谐波齿轮减速器选型资料

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谐波减速机介绍

谐波减速机介绍

产品代号和指标:R系列谐波减速机减速比:80―315输出扭矩:6―4000N.m回差精度:≤3′、1′、30 ″运动误差: ≤3′、1′、30 ″XB2系列谐波减速机减速比:100―140000输出扭矩:2―3800N.mXB5系列谐波减速机减速比:73―1559输出扭矩:2―4000N.mXB1系列谐波减速机减速比:40―315输出扭矩:2―4000N.m回差精度:≤9′、6′运动误差: ≤9′、6′XB3系列谐波减速机(相位调节器)减速比:40―315输出扭矩:1―4000N.m谐波齿轮传动由三个基本构件组成:【一】谐波发生器(简称波发生器)……是凸轮(通常为椭圆形)及薄壁轴承组成,随着凸轮转动,薄壁轴承的外环作椭圆形变形运动(弹性范围内)。

【二】刚轮……是刚性的内齿轮。

【三】柔轮……是薄壳形元件,具有弹性的外齿轮。

以上三个构件可以任意固定一个,成为减速传动及增速传动,或者发生器、刚轮主动,柔轮从动,成为差动机构(即转动的代数合成)。

选用说明:1.选型时请确定以下三项参数:(1)传动比或输出转速(r/min)(2)减速机输入功率(kw)(3)额定输入转速(r/min)2.如减速机输入转速是可调的则在选用减速机型号时应分别确定:工作条件为“恒功率”时按最低转速选用机型;工作条件为“恒扭矩”时,按最高转速选用机型。

定货时须说明是否电机直联,电机型号及参数。

3.选用减速机输入功率Pc1与输出扭矩Tc2的计算:Pc1=P・KATc2=T・KAP―减速机额定输入功率(KW)T―减速机额定输出扭矩(N.m)KA―工作情况系数(见表一)(表一)XB1谐波齿轮减速机工况系数:原动机负荷性质每日工作时间(小时)>1―2>2―10>10―24电动机轻微冲击1.001.301.50中等冲击1.301.501.75较大冲击或惯性冲击1.501.752.004.减速机输出轴装有齿轮、链轮、三角皮带轮及平皮带轮时需要校验轴伸的悬臂负荷Fc1校验公式为:Fc1=2T・KA/D・FRD―齿轮、链轮、皮带轮的节圆直径(m)FR―悬臂负荷系数齿轮FR=1.5 链轮FR=1.2三角皮带轮FR=2 平皮带轮FR=2.5当悬臂负荷Fc1≤FR (见表二) 即可通过。

谐波减速机选型手册

谐波减速机选型手册

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减速器选型知识简介

减速器选型知识简介


线性运动:惯性力F=ma;m-Kg,质量;a-m/s2,起动加速度

2)
动态功率:
} }
静功率计算:
P-Kw,计算静功率
F-N,运行阻力 V-m/s,运行速度 P-Kw,计算静功率 M-N· m,扭矩 n-rpm,转速 P-Kw,计算动功率
JT-Kg· m2,转动惯量
nT-rpm,转动速度 tA -s,起动时间
d)
惯性加速系数>10 ,请向SEW咨询。
惯性加速系数=所有外部转运惯量(Jx)/电机转子转动惯量(Je) 对线性运动: Jx=91.2×m×(V/ne) 2,m-Kg, V-m/s,ne-rpm, Jx-Kg· m2 对旋转运动: Jx=JT× (n/ne) 2 =JT÷ i 2 , JT –旋转体转动惯量,JA=Js+m· s2 减少惯性加速系数的方法:电机加制动器,加金属高惯量风扇等。
/T
带力矩臂 橡胶缓冲垫 低齿隙
R、F、K系列减速器选项: 电机选项 / BR,/ BM(G) · ·/ HF · ·/ HR / MM· · / MSW· · / RS / TF / TH /U /V / VS / VR /Z /C -SRD
/R
制动器(低噪音) 手动释放(锁在制动释放位置) 手动释放(自动返回制动位置) MOVIMOT®(变频一体机) MOVI-SWITCH®(断路和保护功能一体) 逆止器 热敏电阻保护装置(PTC热敏电阻) 恒温器保护装置(双金属片开关) 机身冷却(无通风) 强制冷风扇3×380-415VAC50Hz 底脚-法兰安装强制冷风扇1×220-266VAC50Hz 底脚-法兰安装强制冷风扇1×24VDC 高惯量飞轮风扇 风扇防护罩 SEW辊道电机
2. 减速机实际的f B 。

