雅马哈汽油发电机 EF6600
YAMAHA汽油发电机维修培训教材
YAMAHA汽油发动机培训教材简介一、单缸四冲程发动机简介1、基本概念A、四冲程发动机:每个工作循环包括四个活塞冲程.即进气冲程、压缩冲程、作功冲程、排气冲程。
B、上、下止点：活塞在气缸内移动,到气缸最上端位置称为上止点；到气缸的最下端位置,称为下止点。
C、冲程:上止点和下止点之间的距离。
即活塞在气缸中往复运动时,活塞顶面在气缸中的上、下极限位置间的距离。
四冲程汽油机就是用四个冲程实现一个工作循环的汽油机。
D、排量:指活塞从上止点移动到下止点的容量。
等于气缸横截面积乘以冲程,为π/4*（缸径)＊冲程。
注：发动机排量越大，发动机输出的扭矩和功率就越大。
E、燃烧室容积：指活塞在上止点时，活塞顶部与气缸头之间的剩余空间。
F、气缸总容积：指活塞在下止点时，活塞顶与气缸头之间的容积.G、压缩比：是指气缸总容积与燃烧室容积之比。
即排量加上燃烧室容积，与燃烧室容积之比.（排量+燃烧室容积）/燃烧室容积。
注1）在相同的进气量条件下，压缩比越高,输出的扭矩和功率也越大。
注2）发动机的压缩比越高，热效率（发动机输出的有用功和汽油总热量的比值）也越高。
注3）四个要素：1、合适的空气和燃油混合气（空滤气、化油器）.2、压缩3、点火4、做功2、基本工作原理小型汽油机是将汽油与空气混合后直接输入机器内部燃烧而产生热能，然后再转变为机械能的一种装置。
汽油机起动后，汽油被雾化成微小颗粒并和空气混合成可燃烧混合气.混合气经进气门进入气缸后,被上行的活塞压缩，在燃烧室内被电火花点燃，点燃后的混合气迅速燃烧放出大量的热量,使气缸内的气体受热膨胀。
这种高温高压的气体作用于气缸壁及活塞顶部，推动活塞下行，通过连杆带动曲轴旋转,对外作功。
3、单缸四冲程汽油机的工作过程1）进气过程：进气过程开始时，进气门开启,活塞由上止点向下止点运动，气缸容积迅速增大，气缸内气体压力下降，形成一定的真空吸力,从而把由汽油蒸气与空气组成的混合气吸入气缸.进气过程结束时,进气门关闭。
雅马哈发电机EF13500TE参数特点
型号
参数
EF13500TE
发
电
机
相数
三相/单相
额定输出
10.0KVA
最大输出
12.5KVA
功率因数
0.8
电机类型
有刷自励三相同步式
额定电压
380V/220V
额定电流
15.1A
频率
50Hz
直流输出
-
发
动
机
型式
4冲程空冷双缸OHV
排量
653cc
额定功率
15.3kw/3600rpm
净重
150kg(154kg)
车轮附件
●
电池容量
12V-32AH或更大容量
雅马哈发电机EF13500TE特点：
1、新款上市的三相10KVA机型，全新的外观设计。
2、符合国家和国际相关的排放要求。
起动方式
电起动
油箱容积
44升
连续运转时间
9.64小时
润滑油容量
1.55升
噪音水平
76.7dBA/7米
附
属
配置Biblioteka 超载保护装置（交流）无熔丝断路器（NFB）
超载保护装置（直流）
-
燃油计
●
电压表
●
小时表
●
输出指示灯
●
超载指示灯
-
机油报警灯
●
节能怠速装置
-
自动阻风门
-
其它
尺寸（长×宽×高）
851×610×886mm（带轮） 794×610×795mm
小型汽油发电机操作规程
3、发电机停机后方能想燃油箱内加注汽油。
4、湿手不要触及发电机，以防触电。
5、发电机应可能接地。
6、输电线截面应满足电流大小要求，一般每安导线直径0.12毫米，即10安用直径1.2毫米铜芯线。
7、发电机不要与其他电源相联并网。
8、两台发电机不要相互联接并网。
三、开机
1、新机20小时运转后，旧机150小时或3个月，应旋开机油放油塞，更换机油。最好用四冲程机油。
2、运转150小时或3个月应清洗空气滤清器，将滤芯取出用清洗剂泡洗后，滴少量机油，拧干装回。
3、
待电压表指示正常电流指示灯亮后插入输出电源线插头然后将电源开关置于向上打开on位置开始供电
小型汽油发电机安全技术操作规程
以雅马哈EF2
1、从油底壳机油加注口加足汽机油（0.95升），否则不能起动。
2、燃油箱中加足普通汽油。
二、安全注意事项
1、使用地点通风良好，以防止排出的废气中毒。
四、送电
1、待电压表指示正常，电流指示灯亮后，插入输出电源线插头，然后将电源开关置于向上打开ON位置开始供电。
2、交流输出AC最大功率输出时间不得超过30分钟（60赫兹时，照明负荷为2.8千瓦，电机负荷为1.8千瓦）。
3、按下直流保护器按钮，直流输出DC可给蓄电瓶充电（充电电压12伏，电流10安）。
1、起动汽油机前交流开关应向下置于关闭OFF位置。
2、油箱开关垂直向下置于开启ON位置。
3、启动向左搬动置于启动RVN位置。
4、缓慢拉动启动绳手柄，直至有拉紧感觉，然后再快速拉动启动手柄。
5、汽油机启动后，将启动杆向右搬回原位，使汽油机保持平稳运转。
6、若机油油面下降超限后，报警监视灯亮，汽油机会自动熄火。
Elma 6600 用户手册说明书
Elma 6600 User manualEAN: 5706445630035English user manualSafety informationUnderstand and follow operating instructions carefully. Use the meter only as specified in this manual; otherwise, the protec-tion provided by the meter may be impaired.WARNINGThis identifies hazardous conditions and actions that could cause BODILY HARM or DEATH.CAUTIONThis identifies conditions and actions that could DAMAGE the meter or equipment under test.WARNING•When using test leads or probes, keep your fingers behind the finger guards.•Remove test lead from Meter before opening the battery door or Meter case.•Use the Meter only as specified in this manual or the protection by the Meter might be impaired. •Always use proper terminals, switch position, and range for measurements.