上银直线导轨EG系列
直线导轨型对照表
序号123公司名称HIWIN THKNSK型号LM-LINEAR MOTION HGH15CA HSR15R,SHS15R LY15AN,LAN15AN HGH20CA HSR20R,SHS20V LH20AN HGH20HA HSR20LR,SHS20LV LH20BN HGH25CA HSR25R,SHS25R LH25AN,LY25AN HGH25HA HSR25LR,SHS25LR LH25BN,LY25BNHGH30CA HSR30R,SHS30R LH30AN,LY30AN,LAN30AN HGH30HAHSR30LR,SHS30LR LH30BN,LY30BNHGH35CA HSR35R,SHS35R LH35AN,LY35AN,LAN35AN HGH35HA HSR35LR,SHS35LR LH35BN,LY35BNHGH45CA HSR45R,SHS45R LH45AN,LY45AN,LAN45AN HGH45HA HSR45LR,SHS45LR LH45BN,LY45BNHGH55CA HSR55R,SHS55R LH55AN,LY55AN,LAN55AN HGH55HA HSR55LR,SHS55LR LH55BN,LY55BNHGH65CA HSR65R LH65AN,LY65AN,LAN65AN HGH65HAHSR65LRLH65BN,LY65BN HGW15CA/B/C HSR15A/B，SHS15C LY15EL/FLHGW20CA/B/C HSR20A/B,SHS20C LH20EL/FL,LY20EL/FL HGW20HA/B/C HSR20LA/LB,SHS20LC LH20GL/HL,LY20GL/HLHGW25CA/B/C HSR25A/B,SHS25C LH25EL/FL,LY25EL/FL,LAN25EL/FL HGW25HA/B/C HSR25LA/LB,SHS25LC LH25GL/HL,LY25GL/HLHGW30CA/B/C HSR30A/B,SHS30C LH30EL/FL,LY30EL/FL,LAN30EL/FL HGW30HA/B/CHSR30LA/LB,SHS30LC LH30GL/HL,LY30GL/HLHGW35CA/B/CHSR35A/B,SHS35C LH35EL/FL,LY35EL/FL,LAN35EL/FL HGW35HA/B/C HSR35LA/LB,SHS35LC LH35GL/HL,LY35GL/HLHGW45CA/B/C HSR45A/B,SHS45C LH45EL/FL,LY45EL/FL,LAN45EL/FL HGW45HA/B/C HSR45LA/LB,SHS45LC LH45GL/HL,LY45GL/HLHGW55CA/B/C HSR55A/B,SHS55C LH55EL/FL,LY55EL/FL,LAN55EL/FL HGW55HA/B/C HSR55LA/LB,SHS55LC LH55GL/HL,LY55GL/HLHGW65CA/B/C HSR65A/B,SHS65C LH65EL/FL,LY65EL/FL,LAN65EL/FL HGW65HA/B/CHSR65LA/LB,SHS65LCLH65GL/HL,LY65GL/HLHGH-CA HGH-HAHGW-CA,CB,CC HGW-HA,HB,HC世界知名品牌直线导轨型号对照表AGH15SA SSR15XVY/XVMY，SR15V LS15CL AGH15CA SSR15XWY/XWMY,SHS15V,SR15W LS15AL AGH20SA SSR20XVY/XVMY,SR20V LS20CL AGH20CASSR20XWY/XWMY,SR20W LS20AL AGH25SA SSR25XVY/XVMY,SR25V LS25CL AGH25CA SSR25XWY/XWMY,SR25W LS25AL AGH30SA SR30VLS30CL AGH30CASSR30XWY/XWMY,SHS30V,SR30WLS30ALAGW15SA/B SR15SBLS15KL AGW15CA/B SSR15XTBY,SR15TB LS15FL AGW20SA/BSR20SBLS20KL AGW20CA/B SSR20XTB,SR20TB LS20FL AGW25SA/BSR25SBLS25KL AGW25CA/B SSR25XTBY,SR25TB