谐波减速机规格参数

谐波减速机规格参数

谐波减速机规格参数
一、结构特点:
1.谐波减速机采用谐波传动原理,具有非常高的传动效率和传动精度。

2.减速比范围广,可达到50:1以上。

3.体积小、重量轻,与传统减速器相比,具有更小的安装空间。

4.具有自锁性能,能够防止一些应用中的倒转现象。

5.耐冲击、抗振性好,可适应高速运动和频繁启停的工况。

6.高可靠性和稳定性,适用于高精度、高速度和高反转负载的应用。

二、性能参数:
1.额定输出扭矩:谐波减速机的额定输出扭矩是指能够持续运转下的
最大扭矩。

该参数取决于减速机的尺寸和材质等因素。

2.额定输出转速:谐波减速机的额定输出转速是指在额定加载下,减
速机能够持续运转的最高输出转速。

3.输出扭矩波动系数:谐波减速机的输出扭矩波动系数是指输出扭矩
的波动程度。

该参数越小,减速机运行的平稳性和精度越高。

4.温升:谐波减速机的温升是指在额定工况下,减速机运行时产生的
温度升高。

该参数反映了减速机的散热性能,应控制在一定范围内。

5.额定工作周期:谐波减速机的额定工作周期是指减速机在额定工况下,可连续工作的最长时间。

三、应用范围:
1.工业自动化设备:包括机床、激光设备、数控设备等。

2.机电一体化设备:如包装机械、食品机械、纺织机械等。

3.机器人及自动化装配线:在机器人及自动化装配线中,谐波减速机可提供高精度和高可靠性的传动。

总结:。

谐波减速机的节圆直径

谐波减速机的节圆直径

谐波减速机的节圆直径谐波减速机是一种常见的精密传动装置,广泛应用于机械工程领域。

而谐波减速机的节圆直径是其重要的参数之一,它直接影响着减速机的传动性能和使用效果。

谐波减速机的节圆直径指的是减速机中使用的谐波齿轮的最大直径。

谐波齿轮是谐波减速机中的关键部件,通过其特殊的齿轮传动原理,实现高精度的减速和传动。

节圆直径的大小与减速比和传动精度密切相关。

一般来说,节圆直径越大,减速比就越高,传动精度也越高。

而减速比则决定了减速机的输出转速与输入转速之间的比值,传动精度则决定了减速机传动过程中的误差大小。

在实际应用中,选择合适的节圆直径非常重要。

如果节圆直径选择过小,可能会导致减速机输出转矩不稳定,传动精度低下,甚至出现齿轮损坏的情况。

而节圆直径选择过大,则会增加减速机的体积和重量,增加成本并降低效率。

因此,选择合适的节圆直径需要综合考虑减速机的使用要求和实际情况。

一般来说,节圆直径的选择应满足以下几个方面的要求:1. 传动精度要求:根据具体的应用需求,确定减速机的传动精度要求。

如果要求较高的传动精度,就需要选择较大的节圆直径。

2. 输出转矩和转速需求:根据实际的工作负载和输出转速要求,确定减速机的减速比和输出转矩。

一般来说,较大的节圆直径可以提供更高的减速比和输出转矩。

3. 整体结构和尺寸:考虑减速机的整体结构和尺寸限制,选择合适的节圆直径。

一般来说,节圆直径越大,减速机的体积和重量就越大。

4. 轴向载荷和径向载荷:根据实际的工作环境和载荷情况,确定减速机所能承受的轴向载荷和径向载荷。

较大的节圆直径可以提供更高的载荷能力。

谐波减速机的节圆直径是影响其传动性能和使用效果的重要参数之一。

选择合适的节圆直径需要综合考虑传动精度要求、输出转矩和转速需求、整体结构和尺寸、轴向载荷和径向载荷等因素。

只有根据实际情况进行科学合理的选择,才能确保减速机的正常运行和长久使用。

谐波齿轮选型参数

谐波齿轮选型参数

谐波齿轮选型参数
谐波齿轮作为一种重要的传动装置,在机械行业中有着广泛的应用。

它的选型参数对于传动系统的性能和可靠性至关重要。

本文将从设计需求、尺寸参数和材料选择三个方面,为大家介绍谐波齿轮的选型参数。

一、设计需求
谐波齿轮的选型首先要考虑的是传动需求,包括传动比、扭矩和转速等参数。

传动比是指输入轴与输出轴的转速之比,根据具体应用需求选择合适的传动比。

扭矩是指传动过程中的力矩,根据所需的扭矩大小来确定齿轮的尺寸和材料。

转速是指输入轴和输出轴的转速,要考虑到传动效率和使用寿命等因素。

二、尺寸参数
谐波齿轮的尺寸参数包括模数、齿数、齿宽等。

模数是指齿轮齿数与齿轮直径的比值,根据传动需求和齿轮的受力情况来选择合适的模数。

齿数是指齿轮上的齿的数量,要根据传动比和齿轮的受力情况来确定。

齿宽是指齿轮齿面的宽度,要根据扭矩和齿轮的受力情况来选择合适的齿宽。

三、材料选择
谐波齿轮的材料选择要考虑到强度、硬度和耐磨性等因素。

常见的材料有合金钢、铸铁和不锈钢等。

根据传动需求和工作环境的要求来选择合适的材料。

同时,还要考虑到材料的加工性能和成本等因
素。

总结起来,谐波齿轮的选型参数包括设计需求、尺寸参数和材料选择等方面。

在选型过程中要充分考虑传动需求、受力情况和工作环境等因素,以确保谐波齿轮的传动性能和可靠性。

通过合理选择选型参数,可以提高传动系统的效率和使用寿命,从而满足不同应用领域的需求。

谐波齿轮传动及谐波减速器共33页

谐波齿轮传动及谐波减速器共33页
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谐波齿轮传动及谐波减速器
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XB系列谐波传动减速机

XB系列谐波传动减速机

XB系列谐波传动减速机类型、特点和适用范围谐波传动减速器是利用柔性元件可控制的弹性变形来传递运动和动力的机械传动装置。

它具有传动比大并且范围广、精度高、空回小、承载能力大、效率高、体积小、重量轻、传动平稳、噪声小、可向密封空间传递运动等特点。

由于谐波传动减速器具有许多优点,现已广泛应用于空间技术、能源、电子工业、石油化工、军事工业、机器人、假肢、机床、仪器仪表、纺织机械、印刷机械、包装机械、起重运输机械、医疗器械、食品加工机械等领域。