•Verify the Meter’s operation by measuring a known voltage. If in doubt, have the Meter serviced.•Do not apply more than the rated voltage, as marked on Meter, between terminals or between any terminal and earth ground.•Only replace the blown fuse with the proper rating as specified in this manual.•Use caution with voltages above 30V ac rms, 42V ac peak, or 30V dc. These voltages pose a shock hazard.•To avoid false readings that can lead to electric shock and injury, replace battery as soon as low battery indicator.•Disconnect circuit power and discharge all high-voltage capacitors before testing resistance, continuity, diodes, or capacitance.•Do not use Meter around explosive gas or vapor.•To reduce the risk of fire or electric shock do not expose this product to rain or moisture.•Do not touch any circuits or parts of circuits if they may be subject to voltages higher than 30V AC rms or 30V DC.CAUTION•Disconnect the test leads from the test points before chan-ging the position of the function rotary switch.•Never connect a source of voltage with the function rotary switch in Ω, A, Loop-Power position. •Do not expose Meter to extremes in temperature or high humidity.•Never set the meter in Ω, A, Loop-Power function to mea-sure the voltage of a power supply circuit in equipment that could result in damage the meter and the equipment under test.Symbols as marked on the Meter and Instruction manualRisk of electric shockSee instruction manual AC measurementDC measurementEquipment protected by double or reinforced insulationBattery FuseEarthConforms to EU directivesDo not discard this product or throw awayUnsafe VoltageTo alert you to the presence of a potentially hazardous volt-age, when the tester detects a voltage ≧ 30V or a voltage overload (OL) in V, mV, insulation function. The ”“ symbol is displayed and High voltage indicator is turned on.MaintenanceDo not attempt to repair this Meter. It contains no user service-able parts. Repair or servicing should only be performed by qualified personnel. CleaningPeriodically wipe the case with a dry cloth and detergent. Do not use abrasives or solvents.The Meter DescriptionFront Panel Illustration:1. LCD display: 50,000 counts.2. Push buttons for features.3. Rotary switch for turn the power on / off and select the function.4. Input terminal for A function / Loop-Power mode + / source mode +.5. Input terminal for mA function / Loop-Power mode - / source mode - / simulate mode +.6. Input terminal for V / Ω / Diode / Hz functions.7. Common (Ground reference) input terminal for all functions.Making Basic MeasurementsPreparation and Caution Before MeasurementObserve the rules of Warnings and CautionsWhen connecting the test leads to the DUT (Device Under Test)connect the common (mA) test lead before connecting the live lead; when removing the test leads, remove the test live lead before removing the common test lead. The figures on the following pages show how to make basic measurements.Auto / Manual Test•When switch rotary in V / mV / A position, press the BLUE button > 1sec to enter auto test mode. In this mode, the meter showed the indication “AUTO TEST” on the display.