L-45007中文资料
江淮威铃朝柴发动机参数配置详解
江淮威铃朝柴发动机参数配置详解
江淮威铃搭载了多款不同类型的柴油发动机,具体参数配置如下：
1. JX493ZLQ5发动机：四缸水冷、直喷式、涡轮增压、中冷技术,排量
2.771L,最大功率90KW,最大扭矩280Nm。
2. JX493ZQ4A发动机：四缸水冷、直喷式、涡轮增压、中冷技术,排量2.771L,最大功率85KW,最大扭矩290Nm。
3. JX493ZQ4B发动机：四缸水冷、直喷式、涡轮增压、中冷技术,排量2.771L,最大功率88KW,最大扭矩280Nm。
4. JX493ZQ5A发动机：四缸水冷、直喷式、涡轮增压、中冷技术,排量2.771L,最大功率90KW,最大扭矩280Nm。
5. JX493ZQ5B发动机：四缸水冷、直喷式、涡轮增压、中冷技术,排量2.771L,最大功率93KW,最大扭矩280Nm。
6. YZ4DB1-40发动机：四缸水冷、涡轮增压、中冷技术,排量3.857L,最大功率88KW,最大扭矩280Nm。
7. YZ4DA2-40发动机：四缸水冷、涡轮增压、中冷技术,排量3.857L,最大功率96KW,最大扭矩345Nm。
除此之外,江淮威铃还搭载有多款以天然气为燃料的发动机以及混合动力发动机,参数配置因型号而异。
Well-X-Trol 大型压力阀门系列 420 和 447 商业井系统应用程序规模化设计说明书
Pressure SwitchFor Commercial Well System ApplicationsThis handbook will discuss the basic sizing used for our larger, full acceptance bladder Well-X-Trol well tanks. This allows you to use the Well-X-Trol principle of separation of air and water on larger jobs that are beyond the typical residential range.Larger Well-X-Trol well tanks are designed and built for maximum acceptance on each operating cycle. This allows you to replace a large galvanized tank with a more space efficient Well-X-Trol and improve system performance.For example, a 900 gallon galvanized tank is 48″ in diameter, 168″ long, and weighs approximately 10,000 pounds when filled with water. A WX-423, with a total volume of only 275 gallons, can be used instead and is only 36″ in diameter and 84″ high. When filled with water to the 65% maximum acceptance it only weighs 1,489 pounds. It can be easily handled, requires no support structures and occupies a fraction of the space of the galvanized tank.Aside from initial cost, the cost of rigging and handling large galvanized tanks, providing adequate support and the cost of space required significantly adds to the overall installation cost.At higher pressures, the galvanized tank will waterlog at an accelerated rate, so some provision must be made to maintain the required air cushion. This means the cost of an air compressor or other means of recharging must be added to the installation.Since the Well-X-Trol’s air cushion is sealed-in, there is no need for external air compressors or control devices.Using the maximum acceptance of the 420 and 450 Series Well-X-Trol, can service much larger jobs, with largepumps, without paying the penalty of higher installation and maintenance costs.Table 1WX Model Non-Code (Non-ASME)WX Model Code (ASME)Total Volume (Gallons)Maximum Acceptance Factor (MAF)Maximum Acceptance Factor (MAF)WX-401WX-401C 1811.65WX-402WX-402C 2511.45WX-403WX-403C 3411.33WX-404WX-404C 6834.50WX-405WX-405C 9034.39WX-406WX-406C 11034.31WX-407WX-407C13246.35WX-421not available 158103.65WX-422not available 211137.65WX-423not available 264172.65WX-424not available 317206.65WX-426not available 422274.65WX-427not available528343.65WX-447WX-447C 5334.65WX-448WX-448C 8052.65WX-449WX-449C 10669.65WX-450WX-450C 13286.65WX-451WX-451C 158102.65WX-452WX-452C 211136.65WX-453WX-453C 264170.65WX-454WX-454C 317205.65WX-455WX-455C 370239.65WX-456WX-456C422273.65WX-457WX-457C 528341.65Based on 30 PSIG pre-charge (P 1).Step 1:3) and Well the best pressure range that will achieve maximum acceptance.If we look at the pump curve for the pump which is to be installed, we can easily determine the pump cut-in pressure (P 2) and pump cut-out pressure (P 3) that will give us the widest pressure range.The pump curve for the pump selected indicates the total pressure range of the pump or its dynamic head measured in feet of head.The pump must have enough head, or pressure differential to:Bring water from the level of the well to the well head atthe surface of the ground.Provide head capacity to pressurize the system piping toovercome elevation (static height) and friction (friction loss) and deliver the required pressure.Example:In a well with the water level 240 feet down, system pressurization will be shown on the pump curve at some point above theintersection of the line indicating 240 feet of head.In other words, at 240 feet of head we can assume that the pump will have brought water from the pumping level of the well to the surface and pressure in the system piping will be 0 PSIG.We now must select a pressure range (min. to max.) to establish pressurized delivery of water to the system that will overcome elevation (static height) and friction loss of the piping.We’ll do this by pre-charging the Well-X-Trol to a pressure (P 1) equal to the minimum pressure required at the Well-X-Trol location. In addition, we’ll select a pump cut-in pressure (P 2) which is at the same pressure to start the pump whenever system pressure drops to this point.We’ll assume a minimum system pressure at the Well-X-Trol location of 30 PSIG. This pressure will be adequate to ensure system pressurization to overcome elevation and friction loss and provide adequate pressure at the fixture.To find this pump cut-in point on the pump curve, we convert 30 PSIG to feet of head by multiplying PSIG by 2.31.30 PSIG x 2.31 = 69.3 or 70 feet of headLocate this point on the pump curve by adding:Minimum System Pressure 70 Ft. of Head Lift + 240 Ft. of HeadPump cut-in point on curve 310 Ft. of Head Now we will select the maximum pump cut-out point on the curve which will allow the widest possible pressure range without impairing pump performance and efficiency.We will do this by moving up the curve to find a point that: Is just before the curve begins to “flatten” outAnd is still within the upper limits of the best efficiency range of the pump (approximately 85%)In this example, that point would be at the intersection on the curve of the horizontal line indicating 420 feet of head.This is the point on the curve which will be the maximum pumpcut-out for this particular pump.010020030040050060070020406080100120140T O T A L H E A D I N F E E TCAPACITY IN GPMP U M P E F F IC I E N C Y %Pump Curve for 15 HP; 85 GPM SubmersiblePump Cut-Out (P )Pump Cut-In (P )10020030040050060070020406080100120140T O T A L H E A D I N F E E TCAPACITY IN GPM%Pump Curve for 15 HP; 85 GPM SubmersibleP U M P E F F I C I E N C YSubtracting the feet of head required for lift of 240′ we can convert this point to PSIG:Maximum pump cut-out = 420 feetLift - 240 feetMaximum pressure 180 feetTo convert feet of head to PSIG, we divide by 2.31180 ÷ 2.31 = 77.9 or 78 PSIG.Pump cut-out pressure (P3) is 78 PSIG.To Summarize:We have used actual pump performance, as shown on the pump curve for the pump selected, to complete Step 1 in utilizing maximum capacity of the full acceptance Well-X-Trol®.In this step we have determined:System minimum pressure of 30 PSIG. To establish theWell-X-Trol precharge pressure.Pump cut-in pressure (P2) of 30 PSIG.Pump cut-out pressure (P3) of 78 PSIG.Step 2:Determine Average Capacity in GPM:With larger pumps, capacity, or flow of the pump will vary depending upon the pressure or feet of head at which it is operating.Even though the pump may be rated as an 85 GPM pump (as in our example), the actual capacity in GPM will vary as the pump operates throughout its pressure range from pump cut-in (30 PSIG) and pump cut-out (78 PSIG).So, we’ll go back to our curve and determine what capacity in GPM the pump will deliver at its cut-in point, and what capacity in GPM it will deliver at its pump cut-out point. Then, we’ll average these two capacities by adding them together and dividing by two.Reading the curve, we can find the point that indicates pump cut-in. We already know that this is:30 PSIG x 2.31 70 Ft. of HeadLift + 240 Ft. of HeadPoint on Curve = 310 Ft. of HeadReading down to capacity we can determine that at 310 feet of head, the pump will deliver 106 GPM.We then read the curve to determine the capacity at pump cut-out:78 PSIG x 2.31 180 Ft. of HeadLift + 240 Ft. of HeadPoint on Curve = 420 Ft. of HeadReading down to capacity, we can determine that at 420 feet of head, the pump will deliver 90 GPM.Average Capacityat P2: 106at P3: + 90196 ÷ 2 = 98 GPMBeing a large pump, we will want to have a minimum run time at least 2 minutes on the pump:Effective System Protection (ESP) Volume98 GPM x 2 = 196 ESP VolumeStep 3:Calculate Acceptance Factor (AF)Step 4:Verify Maximum Acceptance FactorAfter calculating the acceptance factor (AF), compare the valueto the maximum acceptance factors shown in Table 1. In the example, an AF of 0.518 is less than the maximum acceptance factor of all WX-420 and WX-450 series models. Therefore, either series can be used.Step 5:Calculate Minimum Total Volume (T v )Step 6:Select Well-X-Trol ® Model Equal to or Greater Than T vIf ASME construction is not required, select from 420 series, Table 1.This example would be a WX-426.To Recap:We went through six steps to size a full acceptance Well-X-Trol to gain maximum acceptance:Step 1:Determine pre-charge pressure (P 1); pump cut-in pressure (P 2) and pump cut-out pressure (P 3) from pump curve of pump selected for system.Step 2: Determine Average Capacity in GPM from pump curve:Step 3:Determine Acceptance Factor:Step 4:Verify the calculated AF is less than or equal to the maximum acceptance factor for the Well-X-Trol required.Step 5:C alculate total Well-X-Trol Volume:Step 6:Select series 420 (Non-ASME) or 450 (ASME) Well-X-Trol Model30 + 14.778 + 14.7AF = 1 -AF = .518P 2 + 14.7P 3 + 14.7AF = 1 -P 2 + 14.7P 2 + 14.71 -196.518T V =ESP VolumeAF T V == 378 gallonsESP VolumeAFT V =P 2 + 14.7P 3 + 14.7AF = 1 -© 2019 Worthington Industries Inc.Part # 9017-102 (03/19)1400 Division Road, West Warwick, RI USA 02893T: 800.426.8765。
新亚洲na704l电流表说明
新亚洲na704l电流表说明新亚洲NA704L电流表是一种用于测量电流的仪器。
它具有精确度高、可靠性强、操作简便等特点，广泛应用于工业生产、科研实验和电力系统等领域。
下面将对NA704L电流表进行全面详细的说明。
一、产品概述NA704L电流表是一种数字式电流表，采用先进的微处理器技术和高精度的测量芯片，能够准确测量直流和交流电流，并以数字形式显示结果。
该仪器具有多种功能和特点，适用于不同场合的电流测量需求。
二、外观和结构1. 外观：NA704L电流表外观简洁大方，采用黑色塑料壳体，具有良好的抗震性能和耐磨损性。
仪表面板上设有LCD液晶屏幕和按键，便于用户进行操作和读数。
2. 结构：NA704L电流表采用单相结构设计，内部包含测量芯片、显示模块、控制模块等核心部件。
该仪器还配备了保护装置，如过载保护、短路保护等，以确保使用安全。
三、技术参数1. 电流测量范围：0-20A、0-200A、0-1000A等多个档位可选。
2. 测量精度：±(0.5%+2d)。
3. 显示方式：数字显示，最大显示位数为4位。
4. 供电方式：交流220V或直流24V。
5. 工作温度范围：-10℃至50℃。
6. 外形尺寸：120mm×80mm×50mm。
四、功能特点1. 高精度测量：NA704L电流表采用高精度的测量芯片，能够实现对电流的准确测量，并且具有较小的误差范围，保证了测量结果的可靠性。
2. 宽泛应用范围：NA704L电流表适用于直流和交流电流的测量，可以满足不同领域对电流测量的需求，如工业生产中的设备监控、科研实验中的电路测试等。
3. 数字显示：该仪器采用液晶屏幕进行数据显示，数字清晰可见，便于用户读取结果，并且可以在不同光照条件下正常工作。
4. 自动切换档位：NA704L电流表具有自动切换档位功能，能够根据被测电流的大小自动选择合适的测量范围，提高了使用的便利性。
5. 数据保持功能：该仪器配备了数据保持功能，能够将当前测量结果锁定在屏幕上，方便用户记录和查看。
青岛智腾微电子 产品说明书