LS25FL AGW30SA/B SR30SB LS30KL AGW30CA/BSR30TBLS30FL法兰型加长型法兰型加长型HGW15CC MSA15A HGW20CC HGW20HC MSA20A MSA20LA HGW25CC HGW25HC MSA25A MSA25LA HGW30CC HGW30HC MSA30A MSA30LA HGW35CC HGW35HC MSA35A MSA35LA HGW45CC HGW45HC MSA45A MSA45LA HGW55CC HGW55HC MSA55A MSA55LA HGW65CC HGW65HC MSA65A MSA65LA 标准型加长型标准型加长型HGH15CA MSA15S HGH20CA HGH20HA MSA20S MSA20LS HGH25CA HGH25HA MSA25S MSA25LS HGH30CA HGH30HA MSA30S MSA30LS HGH35CA HGH35HA MSA35S MSA35LS HGH45CAHGH45HA MSA45SMSA45LS AGH-SA,CAAGW-SA,CA AGW-SB,CB各厂家常用直线导轨型号对HIWIN PMIHGH55CA HGH55HA MSA55S MSA55LSHGH65CA HGH65HA MSA65S MSA65LS低组装型号-标准型与短型标准型短型标准型短型EGH15CA EGH15SA MSB15S MSB15TSEGH20CA EGH20SA MSB20S MSB20TSEGH25CA EGH25SA MSB25S MSB25TSEGH30CA EGH30SA MSB30S MSB30TS法兰型法兰短型法兰型法兰短型EGW15CA EGW15SA MSB15E MSB15TEEGW20CA EGW20SA MSB20E MSB20TEEGW25CA EGW25SA MSB25E MSB25TEEGW30CA EGW30SA MSB30E MSB30TE各厂家常用直线导轨型号对THK NSK法兰型加长型法兰型加长型HSR15AHSR20A HSR20LA LH20EL(FL)LH20GL(HL)HSR25A HSR25LA LH25EL(FL)LH25GL(HL)HSR30A HSR30LA LH30EL(FL)LH30GL(HL)HSR35A HSR35LA LH35EL(FL)LH35GL(HL)HSR45A HSR45LA LH45EL(FL)LH45GL(HL)HSR55A HSR55LA LH55EL(FL)LH55GL(HL)HSR65A HSR65LA LH65EL(FL)LH65GL(HL)标准型加长型标准型加长型HSR15RHSR20R HSR20LR LH20AN LH20BNHSR25R HSR25LR LH25AN LH25BNHSR30R HSR30LR LH30AN LH30BNHSR35R HSR35LR LH35AN LH35BNHSR45R HSR45LR LH45AN LH45BNHSR55R HSR55LR LH55AN LH55BNHSR65R HSR65LR LH65AN LH65BN低组装型号-标准型与短型标准型短型标准型短型SR15W SR15V LS15AL LS15CLSR20W SR20V LS20AL LS20CLSR25W SR25V LS25AL LS25CLSR30W SR30V LS30AL LS30CLSR35W SR35V LS35AL LS35CL法兰型法兰短型法兰型法兰短型SR15TB SR15SB LS15EL LS15JLSR20TB SR20SB LS20EL LS20JLSR25TB SR25SB LS25EL LS25JLSR30TB SR30SB LS30EL LS30JL4IKOLW-LINEAR WAY LWHD15BLWHS20B LWHSG20LWHD25B,LWHS25B LWHDG25,LWHSG25 LWHD30B,LWHS30B LWHDG30,LWHSG30 LWHD35B LWHDG35LWHD45B LWHDG45LWHD55B LWHDG55LWHD65B LWHDG65LWHT(LWH)15B LWHT(LWH)20B LWHTG(LWHG)20B LWHT(LWH)25B LWHTG(LWHG)25B LWHT(LWH)30B LWHTG(LWHG)30B