•Press the BLUE button that you can change to manual test mode from auto test mode. •When the meter In auto test mode, it will automatically detect the input signal and determine.Then it will show the suitable result on the display.•In manual test mode, you can press the Function button to select the measuring function.Auto / Manual Range•In a complex range of measuring function, you can start the auto range mode. This mode can automatically detect the input signal and determine. Then it will show the suitable result on the display.•When press the RANGE button > 1sec, you can enter auto range mode. In this mode, the meter shows the indication “AUTO RANGE” on the display.•Press the RANGE button that you can change to manual range mode from auto range mode. •In manual range mode, you can press the RANGE button to select the measuring range.Measuring Voltage•Press the Function button to select the presently measuring function (AC / DC / AC+DC). •Press the Function button > 1 sec to enter the auto test mode, and press again to exit this mode.•The auto test mode can automatically determine the vol-tage / current which is AC or DC. •The AC+DC mode is defined by 22DCAC+.Measuring Current•The basic operations are same as voltage function.Measuring Frequency•When measuring voltage or current, press the Hz button to measuring the frequency for voltage or current.•Press the Hz button again to exit this mode.High Frequency Reject (Low Pass Filter)•When measuring voltage or current, press the HFR button to equip with low pass filter. •Press the HFR button again to exit this mode.•The cut-off frequency (-3dB point) is at 800Hz.Measuring Resistance•Press the function button to select the presently measuring function (Ω/ Continuity Check / Diode Test).Continuity Check•Press the function button to select continuity check when the rotary in resistance position. •The buzzer allows you to quickly continuity tests without watching the display.•The buzzer sounds when a short (< 30Ω) is detected.Diode Test•Press the Function button to select diode test when the rotary in resistance position.•In diode test, you can test direction and forward voltage.•If the DUT was not a diode (Open, Short, Resistance or Capacitance), the display showed “-----”.DC Current Output•To use the DC current output function, turn the rotary in output position (Adjustable DC output or Auto DC output).•The DC current output function has both modes: Source Mode & Simulate Mode•The output mode has both types: 0-20mA & 4-20mA. That is selectable. When power on, press the RANGE button to select. And the selection was set to default.Adjustable DC Current Output•To use the adjustable DC current output function, turn the rotary in adjustable output position. •In this function, you can adjust the DC current output.