the procedures to be followed. If this is not successful, contact Yamaha at the address, telephone number or website shown below. Yamaha may request that you send the defective product to a local authorized Yamaha Servicer or authorize return of the defective product to Yamaha for repair. For products requiring in-home service, contact your local Yamaha authorized dealer to arrange for service. If you are uncertain as to whether a dealer has been authorized by Yamaha, please contact the Yamaha Service Department at the number shown below, or check the Yamaha website at . Product(s) shipped for service should be packed securely and must be accompanied by a detailed explanation of the problem(s) requiring service, together with the original or a machine reproduction of the bill of sale or other dated, proof-of-purchase document describing the product, as evidence of warranty coverage. Should any product submitted for warranty service be found ineligible therefore, an estimate of repair cost will be furnished, and the repair will be accomplished only if requested by you and upon receipt of payment or acceptable arrangement for payment.Limitation of Implied Warranties and Exclusion of Damages: ANY IMPLIED WARRANTIES, INCLUDING WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE SHALL BE LIMITED IN DURATION TO THE APPLICABLE PERIOD OF TIME SET FORTH ABOVE. YAMAHA SHALL NOT BE RESPONSIBLE FOR INCIDENTAL OR CONSEQUENTIAL DAMAGES OR FOR DAMAGES BASED UPON INCONVENIENCE, LOSS OF USE, DAMAGE TO ANY OTHER EQUIPMENT OR OTHER ITEMS AT THE SITE OF USE OR INTERRUPTION OF PERFORMANCES OR ANY CONSEQUENCES. THE YAMAHA LIABILITY FOR ANY DEFECTIVE PRODUCT IS LIMITED TO REPAIR OR REPLACEMENT OF THE PRODUCT, AT THE OPTION OF YAMAHA. SOME STATES DO NOT ALLOW LIMITATIONS ON HOW LONG AN IMPLIED WARRANTY LASTS OR THE EXCLUSION OR LIMITATION OF INCIDENTAL OR CONSEQUENTIAL DAMAGES, SO THE ABOVE LIMITATION OR EXCLUSION MAY NOT APPLY TO YOU. This Warranty gives you specific legal rights, and you may also have other rights which vary from state to state. This is the only express warranty applicable to the product specified herein; Yamaha neither assumes nor authorizes anyone to assume for it any other express warranty.If you have any questions about service received or if you need assistance in locating a Yamaha authorized Servicer, please contact:CUSTOMER SERVICEYamaha Corporation of America6600 Orangethorpe Avenue, Buena Park, California 90620-1373Telephone: 800-292-2982Do not return any product to the above address without a written Return Authorization issued by Yamaha.© 2020 Yamaha Corporation of America。
YAMAHA 监听扬声器MSP3 说明书
● 在连接乐器、音响设备时, 请关闭所需连接的所有的 设备的电源。请遵照各使用手册使用指定的电缆,进 行连接。
● 在接通本机的电源之前, 应始终将音量调节至最低 值。突然的尖响声音会损伤您的听觉。
● 请勿用让人不舒服的大音量使用扬声器, 若长期习惯 于用大音量收听, 会损伤您的听觉。
● 切勿长时间输出失真的声音, 因为这会引起扬声器发 热, 会引起火灾。
② HIGH控制 调整高音域。可在基准频率10kHz、0～±3dB的范 围内调整。在旋钮处于12时的位置时、变为平坦特 性、若向右旋转便提升、若向左旋转便截止。
③ 电源指示灯 若接通(ON)后面板的POWER开关(⑥)便点亮。
④ LINE 1电平控制 调整输入至后面板的INPUT LINE 1端子(⑦)的信 号的音量电平。若向左旋转, 则音量变小, 若向右旋 转、则音量变大。
POWER ON
OFF
INPUT
LINE 1 (–10dB)
PARALLEL
LINE 2 (+4dB)
LOW
HIGH
1 LINE 2
12 3 45
① LOW控制 调整低音域。可在基准频率100Hz、0～±3dB的范 围内调整。在旋钮处于12时的位置时、变为平坦特 性、若向右旋转便提升、若向左旋转便截止。
● 使用时请勿使扬声器声音失真。否则扬声器会发热, 会引起火灾。
● 因旅行等长期不使用本机时, 为安全起见, 务请从电 源插座拔出插头, 否则会引起火灾。
关于维修保养
● 在进行维修保养时, 为安全起见, 务请从电源插座拔 出插头, 否则会引起电击。
使用注意事项
关于连接器的极性 ◆ XLR型连接器的引脚应按如下所示进行布线∶
YAMAHA 基本操作流程
置于供料器导轨的前部”出现。如果散装供料器已安装于供料平台上时 按空格键允许将散装元件置于供料器导轨的前部。如果没有安装，按除 空格键外的其他键。 参考 当 PCB 名称选择窗口出现时，你可以键入 PCB 名的前几个字母，键入的 字母出现在名称输入窗口中，同时 PCB 选择窗口的光标也会跳至相匹配的 PCB 程序名上。 PCB 名称输入窗口
将会出现。选择 PCB 名或按[ESC]使选择窗关闭，然后执行<D1 WARMUP> 命令
第三步 按空格键设置暖机时间 暖机时间在提示信息窗口中以分钟显示。每次按空格键，暖机时间增加
一分钟。通常情况我们推荐 10 分钟。 l 暖机时间设置
3-9
3-10
第三章 基本操作流程
第四步 按回车键开始暖机 机器开始暖机，开始慢然后逐渐加快，屏幕将显示当前日期，时间，已
参考 口令设置见第二章，“４.设置口令”。
５．贴装重试监视信息(1/1/C5 MONITOR RETRY) 贴装重试监视器窗口给出以下信息：
l 错误类型（拾取错误或识别错误）造成的重试 l 替换元件用尽给出的提示 l 在使用不停机换料时供料平台的情况 l 甩料传送带已满的信息
当多于 2Leabharlann 种错误显示的时候，按[PAGE UP]及[PAGE DOWN]见前页或后 页。 l 重试监视器窗口
此工具列出供料器类型及欲贴装的元件，检查是否所需的供料器安装在 正确的供料平台位置上。 编辑托盘计数
此工具用于使用托盘供料器的时候。检查或编辑第一个拾取元件的位置， 选择“手动编辑”并使用[INS]及[DEL]编辑显示的数据。 当你想从托盘中第一个元件开始拾取，例如使用装满元件的托盘，可选择“全 部清除”以初始化计数，此设置同时对全部托盘元件有效。 供给散装元件
西玛德舵手 TP10、TP20 和 TP30 维修手册说明书
TILLERPILOT TP10, TP20 & TP30 SERVICE MANUALIssue 4.0 17/09/03SIMRADSimrad Margate LtdStar Lane, Margate, Kent CT9 4NP,UKTelephone +44 (0) 1843 290290Facsimile +44 (0) 1843 290471E-Mail:********************************CONTENTS1 INTRODUCTIONPCBs1.1 ElectronicComponents1.2 Mechanical2 OPERATIONINSTRUCTIONS3 ASSEMBLY4 MECHANICAL ASSEMBLY DRAWINGSDESCRIPTIONS5 CIRCUIT6 CIRCUITDIAGRAMSSchematics6.1 Circuit6.2 Component Lists and Layouts7 PROGRAMMING AND CONFIGURATIONFINDING8 FAULT8.1 Common User Faults8.2 Common Technical Faults9SPARE PARTS DETAIL9.1 SparesAids9.2 Service9.3 AccessoriesNOTES10 TECHNICAL© 2003 Simrad Margate LtdThe technical data, information and illustrations contained in this publication were to the best of our knowledge correct at the time of going to print. We reserve the right to change specifications, equipment, installation and maintenance instructions without notice as part of our policy of continuous development and improvement. No part of this publication may be reproduced, stored in a retrieval system or transmitted in any form, electronic or otherwise without prior permission from Simrad Margate Ltd. No liability can be accepted for any inaccuracies or omissions in the publication, although every care has been taken to make it as complete and accurate as possible.Tiller Pilot TP10, TP20 & TP30Section 1IntroductionIssue 4.0 17/09/03SIMRAD 1INTRODUCTION TO THE TP10, TP20 AND TP30 TILLERPILOTThe TP10, TP20 and TP30 Tillerpilots combine highly sophisticated electronics with advanced software and powerful mechanical drive to provide accurate and reliable steering performance under a variety of different conditions with minimal current consumption.TP10 – is suitable for tiller steered sailing yachts up to 10M (34 Ft) in length.TP20 – offers the same facilities as the TP10 and is fully compatible with the Navico Corus instrument system to provide a