1)结构型式谐波传动减速器包括三个基本构件:波发生器、柔轮、刚轮(如图i所示)。

三个构件中可任意固定一个,其余两个一为主动,一为从动,可实现减速或增速(固定传动比),也可变成两个输入,一个输出,组成差动传动。

刚轮谐波传动时速裁的三个金本附件图i(2)工作原理谐波传动减速器的工作原理如图2a、b、c、d所示,当刚轮固定,波发生器为主动,柔轮为从动时,柔轮在椭圆形的波发生器作用下产生变形,在波发生器长轴两端处的柔轮轮齿与刚轮轮齿完全啮合;在波发生器短轴两端处,柔轮轮齿与刚轮轮齿完全脱开;在椭圆长轴两侧,柔轮轮齿与刚轮轮齿处于不完全啮合状态。

在波发生器长轴旋转的正方向一侧,称为啮入区;在长轴旋转的反方向一侧,称为啮出区。

由于波发生器的连续转动,使得啮入、完全啮合、啮出、完全脱开这四种情况依次变化,循环不已。

由于柔轮比刚轮的齿数少2个,所以当波发生器转动一周时,柔轮向相反方向转过两个齿的角度,从而实现了大的减速比。

单) [ c) d)波发生爆转动一周乘轮向相反方向转过酒个宙的角度图2(1)产品的分类及结构特点1)XB1系列(GB/T14118-93) XBI系列是谐波传动减速器中是最常见,也是使用最广泛的一类,其主要结构特点是采用杯状柔轮,刚轮比柔轮多两个齿,见图3及图4所示。

2)XB3系列XB3系列为扁平式,采用齿环柔轮,和两个刚轮,其中输入刚轮比柔轮多两个齿,输出刚轮的齿数与柔轮的相同。

PRT谐波齿轮减速器

PRT谐波齿轮减速器

PRT谐波齿轮减速器固体自润滑超耐磨处理技术一.PRT—固体润滑涂层◆PRT特性:PRT-涂层是由人工自行设计、在高温高压条件下得到具有永久偶极矩、强极性纳米分子结构的新物质,其三维尺寸分别为4.6nm、3.2nm、3.5nm,采用“磁控溅射和多弧离子”技术,在金属表面形成一层牢固的能起良好耐磨作用的固体自润滑薄膜涂层,该涂层具有厚度薄、抗氧化、耐腐蚀、抗磨损、耐摩擦、耐高低温、性能稳定、结合强度高等特点。

◆润滑性:PRT-涂层摩擦副相互间的运动,实际上是结合在金属表面上PRT-涂层分子间的摩擦,形成非金属与金属之间的摩擦。

◆耐磨性:PRT固体润滑涂层可以在金属表面形成多分子结构,一般有4~5层,厚度约25nm。

如超过5层,PRT分子不能定向排列,形成物理吸附层,厚度约1.86um。

多分子结构的PRT涂层,形成摩擦为薄膜与薄膜之间的摩擦,耐磨性提高9倍以上。

◆结合强度高:PRT固体润滑涂层与金属结合力强,能与碳钢、铬钢等金属通过化学键结合,不起皮、不脱落、又防锈;既保持了工件固有的物理特性和尺寸精度,又增加了耐磨性、抗腐蚀性及自润滑特性。

◆耐高低温:PRT固体润滑涂层可在高温、高负荷、超低温、超高真空、强氧化和强辐射等环境条件下有效地润滑,承载能力比常规油脂的高十倍以上,且无油脂润滑所存在的污染及漏油等问题,更可作为特殊工况及忌讳油脂存在的机械零部件的润滑。

◆相容性好: PRT固体润滑涂层与润滑油脂的相容性好,配合使用可以产生良好的复合效应,可改进初期磨合、防止起动咬合和延长使用寿命;涂层具有强疏水性,可以在水介质条件下有效润滑。

◆复合性好:PRT固体润滑涂层是有机薄膜,与硬质类金刚石(DLC)薄膜复合,可以充分发挥DLC的高硬度及有机薄膜的柔韧性,一方面可以降低DLC的表面能以减小粘着力、另一方面则可以提高DLC薄膜的抗高速冲击能力,赋予复合纳米结构薄膜润滑材料低摩擦、长寿命的特性。

◆厚度薄均匀:PRT固体润滑涂层均匀、致密;厚度小于2um,不论是浅孔、深孔、管道内壁、制品拐角等形状复杂的表面,都能进行涂层均匀的表面处理,无麻点、无气孔。

谐波齿轮选型手册

谐波齿轮选型手册

谐波齿轮选型手册
谐波齿轮选型手册通常包含有关谐波齿轮减速器的选型和设计的信息。

谐波齿轮减速器是一种特殊的减速装置,利用柔性齿轮和刚性齿轮之间的啮合来传递动力和扭矩。

在选择和设计谐波齿轮减速器时,需要考虑以下因素:
1.减速比:谐波齿轮减速器的减速比是指输入转速与输出转速之间的比值。

根据
应用需求,选择合适的减速比以满足工作要求。

2.扭矩容量:谐波齿轮减速器需要承受的工作扭矩是选择减速器的重要参数。


要根据应用中的负载情况来确定所需的扭矩容量。

3.输入功率:输入功率是指减速器的输入端所传递的功率。

根据应用需求和电机
的功率,选择合适的输入功率以满足工作要求。

4.转速范围:谐波齿轮减速器适用于一定的转速范围。

需要根据应用中的转速要
求来选择合适的减速器型号。

5.精度要求:谐波齿轮减速器具有较高的传动精度,适用于需要精确控制位置和
速度的应用。

根据应用需求,选择适当的精度等级。

此外,还需要考虑谐波齿轮减速器的结构形式、安装方式、工作环境等因素。

具体的选型过程需要根据实际应用情况进行综合评估。

建议参考相关的谐波齿轮选型手册或咨询专业的工程师以获取更详细的信息和指导。

毕业设计谐波齿轮减速器设计及性能仿真

毕业设计谐波齿轮减速器设计及性能仿真

毕业设计谐波齿轮减速器设计及性能仿真毕业设计:谐波齿轮减速器设计及性能仿真一、引言随着工业自动化的快速发展,谐波齿轮减速器作为一种高效、高精度、高刚度的传动装置,得到了广泛的应用。