•%STEP: 0% / 25% / 50% / 75% / 100% / 120% / 125%•Fast Setup: 0% / 50% / 100%•Fine Setup: Minimum resolution 1uA, 0mA to 24mA% STEP 0-20mA Mode 4-20mA Mode0% 0mA 4mA25% 5mA 8mA50% 10mA 12mA75% 15mA 16mA100% 20mA 20mA120% 24mA N/A125% N/A 24mAAuto DC Current Output•To use the auto DC current output function, turn the rotary in auto output position.•In this function, you can press the BLUE button to select 4 kinds of the auto DC current output. •Press the HOLD button to pause / continue the output.Mode Type ActionLinear 0% to 100% to 0% per 40 secLinear 0% to 100% to 0% per 20 sec25% Step 0% to 100% to 0%, a step per 15 sec25% Step 0% to 100% to 0%, a step per 5secSource Mode•When meter in the source mode, it provided internal power supply (Batteries > 4.5V) to drive the DC current output.•To operate in the source mode, put the both probes in A terminal (Source +) and mA terminal (Source -). Then the meter will automatically enter the source mode.•Do not turn the rotary when the probe in the A terminal. This action maybe caused > 30mA to pass through the loop circuit.•The source mode can work in both modes: Adjustable DC output & Auto DC output•In auto DC current output mode, you can press the HOLD button to pause / continue the output.Simulate Mode•When meter in the simulate mode, it used external power supply (12V to 48V) to drive the DC current output.•To operate in the simulate mode, put the both probes in mA terminal (Simulate +) and COM terminal (Simulate -). Then the meter will automatically enter the simulate mode.•Do not turn the rotary when the probe in the A terminal. This action maybe caused > 30mA to pass through the loop circuit.•The simulate mode can work in both modes: Adjustable DC output & Auto DC output•In auto DC current output mode, you can press the HOLD button to pause / continue the output. Loop Power•In this function, the meter provided internal power supply to output > 24V / 20mA.•To operate in the loop power function, put the probes in A terminal (Source +) and mA terminal (Source -). Then the meter will automatically drive.•Do not turn the rotary when the probe in the A terminal. This action maybe caused > 30mA to pass through the loop circuit.250Ω Hart•When switch rotary in loop power position, press the Function button to equip with 250Ω Hart. •Press the Function button again to strip 250Ω Hart.Auto Hold•Press the A-HOLD button to start the auto hold mode, and press again to exit.•In this mode, the meter show the indication “HOLD” on the display.•When the difference is bigger (> 50d) than hold data, and it is also stable. Then the meter will automatically hold a new data on the display.