complete navigation system. Options offered include connection to an external compass, wind sensor or navigational receiver together with additional remote control facilities.TP30 – offers the same facilities as the TP20 with an improved re-circulating ball screw drive andis suitable for tiller steered sailing yachts up to 12.8M (42 Ft) in length.The main components of the Tiller Pilot are listed below:Electronics PCBsEarly versionsTP10 PCB (TP10 only)TP30 PCB (TP 20 & TP30)Current Versions. The same PCB is used for all products. The wiringloom carrying the NMEA data is left disconnected in the TP10.TP10 / 20 / 30 Re-engineered PCB (Common to all)Mechanical ComponentsGeneral Assy : TP10General Assy : TP20General Assy : TP30Tiller Pilot TP10, TP20 & TP30Section 2OperationIssue 4.0 17/09/03SIMRAD 2OPERATING SIMRADThis Service Manual only contains operating instructions for those features of the Simrad Tiller Pilot range that are not normally available to the end user. For details of normal operation please refer to the appropriate Simrad Instruction Manual.Tiller Pilot TP10, TP20 & TP30Section 3 Assembly Instructions3ASSEMBLY INSTRUCTIONSGeneral Assembly : TP10Motor and Drive Assembly. The Bottom Case Assembly is supplied fitted with appropriate cables. Refer to detail in Drawing Number E03504 and insert the Push Rod Seal E00747, which has a taper inner bore, into the case with the larger bore of the seal facing outwards. Fit “O” Ring 190026, spacer E02870 and End Cap E02495 and push home. Fit Retainer E03084 and secure with 2 screws 200002 to hold the end cap, ensuring it is pushed fully in when the two screws are tightened. Using a small brush, grease the ‘trough’ area and the bore which houses the seal, “O”ring and spacer. Insert the Drive Assembly E03264 ensuring that the bearing slots into the bearing housing and the drive belt 280027 is fitted around the pulley. Insert the Motor Assembly E02788 fitted with front and rear Motor Mounts E02502 and E02503 ensuring that the blue wire is uppermost, the motor sits snugly into the bottom of the retaining slot and the drive belt is engaged over the motor drive pulley. Check that the motor, belt and drive screw assembly move freely. Fit Bearing Clamp E02497 on two Nylon Spacers 200115, one on each screw 200137, into the case bottom and secure the bearing with the two screws. Refer to the sketch below and check that the belt tension is within +/- 3mm.Fit the Tiller Connector E02607 into the end of the Push Rod E02522 and screw in, finger tight.Hall Effect PCB. Fit the Hall effect PCB onto the 2 pillars using 2 nylon washers 200037 as spacers between the pillars and the PCB, and 2 screws 200139. Ensure that the separation distance between the Magnets (E03208), seated in the 71 Tooth Pulley (E02505), and the Hall Effect Devices (140010) does not exceed 1mm.Main PCB. Feed the power, motor and feedback leads through the 2 grommets 190036 and the appropriate grommet in the PCB Assembly cover and solder the connections to the PCB. Refer to drawing and push PCB Assembly firmly onto the four bosses in the PCB Cover E02680. Clip the compass Assembly E02637 into the Drilled PCB Cover E02680, it can only be fitted one way round, ensuring that the lugs on the compass assembly line up with the 2 holes in the PCB cover and push in. Refer to drawing E03504 and ensuring that the wires from the compass to the connector lay over the PCB, insert plug into the socket on the PCB. Ensure all wires are clear of, and not fouling the PCB cover seal, and position the PCB Cover complete with the PCB and compass into the Case Top Assembly E02612. Screw down the PCB cover with 6 screws 200139 and fully tighten. Position the two grommets into case top, and push home into the two slots. Wrap the ‘Wits” fixing 200196 around the cable loom, and using a screw 200139 fix into the top cover.Main Seal. Fit the pivot pin into the square section at the rear of the prepared bottom case ensuring that the pin hangs out of the case with the notch on the pivot facing towards the operating rod of the tillerpilot. Fold the metal pin into its recess in the lower case. Position the Case Seal E02498 onto the case bottom ensuring it is pushed fully into the grooved housing. Carefully lift the case seal from around the area of the pivot pin and using a cotton bud apply Dow Corning 1205 Primer 260029 to the case. Fill a small hypodermic syringe with Dow Corning 3140 Silicone sealant 260001 and run a small bead of sealant completely around the case seal in the area of the square as shown below.Refit the seal onto the case.Final Assembly. Carefully position the case top onto the bottom ensuring that the case seal is correctly located all round, squeeze the top and bottom halves of the case together, and fit the 10 screws 200088. Tighten down evenly all round in the sequence shown below:Post Assembly Test. Remove the Tiller Connector E02607 and push the Tillerpilot Test Syringe Part No. TP-SRY over the end of the Push Rod E02522. Depress the syringe piston and release, the piston should return to its original position indicating that the integrity of the case seal has not been compromised during fitting. Remove the Test Syringe and refit the Tiller Connector. General Assembly : TP20Refer to Drawing No. E03505. Assembly is identical to the TP10 with the following exceptions:Case Bottom. The case bottom includes a third wiring (communications) loom to carry NMEA and CANBUS data.PCB Cover E02681. The PCB Cover is drilled with a third access point and grommet to accept the NMEA and CANBUS data leads.Issue 4.0 17/09/03SIMRAD General Assembly : TP30Refer to Drawing No. E03506. Assembly is identical to the TP20 with the following exception:Drive Assembly E02618. The Drive Assembly employs a re-circulating ball screw. The assembly is held in place by the metal mounting plate sitting in the mounting slots in both top and bottom cases and drive belt tension is adjusted by the inclusion of spacing shims E02754 as required.Tiller Pilot TP10, TP20 & TP30Section 