产 品 说 明 书(军品)青岛智腾微电子有限公司目录目录 (I)JLH11-1温度电流变换器......................................................................................- 1 - JLH11-2温度电压变换器......................................................................................- 4 - JLH11-3电流电压变换器......................................................................................- 7 - JLH15/JLH16电荷测量变换器.............................................................................- 9 - JLH18压力变换器..............................................................................................- 11 - JLH24精密选通电荷测量变换器........................................................................- 14 - JLH27差压变换器..............................................................................................- 18 - JLH34压电加速度计变换放大器........................................................................- 21 - TC-83AT集成化红外光电液位传感器..................................................................- 24 -JLH11-1温度电流变换器1 用途采用厚膜制造工艺，16线浅腔双列直插结构，金属封装的线性温度电流变换器。
发动机的产品参数
◆数码发电机组产品编号YT1000SM频率50HZ额定电压230V额定功率最大功率直流输出12V/5A额定电流相数单相噪音水平7M 54-59分贝起动方式手启动油箱容积净重KG 16发动机型号汽油动力发动机形式单缸四冲程连续工作时间小时尺寸MM 483272414绝缘等级F级排量ml燃料型号汽油机油容积燃料90号以上汽油耗油量g/ 420认证GS/CE/EPA/CARB/UL/ETL产品编号YT2000SM频率50HZ额定电压230V额定功率最大功率2KVA直流输出12V/额定电流7A相数单相噪音水平7M 54-59分贝起动方式手启动油箱容积净重KG 23发动机型号汽油动力发动机形式四冲程绝缘等级F级排量ml燃料型号90号以上汽油机油容积1L燃料90号以上汽油耗油量g/ 450连续工作时间小时尺寸MM 535×321×441认证GS/CE/EPA/CARB/UL/ETL型号 YT5000UME额定频率Hz50 60额定电压V230 120额定输出功率kw最大输出功率kw短路保护时间us4相数单相直流输出 12V/油箱容积L20连续工作时间H6噪音水平dBA/7m 60～65尺寸L×W×Hmm 860×610×760净重/毛重kg 85/90动力型号 JD290F发动机型号 OHV250,单缸,气冷四冲程排气量ml 291缸径x行程mm×mm 80×58额定速度r/min 3600额定功率rkW汽油型号无铅汽油耗油量g/ 372机油型号 SAE15W-40机油容量L◆汽油发电机组◆产品编号YT1000DC二冲程汽油发电机频率50HZ额定电压220V额定功率650W最大功率750W直流输出12V/额定电流相数单相噪音水平7M 56分贝起动方式手启动油箱容积净重KG 20发动机型号EM143发动机形式单缸叙置式发动机最大功率绝缘等级F级排量63cc燃料型号90无铅汽油机油容积1/50燃料90无铅汽油耗油量395g/h 连续工作时间尺寸MM 385330330其他装置电压指示表频率表运行时间表燃油指示表车轮附件:标准指配产品编号YT1800DC四冲程汽油发电机频率50HZ额定电压220V额定功率1KW最大功率直流输出12V额定电流9A相数单相噪音水平7M 56分贝起动方式手启动油箱容积6L净重KG 27发动机型号EM152F 发动机形式四冲程发动机最大功率绝缘等级F级排量87CC燃料型号90无铅汽油机油容积燃料90无铅汽油耗油量365g/h 连续工作时间10hrs 尺寸MM 430370360产品编号YT2100DC频率50HZ额定电压220V额定功率1KW最大功率直流输出额定电流相数单相噪音水平7M 58起动方式手启动油箱容积6L净重KG 31发动机型号EM154发动机形式四冲程发动机最大功率绝缘等级F级排量87cc燃料型号90无铅汽油机油容积燃料90无铅汽油耗油量365g/h 连续工作时间12h 尺寸MM 470360420产品编号YT2500DC频率50HZ额定电压220V额定功率2KW最大功率直流输出12V额定电流9A相数单相噪音水平7M起动方式手启动油箱容积15L净重KG 44/47发动机型号EM168发动机形式四冲程发动机最大功率绝缘等级F级排量163CC燃料型号90无铅汽油机油容积燃料90无铅汽油耗油量365g/h连续工作时间15hrs尺寸MM 600430490产品编号:EF2600额定交流电压 220V额定交流频率 50HZ额定交流输出额定交流电流发动机型式四冲程空冷OHV排量 171cc最大功率 4000rpm点火方式起动方式手起动燃料无铅汽油油箱容积 12Lit长×宽×高 510×415×425mm 净重 41kg噪音水平 65dBA/7m连续运转时间产品编号YT3100DC频率50HZ额定电压220V额定功率最大功率直流输出额定电流相数单相噪音水平7M 67起动方式手启动油箱容积15净重KG 52发动机型号EM200发动机形式四冲程发动机最大功率绝缘等级F级排量163CC燃料型号90无铅汽油机油容积燃料90无铅汽油耗油量395g/h 连续工作时间12h 尺寸MM 620460480产品编号YT3600DC 频率50HZ额定电压220V额定功率3KW最大功率直流输出12V额定电流23A相数单相噪音水平7M 67起动方式手启动油箱容积15L净重KG 55发动机型号EM200-4发动机形式四冲程发动机最大功率绝缘等级F级排量163CC燃料型号90无铅汽油机油容积燃料90无铅汽油耗油量420G/H 连续工作时间10hrs 尺寸MM产品编号YT6100DC频率50HZ最大功率额定功率5KW直流输出12V额定电流23A相数单相噪音水平7M 70起动方式手启动油箱容积25L净重KG 87发动机型号EM390发动机形式四冲程发动机最大功率绝缘等级F级排量420CC燃料型号90无铅汽油机油容积燃料90无铅汽油耗油量540G/H 连续工作时间9hrs 尺寸MM产品编号YT6500DCE 频率50HZ额定电压220V额定功率5KW最大功率直流输出12V额定电流23A相数单相噪音水平7M 70起动方式手/电启动油箱容积25L净重KG 85发动机型号EM390发动机形式四冲程发动机最大功率绝缘等级F级排量420CC燃料型号90无铅汽油机油容积燃料90无铅汽油耗油量540G/H连续工作时间9hrs 尺寸MM645510570产品编号YT6500DCS 频率50HZ额定电压220V额定功率5KW最大功率直流输出12V额定电流23A相数单/三相噪音水平7M 70起动方式手启动油箱容积净重KG 88发动机型号EM390发动机形式四冲程发动机最大功率绝缘等级F级排量420CC燃料型号90无铅汽油机油容积燃料90无铅汽油耗油量540G/H 连续工作时间9hrs 尺寸MM645510570产品编号YT7100E频率50HZ额定电压220V额定功率6KW最大功率直流输出额定电流相数单相噪音水平7M 74起动方式手/电启动油箱容积25L净重KG 86发动机型号EM390-F发动机形式四冲程发动机最大功率10KW 绝缘等级F级排量420CC燃料型号90以上汽油机油容积燃料90无铅汽油耗油量500g/h连续工作时间8H尺寸MM 720560580产品编号YT15GFWP频率50HZ额定电压220V额定功率15KW最大功率16KW直流输出/额定电流70A相数单相噪音水平=50起动方式电启动油箱容积25L净重KG 310发动机型号JL465Q发动机形式四缸水冷发动机最大功率78P 绝缘等级F级排量1051燃料型号90以上汽油机油容积燃料汽油/天燃气/石油气耗油量9L/H连续工作时间8H尺寸MM 1150720850产品编号YT15GFWP-3频率50HZ额定电压380V/220额定功率15KW最大功率16KW直流输出/额定电流70A相数四缸水冷三相噪音水平=50起动方式电启动油箱容积25L净重KG 310发动机型号JL465Q发动机形式四缸水冷发动机最大功率78P绝缘等级F级排量1051燃料型号90以上汽油机油容积燃料汽油/天燃气/石油气耗油量9L/H连续工作时间8H尺寸MM 1150720850YT25REG静音发电机调速方式：电子调速相数：三相额定电压V：380额定输出：25KW最大输出：频率：50HZ电流A：功率因数：绝缘等级：H级启动方式：电启动燃料种类：90以上汽油燃油消耗率：420g/汽油箱容量：28L噪音7m：≤68体积mm:1310790950净重kg:345发动机型号：suzuki475Q发动机型式：四冲程,四缸,水冷,单顶置凸轮轴汽缸直径活塞行程：7576mm总排量：压缩比：:1点火顺序：1-3-4-2点火方式：电感式冷却方式：强制水冷冷却水箱容量：4L润滑方式：压力,飞溅润滑油牌号：夏SF级15W/40,冬SF级10W/30润滑油容量：蓄电池规格：12V 45AH◆柴油发电机组◆产品编号YT6800X频率50HZ额定功率5KW最大输出功率直流输出12V额定电压230V起动方式手启动相数单相发动机型号 LD168FA发动机类型 4冲程.单缸.直喷柴油机排量燃油容积15L耗油量约271g机油容积结构形式开架或手推车式外形尺寸MM 725500630净重/毛重KG 98/102KG冷却方式强制风冷产品编号YT3800X频率50HZ额定功率3KW最大输出功率直流输出12V额定电压230V起动方式手启动相数单相发动机型号 LD178F排量燃油容积15L耗油量约283g机油容积结构形式开架或手推车式外形尺寸MM 700465560净重/毛重KG 64冷却方式强制风冷产品编号YT5800EW频率50HZ额定功率2KW最大输出功率直流输出12V额定电压230V起动方式手/电启动相数单相发动机型号 LD186F排量燃油容积15L耗油量约271g机油容积结构形式开架或手推车式外形尺寸MM 725500630净重/毛重KG 98冷却方式强制风冷产品编号YT6000频率50HZ额定功率最大输出功率5KW直流输出12V额定电压230V起动方式手/电启动相数单相发动机型号 LD186F排量燃油容积15L耗油量约271g机油容积结构形式开架或手推车式外形尺寸MM 725500630净重/毛重KG 102冷却方式强制风冷产品编号YT6000E3频率50HZ额定功率最大输出功率5KW直流输出12V额定电压400/230V起动方式手/电启动相数三/单相发动机型号 LD186FA排量燃油容积15L耗油量约271g机油容积结构形式开架或手推车式外形尺寸MM 725500630净重/毛重KG 102冷却方式强制风冷产品编号YT6800E频率50HZ额定功率最大输出功率6KW直流输出有额定电压230V起动方式手/电启动相数单相发动机型号 LD186FA排量燃油容积15L耗油量约271g机油容积结构形式开架或手推车式外形尺寸MM净重/毛重KG 102冷却方式强制风冷产品编号YT6800E3频率50HZ额定功率最大输出功率6KW直流输出无额定电压400/230V起动方式手/电启动相数三/单相发动机型号 LD186FA排量燃油容积15L耗油量约271g机油容积结构形式开架或手推车式外形尺寸MM净重/毛重KG 102冷却方式强制风冷产品编号 YT6800X频率 50HZ额定功率 5KW最大输出功率直流输出 12V额定电压 230V起动方式手启动相数单相发动机型号 LD168FA发动机类型 4冲程.单缸.直喷柴油机排量燃油容积 15L耗油量约271g机油容积结构形式开架或手推车式外形尺寸MM 725500630净重/毛重KG 98/102KG冷却方式强制风冷产品编号YT6800T频率50HZ额定功率5KW最大输出功率直流输出12V额定电压230V起动方式电启动相数单相发动机型号 LD186FA排量燃油容积16L耗油量约283g机油容积结构形式静音手推车式外形尺寸MM 935560850净重 108 冷却方式强制风冷产品编号YT6800EW频率50HZ额定功率最大输出功率直流输出无额定电压230V起动方式手/电启动相数单相发动机型号 LD186FA发动机型式风冷柴油机排量燃油容积15L耗油量约271g机油容积结构形式开架或手推车式外形尺寸MM 725500630净重/毛重KG 102/110KG 冷却方式强制风冷其他装置产品编号YT6800TW频率50HZ额定功率最大输出功率直流输出无额定电压230V起动方式手/电启动相数单相发动机型号 LD186FA发动机型式风冷柴油机排量燃油容积16L耗油量约283g机油容积结构形式静音手推车式外形尺寸MM 935560850净重/毛重KG 169/184KG 冷却方式强制风冷其他装置。