•When the reading is smaller the limit, the auto hold mode is not working.Function LimitV < 0.1VmV < 1mVothers No LimitRelative ∆•Press the REL ∆ button to start relative mode. The meter remembers the presently reading as reference and shows the indication “∆” on the display.•In this mode, the meter deducts the reference from each reading, and shows the result on the display.•Press the REL ∆ button to select display (Reference or Result). The indication “∆” blinks on the display when it shows the result.•Press the REL ∆ button > 1sec to exit this mode.Maximum / Minimum / Average•When blink cursor of menu is MAX / MIN / AVG, press the ENTER button to start MAX / MIN / AVG mode.•In this mode, the meter records each data to compare the maximum and minimum. And calculate the average.•You can move the blink cursor of menu to select what was showed on the display.•Press the CANCEL button to exit this mode.Store / Recall•When blink cursor of menu is STORE, press the ENTER button to store the presently reading to memory.•The meter can store maximum 100 data in the memory.•You can enter the recall mode to review the stored data.•When blink cursor of menu is RECALL, press the ENTER button to start recall mode.•In the recall mode, you can press the UP or DOWN button to review the stored data. When press it > 1sec, you can fast search.•Press the CANCEL button to exit this mode.•To clear all data of stored function in memory, see the Valg ved opstart.Auto Power Off•If there is no any action in the meter, then the meter will automatically turn off to save the power of batteries.•The APO time is default 20 minutes.•When the meter was power on, the APO was set to default. To disable the APO, see the Valg ved opstart.Auto Backlight•The backlight is automatically turned on at dark environ-ment.•When the meter was power on, the auto backlight was set to default. To disable the automatic, and enable / disable the backlight, see the Valg ved opstart.Buzzer•Equip 2kHz tone buzzer.•Valid button press: Beep once•Invalid button press: Beep twice•To enable / disable the buzzer, see the Valg ved opstart.Power On OptionsWhen turn the power on, press the function button to execute the below options.Button ActionRANGE Select the output type (0-20mA & 4-20mA) and set the option to default.Function Disable APO.HFR Show the firmware version.ENTER Enable / Disable the buzzer and set the option to default. CANCEL Clear all data of stored function in memory.A-HOLD Enable backlight & disable automatic.REL ∆Disable backlight & disable automatic.Replace Battery & FuseRefer to the following figure to replace batteries & fuse.•Always replaced the batteries & fuse that conform the specifications.•Battery Type: 4 x 1.5V IEC LR6 or AA size•Fuse Type: 2 x 440mA, 1000V IR 10kA Fuse (Bussmann DMM-B-44/100)•When the battery low indication “” was showed on the display, replace the batteries.•To save the power of batteries, you can disable the Auto Backlight and Buzzer. See the Power On Options on how todisable both functions. Besides, always use the simulate modeon the DC current output mode.