在许多高精度数控机床、机器人、航空航天等领域,谐波齿轮减速器都发挥了重要的作用。

因此,对谐波齿轮减速器进行深入的设计及性能仿真研究,具有重要的理论意义和实际价值。

二、谐波齿轮减速器设计1、结构设计谐波齿轮减速器的结构设计是整个设计过程的基础。

结构设计需要考虑齿轮的形状、尺寸、材料、热处理方式等因素,同时还需要考虑减速器的整体结构布局和尺寸。

在设计中,需要结合实际工况和需求,选择合适的结构和参数,以保证减速器的性能和稳定性。

2、力学分析力学分析是谐波齿轮减速器设计的关键步骤。

通过对减速器进行力学分析,可以了解齿轮在载荷作用下的应力、应变、位移等变化情况,从而确定齿轮的强度和刚度是否满足设计要求。

同时,力学分析还可以优化结构设计,提高减速器的性能和寿命。

3、动力学仿真动力学仿真是在力学分析的基础上,进一步模拟减速器的动态性能。

通过建立动力学模型,可以模拟减速器在动态载荷作用下的响应,了解减速器的振动、冲击、噪声等性能表现。

通过动力学仿真,可以优化减速器的设计,提高其动态性能和稳定性。

三、谐波齿轮减速器性能仿真1、传动效率传动效率是谐波齿轮减速器的重要性能指标之一。

在仿真过程中,可以通过对比不同设计方案或不同工况下的传动效率,选择最优的设计方案或工况参数。

同时,通过仿真还可以研究传动效率的影响因素,如齿轮的滑动摩擦系数、润滑条件等。

2、刚度与强度刚度和强度是衡量谐波齿轮减速器性能的重要指标。

在仿真过程中,可以通过对减速器进行静力学和动力学分析,评估其刚度和强度性能。

同时,通过仿真还可以研究材料、热处理等因素对减速器刚度和强度的影响。

3、振动与噪声振动和噪声是评价谐波齿轮减速器性能的重要因素。

在仿真过程中,可以通过建立动力学模型,模拟减速器的振动和噪声情况。

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FeaturesStructureOperating PrincipleTooth behavior and engagement360°One Turn of Wave Generator90°Wave GeneratorStructure of Harmonic Drive Unit (Component Type)Driven by a unique operating principle applying elastodynamics of metals and comprising of only threebasic parts (Wave generator, Flexspline and Circular spline),Harmonic Drive products reveal excellent features not found in other speed reducers.High positioning accuracy, High repeatability Compactness, Light weight, High reduction ratio,High torque capacity, Non-backlash, High efficiency, Quiet operationThe Wave Generator is a thin raced ball bearing fitted onto anelliptical hub serving as a high efficiency torque converter andgenerally mounted onto the input shaft.FlexsplineThe Flexspline is a non-rigid, thin cylindrical cup with external teeth on a slightly smaller pitch diameter than the Circular Spline.It fits over and is held in an elliptical shape by theWave Generator.Circular SplineThe Circular Spline is a rigid ring with internal teeth, engaging theteeth of the Flexspline across the major axis of the Wave Generator.The Circular Spline has two more teeth thanthe Flexspline and is generally mounted onto a housing.Unlike motions of ordinary gearing, the unique tooth behavior(operating principle) of harmonic drive gearing achieved non-backlashmotion, infinitesimal angular feeding (one-pulse feeding) and highpositioning repeatability. More than 30% of all teeth simultaneouslyengages in two locations in 180°symmetry, thereby allowing high torquecapabillity.0°Circular SplineWave Generato rFlexsplineThe Flexspline is slightly smaller in diameterthan the Circular Spline and usually has twofewer teeth than the Circular Spline. Theelliptical shape of the Wave Generator causesthe teeth of the Flexspline to engage theCircular Spline at two opposite regionsacross the major axis of the ellipse.As the Wave Generator rotates, the zone where the teeth of the Flexspline engages those of the Circular major elliptical axis. For each 180 clockwise movement of the Wave Generator, the Flexspline moves counterclockwise by one teeth relative to the Circular Splin.Each complete clockwise rotation of the Wave Generator results in the Flexspline moving counter-clockwise by two teeth from its original position relative to the Circulr Splineular.Circular SplineHarmonic Drive GearingFlexsplineWave Generator Circular SplineProduct GroupHarmonicDrive PrecisionControl Speed ReducersHarmonic Drive GearingSpeed ReducersDrive System Component / Cup TypeSeriesCSF-GHFDCSGCSDCSFSHGSHFHDUFHDURCSG-2UHCSG-2UHSHG-2UHSHF-2UHSHG-2UJSHG-2UJCSF-1USHG-2SHSHG-2SHSHG-2SOSHF-2SOSHD-2SHHigh-torque TypeSuper Flat TypeStandard TypeHigh-torque TypeStandard TypeStandard TypeStandard TypeSmall and Medium-capacity TypeSmall Capacity TypeGear Head TypeHigh-torque TypeStandard TypeHigh-Torque Hollow Shaft TypeHollow Shaft TypeHigh-Torque Shaft Input TypeShaft Input TypeCompact Double Shaft TypeUnit TypeHigh-torque Hollow Shaft TypeFlat Hollow Shaft TypeHigh-torque Flat TypeFlat TypeSuper Flat Hollow Shaft TypeSimple Unit TypeStandard TypePhase Adjustment UnitProduct LineupCup TypeSilk Hat TypePancake Type★★★★★★★★★★★★★★22★★★18~26001/50~1/16030~5000★★★★★★★★★ ★21★30~40001/50~1/320Product Feature★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★10111213142121★★★★★★★★★★★★★★★23~340012~8201.8~920023~34009.0~8007.8~3309.8~40001/50~1/1601/50~1/1601/30~1/1601/50~1/1601/30~1/1601/50~1/1601/50~1/320★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★———★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★15161718171819★★★★★★★★★★★★★★★★★23~34009.0~260023~34009.0~180023~34009.0~18000.5~281/50~1/1601/30~1/1601/50~1/1601/30~1/1601/50~1/1601/30~1/1601/30~1/100★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★——★★★★★★★★★★★★★★★★★★★★★★★★★1817181720★★★★★★★★★★★★★23~34009.0~180023~34009.0~180012~4501/50~1/1601/30~1/1601/50~1/1601/30~1/1601/50~1/160VariationMoment Stiffness Positioning Accuracy Lightweight Compactness Backlash Page inCatalogVariationTorque-weight Ratio Torsional Stiffness Positioning Accuracy Lightweight Flat Shape HollowStructure Life Page inCatalogCustomizing Peak Torque (Nm)Reduction Ratio Variation Torque-weightRatio Moment Stiffness Positioning Accuracy Lightweight Flat Shape HollowStructure Life Page inCatalog Customizing Peak Torque (Nm)Reduction RatioPeak Torque (Nm)Reduction Ratio Motor Capacity (W)Ease of Mounting Life Variation Torque-weightRatio Moment Stiffness Positioning Accuracy Lightweight Flat Shape