4Mechanical Assembly DrawingsIssue 4.0 17/09/03SIMRAD4MECHANICAL ASSEMBLY DRAWINGSGeneral Assembly : TP10E03504General Assembly : TP20E03505General Assembly : TP30E03506Tiller Pilot TP10, TP20 & TP30Section 5Circuit Descriptions5CIRCUIT DESCRIPTIONSTillerpilot Common PCB AssemblyIntroduction. The PCB Assembly is a common item to all Wheelpilots and Tillerpilots. However, when the PCB is used in the TP10 or WP10 those components concerned with NMEA and CANBUS data are present but not in use, these components are highlighted in Red on the Circuit Diagram Drawing No. E03372.Supply and Regulation. The Tiller Pilots are designed to work from a 12 V source. Protection against incorrect polarity is provided by D1 and D4. Capacitors C1and C3 are used as reservoirs to hold up the supply voltage and reduce any supply dips. Protection against over-voltage spikes is provided by Resistor R2 and Zener Diode ZD1 and Regulator REG1 provides a 5V regulated supply. Transient Voltage Suppresser TVS1 protects the MOSFET drive transistors, TR10 to TR13, from voltage spikes greater than +16V.Microprocessor. Light Emitting Diodes LED1 to LED4 are driven from the microprocessor IC2 Ports P0.0 and P0.2 to P0.4 and turn OFF when the line goes HIGH via the transistor switches TR2 to TR5. When the transistors are off, resistors R32, R34, R36 and R38 provide a low current path for the LEDs to provide low level night illumination. The Audio Resonator AR1 is self resonating and switches ON when Port P0.5 goes HIGH via the transistor switch TR1 and resistors R59 and R60. The control key lines on Ports P4.0 to P4.4, normally pulled to +5V via resistors R7 to R11, are “scanned” by the microprocessor to detect if any of the switches have been operated and pulled the line LOW.NMEA Data In. NMEA data is optically isolated by IC5 and then fed into Port P2.4 of the microprocessor. Transistors TR6, TR7 and TR8 and components D6, D7, D8, R17, R18 and R19 form a switch, protected from high voltages, driven from Port P0.1 of the microprocessor. The switch is used to apply the synchronisation pulse (HR200_SYNC) to the NMEA line for products employing a Hand (Remote) Controller.CANBUS Data. CANBUS data in and out is driven by IC3 directly to and from Ports P2.1 and P2.0 respectively.NB. Components shown in RED on the circuit diagram, Drawing No. E03372, are not in circuit when the PCB is used with WP10 or TP10. The cable loom to connect them is absent from these products.Configuration Links. The Links, L1, L2 and L3, are used to configure the Microprocessor to either Wheelpilot or Tillerpilot operation and to model versions 10, 20 or 30 in accordance with the table below:1 Model Link 1Link 2Link 3TP 10N / C N / C N / CWP 10N / O N /C N / CTP 20N / C N / C N / OTP 30N / C N / O N / OWP 30N / O N / O N / OLEGEND N / C Normally Closed (soldered)N / O Normally Open (unsoldered)Microprocessor Reset. Integrated Circuit IC6 is an integrated reset generator for the microprocessor which produces a reset LOW pulse of approximately 50mS duration at switch on and whenever a 5v supply failure occurs. In addition to the reset provided by IC6, the microprocessor has a built in watchdog timer which will create a reset if a software crash occurs for any reason.Non-Volatile Memory (NVM). Integrated Circuit IC3 provides 1Kbit of E2 memory for the retention of important data after power down.Fluxgate (Compass). Two anti-phase signals are provided from microprocessor Ports P1.7 andP1.6. These signals are buffered by TR15 and TR16 to provide a higher current drive to the excitation coil of the fluxgate. A reference voltage level of +2 volts is provided by R46 and R53 decoupled by C53. The 2 coils, mounted at right angles, provide output signals proportional to the sine and cosine of the Earth’s magnetic field. These signals are fed via the electronic switch IC9,to 2 dual slope integrating analogue to digital converters IC7 and IC 8 plus associated components. The outputs of the comparator IC7 are fed to the microprocessor Ports P1.4 andP1.5 which provide input capture facilities. Accurate timing of the conversion is kept by the microprocessor to provide simultaneous precision analogue to digital conversion of both sine and cosine signals to avoid errors created by multiplexing the inputs.Motor Drive. The motor drive signals (MDRIVE_A and MDRIVE_B) are generated from the microprocessor at Ports P0.7 and P0.6, these lines being LOW when there is no drive and HIGH to drive. The drive outputs control IC10 and IC11 which are comparators set at threshold levels of+4V and +1V produced by the resistor network R71, R72 and R73. The comparators invert the signals and provide the current to switch the MOSFETs in stages which prevents both P and N channel MOSFETs on the same side of the “H-bridge” configuration, (i.e. TR10 and TR11 or TR12 and TR13), being partially switched on at the same time. When there is no drive, both N-channel MOSFETs TR11 and TR13 are switched on giving a direct short across the motor to the 0V linethus providing active brakingEMC. Capacitors with values of 100pF, 100nF and 1nF are extensively used to decouple noise from switched data lines. Two A.C. coupled connections labelled “CHASSIS” , routed via capacitors C63 and C64, were provided for interconnection to the internal metalwork for EMC purposes. Tests have confirmed that connection is not required.Hall Effect PCB.Introduction. The Hall Effect PCB is a generic item which can be used for both Tillerpilots TP10, TP20 and TP30 and Wheelpilots WP10 and WP30. For Tillerpilots, the Hall Effect devices are mounted vertically into the PCB and horizontally for Wheelpilots. The circuit diagram for the Hall Effect PCB is given in Drawing No. E03182.Feedback.Two Hall Effect sensors HE1 and HE2 are mounted on the Hall Effect PCB and sense the rotation of 2 small bar magnets mounted 1800 apart in the pulley wheel. This produces a quadrature feedback output, at logic levels, FB1 and FB2. The PCB is powered from the host unit+5V regulated supply, the line