•To check the fuse, use the other meter to inspect it.General SpecificationsMaximum Voltage Applied to Any Terminal:1000V DC or 1000V AC rmsDisplay: 50,000 counts, over range to 110%.Polarity Indication:Automatic, positive implied, negative indicated.Over Range Indication: OLMeasuring Rate: 10 samples per secondPower Requirements: 4 x 1.5V IEC LR6 or AA sizeBattery Life: 100 hoursLow Battery Indication:“” is displayed when the batteries voltage drops below ope-rating voltage.Low Battery Voltage: Approx 4.5VAuto Power Off: Default 20 minutes.Operating Ambient: -10°C to 30°C (< 85% RH)30°C to 40°C (< 75% RH)40°C to 50°C (< 45% RH)Storage Temperature:-20°C to 60°C, 0% RH to 80% RH (batteries not fitted)Temperature Coefficient:0.1 x (Specified Accuracy) / °C, < 18°C or > 28°COperating Altitude: 6561.7ft (2000m)Calibration Cycle: 1 time per yearWeight: 630g including battery.Dimensions (W x H x D): 95 x 207 x 52 (mm) with holster.Accessories:Batteries, test leads, user manual & software CD.SafetyComplies with EN 61010-1, EN 61010-2-030 CAT IV 600V, CAT III 1000VCAT Application FieldI The circuits not connected to mains.II The circuits directly connected to Low-voltage installation.III The building installation.IV The source of the Low-voltage installation.EMC: EN 61326-1, EN 61326-2, EN 55011, EN 61000-4Pollution Degree: 2Shock Vibration: 5Hz to 55Hz, 3g max Sinusoidal vibration for MIL-PRE-28800F class 2. Drop Protection: 5ft (1.5m)Indoor UseElectrical Specifications•Accuracy is ± (% reading + number of digits)•Ambient temperature: 23°C ± 5°C (< 80% RH)•For the best measurements, with REL ∆ function to comp-ensate for offsets.VoltageFunctionRange AccuracyAC[1]50.000mV500.00mVSine Wave:± (0.7% + 20d) for 40Hz to 70Hz± (1.5% + 40d) for 71Hz to 10kHz 5.0000V50.000V500.00V1000.0V[2]Sine Wave:± (0.5% + 20d) for 40Hz to 70Hz± (1.5% + 40d) for 71Hz to 1000Hz± (3.0% + 80d) for 1001Hz to 10kHzDC 50.000mV ± (0.05% + 30d) 500.00mV5.0000V50.000V500.00V1000.0V± (0.05% + 5d)[1] Below 5% of AC range, add 20d to accuracy.[2] The bandwidth of range is 40Hz to 1kHz.Input Protection: 1000V DC or 1000V AC rmsInput Impedance: 10MΩ, < 100pFBandwidth: 40Hz to 10kHzMinimum Resolution: 1µV in the 50mV rangeCMRR / NMRR (Common / Normal Mode Rejection Ratio):V AC: CMRR > 60dB at DC, 50Hz / 60HzV DC: CMRR > 100dB at DC, 50Hz / 60HzNMRR > 50dB at DC, 50Hz / 60HzAC Conversion Type:AC conversions are ac-coupled, true rms responding, calibrat-ed to the sine wave input. For non-sine wave add the following Crest Factor corrections:For Crest Factor of 1.4 to 2.0, add 1.0% to AC accuracy.For Crest Factor of 2.0 to 2.5, add 2.5% to AC accuracy.For Crest Factor of 2.5 to 3.0, add 4.0% to AC accuracy.AC+DC Accuracy: AC accuracy + DC accuracy + 1.0%HFR Accuracy: AC accuracy + 1.0% for 40Hz to 400HzThe Cut-Off Frequency of HFR: 