HollowStructure Life Page inCatalog Customizing Peak Torque (Nm)Reduction RatioVariation Torque-weightRatio Torsional Stiffness Positioning Accuracy Lightweight Flat Shape HollowStructure Life Page in CatalogCustomizing Peak Torque (Nm)Reduction RatioOpticalGalvano Scanners Servo Drivers ControlSystems Rotary Systems Direct Transmission Systems Actuators Sensors LSARP-BRHFHA -Cmini FHA-C RSF•RKFLBC LA LAH -46LNPLAH -80High Accuracy, High Response Position and Speed ControlWith Shaft Control FunctionFor Position Control Only For Position Control OnlyFor AC Servomotors For DC Servomotors Compact Cylinder Type Stepping Motors Compact Cylinder Type DC Servomotors Compact Hollow Shaft Flat TypeHollow Shaft Flat TypeCompact Cylinder Type AC Servomotors AC ServomotorsDC Servomotors Stepping Motors High-thrust Positioning Type Low-thrust Positioning TypeMedium-thrust Positioning TypeLow-thrust Positioning Type High-thrust Positioning TypeHigh-Resolution Absolute Angle Detection Super-compact Encoders, Micro Encoders MIT SeriesMicro EncoderHA -655 Series HA -675 Series HA -520 SeriesHS -360 Series SeriesProduct Group★★★★★★★★★★★★★★★★★31★★★1.8~8.50.0082~0.05CE,ULCE,UL ★★★★★★★★★★★★★★★★★★★34343434★★★★★★★★29★★8.3~5435~70280.39~20180~50★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★252627★★★★★★★★1.8~2839~6901.5~330200~6096~3530~60 ★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★★3030303030★★★★★★★★★★6000~120004939210kg30006000~12000493921.5300010~200.9~100.9~1013~150.9~10★★★★★★★★★★★★★★★★★3233★★★★★★★★★The combinations with actuator and driver may not fully be complied with foreign safety standards. Please contact our sales office.★★★★★★★★★★★★★Maximum Driving Force (N)Maximum Speed (mm/s)Stroke (mm)Peak Torque (Nm)Maximum Speed (rpm)Peak Torque (Nm)Maximum Speed (rpm)VariationRepeatability Resolution Moment Stiffness Servo Performance Hollow Structure Thinness Lightweight Page in CatalogVariationRepeatability Resolution Stiffness Compactness Lightweight Page in Catalog Repeatability Linearity Stiffness Servo Performance Drift Characteristic Compactness Lightweight Moment of Inertia (g •cm)Torque Constant (N •m/A)Page in CatalogRobustness Super Long Life Resolution Compactness Lightweight Compatibility toHost Computer Absolute Detection System Incremental System Page inCatalogVariationPage in Catalog Repeatability Resolution Moment Stiffness Servo Performance Hollow Structure ThinnessLightweight Compactness Page in CatalogInterface to Absolute Interface to Incremental International Safety Standard Functional Versatility Display Function Valve Position Command Analog Speed Command Mono-shaft Control (Command)Compactness Peak Torque (Nm)Maximum Speed (rpm)VariationPage in Catalog Repeatability Resolution Moment Stiffness Servo Performance Hollow Structure Thinness Lightweight CompactnessHarmonic Drive Gearing CSG (P10)CSD (P11)CSF (P12)SHF (P14)SHG (P13)HDUF (P21)HDUR (P21)CSG-2UH (P15)CSF-2UH (P16)SHF-2UH (P18)SHG-2UH (P17)CSF-1U (P19)SHD-2SH (P20)CSF-GH (P24)HPG (P25)Gear Head TypeHDB (P22)HDT (P23)Infi nit-Indexer (P26)Rotary Servo ActuatorsFHA-C mini (P27)FHA-C (P28)RSF (P30)RHS-25 (P32)RFS-25 (P32)RH (P30)LBC (P36)LA (P36)LAH-46 (P36)LAH-80 (P36)LNP (P36)Optical Galvano Scanners SensorsLSA (P37)MIT (P38)Micro Encoder (P39)Servo DriversHA-655 HA-675 (P40)HA-520 (P40)HS-360 (P40)Powerhub (P29)HHA Chamberlink™ (P33)LPA (P34)• Compact and simple design • High torque capacity • High stiffness • Non-backlash • High positioning and rotational accuracies To realize a high load capacity and high reliability, the torque capacity has been increased by 30%. Units that allow easy mounting are also available. (See page 15.)Li f e : 10,000hPermissible Maximum Momentary T orque Average Ratcheting T orque Permissible Peak T orque Rated T orque Life (Hours)CSG Series Component/Cup Type - High-torque Type Speed reducer• Super thin• Hollow structure• High repeatabilityResponding to the market needs, seven models of the new Harmonic Drive CSDseries have been succeeded in downsizing.The CSD series is designed for applications requiring ultra compact size.L i f e : 7,000hH a r m o n i c D r i v e G e a r i n g C S D S e r i e s •CSD Series RatingsCSD SeriesComponent/Cup Type - Super Flat Type Speed reducer Ha r m o n i c D r i v e G e a r i n g C S D S e r i e s•CSF Series Ratings• Compact• High torque capacity• High stiffness• Non-backlash• High positioning and rotational accuracies• Coaxial input and outputFor downsizing purpose, the axial length has been reduced to aboutone half. Units that allow easy mounting are also available. (See page 16.)L i f e: 7,000hCSF SeriesComponent/Cup Type - Standard Type Speed reducer•Permissible Maximum Momentary Torque Average Ratcheting Torque Permissible Peak Torque Rated Torque Life (Hours)• Large bore with hollow hole, flat shape• Non-backlash• Excellent positioning and rotational accuracies• Coaxial input and output shaft• Compact and simple design• High torque capacity• High stiffnessTo realize a high load capacity and high reliability, the torquecapacity has been increasedL i f e : 10,000hSHG SeriesComponent/Silk Hat Type - High-torque Type Speed reducer Ha r m o n i c D r i v e S H G G e a r i n g S e r i e s•SHF Series RatingsPlease contact Harmonic Drive LLCfor a detailed catalog of this product.