being filtered by C1, and signals FB1 and FB2 are fed back to the microprocessor via pull-up resistors on the host unit PCB.Tiller Pilot TP10, TP20 & TP30Section 6Circuit DiagramsIssue 4.0 17/09/03SIMRAD 6 CIRCUIT DIAGRAMSCircuit SchematicsCommon PCB Circuit Diagram E03372Hall Effect PCB Circuit Diagram E03182Component Lists and LayoutsCommon PCB Assembly Detail E03178Hall Effect PCB Assembly Detail E03184Early Version WP10 / TP10 Assembly Detail E03181Early Version WP30 / TP20/30 Assembly Detail E03178 (Pre Iss. 6)22Tiller Pilot TP10, TP20 & TP30Section 7 Programming and ConfigurationIssue 4.0 19/09/03SIMRAD 7PROGRAMMING AND CONFIGURATIONThis Service Manual only contains programming and configuration information for those features of the autopilot which are not normally available to the end user. For details of normal programming and configuration please refer to the appropriate user manual.Tiller Pilot TP10, TP20 & TP30Section 8Fault FindingIssue 4.0 19/09/03SIMRAD8FAULT FINDINGCommon User Faults. Common user faults are included in the Diagnostics Guide included in the user manual.Common Technical Faults. None yet identified.Tiller Pilot TP10, TP20 & TP30Section 9Spare Parts Detail9SPARE PARTS DETAILSpares PacksTPPK1TP10 / 20 MECHANICAL ASSEMBLY TPPK2TP10 TOP CASETPPK3TP20/30 BOTTOM CASETPPK4TP10 PCB CASETPPK5WITHDRAWNTPPK6FLUXGATE ASSEMBLYTPPK7MOUNTING PIN, CUP AND CONNECTOR TPPK8MOTOR ASSEMBLYTPPK9FEEDBACK KITTPPK10DRIVE BELTTPPK11CASE SCREW PACKTPPK12PUSH ROD SEAL PACKTPPK13CASE SEAL PACKTPPK14TP100 TOP CASETPPK15GREY BOTTOM CASETPPK16TP20 TOP CASETPPK1 7TP20/30 PCB CASETPPK18WITHDRAWNTPPK19WITHDRAWNTPPK20TP30 TOP CASETPPK21COMMON PCB ASSEMBLYTPPK22TP30 MECHANICAL ASSEMBLYTPPK23TP300CX TOP CASETPPK24TP200CX TOP CASETPPK25TP10 BOTTOM CASE9.2AccessoriesTB30TILLER BRACKET 30mmTB60TILLER BRACKET 60mmTB90TILLER BRACKET 90mmTB120TILLER BRACKET 120mmPB30PEDESTAL BRACKET 30mmPB60PEDESTAL BRACKET 60mmPB90PEDESTAL BRACKET 90mmCB1CANTILEVER BRACKETPRE30PUSH ROD EXTENSION 30mmPRE60PUSH ROD EXTENSION 60mmPRE90PUSH ROD EXTENSION 90mmPRE120PUSH ROD EXTENSION 120mmPRE150PUSH ROD EXTENSION 150mmPRE300PUSH ROD EXTENSION 300mm9.3Service AidsTP-SRY TILLERPILOT TEST SYRINGETiller Pilot TP10, TP20 & TP30Section 10 Technical Notes10TECHNICAL NOTESPS 139Identification of Tillerpilot variantsPS 140Improved bonding of drive pulley to motor drive shaft PS 173Positioning of Feedback PCBPS 174Re-engineered Main PCBTechnical NoteFOR THE ATTENTION OF THE SERVICE MANAGER139NUMBER :PSPRODUCT :Tillerpilot – TP100 / TP200CX /TP300C / TP300CX / TP10 / TP20 /TP30SUBJECT:Identification of VariantsDATE: 1 October 1999There are a number of variants of Tillerpilots currently in use which, though similar in appearance, are built and operate differently. Positive identification is therefore essential when ordering spare parts to ensure that the correct item is dispatched.The main aids to identification are:ck of a Hall Effect PCB indicates Back emf, earliest, version.2.Hall Effect PCB with microprocessor mounted in socket indicatesintermediate version.3.Hall Effect PCB with surface mount microprocessor indicateslatest version.A table of variants identified by serial number and drawings, General Assembly, PCB Assembly and Circuit Diagram, to aid identification of the different PCBs, is given below:Issue 4.0 19/09/03 SIMRAD 36TILLERPILOT VARIANTS. The Tillerpilot variants can be conveniently divided into 3 groups:1. Feedback produced from the motor back emf.2. Feedback produced from a Hall Effect PCB.3. Introduction of Surface Mount microprocessor (SMu)TP100Back emf TP200CX Back emf TP300C Back emf TP300CX Back emf TP100Hall Effect TP200CX Hall Effect TP300CX Hall Effect TP200CX SM u TP300CXSM uu No.E02517E02520E02520E02520E03190E03189E03189E03398E03398Man from Start Start Start MK3143PE8818PB1484OD6415Not Yet In Production SerNo.to PE8818PB1483MI2954OD6414Continue Continue ContinueGen Assy E02587Not Issued E02616E02616E03299E03262E03300PCB Assy E02515E02518E02518E02518E03181E03178E03178Cct Diag E02549E02550E02550E02550E03179E03176E03176TP10SM u TP20SM u TP30SM uu No.E03398E03398E03398Man from OL7635OL1384OL7190SerNo.to Continue Continue ContinueGen Assy E03504E03505E03506PCB Assy E03181E03178E03178Cct Diag E03371E03372E03372Issue 4.0 19/09/03SIMRADTechnical NoteFOR THE ATTENTION OF THE SERVICE MANAGER140NUMBER :PSPRODUCT :Tillerpilot – TP100 / TP200CX /TP300C / TP300CX / TP10 / TP20 /TP30SUBJECT:Improved bonding of drive pulleyto motor drive shaft.DATE: 1 October 1999The 20 Toothed Pulley Part No. E02839 is a push fit onto the motor drive shaft, see sketch below, and the bonding is enhanced with Loctite 270 Part No. 260025. Instances have occurred where the bonding has weakened resulting in reduced drive efficiency or operational failure. An improved bonding adhesive Loctite 638 Part No. 260063 has been identified and approved for use. All Tillerpilot repairs should be carried out using the new adhesive.The new bonding agent has been used in the manufacture of all Tillerpilots with the alphabetic prefix PC, 1 March 1999, and subsequent serial numbers. The Product Support Department should be informed of any units found to be slipping post production date 1 March 1999.Issue 4.0 22/09/03SIMRAD。
Yamaha Motif XS 用户手册说明书