LWHT(LWH)35B LWHTG(LWHG)35B LWHT(LWH)45B LWHTG(LWHG)45B LWHT(LWH)55B LWHTG(LWHG)55B LWHT(LWH)65B LWHTG(LWHG)65BLWESC15LWES15LWESC20LWES20LWESC25LWES25LWES30型号对照表ABBA SBC IKO法兰型加长型法兰型加长型法兰型加长型BRH15A SBG15FL LWH15B LWHG15B BRH20A BRH20AL SBG20FL SBG20FLL LWH20B LWHG20B BRH25A BRH25AL SBG25FL SBG25FLL LWH25B LWHG25B BRH30A BRH30AL SBG30FL SBG30FLL LWH30B LWHG30B BRH35A BRH35AL SBG35FL SBG35FLL LWH35B LWHG35B BRH45A BRH45AL SBG45FL SBG45FLL LWH45B LWHG45BSBG55FL SBG55FLL LWH55B LWHG55BSBG65FL SBG65FLL LWH65B LWHG65B 标准型加长型标准型加长型标准型加长型BRH15B SBG15SL LWHD15B LWHDG15 BRH20B BRH20BL SBG20SL SBG20SLL LWHD20B LWHDG20 BRH25B BRH25BL SBG25SL SBG25SLL LWHD25B LWHDG25 BRH30B BRH30BL SBG30SL SBG30SLL LWHD30B LWHDG30 BRH35B BRH35BL SBG35SL SBG35SLL LWHD35B LWHDG35 BRH45B BRH45BL SBG45SL SBG45SLL LWHD45B LWHDG45SBG55SL SBG55SLL LWHD55B LWHDG55SBG65SL SBG65SLL LWHD65B LWHDG65与短型滑块标准型短型标准型短型标准型短型BRS15B BRS15BS SBS15SL SBS15SV LWES15LWESC15 BRS20B BRS20BS SBS20SL SBS20SV LWES20LWESC20 BRS25B BRS25BS SBS25SL SBS25SV LWES25LWESC25 BRS30B BRS30BS SBS30SL LWES30LWESC30 BRS35B BRS35BS SBS35SL LWES35LWESC35 BRS45B BRS45BS法兰型法兰短型法兰型法兰短型SBS15FL SBS15FV LWE15LWEC15SBS20FL SBS20FV LWE20LWEC20SBS25FL SBS25FV LWE25LWEC25SBS30FL LWE30LWEC30型号对照表TSUBAKI NB STAR法兰型加长型法兰型法兰型加长型H15EA(EB)H15LEA SGL15HTE1651-1SGL20HTE1651-81653-8 H25EA(EB)H25LEA SGL25HTE1651-21653-2 H30EA(EB)H30LEA SGL30HTE1651-71653-7 H35EA(EB)H35LEA SGL35HTE1651-31653-3 H45EA(EB)H45LEA1651-41653-4 H55EA(EB)H55LEA1651-51653-5 H65EA(EB)H65LEA1651-61653-6标准型加长型标准型标准型加长型SGL15HTF1621-1SGL20HTF1621-81624-8 H25ER H25LER SGL25HTF1621-21624-2 H30ER H30LER SGL30HTF1621-71624-7 H35ER H35LER SGL35HTF1621-31624-3 H45ER H45LER1621-41624-4 H55ER H55LER1621-51624-5 H65ER H65LER1621-61624-6与短型滑块标准型短型标准型短型标准型短型U15ER U15SER SGL15TH SGL15F1622-11666-1 U20ER U20SER SGL20TH SGL20F1622-81666-8 U25ER U25SER SGL25TH SGL25F1622-21666-2 U30ER U30SER SGL30TH SGL30F1622-71666-7 U35ER U35SER SGL35TH SGL35F1622-31666-31622-41666-4法兰型法兰短型法兰型法兰短型SGL15TE SGL15ESGL20TE SGL20E1693-81663-8SGL25TE SGL25E1693-21663-2 SGL30TE SGL30E。