• Large bore with hollow hole, flat shape • Compact and simple design • Non-backlash • High torque capacity • High positioning and rotational accuracies • High stiffness • Coaxial input and output shaft To minimize the space of machines and systems and for a total cost reduction, the SHF series has achieved a large bore with hollow hole and flat shape. Units thatallow easy mounting are also available. (See page 18.)L i f e : 7,000hSHF SeriesComponent/Silk Hat Type - Standard Type Speed reducer•CSG Series Ratings• “Basic dynamic rated load” is a constant stationary radial load that achieves a basic dynamic rated life of the bearing of one million revolutions.“Basic static rated load” is a static load that achieves a contact stress of a constant level (4kN/mm 2) at the center of a contact zone between the rolling element receiving a maximum load and track.• The moment stiffnesses are mean values.•Cross Roller Bearing SpecificationPlease contact Harmonic Drive LLC for a detailed catalog of this product.• High torque capacity• High stiffness • Compact and simple design• Non-backlash• High positioning and rotational accuracies • Coaxial input and outputTo realize of a high load capacity and high reliability, the torque capacity hasbeen increased by 30%.L i f e : 10,000hCSG SeriesUnit/High-torque Type Speed reducer Ha r m o n i c D r i v e G e a r i n g C S F S e r i e s• “Basic dynamic rated load” is a constant stationary radial load that achieves a basic dynamic rated life of the bearing of one million revolutions.“Basic static rated load”is a static load that achieves a contact stress of a constant level (4kN/mm 2) at the center of a contact zone between the rolling element receiving a maximum load and track.• The moment stiffnesses are mean values.L i f e : 7,000hTo meet with minimum space requirement, the axial length has been reduced to about one half.• Compact and simple design • High torque capacity • High stiffness• Non-backlash• High positioning and rotational accuracies• Coaxial input and output CSF Series Unit/Standard Type Speed reducer• “Basic dynamic rated load” is a constant stationary radial load that achieves a basic dynamic rated life of the bearing of one million revolutions.“Basic static rated load” is a static load that achieves a contact stress of a constant level (408kN/mm 2) at the center of a contact zone between the rolling element receiving a maximum load and track.To realize a high load capacity and high reliability, the torque capacity has beenincreased by 30%.• Large bore with hollow hole, flat shape• Non-backlash• High positioning and rotational accuracies• Coaxial input and output• Compact and simple design• High torque capacity• High stiffnessL i f e : 10,000hSHG SeriesUnit/High-torque Hollow Shaft, High-torque Shaft Input Types Simple Unit/High-torque Flat, Hollow, High-torque Flat TypesSHG-2UH Speed reducer Ha r m o n i c D r i v e G e a r i n g C S F S e r i e s•SHF Series Ratings• “Basic dynamic rated load” is a constant stationary radial load that achieves a basic dynamic rated life of the bearing of one million revolutions.“Basic static rated load” is a static load that achieves a contact stress of a constant level (408kN/mm 2) at the center of a contact zone between the rolling element receiving a maximum load and track.•Cross Roller Bearing SpecificationTo minimize space for machines and systems and a total cost reduction,the SHF series has achieved a large bore with hollow hole and flat shape.• Large bore with hollow hole, flat shape • Non-backlash• High positioning and rotational accuracies• Coaxial input and output• Compact and simple design• High torque capacity • High stiffness L i f e : 7,000hSHF Series Unit/Hollow Shaft, Shaft Input Types Simple Unit/Flat-hollow, Flat Types Speed reducerTo realize a minimum space requirement, the axial length has been reduced to about one half.Four compact models are available in this mini series.• Non-backlash, high positioning and rotational accuracies• Compact, lightweight, high torque capacity• High load capacity• Compact 4-point contact ball bearing mounted in main shaft• Versatile reduction ratio range and shapes to meet with various applicationsL i f e : 7,000h CSF mini SeriesUnit/Compact Double Shaft Type Gear Head Type/Small Capacity TypeCSF-1U CSF-2XH Speed reducer Ha r m o n i c D r i v e G e a r i n g C S F m i n i S e r i e s•SHD Series Ratings• “Basic dynamic rated load” is a constant stationary radial load that achieves a basic dynamic rated life of the bearing of one million revolutions.“Basic static rated load”is a static load that achieves a contact stress of a constant level (4kN/mm 2) at the center of a contact zone between the rolling element receiving a maximum load and track.•Cross Roller Bearing SpecificationA simple unit type comprised of a cross roller bearing of high moment stiffness on the output side. Six models are available in the series.