IntroductionThis addendum describes additional features and new instructions.Chapter 6, SplittingThis change pertains to the last paragraph on page 17. The default split point is different from the split point originally listed in the MP10 User's Manual. Please substitute that paragraph with the following.By default the split point is just above F# (below Middle C). To change the split point, use the [Split Key] special button.Func X-PoseV olumeSplit KeyFavorite 1Favorite 2SplitLayerWhile the keyboard is split, press the [Split Key] button and the display will show "F#3" (the default). To change, press the [Next] button or[Prev] button until the display shows the desired split point. The [Jump] button pair will reset the split point back to "F#3".Chapter 7, The Function (Func) Button PairChapter 7 changes include a description of the Rec Rhythm andSoftware Version parameters as well as their addition to the list ofFunction Mode parameters.Also included is an additional method to Hard Reset the MP10.The Function Mode ParametersAdd Rec Rhythm and Software Version to the list of parameters. This paragraph should read: Transpose, Effect Level, Touch Sensitivity, Fine Tuning, MIDI Channel, Metronome, Rec Rhythm, Local Control On/Off, Software Version, Hard Reset.Rec RhythmThis parameter determines whether rhythms are recorded along with the notes you play when recording.When this parameter is set to Off (the default), a rhythm will not play while recording. When this parameter is set to On, a rhythm may play and be recorded while recording.More details may be found in Chapter 9; The Rhythm Button, and Chapter 10; The Record Button.Software VersionYou can use the Software Version parameter to check the currentversion of the MP10's Operating System (OS) and sound data (OBJ) files.Visit the Kurzweil website (), select the Downloads tab then MP10, and verify the version numbers. Complete installation instructions are included in the downloaded files.Hard ResetIn addition to the method described in the MP10 Userʼs Manual, you can also perform a Hard Reset without using the [Func] button pair.Hold the C8 key down while switching on the power. Continue to hold C8 down until you see "RESETTING" in the display then release. New! The Demo Button PairButtons used for playing Demo Songs[Demo]([Record]+[Play/Stop]), [Prev], [Next], [Play/Stop], [Record]Demo JumpNextPrevPlay/StopRecordDemo ModeEnter Demo Mode to easily select any of the MP10's 51 prerecorded grand piano songs performed in a variety of classic styles thatdemonstrate the quality of its Grand Piano voice.Starting Demo ModePress the [Demo] button pair (press the [Record] and [Play/Stop]buttons together) to start Demo Mode. The Demo LEDs will begin to flash and the first demo song (1 Brahms–Rhapsody) will immediately begin to play.The number and name of the song will be displayed while it plays.When it finishes, the next demo song begins to play. When all 51 songs have played, playing continues from the first one again.Controlling Demo ModeTo stop the current demo song, press [Play/Stop]. To restart playing from the beginning, press [Play/Stop] again.To select the next demo song, press [Next]. Its number and name will be displayed. If necessary, press [Play/Stop] to begin playing it. Toselect the previous demo song, first press [Play/Stop] if necessary to stop the current song. Press [Prev] to select the previous song then press [Play/Stop] again to begin playing it.You can skip forward 10 songs at a time by pressing the [Jump] button pair (press the [Prev] and [Next] buttons together).If the current song has been playing for a short time (less than 2seconds), you can go directly to the previous song just by pressing [Prev]. After playing 2 seconds, the current song will be restartedinstead.You may go directly to any song by pressing [Record] then anykeyboard key below C5. Please refer to the table below. To cancelwithout selecting, press [Record] again.To stop playing demo songs and exit Demo Mode, press [Piano].Demo Song ListNo.Song Name Key 1Brahms–Rhapsody A02Prelude I A#03Invention No. 4B04Invention No. 8C15Prelude II C#16Aria Goldberg D17Fuga II D#18Sonatine Op.36E19Klavierstück F110Piano Sonate F#111Rondo in D G112Piano Sonate K.3G#1 13Piano Sonate K.5A114Minuet in G A#1 15Bagatelle No. 25B116Sonatine Op.55C217March Militaire C#2No.Song Name Key18Moments Musicaux D219Impromptu No. 2D#220Impromptu No. 4E221La Chevaleresque F222Without words F#223Venetianisches G224Sostenuto G#225Valse KK A226 5 Mazurkas A#227Valse Op.69 No. 2B228Grande Valse C329Valse Op.64 No. 2C#330Nocturne No. 2D331Valse Op.64 No. 1D#332Preludes in Db E333Fantaisie-Improm F334Träumerei F#3No.Song Name Key35Frölicher Landma G336Von fremden Länd G#337Liebesträume No. 3A338Dollyʼs Dreaming A#339Frühlingsstimmen B340The Swan C441Blumenlied C#442Valsette D443Old French Air D#444Mazurka E445Polka F446Barcarolle F#447Humoreska G448Suite ʻPeer Gynt G#449Suite Bergamasque A450Rêverie A#451Arabesque I B4MP10 User's Manual Addendum。
YAMAHA MSP3 有源监听音箱
◆技术指标：
一般技术规格
● 一般
类型: 带功放的2路,低音反射式扬声器
分音频率: 4kHz
频率响应范围: 65kHz-22kHz
最大声压级: 98dB(lm)
体积(宽X高X深): 144x236x167mm
重量: 4.4kg
● 扬声器部分
组件低频:10cm锥形
高频:2.2cm
箱体: 低音反射式
● 功放部分
输出功率: 20W
输入灵敏度/阻抗: 线路1:-10dB/10kΩ
线路2:+4dB/10kΩ
输入连接器: 线路1:RCA针式
线路2:XLR-3-31和单音接口(平衡,平行)
信噪比: ≥95dB(IEC-A标准)
控制器: 电平控制器:线路1和线路2
音调控制器: 低于100Hz时+/-3dB
高于100kHz时+/-3dB
电源开关: 开/关
电源要求: 美国和加拿大型号AC 120V 60Hz 欧洲:AC 230V 50Hz
澳洲型号: AC 240V 50Hz
功耗: 30W
◆产品描述：
紧凑型，两分频有源监听系统。
内置20瓦功放。
两个线路输入。
平衡XLR、平衡PHONE接口和不平衡RCA插口输入，提供多种互连性。
高低音调控制，作出声音修正。
独立的线路1和线路2电平控制。
防磁。
YAMAHA基本操作教程第二章
• C：标记基准值（0--255）.识别标记时２维画面 的基准值．用辅助调整进行最优化设置． • D：标记识别公差．设定的标记面积值与实际视 觉识别得到的面积值的误差，推荐用30%．
• E、F：识别范围．视觉识别的Ｘ．Ｙ的范围． • G：外圈照明级别． • H：内圈照明级别．
• I：同轴照明级别． • J：IR外圈照明级． • K：IR内圈照明级．＊13
• L：吸取时机．分为两种：a:吸嘴吸取时先产生真 空再下降,b:先下降再产生真空．＊２３ • M：吸取动作．分为四种：a:正常模式,b:QFP模 式,c:精密模式,d: 细节描述 ＊２４
• N：吸取时轴停止．＊２５ • O、P：吸取时上升，下降模式．＊２６
贴装
• A：贴装高度．从基板表面高度开始向下计算， 正为向下，负为向上．＊２７
F
• F：R.输入基准块的回转角度.＊４２
建立基准信息
• 为使用基准功能,设定基准标记.标记2点一组或4 点一组.形状各异也行,但必须在标记信息中登录.
A
B
C
• A、B、C：基板,块,局部:基准功能大致分以下几 种:以基板单位设定的<基板>基准,以拼板基板的 块为单位设定的<块>基准,以贴装数据为单位的< 局部>基准,变更时按<编辑>按钮.
• I：元件基准值．(0～255).设置元件亮度检 出的标准范围．此值可自动默认或手动设 置．
• J：公差值．元件实际尺寸与视觉识别尺寸允许的 偏差范围． • K：引线检查范围．根据元件尺寸设置合适的识 别范围．
• M：形状基准角度．识别时元件的外形基准．
• N：元件识别亮度．机器根据此设定值来判别元 件亮度是否达到要求，决定是否贴装． • O：多路视觉．
完整的SMT贴片机(YAMAHA YV系列)保养维护手册(第一部分,共两部分)
66
重装后 N 轴初始位置调整
67
4. 吸嘴卡簧
68
检查卡簧状态
68
更换卡簧
68
5. 真空阀过滤芯
70
清洁/更换过滤芯
70
6. 真空阀
71
检查操作状态
71
更换真空阀
72
7. 六角块
73
更换离合阀和锁针阀
74
第三节 头部 (YV88Xg-S)
介绍
75
随机备件
75
1．吸嘴
77
检查吸嘴状态
77
清洁吸嘴（61A, 62A）
目录
关于安全
1
关于本手册
1
维护列表
2
维护位置
3
维护所需工具
4
第一节 头部 (YV100Xg)
介绍
5
随机备件
5
1. 吸嘴
7
所需工具
7
拆除 FNC 吸嘴组件
7
拆除标准吸嘴
8
清洁程序(不使用超声波清洗器)
9
清洁程序(使用超声波清洗器)
12
重装 FNC 吸嘴组件
15
2. 吸嘴轴
18
所需工具
18
清洁程序
18
3. FNC 锁针
100
清洁移动摄象机发光体单元
100
第七节 其他
介绍
101
1．气雾过滤器
103
清洁过滤器杯
103
清洁空气过滤器
104
清洁雾过滤器
104
2．气阀
105