PowerTech 4.5 升和 6.8 升柴油发动机基本发动机说明书
PowerTech™4.5L and6.8LDiesel Engines Base EngineFor complete service information also see:PowerTech™Diesel Engines—Mechanical Fuel Systems.......................................................CTM207PowerTech™Diesel Engines—Level 4Electronic Fuel Systems with Bosch VP44Pump.....................................................................CTM170PowerTech™Diesel Engines—Level 12Electronic Fuel Systems with Stanadyne DE10Pump.....................................................................CTM331PowerTech™Diesel Engines—Level 1Electronic Fuel Systems with Delphi/Lucas DP201Pump.........................................................CTM284PowerTech™Diesel Engines—Level 11Electronic Fuel Systems with Denso HPCR......CTM220PowerTech™Diesel Engines and PowerTech™Plus—Level 14Electronic Fuel Systems with Denso HPCR........................................................CTM320PowerTech™Diesel Engines and PowerTech™E—Level 16Electronic Fuel Systems with Denso HPCR........................................................CTM502Alternators and Starter Motors..........................CTM77OEM Engine Accessories...................................CTM67Application List....................................................CTM106819JDPS Master Tool Manual...................................TM111119COMPONENT TECHNICAL MANUAL PowerTech™4.5L and 6.8L DieselEngines—Base EngineCTM10407NOV12(ENGLISH)John Deere Power SystemsLITHO IN U.S.A.IntroductionDPSG,OUO1004,2767-19-29OCT10-1/1ForewordThis manual is written for an experienced technician.Essential tools required in performing certain service work are identified in this manual and are recommended for use.This manual (CTM104)covers only the engine base for all PowerTech™4.5L and 6.8L engines includingPowerTech™”Plus”engine model as well as PowerTech™”E”and PowerTech™”M”engine models.It is one of eight volumes on 4.5L and 6.8L engines.The following seven companion manuals cover fuel system and electronics repair,operation and diagnostics:•CTM207—Mechanical Fuel Systems•CTM170—Level 4Electronic Fuel Systems with Bosch VP44Pump•CTM331—Level 12Electronic Fuel Systems with Stanadyne DE10Pump•CTM284—Level 1Electronic Fuel Systems with Delphi/Lucas DP201Pump•CTM220—Level 11Electronic Fuel Systems with Denso High Pressure Common Rail•CTM320—Level 14Electronic Fuel Systems with Denso High Pressure Common Rail•CTM502—Level 16Electronic Fuel Systems with Denso High Pressure Common RailOther manuals will be added in the future to provide additional information on electronic fuel systems as needed.Live with safety:Read the safety messages in the introduction of this manual and the cautionspresented throughout the text of the manual.This is the safety-alert symbol.When you see this symbol on the machine or in this manual,be alert to the potential for personal injury.Use this component technical manual in conjunction with the machine technical manual.An applicationlisting in Section 01,Group 001identifiesproduct-model/component type-model relationship.See the machine technical manual for information on component removal and installation,and gaining access to the components.Information is organized in sections and groups for the various components requiring service instruction.Section 05summarizes all applicable essential tools,service equipment and tools,other materials needed to do the job,and service parts kits.Section 06summarizes all specifications,wear tolerances,and torque values.Before beginning repair on an engine,clean the engine and mount on a repair stand.(See Section 02,Group 010.)This manual contains SI Metric units of measure followed immediately by the U.S.customary units of measure.Most hardware on these engines is metric sized.Some components of this engine may be serviced without removing the engine from the machine.Refer to the specific machine technical manual for information on components that can be serviced without removing the engine from the machine and for engine removal and installation procedures.Read each block of material completely before performing service to check for differences in procedures orspecifications.Follow only the procedures that apply to the engine model number you are working on.If only one procedure is given,that procedure applies to all the engines in the manual.CALIFORNIA PROPOSITION 65WARNINGDiesel engine exhaust and some of its constituents are known to the State of California to cause cancer,birth defects and other reproductive harm.PowerTech is a trademark of Deere &CompanyRecord of ChangesPublication and Translation DateCTM104_17DEC09Section-Group Group Title Block Title Comment01-001Engine Identification andApplication Charts Engine Application Charts Moved to Application manual(CTM106819)02-050Camshaft,Balancer Shafts andTiming Gear Train Time Camshaft and Fuel InjectionPump(Non-HPCR Engines)Add procedure for injection pumpwith lock shaft timing.04-150Observable Diagnostics and Tests Test Engine Compression Pressure Added new compression adapterJDG10824,JDG11064,JDG1106506-210Diagnostic Specifications Intake Manifold Pressure(Turbocharger Boost)Specifications Update with new