• Super flat shape • Hollow structure • High positioning accuracyL i f e : 7,000hSHD Series Simple Unit/Super Flat, Hollow Type Speed reducer•HUUF , HDUR Series RatingsHDUF HDUR Component/Pan Cake Standard Type • Unit/Phase Adjusting Unit Standard Type The HDUF and HDUR series are designed fl at and thin as a component tobe installed in a customer-supplied assembly.L i f e :3,000hSpeed reducer Ha r m o n i c D r i v e G e a r i n g H D U F , H D U R S e r i e s HDUF and HDUR Series• The HDB series achieves a 1:1 gear ratio• Precise phasing between input and output is achieved• HDB Series RatingsHDB Series• Zero backlash• Precise positional accuracy• Large center through hole• High ratio• High torque• ± 5 arc second repeatability• HDT Series RatingsHDT SeriesHa r m o n i c D r i v e G e a r i n g H D TThis quick connect design allows easy installation and mounting of a wide variety of servo motors.• Easy mounting with servomotors manufactured by various manufacturers • Versatile variation • Excellent sealed structure • Non-backlash • High moment capacity L i f e : 7,000hCSF-GH Series High-performance Gear Head/Small- and Medium-capacity Motor Type for Servomotors The CSF-GH series is designed to mount to a range of servo motors with output powerranging from 30W to 5000W.Speed reducer• Highly accurate Planetary gearhead• Short delivery (Some models can be delivered in one week)• High torque capacity• High moment capacity• Easy mounting with servomotors manufactured by variousmanufacturers• Low backlash: Less than 3 arc min (less than 1 minute option)• High efficiency, 90% or higher. (85% only for Model 14)• Excellent sealed structure• Double shaft type as new modelL i f e: 20,000hHPG SeriesHigh-performance Gear Head Type/Small-and Medium-capacity Motors for ServomotorsThe HPG series is designed to mount to a range of servo motors with output power ranging from30W to 5000W.Speed reducerHarmonicPlanetaryHPGSeriesSpeed reducer •3 Models, 6 Bore Sizes Available From StockInputOutputTo operate, hand rotate the adjusting ring in eitherdirection to produce a 100:1 reduction between the ringand the output. Adjust the friction adjustment/lockingscrew to desired resistance. For some applications,one djustment will be suffi cient for both shaft turningand phase adjusting modes. For more severe loading,such as hard stopping or higher torques, the frictionadjustment/locking screw may be used to lock theadjusting ring in place to maintain phase.• Fine tune rotational position of shafts and machine parts• Phase cams• Adjust roll registration• Take up backlash in spur and worm gears• Synchronize indexing devicesInfi nit-Indexers® are available from immediately from stock in the standard bore sizes shown,with keyways and set screws, and tapped holes for face mounting of either hub. It is possiblefor the user to modify these confi gurations by disassembling the unit. The hub material islow carbon mild steel suitable for each size are shown in notes to the dimensional drawings.Additional sizes and confi gurations are available by special order.IN-LINE SHAFT IN-LINE SHAFT CONCENTRIC SHAFTFlexible CouplingsAdapterInfi nit-Indexer® Phase AdjusterHDI Size L DIM-10 1.09-25 1.34-50 1.43•FHA-C mini Series Ratings• 1 The figures in the table are those at the output shaft.• 2 The figures are measured when combined with an HA-655 servo driver.• 3 The figures are typical values.• 4 The quad encoder resolution is obtained by the formula (motor encoder resolution) x4 x (reduction ratio)This series servo actuators are comprised of harmonic drive components for precise motioncontrol and super-flat AC servo motors. The body width is less than half of old models andhas a large through hole in the center of the shaft through which electric cables, air pipe,and even laser beam can be passed through this through hole to simplify the entirestructure of the machine and system.The FHA-mini series is designed to operate with a wide range of third-party drivers, as wellas Harmonic Drive LLC’s HA655 and HA675 drivers.FHA-C mini SeriesAC Servo Actuators Actuators AC S e r v o A c t u a t o r F H A -C m i n i S e r i e s•• 1 The figures in the table are those at the output shaft.• 2 The figures are measured when combined with an HA-655 servo driver.• 3 The figures are typical values.• 4 The quad encoder resolution is obtained by the formula (motor encoder resolution) x4 x (reduction ratio)This series servo actuators are comprised of Harmonic drive components for precise motion control and super-flat AC servo motors. The body width is less than half of old models and has a large through hole in the center of the shaft through which electric cables, air pipes, and even laser beam can be passed through this through hole to simplify the entire structure of the machine and system.The FHA-C series is designed to operate with a wide range of third party drivers as well as Harmonic Drive LLC’s HA655 and HA675 drivers.FHA-C Series AC Servo Actuators Actuatos•Specifi cationsBenefi ts of the PowerHub include:• High torque• Positional accuracy• Fast response• Smooth, repeatable performance• More compact than competitive products• Handles large thrust and moment loadsActuatorsPowerHub™Po w e r H u b ™ H a r m o n i c D r i v e S e r v o A c t u a t o rAC Servo Actuators The AC servo actuators in the RSF series are comprised of Harmonic drive component for precise motion control and an AC servomotor, featuring a high torque, high rotational accuracy in compact design. The RSF series AC servo actuators are best suited as positioning drive for machines and systems that require downsizing.