800Hz (-3dB point)Attenuation Characteristic of HFR: Approx -24dBCurrent FunctionRange AccuracyAC [1] 50.000mA 1.000ASine Wave:± (1.0% + 20d) for 40Hz to 70Hz ± (2.0% + 40d) for 71Hz to 10kHzDC50.000mA1.000A± (0.05% + 5d)[1] Below 5% of AC range, add 20d to accuracy. Input Protection: Equipped with High Energy Fuse.440mA, 1000V IR 10kA Fuse (Bussmann DMM-B-44/100) Input Impedance:0.1Ω at A input, 13Ω at mA input. Not contain protection circuit. Bandwidth: 40Hz to 10kHzMinimum Resolution: 1µA in the 50mA range Maximum Measuring Time:1 minutes at A input, 10 minutes at mA input. Rest time is 20 minutes minimum. AC Additional Specifications:The AC additional specifications are same as voltage.Frequency CounterRange Resolution Accuracy 500.00Hz 0.01Hz ± 3d5.0000kHz 0.1Hz50.000kHz 1Hz 100.00kHz 10HzInput Protection: 1000V DC or 1000V AC rms Minimum Frequency: 5HzFrequency Counter SensitivityFunction RangeSensitivity (Peak-to-Peak)5 to 10k (Hz) 10k to 100k (Hz)mV 50.000mV500.00mV 10mV 100mVV5.0000V 1V 1V 50.000V500.00V 1000.0V 1V Unspecified A50.000mA 10mA1.000A 300mAResistanceRange Resolution Output Current Accuracy 500.00Ω0.01Ω1mA ± (0.2% + 30d)5.0000kΩ0.1Ω100uA± (0.2% + 10d)50.000kΩ1Ω10uA500.00kΩ10Ω1uA ± (0.5% + 10d) 5.0000MΩ100Ω100nA ± (1.0% + 10d) 50.00MΩ[1]10kΩ10nA ± (2.0% + 10d) [1] There is a little rolling less than < 20d.Input Protection: 1000V DC or 1000V AC rmsMaximum Open Circuit Voltage: Approx 3.5VContinuity CheckRange Resolution Output Current Accuracy 500.00Ω0.01Ω1mA ± (0.1% + 30d) Input Protection: 1000V DC or 1000V AC rmsMaximum Open Circuit Voltage: Approx 3.5VContinuity Threshold: < 30ΩContinuity Indicator: 2kHz Tone BuzzerDiode TestRange Resolution Output Current Accuracy2.000V 1mV ±1mA ± (1.0% + 10d) Input Protection: 1000V DC or 1000V AC rmsMaximum Open Circuit Voltage: Approx ±3VDC Voltage OutputFunction Range AccuracySource Mode 32.0V ± 5.0%Loop Power 32.0V ± 5.0% Input Protection: Equipped with High Energy Fuse.440mA, 1000V IR 10kA Fuse (Bussmann DMM-B-44/100)Power Source: Internal batteries, > 4.5VOutput Short ProtectionDC Current OutputRange Resolution Accuracy0.000mA to 20.000mAOver range to 24.000mA1uA ± (0.05% + 5d)4.000mA to 20.000mAOver range to 24.000mAInput Protection: Equipped with High Energy Fuse. 440mA, 1000V IR 10kA Fuse Power Source: Source Mode: Internal batteries, > 4.5VSimulate Mode: External loop supply, 6V to 48VOutput Short ProtectionAuto DC Current OutputMode Type Action (0% → 100% → 0%)Linear 1 cycle per 40 secLinear 1 cycle per 20 sec25% Step 1 step per 15 sec25% Step 1 step per 5 secInput Protection: Equipped with High Energy Fuse.440mA, 1000V IR 10kA Fuse (Bussmann DMM-B-44/100)Power Source:Source Mode: Internal batteries, > 4.5VSimulate Mode: External loop supply, 6V to 48VOutput Short ProtectionLoop PowerFunction Range Driver Accuracy Normal 50.000mA 30V / 1.25kΩ± (0.05% + 5d) 250Ω Hart 50.000mA 24V / 1kΩInput Protection: Equipped with High Energy Fuse.440mA, 1000V IR 10kA FusePower Source: Internal batteries, > 4.5VMinimum Output Voltage: 24VOutput Short ProtectionMD 20130919 V1.0。