applications:•J06068HCQ07•PE6068HT082/083/085•J06068HCQ04•PE4045HLV56/58/60/62/64/66•PE6068AFM75•JO6068HBM04CD03523,00001D2-19-03SEP10-1/1DPSG,OUO1004,129-19-03DEC07-1/1RG7636—UN—23NOV973/4Right Rear ViewRG7638—UN—23NOV973/4Left Rear ViewRG7639—UN—23NOV973/4Right Front ViewRG7637—UN—23NOV973/4Left Front ViewPowerTech is a trademark of Deere&CompanyOUO1080,0000238-19-03DEC07-1/1R G 11932—U N —06N O V 013/4Right Front View—Two-Valve Head EngineR G 11931—U N —06N O V 013/4Left Rear View—Two-Valve Head EngineR G 13617A —U N —18M A Y 043/4Right Front View—Four-Valve Head EngineR G 13618A —U N —18M A Y 043/4Left Rear View—Four-Valve Head EnginePowerTech is a trademark of Deere &CompanyThanks very much for your reading, Want to get more information,Please click here, Then get the complete manualNOTE:If there is no response to click on the link above, please download the PDF document first, and then click on it.Have any questions please write to me: ******************************DPSG,OUO1004,130-19-29NOV07-1/1RG7641—UN—23NOV973/4Right Front ViewRG764—UN—23NOV973/4Left Front ViewRG7643—UN—23NOV973/4Right Rear ViewRG7642—UN—23NOV973/4Left Rear ViewPowerTech is a trademark of Deere&CompanyOUO1080,0000239-19-29OCT10-1/1OUO1083,00005FC -19-29OCT10-1/1R G 11934—U N —24O C T 013/4Right Front View—Two-Valve Head Engine R G 11933—U N —24O C T 013/4Left Rear View—Two-Valve Head EnginePowerTech™6.8L Engine With Electronic Fuel System—Tier 2/Stage IIR G 12199—U N —24M A Y 026068HF475Four-Valve Engine (Level 11Electronic Fuel Systemwith Denso High Pressure Common Rail)R G 12200—U N —24M A Y 026068HF475Four-Valve EngineOUO1083,00005FC -19-29NOV07-1/1PowerTech™Plus 6.8L Engine With Electronic Fuel System—Tier 3/Stage IIIAR G 13547—U N —11N O V 046068HF485Engine Shown (Electronic Fuel System WithDenso High Pressure Common Rail)R G 13546—U N —11N O V 046068HF485ShownPowerTech is a trademark of Deere &CompanyOURGP12,00001EA -19-29NOV07-1/1PowerTech™E 4.5L Engine With Electronic Fuel Systems (HPCR Fuel System)(Two-Valve Cylinder Head)R G 14632—U N —13A P R 064045HF285EngineR G 14633—U N —13A P R 064045HF285EnginePowerTech is a trademark of Deere &CompanyOURGP12,00001EB -19-29NOV07-1/1PowerTech™E 6.8L Engine With Electronic Fuel Systems (HPCR Fuel System)(Two-Valve Cylinder Head Model)R G 14634A —U N —29N O V 076068HF285Engine (3/4Right Front View)C D 31001—U N —29N O V 076068HF285Engine (3/4Left Front View)PowerTech is a trademark of Deere &CompanyCD03523,00001B4-19-03DEC07-1/1PowerTech™M 4.5L Engine withMechanical Fuel System and 17mm InjectorsC D 31002—U N —29N O V 074045HF280Engine (3/4Left Front View)PowerTech is a trademark of Deere &CompanyContentsSection01—General InformationGroup000—SafetyGroup001—Engine Identification and ApplicationChartsGroup002—Fuels,Lubricants and CoolantsSection02—Repair and AdjustmentsGroup010—Engine RebuildGroup020—Cylinder Head and Valves(Two-ValveHead Engines)Group021—Cylinder Head and Valves(Four-ValveHead Engines)Group030—Cylinder Block,Liners,Pistons and RodsGroup040—Crankshaft,Main Bearings and FlywheelGroup050—Camshaft,Balancer Shafts and TimingGear TrainGroup060—Lubrication SystemGroup070—Cooling SystemGroup080—Air Intake and Exhaust SystemGroup090—Fuel SystemGroup100—Starting and Charging SystemsSection03—Theory of OperationGroup120—Base Engine OperationSection04—DiagnosticsGroup150—Observable Diagnostics and TestsSection05—Tools and Other MaterialsGroup170—Repair Tools and Other MaterialsGroup180—Diagnostic Service ToolsGroup190—Dealer Fabricated Service ToolsSection06—SpecificationsGroup200—Repair and General OEM SpecificationsGroup210—Diagnostic SpecificationsOriginal Instructions.All information,illustrations and specifications in thismanual are based on the latest information available at the time of publication.The right is reserved to make changes at any time without notice.COPYRIGHT©2012DEERE&COMPANYMoline,IllinoisAll rights reserved.A John Deere ILLUSTRUCTION®ManualPrevious EditionsCopyright©1996,1998,2000,2002,2004,2005,2007,2008,2009,2010ContentsSection01General Information ContentsPage Group000—SafetyWork In Ventilated Area...............................01-000-1 Recognize Safety Information.....................01-000-1 Work in Clean Area.....................................01-000-1 Dispose of Waste Properly..........................01-000-2 Avoid Harmful Asbestos Dust......................01-000-2 Handle Fuel Safely—Avoid Fires.................01-000-2 Prepare for Emergencies.............................01-000-3 Handle Starting Fluid Safely........................01-000-3 Handle Fluids Safely—AvoidFires.........................................................01-000-3 Avoid High-Pressure Fluids.........................01-000-4 Use Proper Lifting Equipment......................01-000-4 Illuminate Work Area Safely........................01-000-4 Live With Safety...........................................01-000-5 Service Machines Safely.............................01-000-5 Handle Chemical Products Safely................01-000-5 Protect Against Noise..................................01-000-6 Remove Paint Before Welding orHeating....................................................01-000-6 Stay Clear of Rotating Drivelines.................01-000-7 Service Cooling System Safely...................01-000-7 Follow Safety Instructions............................01-000-8 Use Proper