•RSF Series RatingsNote 1: The table shows typical output values of actuators.Note 2: the values in the table above are obtained when it is combined with the combined driver (HA-680-4B-24).Note 3: All values are typical.Note 4: T he moment of inertia is the total value of the motor shaft and Harmonic Drive moment of inertia values converted to the output side.The values in parentheses are for equipment with a brake.Note 5: The encoder resolution is (motor shaft encoder resolution when multiplied by 4) x (gear ratio).RSF Series Actuatos•RH Series RatingsThe DC servo actuator RH series are comprised of Harmonic drive componentfor precision motion control and a DC servomotor, featuring a high torque,high rotational accuracy in compact design compactness. The RH series DCservo actuators are best suited as positioning drive sources for machines andsystems that require downsizing.RH SeriesDC Servo ActuatorsDrawings (DXF) can be downloaded from our home page. URL: DC S e r v o A c t u a t o r R H S e r i e sPlease Note:1) The values are for saturated actuator temperature. Other values are for actuator temperature of 20˚C.2) Maximum allowable values. Under no circumstances may these limits be exceeded.3) Cantilevered load applied at the midpoint of the shaft extension.•RHS/RFS Series DC Servo ActuatorsRHS-25RFS-25• Small, lightweight, and high-torque• Standard lineup of actuators with a brake • Superior positioning precision • Stable controllabilityRHS/RFS Series• Precise positional accuracy• No rotary seals required• Motor removable allowing bake out• Integral feedthrough to vacuum•SpecificationsHHA Chamberlink ®V ac u u m F e ed t h r o u g h Se r v o A c t u a t o r• Less than 1 arc minute positional accuracy• Compact design• Axial length of less than 2.6 inches• Integral high performance brushless servo motor• Double row angular contact output bearings• High axial and moment loads• Superior torque to weight ratio• Adaptable to most controllers• Low vibration• High overhung loadPlease contact factory with more information.•LPA• 1 Varies with the reduction ratio of the Harmonic Drive incorporated in the actuator.• Use the Suruga Seiki Co.,LTD. Micro Module PG Series product for the table.The adopting high precision screw have realized high positioning accuacy to the micron and sub-micron order required in measuring instruments, test and inspection systems, optical equipment, semiconductor and liquid crystal manufacturing equipment.LBC, LA•LAH and LNP Series Precision Linear Actuators LA LNPDrawings (DXF) can be downloaded from our home page. URL: ActuatosOptical Scanners•LSA Series Ratings• 1: All angles are mechanical angles.• 2: Values are at combination with a standard Harmonic driverThe Galvano optical scanner LSA series for high-response andhigh-accuracy optical scanning are comprised of an uniquecompact motor and optical sensor. The combination with adedicated driver allows continuous scanning, random access andother optimal scanning in accordance with command signals.Galvano Optical Scanners LSA SeriesGa l v a n o m e t e r S c a n n e r s L S A S e r i e s•MIT Series RatingsThe MIT series are robust angle detection systems of amagnetic-induction type that can detect an absolute angle. The sensor output signals can be easily connected to a personal computer by a signal conversion circuit of PCI- or ISA-bus compatible.MIT SeriesSignal Converter Circuit• 1: “Windows” is a registered trademark of Microsoft Corp. of the United States.Drawings (DXF) can be downloaded from our home page. URL: •Micro Encoder Series RatingsThe micro encoder series are incremental encoders with the world’s smallestresolution enabling a function for output of three short waves (wavelengths).Micro Encoder SeriesPlease contact Harmonic Drive LLCfor a detailed catalog of this product.Mi c r o E n c o d e r S e r i e sServo Drivers•Servo Driver SpecificationsHA-655 SeriesAC Servo Digital Drivers HA-655 SeriesHA-520 SeriesHA-675 SeriesHS-360 Series DC Servo Drivers HS-360 Series•Combinations with Actuator and DriverRotary ActuatorsGalvano Optical ScannerCombinations with DriverDriverHarmonic Drive LLCw w w.H a r m o n i c D r i v e.n e t • 800-921-333241S e r v o D r i v e rIndustrial robots Amusement robotsRobot peripheral equipmentIndirect drive Hand driveTraveling shaft drive Indexing table Peripheral equipmentIndirect drive Hand drive Vision sensor drive Torque sensing driveTool revolver drive Tool changer drive Tool magazine drive Work positioning equipment Rotary table driveTool positioning equipment driveDirect transmission shaft drive Shaft driveMachining centers Turning centers NC lathesWork transfer systems Grinders EDM systemsBending machines Rolling machines PressesWork transfer systemsBent work driveWork positioning machine driveWork reversing machinePrinting presses Folding machines Paper changing machines Paper positioning machines Paper machinesTension controllers Cutting blade positioning machinesPhase adjusting machines Paper surface/back controlling machineRoller position adjusting machinesRoller height adjustmentHumanoid RobotsRobotsHumanoid RobotsMetal Machine ToolsMetal Working MachinesPrinting, Bookbinding and Paper Processing MachinesApplicationsCSG CSD CSF SHG SHF SHD HPG HP-FCSG CSD CSF SHG SHF SHD HPGFHA-C RSF Micro EncoderCSG CSF SHG SHF HPG FHA-C RSF LAHSHG SHF HPG FHA-C RSF LSACSG CSF SHG SHF FB FR FD HPGFHA-C MITMicro Encoder。

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