雅马哈发电机EF1000FW
发电机
相数
单相
额定输出
0.7KVA
最大输出
0.9KVA
功率因数
1
电机类型
无刷自励单相同步式
额定电压
220V
额定电流
3.2A
频率
50HZ
直流输出
12V-8A
发动机
发动机型式
4冲程空冷OHV
排量
79CC
额定功率
1.47kw/3000rpm
起动方式
手起动
油箱容量
3.6升
连续运转时间
6.9小时
润滑油容量
0.4升
噪音水平
62dBA/7米
附属装置
超载保护装置（交流）
无熔丝断路器（NFB）
超载保护装置（直流）
无熔丝断路器（NFB）
燃油计
-
电压表
-
输出指示灯
-
超载指示灯
-
机油报警灯
●
节能怠速装置
自动阻风门
-
其他
尺寸（长*宽*高）
401X298X420mm
净重
24kg
车轮附件
-
推荐使用蓄电池容量
雅马哈发电机EF2800i参数特点
24.9～7.7小时(空载～满载)
润滑油容量
0.6升
噪音水平
60～67dBA/7米
附
属
配
置
超载保护装置（交流）
电子断路器
超载保护装置（直流）
-
燃油计
●
电压表
-
小时表
-
输出指示灯
●
超载指示灯
●
机油报警灯
●
节能怠速装置
●
自动阻风门
-
其它
尺寸（长×宽×高）
487×395×425mm
净重
29kg
车轮附件
-பைடு நூலகம்
电池容量
-
雅马哈发电机EF2800i特点：
1、同功率中机型最轻量化设计。
2、低于2.5%的波形畸变率，优于市面大部分发电机的电力输出表现。
3、日本原装进口，成熟的变频发电机技术。
雅马哈发电机EF2800i参数：
型号
参数
EF2800i
发
电
机
相数
单相
额定输出
2.5KVA
最大输出
2.8KVA
功率因数
1
电机类型
多级旋转磁极式
额定电压
220V
额定电流
11.4A
频率
50Hz
直流输出
-
发
动
机
型式
4冲程空冷OHV
排量
171cc
额定功率
3.3kw/3600rpm
起动方式
手起动
油箱容积
11.2升
发电机YAMAHA雅马哈EF66005KW汽油发电机-英吉沙
发电机YAMAHA雅马哈EF66005KW汽油发电机-英吉沙水利局山洪预警设备附表：1、自动水位站（1台）：由RTU、超声波水位计、GPRS/GSM通信机、太阳能供电设备以及一体化安装支架等组成。
其功能是自动定时采集水位信息，定时或额定增量时通过GPRS/GSM通信方式将水位数据英吉沙县防办和喀什地区水文局，对山洪沟水位进行监测。
自动水位监测站设备组成如图1-4和1-5所示。
图1-4 自动水位监测站组成结构图1-5自动水位监测站设备组实物图雷达水位计：可全天候工作，抗干扰能力强。
传感器可靠精度达1.5毫米，无人值守，无机械磨损、非接触型测量，寿命长，易维护。
测量与水质无关，不受浮冰等漂浮物影响，不需要防浪井，对水流无影响。
测量精度： 1.5-3mm分辨率1mm量程30M盲区：0m～0.2m接口方式RS-232 ,RS-485，4-20MA 电流信号工作环境温度-40～80℃，湿度0～90% 无凝露供电12V DC工作电流≤10MA防护IP67，钢制防护安装罩自动水位监测站施工图纸如下：2、完善乡镇预案（3个）：符合山洪预案编制大纲。
3、完善村镇预案（21个）：符合山洪预案编制大纲。
4、警示牌（14个）：1.2*1m，公布危险区，安全区，及转移方案等，安装在灾害威胁区。
5、宣传栏（14个）：80*1200mm,不锈钢封边，底板为5mm钢板，单向固定，防水防紫外线。
内容为山洪防御的意义，洪水，泥石流，滑坡简介及损毁图片等。
6、明白卡（1580个）：尺寸130*100mm，300g白卡纸，正反面压塑。
7、宣传手册（1580个）：文字通俗易懂，搭配图片，彩色，120g 铜板纸装订，页数20页左右。
8、光盘录音带（14个）：含带山洪灾害的成因，危害，特点，防御组织机构，预警信号，避险注意事项，预警监测设施的保护等内容。
四期工程：1、无线预警广播Ⅰ（10台）：无线预警广播分为I型机和II型机。
山洪灾害防治无线预警广播I型机只接收公网信号和本地音频信号，并具有控制、播出和音频功率放大功能的预警终端设备。
雅马哈发电机EF2200iS参数特点
雅马哈发电机EF2200iS参数：
型号参数EF2200iS
发电机
相数单相
额定输出 1.8KVA
最大输出 2.2KVA
功率因数1
电机类型多级旋转磁极式额定电压220V
额定电流8.0A
频率50Hz
直流输出12V－3A
发动机
型式4冲程空冷OHV
排量79cc
额定功率 1.9kw∕3,600rpm
起动方式手起动
油箱容积 4.7升
连续运转时间10.5～4.2小时 (1/4载～满载)润滑油容量0.4升
噪音水平57～4.2dBA/7米
附属配置超载保护装置（交流）电子断路器超载保护装置（直流）电子断路器燃油计●
电压表-
小时表-输出指示灯●
超载指示灯●
机油报警灯●
节能怠速装置●
自动阻风门-
其它尺寸（长×宽×高）555×300×470mm 净重25kg 车轮附件-
电池容量-
雅马哈发电机EF2200iS特点：
1、双机并联技术，实现双倍功率输出
2、静音设计降低了噪音对外界的影响
3、变频技术的应用提高了输出电压的稳定性
4、外观设计时尚，移动操作方便
雅马哈发电机EF2200iS详情图：。
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雅马哈汽油发电机 EF6600
机型 Model EF6600 图片
发电机发电机类型
无碳刷，A.V.R自激
励同步交流发电机/
单相
已经装备
没有装备
性能优越，经济环保额定电压(V) 220
额定频率(Hz) 50
额定%;出(KVA) 5.0
最大%;出(KVA) 5.5
直流%;出(A) x
额定电流(A) 22.7
发动机发动机类型
MZ360 : 4-冲程OHV
空冷发动机
排气量（cm3）357
最大%;出(kw(PS))/rpm 8.8(12) / 4000
燃料汽油
点火方式TCI
启动方式手启动
其他长*宽*高(mm) 670*510*510 净重(kg) 82
油箱容积(满)(升) 21
连续运行时间(Hr) 8
噪音水平(db A)(7m) 72
附属配置无碳刷电机0
电压调节器 A.V.R 启动卸压装置0
无熔丝断路器0
燃油表0
机油报警器0
电压表x
指示灯0
减噪装置0
自动阻风门x
机架。