上银直线导轨MG系列
半导体制造设备 印刷电路板IC组装设备 医疗设备 机器手臂 精密量测仪器 办公室自动化设备 其它小型直线滑动装置
上银直线导轨MG系列 的本二
上银直线导轨MG系列的产品规格说明
上银直线导轨MG系列的两种互换形式如下
上银直线导轨MG系列的两种互换形式
单支导轨的标准长度与 最大长度
如需详细规格样本，联络凡一商城
上银直线导轨MG系列
上银直线导轨MG系列简介
MGN 体积小、轻量化，特别适合小型化设备使用。 滑块、导轨材质提供 不锈钢及合金钢两种。不锈钢材质之直线导轨，包含滑块、导轨及其它金 属配件如钢珠、保持器等，皆使用不锈钢材质，具备防锈的特性。 采用 哥德型四点接触设计，可承受各方向负荷，具备刚性强，精度高等特性。 有钢珠保持器设计，在精度允许下具备互换性。 MGW﹝宽幅﹞ 加宽导轨之设计大幅提升力矩负荷能力，可单轴使用。 哥 德型四点接触设计，可承受各种方向之负荷并具有高刚性之特点。 滑块 装有微小型保持钢丝，取下滑块钢珠也不会脱落。 导轨、滑块及所有金属配件均采用不锈钢材质，具抗腐蚀之特性。 应用
上银滑块参数-安昂
上银导轨优势2
• E、组装容易并具互换性 • 组装时只要铣削或研磨床台上导轨之装配面，并依建议之步骤将导轨、
滑块分别以特定扭力固定于机台上，即能重现加工时的高精密度。传 统的滑动导引，则须对运行轨道加以铲花，既费事又费时，且一旦机 台精度不良，又必须再铲花一次。直线导轨具有互换性，可分别更换 滑块或导轨甚至是直线导轨组，机台即可重新获得高精密度的导引。 • F、润滑构造简单 • 滑动导引若润滑不足，将会造成接触面金属直接摩擦损耗床台，而滑 动导引要润滑充足并不容易，需要在床台适当的位置钻孔供油。直线 导轨则已在滑块上装置油嘴，可直接以注油枪打入油脂，亦可换上专 用油管接头连接供油油管，以自动供油机润滑。 • 精密加工机直线导轨(全部原装进口，假一罚十) • 高精度 高负载能力 高刚性 高可靠度 全密封防尘 运动平顺 低噪音 互 换性 安装容易 价格合理
MG.RG型号
• MGN7C MGN7H MGN9C MGN9H MGN12C MGN12H MGN15C MGN15H MGW7C MGW7H MGW9C MGW9H MGW12C MGW12H MGW15C MGW15H
• RGH25CA RGH25HA RGH30CA RGH30HA RGH35CA RGH35HA RGH45CA RGH45HA RGH55CA RGH55HA RGH65CA RGH65HA RGW25CC RGW25HC RGW30CA RGW30HA RGW35CC RGW35HC RGW45CC RGW45HC
上银导轨的列
• ① HG系列－ 四列式超重负荷 （LG系列-两列式） • 用途：机械加工中心，CN车床，磨床，精密加工 机，重
型切削机床，大理石切割机，橡塑胶机械，自动化装置， 运输设备，量测仪器 • ② EG系列－ 四列式中负荷 （AG系列-两列式） • 用途：自动化装置，高速运输设备，精密量测仪器，半导 体设备，木工机械 • ③ MG系列－ 两列式轻负荷小型线性滑轨 • 用途：小型化设备，医疗设备，IC制造设备，X-Y工作台 • ④ QE系列－ 自润式线性滑轨 • ⑤ QH系列静音式直线导轨 • ⑥WE系列-宽型直线导轨，国内一般不备货，货期45-70 天。 • ⑦IG系列－ 智慧型线性滑轨（线性导轨与位置测量器
导轨
MGW9CC-M MGW9HC-M
MGW12CC-M MGW12HC-M
MGW15CC-M MGW15HC-M
CB系列单轴机器人：
一、型号表示：CB10100C-800R-MDB-400W-S3
1、CB：CUBIC-B系列皮带式单轴机器人
三、特点：
1：CB系列单轴机器人本体薄而轻巧；
2：有效工作行程100--3000mm；
3：速度最高达3600/s；
4：装配高精度AC伺服马达（可客制化）；
5：重复精度0.08mm；
6：负载30Kg；
四、应用领域：