检查故障原因
105
更换气阀
106
3．软驱
107
YAMAHA维修
YAMAHA维修手册一.夹板气缸不能回收机型:YV100-X 拉别：L19 日期：10月20日处理时间：20:45~21:23 故障现象:贴装一块PCB板完成后，在传送过程中报警，报警现象如下图所示：原因分析：1.经检查发现PCB板贴装完毕后没有到达出板感应器位置2.发现夹板气缸只能夹住PCB板，不能自动松开导致传送报警3.经检查确认后为夹边气缸坏解决方法：1.把坏的夹边气缸上三颗螺丝用2.5mm六角卸下来,用手把气缸尾部上的气管拔掉如下图所示:拔掉2.把新的夹边气缸用2.5mm 六角装上三颗螺丝回原位,再用手将气管插入气缸尾部如下图所示:插入装回3.安装完毕后进入手动模式,光标移动到EDGE CLAMP处按多几次ENTER键,使夹边气缸来回顺畅为标准如下图所示:二.吸嘴真空报警机型:YV100-X 拉别：L21 日期：10月22日处理时间：14:00~14:10 故障现象:机器自动运行取料时出现真空报警,报警现象如下图所示:原因分析:1.吸嘴上可能有元件没有被抛弃2.吸嘴堵塞3.经检查后发现吸嘴孔有灰尘,堵塞了吸嘴,确认为吸嘴堵塞解决方法:1.进入I/O命令将吸嘴下降“1为UP”“0为DOWN”如下图所示:2.用专用十字螺丝刀，把2.4.6.8号吸嘴头组件上的两颗螺丝卸下,再用手把1.3.5.7号头上的吸嘴拔下如下图所示:拔下组件2颗螺丝3.将卸下的吸嘴放入酒精盒清洗,并用飞枪吹干如下图所示:1.将清洁干净的吸嘴按照卸下吸嘴的反顺序安装回机器上,注意飞行嘴的安装,组件上的小圆点要和齿轮上的小圆点相对应如下图所示:齿轮圆点组件圆点2.进入真空检测的步骤如下图所示:3.将安装好的吸嘴进行真空测试,得出的数据保存后退出,此机器便可正常生产如下图所示:三.贴装漏料、更换电磁阀机型:YV100-X 拉别：L21 日期：10月25日处理时间：14:30~14:40 故障现象:贴装元件时在炉后面发现有漏料的PCB板，如下图所示：原因分析:1.吸嘴上有一定的粘合物把贴装后的元件又带回取料位置2.真空不足3.经最后发现为产生真空的电磁阀坏,在工作中真空出现时有时无的现象,导致了贴装漏料解决方法:1.把机器的主气源关闭,如下图所示:关闭2.用小号十字螺丝刀,把真空电磁阀上的24V插头拔下,并卸下两颗螺丝如下图所示:插头螺丝3.将新的电磁阀上的密封圈安装好,如下图所示:密封圈4.把安装好密封圈的新电磁阀装回真空摸块上,锁紧两颗螺丝并将24V插头插好如下图所示:插头螺丝5．将关闭的气源打开，并测试真空得出的数据要保存，便可正常生产如下图所示：。
YAMAHA AUDIOGRAM3 说明书
新的工程即被创建。
Cubase AI 数据会被存储为“Project”。
菜单中选择[Device Setup]，打开D evice Setup窗口。
Devices]字段中的[VST Audio System]。
从右侧窗口中选择ASIO DirectX Full Duplex Driver]。
将出现一个对话框，询问单击[Switch]。
Devices]字段中的[VST Audio System]。
从右侧窗口中选择USB Audio CODEC]。
将出现一个对话框，询问“D o you want to switch the ASIO driver?SIO Direct Sound Full Duplex Setup对话框。
只选择输入端口和输出端口复选框，然后单击[OK] 关闭对话框窗口。
CoreAudio Device Settings] 对话框。
在[Input/Output Configuration]”中都仅勾选[USB Audio CODEC] 。
单击[Close] 关闭对话框。
SB Audio CODEC 1/2” (Windows), “Front Left/Front Right” (Mac) 字段中，并选择D evice Setup窗口中的[Visible]列。
单击Port System Name]字段没有发生变化，请关闭并重新启动C ubase AI Device Setup窗口。
Audio Device]区域中的“N ot Connected”被选定，请在“N[USB Audio CODEC]。
还要以相同的方式设置[Outputs] ，然后关闭窗口。
菜单中选择[Add Track] →[Audio] 。
将出现添加音频轨的对话框。
“C onfiguration”参数，然后单击[Add Track]将出现添加的轨。
录制合成器时通常可以使用立体声音轨，录制人声或吉他时通常可以使用单声道音轨。
PS3维修手册
PS3维修⼿册CECHG seriesSM-PS3-0093E-02 PLAYSTATION? 3 SEM-001BOARD SERVICE MANUAL 2nd edition Level 3CS DepartmentPublished in Japan C 2007. 10Reproduction Prohibited CECHG series SAFETY CHECK-OUTAfter correcting the original service problem, perform the followingsafety checks before releasing the set to the customer:1. Check the area of your repair for unsoldered or poorly soldered connections. Check the entire board surface for solder splashes and bridges.2. Check the interboard wiring to ensure that no wires are “pinched” or contact high-wattage resistors.3. Look for unauthorized replacement parts, particularly transistors, that were installed during a previous repair. Point them out to the customer and recommend their replacement.4. Look for parts which, though functioning, show obvious signs of deterioration. Point them out to the customer and recommend their replacement.5. Check the power cable for cracks and abrasion. Recommend the replacement of any such power cable to the customer.6. Check the B+ voltage to see it is at the values specified.7. Check the metal trim, “metallized” knobs, screws, and all other exposed metal parts for AC leakage.Check leakage as described below.CAUTION:The use of optical instruments with this product will increase eye hazard.CAUTIONUse of controls or adjustments or performance of procedures other than those specified herein may result in hazardous radiation exposure.WARNING!!WHEN SERVICING, DO NOT APPROACH THE LASER EXIT WITH THE EYE TOO CLOSELY. IN CASE IT IS NECESSARY TO CONFIRM LASER BEAM EMISSION, BE SURE TO OBSERVE FROM A DISTANCE OF MORE THAN 25 cm FROM THE SURFACE OF THE OBJECTIVE LENS ON THE OPTICAL PICK-UP BLOCK.LEAKAGE TESTThe AC leakage from any exposed metal part to earth groundand from all exposed metal parts to any exposed metal parthaving a return to chassis, must not exceed 0.5 mA (500microampers.).Leakage current can be measured by any one of three methods.1. A commercial leakage tester, such as the Simpson 229 orRCA WT-540A. Follow the manufacturers’ instructions touse these instruments.2. A battery-operated AC milliammeter. The Data Precision 245digital multimeter is suitable for this job.3. Measuring the voltage drop across a resistor by meansof a VOM or battery-operated AC voltmeter. The “limit”indication is 0.75 V, so analog meters must have an accuratelow-voltage scale. The Simpson 250 and Sanwa SH-63Trdare examples of a passive VOM that is suitable. Nearly allbattery operated digital multimeters that have a 2 V AC rangeare suitable. (See Fig. A)SAFETY-RELATED COMPONENT WARNING!!COMPONENTS IDENTIFIED BY MARK ! OR DOTTEDLINE WITH MARK ! ON THE SCHEMATIC DIAGRAMSAND IN THE PARTS LIST ARE CRITICAL TO SAFEOPERATION. REPLACE THESE COMPONENTS WITHSONY PARTS WHOSE PART NUMBERS APPEARAS SHOWN IN THIS MANUAL OR IN SUPPLEMENTSPUBLISHED BY SONY.ATTENTION AU COMPOSANT AYANT RAPPORTà LA SéURITé!!LES COMPOSANTS IDENTIFIéS PAR UNE MARQUECES COMPOSANTS QUE PAR DES PIèCES SONYDONT LES NUMéROS SONT DONNéS DANS CEMANUEL OU DANS LES SUPPLéMENTS PUBLIéSPAR SONY.CAUTIONEnsure that this product is disconnected from the power plugbefore the laser protective housing is removed.CLASS 1M LASER RADIATION WHEN OPEN DO NOTVIEW DIRECTLY WITH OPTICAL INSTRUMENTS.This label is located on the BD/DVD/CD Drive laser protectivehousing inside the enclosure.BD/DVD/CD driveCAUTIONRisk of Explosion if Battery is replaced by an Incorrect Type.Dispose of Used Batteries According to the Instructions.Lithium BatteriesIf an equipment is provided with a replaceable lithium battery,the following applies:– if the battery is placed in an OPERATOR ACCESS AREA,there shall be a warning close to the battery or in both theoperating and the service instructions:– if the battery is placed elsewhere in the equipment, there shallbe a warning close to the battery or in the service instructions.SPECIAL COMPONENT NOTICEThe components identified by mark contain confidentialinformation.Strictly follow the instructions whenever the components arerepaired and/or replaced.