Tools.........................................01-000-8 Construct Dealer-Made ToolsSafely.......................................................01-000-8 Practice Safe Maintenance..........................01-000-9 Understand Signal Words............................01-000-9 Replace Safety Signs................................01-000-10 Prevent Battery Explosions.......................01-000-10 Protect Against High PressureSpray.....................................................01-000-10 Avoid Heating Near PressurizedFluid Lines.............................................01-000-11 Wear Protective Clothing...........................01-000-11 Wait Before OpeningHigh-Pressure Fuel System...................01-000-11 Handle Agricultural ChemicalsSafely.....................................................01-000-12 Handling Batteries Safely..........................01-000-13 Install All Guards.......................................01-000-13 Avoid Hot Exhaust.....................................01-000-14 Group001—Engine Identification andApplication ChartsEngine Serial Number PlateInformation...............................................01-001-1 OEM Engine Option Code Label.................01-001-3 Information Relative to EmissionsRegulations..............................................01-001-3 Group002—Fuels,Lubricants and Coolants Diesel Fuel...................................................01-002-1 Diesel Fuel Additive Products......................01-002-1Page Biodiesel Fuel..............................................01-002-2 Minimizing the Effect of ColdWeather on Diesel Engines.....................01-002-4 Handling and Storing Diesel Fuel................01-002-5 Lubricity of Diesel Fuel................................01-002-5 Testing Diesel Fuel......................................01-002-5 Oil Information for Uncertified orTier1Engines..........................................01-002-5 Diesel Engine Oil.........................................01-002-6 Oil Information for Tier2Engines................01-002-6 Diesel Engine Oil.........................................01-002-7 Oil Information for Tier3Engines................01-002-7 Diesel Engine Oil.........................................01-002-8 Diesel Engine Break-In Oil..........................01-002-9 Oil Filters.....................................................01-002-9 Grease.......................................................01-002-10 Alternative and SyntheticLubricants..............................................01-002-10 Lubricant Storage......................................01-002-10 Mixing of Lubricants...................................01-002-11 Heavy Duty Diesel EngineCoolant..................................................01-002-11 Supplemental Coolant Additives................01-002-12 Operating in Warm TemperatureClimates.................................................01-002-12 Additional Information AboutDiesel Engine Coolants andJohn Deere LIQUID COOLANTCONDITIONER.....................................01-002-13 Diesel Engine Coolant...............................01-002-14 Testing Diesel Engine Coolant...................01-002-14 Drain Intervals for Diesel EngineCoolant..................................................01-002-15ContentsGroup 000SafetyDX,AIR -19-17FEB99-1/1DX,ALERT -19-29SEP98-1/1DX,CLEAN -19-04JUN90-1/1Work In Ventilated AreaEngine exhaust fumes can cause sickness or death.If it is necessary to run an engine in an enclosed area,remove the exhaust fumes from the area with an exhaust pipe extension.If you do not have an exhaust pipe extension,open the doors andget outside air into the area.T S 220—U N —23A U G 88Recognize Safety InformationThis is a safety-alert symbol.When you see this symbol on your machine or in this manual,be alert to the potential for personal injury.Followrecommended precautions and safe operating practices.T 81389—U N —07D E C 88Work in Clean AreaBefore starting a job:•Clean work area and machine.•Make sure you have all necessary tools to do your job.•Have the right parts on hand.•Read allinstructions thoroughly;do not attemptshortcuts.T 6642E J —U N —18O C T 88DX,DRAIN -19-03MAR93-1/1DX,DUST -19-15MAR91-1/1DX,FIRE1-19-12OCT11-1/1Dispose of Waste ProperlyImproperly disposing of waste can threaten theenvironment and ecology.Potentially harmful waste used with John Deere equipment include such items as oil,fuel,coolant,brake fluid,filters,and batteries.Use leakproof containers when draining fluids.Do not use food or beverage containers that may mislead someone into drinking from them.Do not pour waste onto the ground,down a drain,or into any water source.Air conditioning refrigerants escaping into the air can damage the Earth’s ernment regulations may require a certified air conditioning service center torecover and recycle used air conditioning refrigerants.T S 1133—U N —26N O V 90Inquire on the proper way to recycle or dispose of waste from your local environmental or recycling center,or from your John Deere dealer.Avoid Harmful Asbestos DustAvoid breathing dust that may be generated whenhandling components containing asbestos fibers.Inhaled asbestos fibers may cause lung cancer.Components in products that may contain asbestosfibers are brake pads,brake band and lining assemblies,clutch plates,and some gaskets.The asbestos used in these components is usually found