电子设备、测量仪器、激光焊接、自动机械设备 、实验教学、激光切割、FPD产业、CCD视觉检测、高精密产业、 电路板雕刻备、 晶元取放设备、点胶机械设备、手机外壳喷涂设备、笔记本电脑喷涂设备、自动送料机构、洁静室无尘环境；
KS05精密级单滑座：
KS0504-0100-P，KS0504-0200-P，KS0504-0300-P，KS0504-0400-P；
KS05普通级双滑座：
KS0504-0100-C-2，KS0504-0150-C-2，KS0504-0200-C-2，KS0504-0250-C-2；
KS05精密级双滑座：
7、400W：400W伺服马达；（伺服马达可选配200W--2000W）
8、S：极限开关；3：数量为3只开关；（开关可根据客户选配）
二、简介：
1：CB系列单轴机器人高质量、高精度、高刚性、低成本和售后服务好的优点，推荐给您优先选用皮带式。
2：其它推力、行程、速度、应用方式及使用环境、壳体材料可以定制，并可配以制动器。
上银HIWIN直线导轨HG系列
HIWIN直线导轨HG系列HIWIN直线导轨系为一种滚动导引，借由钢珠在滑块与导轨之间作无限滚动循环，负载平台能沿着导轨轻易地以高精度作线性运动。
与传统的滑动导引相比较，滚动导引的摩擦系数可降低至原来的1/50，由于启动的摩擦力大大减少，相对的较少无效运动发生，故能轻易达到μm级进给及定位。
再加上滑块与导轨间的束制单元设计，使得直线导轨可同时承受上下左右等各方向的负荷，上述陈列特点并非传统滑动导引所能比拟，因此机台若能派和滚珠螺杆，使用直线导轨作导引，必能大幅提高设备精度与机械效能。
HIWIN直线导轨优点及特点：1.定位精度高使用直线导轨作为线性导引时，由于直线导轨的摩擦方式为滚动摩擦，不仅摩擦系数降低至滑动导引的1/50，动摩擦力与静摩擦力的差距亦变得很小。
因此当床台运行时，不会有打滑的现象发生，可达到μm级的定位精度。
2.磨耗少能长时间维持精度传统的滑动导引，无可避免的会因油腻逆流作用造成平台运动精度不良，且因运动时润滑不充分，导致运行轨道接触面的磨损，严重影响精度。
而滚动导引的磨耗非常小，故机台能长时间维持精度。
3.适用高速运动且大幅降低机台所需驱动马力由于直线导轨移动时摩擦力非常小，只需较小动力便能让床台运行，尤其是在床台的工作方式为经常性往返运行时，更能明显降低机台电力损耗量。
且因其摩擦产生的热较小，可适用于高速运行。
4.可同时承受上下左右方向的负荷由于直线导轨特殊的束制结构设计，可同时承受上下左右方向的负荷，不像滑动导引在平行接触面方向可承受的侧向负荷较轻，易造成机台运行精度不良。
5.组装容易并具互换性组装时只要铣削或研磨床台上导轨之装配面，并依建议之步骤将导轨、滑块分别以特定扭力固定于机台上，即能重现加工时的高精密度。
传统的滑动导引，则须对运行轨道加以铲花，既费事又费时，且一旦机台精度不良，又必须再铲花一次。
直线导轨具有互换性，可分别更换滑块或导轨甚至是直线导轨组，机台即可重新获得高精密度的导引。
上银直线导轨选型资料
1-2 選用準則
使用條件設定
應用之設備 內部空間之限制 精度之要求 剛性之要求 負荷方式
行程 運行速度、加速度 使用頻率 使用環境 要求壽命年限
選用系列產品
HG系列：磨床、銑床、車床、鑽床、綜合加工機、放電加工機、搪床、線切割 機、精密量測儀器、木工機器、搬運機器、運送裝置。
三、HIWIN 線性滑軌選用需求表 ............................................................................................................. 92
(本型錄的內容規格若有變更，恕不另行通知)
1-1 HIWIN 線性滑軌優點及特點 ............................................................................................................ 1 1-2 選用準則 ...................................................................................................................................... 