– 2 –Reproduction Prohibited CECHG series1. CIRCUIT DIAGRAM1-1. CWI-002 Board (1/3) ...................................1-2 1-2. CWI-002 Board (2/3) ...................................1-3 1-3. CWI-002 Board (3/3) ...................................1-4 1-4. SEM-001 Board (1/20) .................................1-5 1-5. SEM-001 Board (2/20) .................................1-6 1-6. SEM-001 Board (3/20) .................................1-7 1-7. SEM-001 Board (4/20) .................................1-8 1-8. SEM-001 Board (5/20) .................................1-9 1-9. SEM-001 Board (6/20) ...............................1-10 1-10. SEM-001 Board (7/20) ...............................1-11 1-11. SEM-001 Board (8/20) ...............................1-12 1-12. SEM-001 Board (9/20) ...............................1-13 1-13. SEM-001 Board (10/20) .............................1-14 1-14. SEM-001 Board (11/20) .............................1-15 1-15. SEM-001 Board (12/20) .............................1-16 1-16. SEM-001 Board (13/20) .............................1-171-17. SEM-001 Board (14/20) .............................1-18 1-18. SEM-001 Board (15/20) .............................1-19 1-19. SEM-001 Board (16/20) .............................1-20 1-20. SEM-001 Board (17/20) .............................1-21 1-21. SEM-001 Board (18/20) .............................1-22 1-22. SEM-001 Board (19/20) .............................1-23 1-23. SEM-001 Board (20/20) .............................1-242. PRINTED WIRING BOARDS2-1. CWI-002 Board (Side A) ..............................2-1 2-2. CWI-002 Board (Side B) ..............................2-2 2-3. SEM-001 Board (Side A) .............................2-3 2-4. SEM-001 Board (Side B) .............................2-43. ELECTRICAL PARTS LISTCWI-002 Board ............................................3-1SEM-001 Board ............................................3-1TABLE OF CONTENTS– 3 –Reproduction Prohibited CECHG series SECTION 1CIRCUIT DIAGRAM1-1Reproduction Prohibited CECHG series 1-1. CWI-002 BOARD (1/3)Reproduction Prohibited CECHG series 1-3. CWI-002 BOARD (3/3) CWI-002 BOARD (3/3)CN301R316C300C301LF300LF301LF302JL301R325C302R317C3031-4Reproduction Prohibited CECHG series 1-4. SEM-001 BOARD (1/20) SEM-001 BOARD (1/20)IC1001IC1001CL1001CL1002CL1003IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001CL1004CL1005C1005 CL1006 R1008 R1009 R1010 R1011 R1012 R1013 R1014 R1015 C1003 R1016 C1004 R1017 Q1001 R1024 CN1001 R1005 Q1002 CL1011 CL1012 R1025 R1026 CL1007 CL1008 R1023 CL1009 IC1001 IC1001 R1027 IC1001 IC1001 IC1001 IC1001 IC1001 IC1001 IC1001 IC1001 IC1001 IC1001 IC1001 IC1001 IC1001 IC1001 IC1001 IC1001 IC1002 IC1002IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001IC1001CL1010IC1001IC1001IC1001IC1001IC1001IC10011-51-6Reproduction Prohibited CECHG series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eproduction ProhibitedCECHG series1-6. SEM-001 BOARD (3/20)SEM-001BOARD (3/20)R1237C1516CL1201IC1201C1295R1221R1223R1222R1224R1216R1217R1219R1220Q1202C1287C1284C1282C1280C1278C1275C1273C1272C1515C1513C1504R1225R1226R1227R1228R1229R1230R1231R1232R1233R1234R1235R1236FB1201C1514C1292C1281C1271R1207R1204R1205CL1202R1208Q1201C1274C1276C1279C1277R1211C1395R1321R1322R1324R1316R1317R1319R1320Q1302R1329R1330R1331R1332R1333R1334R1335R1336C1613C1604R1307CL1302R1308C1371FB1301C1614C1392C1381R1311C1379R1304R1305C1377C1376C1374Q1301C1503R1337CL1301C1616C1603C1505C1507C1213C1216C1219C1222C1225C1228C1231C1234C1237C1240C1214C1217C1220C1223C1226C1229C1232C1235C1238C1241C1506C1508C1215C1218C1221C1224C1227C1230C1233C1236C1239C1242C1509C1511C1243C1246C1249C1252C1255C1258C1261C1264C1267C1244C1247C1250C1253C1256C1259C1262C1265C1268C1510C1512C1245C1248C1251C1254C1257C1260C1263C1266C1269C1270C1605C1607C1313C1316C1319C1322C1325C1328C1331C1334C1337C1340C1314C1317C1320C1323C1326C1329C1332C1335C1338C1341C1606 C1608C1315C1339C1342C1609C1611C1343C1346C1349C1352C1355C1358C1361C1364C1367C1344C1347C1350C1353C1356C1359C1362C1365C1368 C1610C1612C1345C1348C1351C1354C1357C1360C1363C1366C1369C1370IC1201IC1202IC1202IC1301IC1301IC1302IC1302R 1203R 13031-8Reproduction ProhibitedCECHG series1-7. SEM-001 BOARD (4/20)SEM-001 BOARD (4/20)IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001R2061IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001R2071R2072R2073IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001R2067R2068IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001C 2001R 2001R2003R2076R2002C2003R2004R2007R2036R2051R2058R2065 R2066R2075R2054R2052R2053R2005IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001R2062IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001IC2001R2069IC2001R20701-9Reproduction Prohibited CECHG series1-8. SEM-001 BOARD (5/20) SEM-001 BOARD (5/20)IC2102IC2101IC2102C2109X2101R 2110R 2111R 2112R 2113R 2114R 2115R 2116R 2118R2128CL2101R2129CL2102CL2103CL2104CL2105CL2106CL2113CL2111CL2114CL2112R2161R2162R2163R2164R2165C2266R2166C2268R2167C2269R2168R 2157R2159R2160C2136C2137C2139C2140C2141C2149C2155C2164C2171C2180C2189C2198C2191C2174C2181C2168C2177C2185C2142C2145C2151C2157C2161C2169C2175C2184C2192C2203C2213C2224C2236C2144C2148C2153C2159C2165C2173C2179C2188C2196C2208C2218C2230C2241C2247C2252C2257 C2263C2178C2183C2186C2190C2194C2200C2205C2210C2215C2219C2226C2232C2237C2242C2248C2259C2162C2152C2147C2160C2166C2201C2209C2225R2158FB2103C2197C2204C2220C2231C2258C2265C2264C2267C2170C2253C2202C2212C2223C2235C2246C2256C2195C2207C2217C2229C2240C2251C2262C2143C2146C2150C2154C2158C2163C2167C2172C2176C2182C2187C2193C2199C2206C2214C2221C2227C2211C2222C2234C2245C2255C2216C2228C2239C2250C2261C2238C2233C2244C2249C2260C2254C2243R 2145R 2147R 2149R 2151R 2153R 2154R 2155R 2140R 2131R 2133CL2109CL2110C2108R2101R2102C2103IC2101R2184C2112C2101C2104C2105C2102R2104R2183C2106C2107R2105R2106C2272C2110C2111C2116FB2102C2121C2122C2117C2123R2109C2125C2124C2126R2108C2118C2119C2120FB2101R 2107C 2113C 2114C 2115Reproduction Prohibited CECHG series 1-9. SEM-001 BOARD (6/20)1-10Reproduction Prohibited CECHG series 1-10. SEM-001 BOARD (7/20)1-111-12Reproduction