in a resin or sealed in some way.Normal handling is not hazardous as long as airborne dust containing asbestos is not generated.Avoid creating dust.Never use compressed air for cleaning.Avoid brushing or grinding material containing asbestos.When servicing,wear an approved respirator.A special vacuum cleaner is recommended to clean asbestos.If not available,apply a mist of oilor water on the material containing asbestos.T S 220—U N —23A U G 88Keep bystanders away from the area.Handle Fuel Safely—Avoid FiresHandle fuel with care:it is highly flammable.Do not refuel the machine while smoking or when near open flame or sparks.Always stop engine before refueling machine.Fill fuel tank outdoors.Prevent fires by keeping machine clean of accumulated trash,grease,and debris.Always clean up spilled e only an approved fuel container for transporting flammable liquids.Never fill fuel container in pickup truck with plastic bed liner.Always place fuel container on ground beforerefueling.Touch fuel container with fuel dispenser nozzle before removing can lid.Keep fuel dispenser nozzle in contactwith fuel container inlet when filling.T S 202—U N —23A U G 88Do not store fuel container where there is an open flame,spark,or pilot light such as within a water heater or other appliance.DX,FIRE2-19-03MAR93-1/1DX,FIRE3-19-16APR92-1/1DX,FLAME -19-29SEP98-1/1Prepare for EmergenciesBe prepared if a fire starts.Keep a first aid kit and fire extinguisher handy.Keep emergency numbers for doctors,ambulance service,hospital,and fire department near your telephone.T S 291—U N —23A U G 88Handle Starting Fluid SafelyStarting fluid is highly flammable.Keep all sparks and flame away when using it.Keep starting fluid away from batteries and cables.To prevent accidental discharge when storing thepressurized can,keep the cap on the container,and store in a cool,protected location.Do not incinerateor puncture a starting fluid container.T S 1356—U N —18M A R 92Handle Fluids Safely—Avoid FiresWhen you work around fuel,do not smoke or work near heaters or other fire hazards.Store flammable fluids away from fire hazards.Do not incinerate or puncture pressurized containers.Make sure machine is clean of trash,grease,and debris.Do not store oilyrags;they can ignite and burn spontaneously.T S 227—U N —23A U G 88DX,FLUID -19-12OCT11-1/1DX,LIFT -19-04JUN90-1/1DX,LIGHT -19-04JUN90-1/1Avoid High-Pressure FluidsInspect hydraulic hoses periodically –at least once per year –for leakage,kinking,cuts,cracks,abrasion,blisters,corrosion,exposed wire braid or any other signs of wear or damage.Replace worn or damaged hose assemblies immediately with John Deere approved replacement parts.Escaping fluid under pressure can penetrate the skin causing serious injury.Avoid the hazard by relieving pressure before disconnecting hydraulic or other lines.Tighten all connections before applying pressure.Search for leaks with a piece of cardboard.Protect hands and body from high-pressure fluids.If an accident occurs,see a doctor immediately.Any fluid injected into the skin must be surgically removed within a fewhours or gangrene may result.Doctors unfamiliarX 9811—U N —23A U G 88with this type of injury should reference a knowledgeable medical source.Such information is available inEnglish from Deere &Company Medical Department in Moline,Illinois,U.S.A.,by calling 1-800-822-8262or +1309-748-5636.Use Proper Lifting EquipmentLifting heavy components incorrectly can cause severe injury or machine damage.Follow recommended procedure for removaland installation of components in the manual.T S 226—U N —23A U G 88Illuminate Work Area SafelyIlluminate your work area adequately but e a portable safety light for working inside or under the machine.Make sure the bulb is enclosed by a wire cage.The hot filament of an accidentally broken bulbcan ignite spilled fuel or oil.T S 223—U N —23A U G 88DX,LIVE -19-25SEP92-1/1DX,LOOSE -19-04JUN90-1/1DX,MSDS,NA -19-03MAR93-1/1Live With SafetyBefore returning machine to customer,make sure machine is functioning properly,especially thesafety systems.Install all guards and shields.T S 231—19—07O C T 88Service Machines SafelyTie long hair behind your head.Do not wear a necktie,scarf,loose clothing,or necklace when you work near machine tools or moving parts.If these items were to get caught,severe injury could result.Remove rings and other jewelry to preventelectrical shorts and entanglement in moving parts.T S 228—U N —23A U G 88Handle Chemical Products SafelyDirect exposure to hazardous chemicals can causeserious injury.Potentially hazardous chemicals used with John Deere equipment include such items as lubricants,coolants,paints,and adhesives.A Material Safety Data Sheet (MSDS)provides specific details on chemical products:physical and health hazards,safety procedures,and emergency response techniques.Check the MSDS before you start any job using ahazardous chemical.That way you will know exactly what the risks are and how to do the job safely.Then follow procedures and recommended equipment.