2 1-3 額定負荷 ...................................................................................................................................... 3 1-4 線性滑軌壽命 ............................................................................................................................... 4 1-5 工作負荷 ...................................................................................................................................... 5 1-6 潤滑 ............................................................................................................................................. 9 1-7 滑軌接牙件.................................................................................................................................. 10 1-8 線性滑軌的配置 .......................................................................................................................... 11 1-9 線性滑軌的安裝 .......................................................................................................................... 12
上银直线导轨选型手册
上银直线导轨选型手册
为了正确选型上银直线导轨，需要考虑以下因素：
1. 载荷：需要确定导轨对应的最大载荷，以确保导轨能够承受
实际应用中的负载。
2. 行程：确定所需的行程长度，以确定导轨的长度和数量。
3. 精度：确定所需的精度级别，以便选择适当的导轨类型和型号。
4. 刚度：需要考虑应用中所需的刚度水平，以选择适当的导轨
类型和型号。
5. 环境条件：需要考虑应用中的环境条件，如温度、湿度和腐
蚀性，以选择适当的材料和涂层。
6. 运动速度：需要确定应用中所需的最大运动速度，以选择适
当的导轨类型和型号。
7. 导向方式：需要考虑应用中所需要的导向方式，如滑块式和
直线导轨式，以选择适当的导轨类型和型号。
8. 安装方式和尺寸：需要考虑导轨的安装方式和尺寸，以保证
导轨与其他部件的匹配。
基于以上考虑，上银直线导轨一般按照其型号、载荷、行程、
精度等参数进行分类，用户可根据实际应用需求选取合适的型号及
参数。
在选型时建议整体考虑，同时可以参考上银直线导轨选型手册，详细了解不同型号和参数的选择和应用范围。
上银直线导轨资料下载—安昂
• A、定位精度高 • 使用直线导轨作为线性导引时，由于直线导轨的摩擦方式为滚动摩擦，不 仅摩擦系数降低至滑动导引的1/50，动摩擦力与静摩擦力的差距亦变得 很小。因此当床台运行时，不会有打滑的现象发生,可达到μ m级的定位精 度。 • B、磨耗少能长时间维持精度 • 传统的滑动导引，无可避免的会因油腻逆流作用造成平台运动精度不良， 且因运动时润滑不充分，导致运行轨道接触面的磨损，严重影响精度。而 滚动导引的磨耗非常小，故机台能长时间维持精度。 • C、适用高速运动且大幅降低机台所需驱动马力 • 由于直线导轨移动时摩擦力非常小，只需较小动力便能让床台运行，尤其 是在床台的工作方式为经常性往返运行时，更能明显降低机台电力损耗量。 且因其摩擦产生的热较小，可适用于高速运行。 • D、可同时承受上下左右方向的负荷 • 由于直线导轨特殊的束制结构设计，可同时承受上下左右方向的负荷，不 像滑动导引在平行接触面方向可承受的侧向负荷较轻，易造成机台运行精 度不良。