ProhibitedCECHG series1-11. SEM-001 BOARD (8/20)SEM-001 BOARD (8/20)IC3001IC3001IC3002R3019X3001R3004R3001R3005R3007R3013R3016R3033R3018Q3001CL3024R3002R3023R3031C3002VDR301C3004C3005R3011R3014R3017CL3025R3015CL3019CL3014CL3015CL3016CL3002CL3017CL3018CL3003C3007C3017C3047C3029C3034C3056C3066C3076C3085C3092C3099C3106C3114 C3057C3067C3077C3086C3093C3100C3107C3115C3058C3068C3078C3087C3094C3101C3108C3008C3018C3024C3035C3040C3048C3054C3064C3073C3082C3091C3009C3015C3022R3025L3001C3041C3049C3010C3016C3023C3030L3002R3026C3044C3051C3063C3083R3027C3074C3011C3025C3036C3042C3059C3069C3079C3088C3095C3102C3109C3116C3060C3070C3080C3089C3096C3103C3110C3117C3061C3071C3062C3072R3028R3029CL3013R3030C3012C3046C3053C3032C3038C3027C3013C3020C3050C3055C3065C3075C3084C3098C3105C3113C3033C3043C3028C3014C3021C3081C3090C3097C3104C3111C3118 C3039CN3001R3032IC3002C3006R3024C L 3012Reproduction Prohibited CECHG series 1-12. SEM-001 BOARD (9/20)1-13Reproduction Prohibited CECHG series 1-13. SEM-001 BOARD (10/20)1-14Reproduction Prohibited CECHG series 1-14. SEM-001 BOARD (11/20)1-15Reproduction Prohibited CECHG series 1-15. SEM-001 BOARD (12/20)1-16。
YAMAHA保养手册
零件名称
检视重点
Head Assy (着装头组) Air Filter(空气滤蕊) 检视滤蕊本身是否干净、变形、损坏
Nozzle Shaft
检视 Buffer 是否顺畅
Nozzle (吸嘴)
零件名称 Nozzle Shaft Moving Camera LED Lighting X 轴-Ball Screw(螺杆)
检视 Buffer 是否正常 检视 Leaf Spring 是否变形，必要时更换 检视 Feeder Plate 上是否有零件 检视镜片有无灰尘或零件 检视镜片有无灰尘或零件
检视 Feeder Plate 上是否有零件 检视镜片有无灰尘
Moving Camera Lighting 检视讯号线是否连接正常
Multi Vision Camera
Multi Vision Camera Lighting
Single Vision Camera
Single Vision Camera Lighting
检视 O-Ring 是否损坏
检视 Leaf Spring 是否变形
检视吸嘴前端是否破裂或沾锡
检视 Buffer 是否正常
X轴
Ball Screw(螺杆)
检视表面是否沾灰尘
直线滑轨
检视表面是否沾灰尘
Y轴
Ball Screw(螺杆)
检视表面是否沾灰尘
直线滑轨
检视表面是否沾灰尘
Z轴
Ball Screw(螺杆)
IDEMITSU DEPHNE EPONEX N2
<1>每天的检视与保养工作：
Nozle
零件名称
工作重点 检视吸嘴末端是否破裂或沾锡
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LF: 10 cm cone (4Ω, magnetic shielded) HF: 2.2 cm dome (4Ω, magnetic shielded) Enclosure Type: Bass Reflex
˔૯߹༷
ࣜܗΣΠόεϨϑܕύϫʔ υɾεϐʔΧʔ
The BLUE wire must be connected to the terminal that is marked with the letter N (or coloured BLACK).
The BROWN wire must be connected to the terminal that is marked with the letter L (or coloured RED).
WARNING :
Failure to follow appropriate service and safety procedures when servicing this product may result in personal injury, destruction of expensive components and failure of the product to perform as specified. For these reasons, we advise all Yamaha product owners that all service required should be performed by an authorized Yamaha Retailer or the appointed service representative.
and must be replaced with parts having specification equal to those
ҹͷɺ҆શΛҡ࣋͢ΔͨΊʹॏཁͳ෦Ͱ͢ɻަ͢Δ߹ɺ҆શͷͨΊʹඞͣࢦఆͷ෦Λ͝༻Լ͍͞ɻ
2
SPECIFICATIONSʢ૯߹༷ʣ
MSP3
General specifications Type....................................... 2-way Bass Reflex
PA 011605
20010915-18000
1.386K-344
HAMAMATSU, JAPAN 1
Printed in Japan 2001.10
MSP3
IMPOR TANT NOTICE
This manual has been provided for the use of authorized Yamaha Retailers and their service personnel. It has been assumed that basic service procedures inherent to the industry, and more specifically Yamaha Products, are already known and understood by the users, and have therefore not been restated.
CONTENTS ʢ࣍ʣ
SPECIFICATIONSʢ૯߹༷ʣ................................................... 3 PANEL LAYOUTʢύωϧϨΠΞτʣ.................................... 4 BLOCK DIAGRAMʢϒϩοΫμΠΞάϥϜʣ............................ 5 CIRCUIT BOARD LAYOUTʢϢχοτϨΠΞτʣ................. 6 WIRINGʢ݁ઢਤʣ..................................................................... 6 DISASSEMBLY PROCEDUREʢղखॱʣ.............................. 7 IC BLOCK DIAGRAMʢ*$ϒϩοΫਤʣ................................... 10 CIRCUIT BOARDSʢγʔτج൘ਤʣ........................................ 11 INSPECTIONʢࠪݕʣ............................................................... 13 OVERALL CIRCUIT DIAGRAMʢ૯ճ࿏ਤʣ PARTS LIST
IMPORTANT :
Turn the unit OFF during disassembly and parts replacement. Recheck all work before you apply power to the unit.
WARNING: CHEMICAL CONTENT NOTICE!
ΫϩεΦʔόʔप L)[ ࠶ੜपଳҬ )[ ʙ L)[ ࠷େग़ྗԻѹϨϕϧ E#ʢ্࣠ Nʣ ࠷େ֎ੇܗ๏ʢ8 ʷ ) ʷ %ʣ ʷ ʷ NN ॏྔ LH ࣓༷ &*"+
The data provided is belived to be accurate and applicable to the unit(s) indicated on the rvice departments of Yamaha are continually striving to improve Yamaha products. Modifications are, therefore, inevitable and changes in specification are subject to change without notice or obligation to retrofit. Should any discrepancy appear to exist, please contact the distributor’s Service Division.
DO NOT PLACE SOLDER, ELECTRICAL/ELECTRONIC OR PLASTIC COMPONENTS IN YOUR MOUTH FOR ANY REASON WHAT SO EVER!
Avoid prolonged, unprotected contact between solder and your skin! When soldering, do not inhale solder fumes or expose eyes to solder/flux vapor!
WARNING :
Static discharges can destroy expensive components. Discharge any static electricity your body may have accumulated by grounding yourself to the ground bus in the unit (heavy gauge black wires connect to this bus.)
Be certain that neither core is connected to the earth terminal of the three pin plug.
WARNING
Components having special characteristics are marked originally installed.
MSP3
SERVICE MANUAL
͜ͷαʔϏεϚχϡΞϧΤίύϧϓ ʢ&$'ɿແԘૉܥඬനύϧϓʣΛ༻͍ͯ͠·͢ɻ
͜ͷαʔϏεϚχϡΞϧେ౾༉ ΠϯΫͰҹ͍ͯ͠·͢ɻ This document is printed on chlorine free (ECF) paper with soy ink.
IMPORTANT :
This presentation or sale of this manual to any individual or firm does not constitute authorization certification, recognition of any applicable technical capabilities, or establish a principal-agent relationship of any form.
If you come in contact with solder or components located inside the enclosure of this product, wash your hands before handling food.
IMPOR TANT NOTICE FOR THE UNITED KINGDOM
The solder used in the production of this product contains LEAD. In addition, other electrical/electronic and/or plastic (Where applicable) components may also contain traces of chemicals found by the California Health and Welfare Agency (and possibly other entities) to cause cancer and/or birth defects or other reproductive harm.