(See your John Deere dealer for MSDS’s onchemical products used with John Deere equipment.)T S 1132—U N —26N O V 90DX,NOISE -19-03MAR93-1/1DX,PAINT -19-24JUL02-1/1Protect Against NoiseProlonged exposure to loud noise can cause impairment or loss of hearing.Wear a suitable hearing protective device such asearmuffs or earplugs to protectagainst objectionable or uncomfortable loud noises.T S 207—U N —23A U G 88Remove Paint Before Welding or HeatingAvoid potentially toxic fumes and dust.Hazardous fumes can be generated when paint is heated by welding,soldering,or using a torch.Remove paint before heating:•Remove paint a minimum of 100mm (4in.)from area to be affected by heating.If paint cannot be removed,wear an approved respirator before heating or welding.•If you sand or grind paint,avoid breathing the dust.Wear an approved respirator.•If you use solvent or paint stripper,remove stripper with soap and water before welding.Remove solvent or paint stripper containers and other flammable material from area.Allow fumes to disperse at least 15minutes before welding or heating.Do not use a chlorinated solvent inareas where welding will take place.T S 220—U N —23A U G 88Do all work in an area that is well ventilated to carry toxic fumes and dust away.Dispose of paint and solvent properly.。
潍柴发动机全型普汇总
WD12系列柴油机，是潍柴动力欧洲研发中心采用世界顶尖技术和全新设计理念研发的新一代柴油机，刷新国内重型柴油机中多项性能指标，具有更省油、更强劲、更可靠、更安全的优点，主要经济指标达到世界领先水平。
WD12柴油机是潍柴动力针对重型汽车市场开发研制的先进动力产品，是目前国内唯一成熟的最大排量柴油机。
其功率覆盖336马力——480马力，与现有同类同功率发动机相比，综合运行油耗降低10-15%，动力性提高30%，可以保证整车高效、高速运行，是目前国内重型汽车理想的升级动力。
WD12系列柴油机技术优势：更省油——相同载重，油耗降低15%，节省使用成本排量大，进气量大；配套专用P12高压油泵，燃油喷射雾化更好；配套专用高效增压器，进气效率较高；使用WD12发动机燃烧更充分，油耗更低。
更强劲——12升大排量，扭矩提高30%，动力更强劲WD12发动机排量大，低速（1000r/min）扭矩提高30%；使整车加速性能更好；最大扭矩大，使整车载重能力更强；大扭矩范围宽，在1200——1650转范围内均能输出大扭矩，使整车在各种工况下均能高效运行，可大大提高运营效率，实现“多拉快跑”的目的。
更可靠——热负荷更低，零部件寿命更长，减少维护费用大排量，同功率热负荷更低WD12柴油机排量达到12升，与现有同类同功率发动机相比升功率最低，柴油机整机的可靠性得到极大提高，曲轴、连杆、轴瓦等零部件使用寿命更长；同时延缓了机油老化速度，延长了更换机油的周期，给用户带来可观的直接收益。
高强度机体WD12柴油机的机体经过全面结构计算、可靠实验，综合性能指标高出同类产品20%高压油泵采用法兰士齿轮传动法兰连接使得喷油提前角精度更高，避免了提前角发生变化导致柴油机性能和排放指标恶化情况的出现，减少了震动，全面提高了整机可靠性。
水泵侧置不与风扇连接，降低了零部件故障率，维修方便更安全——标配潍柴独有的WEVB技术，制动效率提高50%采用WEVB发动机制动系统后，整车制动效率可以提高50%，大大增加了整车运行的安全性。
长安星光4500配置
基本信息2007款 4500 SC6443系列 基本型无空调2007款 4500 SC6443系列 标准型厂商指导价 5.66万 5.66万经销商报价 3.80万-5.66万 4.48万-5.98万保修政策排量（升） 1.3 L 1.3 L变速器型式手动手动基本性能2007款 4500 SC6443系列 基本型无空调2007款 4500 SC6443系列 标准型综合工况油耗均值:7.7 L 市区工况油耗12.3 L 12.3 L 市郊工况油耗 6.7 L 6.7 L 百公里等速油耗9.1 L9.1 L最大爬坡度驱动方式后轮驱动后轮驱动乘员人数（含司机）99整备质量1220 kg 1220 kg 允许总质量1900 kg 1900 kg车身结构2007款 4500 SC6443系列 基本型无空调2007款 4500 SC6443系列 标准型车门数55车身型式单厢单厢车顶型式硬顶硬顶天窗型式--车篷型式硬顶硬顶车体结构外部尺寸2007款 4500 SC6443系列 基本型无空调2007款 4500 SC6443系列 标准型长4390 mm 4390 mm 宽1655 mm 1655 mm 高1935 mm 1935 mm 轴距2800 mm 2800 mm 前轮距1435 mm 1435 mm 后轮距1435 mm 1435 mm 最小离地间隙185 mm 185 mm内部尺寸2007款 4500 SC6443系列 基本型无空调2007款 4500 SC6443系列 标准型行李箱打开方式燃油&发动机2007款 4500 SC6443系列 基本型无空调2007款 4500 SC6443系列 标准型燃油箱容积40 L 40 L 燃料类型汽油汽油燃油标号93#93#8.7 L 8.7 L 车型搜索前排杯架●●衣物挂钩●●遮阳板化妆镜●●安全配置2007款 4500 SC6443系列 基本型无空调2007款 4500 SC6443系列 标准型ABS(刹车防抱死制动系统)●●EBD/EBV(电子制动力分配)●●TCS(牵引力控制系统)--发动机防盗系统●●驾驶位安全气囊●●副驾驶位安全气囊●●前安全带调节高度可调高度可调安全带预收紧功能●●安全带限力功能●●后排安全带●●儿童锁●●车门防撞杆(防撞侧梁)--可溃缩转向柱●●2007款 4500 SC6443系列 基本型带空调5.66万4.18万-5.66万。
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FILTER - 5/97
Rhombus
Transformers & Magnetic Products
Industries Inc.
Specifications are subject to change without notice 15801 Chemical Lane
Huntington Beach, California 92649-1595
Phone: (714) 898-0960 l FAX: (714) 896-0971
"G6-Wide"
26
"T6" - Unused Pins Removed
Unused Pins omitted for thru hole versions.All 6 Pins provided on surface mount versions
6-Pin Schematic
Thru Surface L (2)DCR L L C w/w SRF Hole Mount Min.Max.Max.Max.Typ.P/N P/N ( µH )
( Ω )( µH )( pF )( MHz )
L-45001L-4505110000 1.640110.98L-45002L-450527000 1.43510 1.25L-45003L-450535000 1.2309 1.80L-45004L-450542500 1.0258 2.70L-45005L-4505515000.9128 4.10L-45006L-4505610000.8117 5.20L-45007L-450577500.7106 6.60L-45008L-450585000.6957.70L-45009L-450592500.8106>13L-45010L-450601000.785>13L-45011L-450615000.664>13L-45012
L-45062
25
0.5
4
3
>13
Electrical Specifications (1) at 25O C
Materials used in the construction of these parts
are UL 94 VO and are rated at 130o C or better Surface Mount parts available in Tape & Reel
HIGH FREQUENCY
COMMON MODE CHOKES
Low Cost Encapsulated Package Toroidal Construction Isolation 1500 V RMS Minimum
NEW!
1. I MAX is 32 mA for all parts @ 500 cm/A
2. Tested @ 10KHz & 100mV
Package Physical Dimensions in Inches (mm)
FILTER - 5/97
Rhombus
Transformers & Magnetic Products
Industries Inc.
Specifications are subject to change without notice 15801 Chemical Lane
Huntington Beach, California 92649-1595
Phone: (714) 898-0960 l FAX: (714) 896-0971
27
Materials used in the construction of these parts are UL 94 VO and are rated at 130o C or better Surface Mount parts available in Tape & Reel
NEW!
Unused Pins omitted for thru hole versions.All 10 Pins provided on surface mount versions
10-Pin Schematic
Thru Surface L (2)DCR
L L C w/w SRF Hole Mount Min.Max.Max.Max.Typ.P/N P/N ( µH )
( Ω )
( µH )
( pF )
( MHz )
L-45013L-4506320000 2.5100300.4L-45014L-4506415000 2.275250.5L-45015L-4506510000 2.065200.7L-45016L-450665000 1.55015 1.2L-45017L-450672500 1.34013 2.0L-45018L-450681500 1.03511 2.7L-45019L-4506910000.8308 3.2L-45020L-450707500.6255 3.5L-45021L-45071500 1.03512 3.8L-45022L-450722500.8258 6.1L-45023L-450731000.62069.8L-45024
L-45074
50
0.4
10
4
>13
Electrical Specifications (1) at 25O C
HIGH FREQUENCY
COMMON MODE CHOKES
Low Cost Encapsulated Package Toroidal Construction Isolation 1500 V RMS Minimum
10-Pin DIP
1. I MAX is 32 mA for all parts @ 500 cm/A
2. Tested @ 10KHz & 100mV
12
345
109876
10 Pin Surface Mount Package。