EGW15CB EGW20SB EGW25SB EGW25CB EGW30CB
MG.RG型号
• MGN7C MGN7H MGN9C MGN9H MGN12C MGN12H MGN15C MGN15H MGW7C MGW7H MGW9C MGW9H MGW12C MGW12H MGW15C MGW15H • RGH25CA RGH25HA RGH30CA RGH30HA RGH35CA RGH35HA RGH45CA RGH45HA RGH55CA RGH55HA RGH65CA RGH65HA RGW25CC RGW25HC RGW30CA RGW30HA RGW35CC RGW35HC RGW45CC RGW45HC
上银导轨优势①
上银导轨优势②
雕刻机上的上银直线导轨要如何润滑
雕刻机上的上银直线导轨要如何润滑雕刻机上的上银直线导轨要如何润滑上银直线导轨导向技术是由导轨来实现的，导轨的重要作用是支承和引导运动部件沿着肯定的轨迹运动，这是工件台实现直线轨迹运动的基础。
导轨油最重要的特性是的粘附性和耐水冲洗性能以及的抗极压性能。
导轨的负荷一般在10～100KPa，精密机床在30KPa左右，中等负荷在350KPa，的导轨负荷有1KPa以上的。
导轨油的目的在于保护导轨及滑块，套环不被磨损，长时间保护导轨的精度。
上银直线导轨有时会有水接触，如车床、加工中心，常常有水会溅到导轨上，若导轨油的分水性能不佳就会被水分解，油滴到切削液中，会造成切削液污染，所以对上银导轨的分水性能极紧要。
有部分精密机床由于使用的便利，导轨和液压系统共用一种油，这就需要专用的液压导轨两用油。
否则若只用液压油，会由于抗磨性不佳造成导轨磨损或被水冲走；若只用导轨油又有可能造成液压系统油泥多，压力达不到。
液压导轨油兼备两者之优点，两个部份皆可使用。
但在液压系统中效果始终不及液压油，在上银导轨上也不及专用的导轨油，但对于轻负荷的小型机床亦无大碍。
某些较为粗糙的机械，导轨较大，结构简单，且导轨有坑点，其设计为采纳润滑脂润滑，多数采纳挤压方式给油。
要求全部的油脂为EP极压型，否则被挤出后，上银导轨上残留的油脂无法承受重负荷。
大部分进口机械的导轨润滑采纳集中给油方式，即将导轨油或极压滑脂装在一个透亮容器内，机械将自动补给。
无论用何种油品，上银直线导轨用的润滑油脂都是损耗性的不可循环再用，多数导轨都暴露在外无法回收循环。
上银直线导轨的导向原理从定位原理可知，一个刚体要在空间定位，必需限制其六个自由度，即限制沿Xy,:方向的移动和绕x,y,:方向的转动。
对于直线运动导轨，为使运动件沿给定的方向移动，就必需限制其他五个自由度，即绕三个方向的转动和沿其他两个方向的移动。
在传统的直线传动形式中，直线方型导轨有滚珠直线导轨和滚轮直线导轨两种，由于前者的精度较高，大部分机械加工设备都是采纳滚珠式直线导轨。
上银导轨的几个系列的介绍
MGN系列特性： ●体积小、轻量化，特别适合小型化设备使用。 ●滑块、滑轨材质提供不锈钢及合金钢两种。不锈钢材 质之直线导轨，包含滑块、滑轨及其它金属配件如钢 珠、保持器等，皆使用不锈钢材质。具备防锈特性。 ●采用歌德型四点接触设计，可ห้องสมุดไป่ตู้受各方向负荷，具备 钢性强，精度高特性。 ●有钢珠保持器设计，在精度允许下具备互换性。
如需详细规格样本，联络我们
HIWIN EG系列直线导轨
EG系列使用四列钢珠承受负荷设计， 使其具备高刚性、高负荷的特性，同 时具备四方向等负载特色、及自动调 心的功能， 可吸收安装面的装配误差， 得到高精度的诉求。 加上降低组合高 度及缩短滑块长度，非常适合高速自 动化产业机械及空间要求的小型设备 使用。
HIWIN MGN系列直线导轨
HIWIN HG系列直线导轨
HG系列直线导轨，为四列式单圆弧牙型接触直 线导轨，同时整合最佳化结构设计之超重负荷精密 直线导轨，比其他同类型之四列式直线导轨提升 30%以上之负荷与刚性能力；具备四方向等负载特 色，及自动调心功能，可吸收安装面的装配误差， 得到高精度的诉求。
特点： 1、 容许负荷大 2、 所有方向皆具备有高刚性 3、 润滑构造简单 4、 自动调心能力 5、 具有互换性
HIWIN MGW系列直线导轨
MGW系列特性： ●加宽滑轨之设计大幅提升力矩负荷能力，可单轴使用。 ●歌德型四点接触设计，可承受各种方向之负荷并具备高钢性之特点。 ●滑块装有微小型保持钢丝，取下滑块钢珠也不会脱落。 ●滑轨、滑块及所有金属配件均采用不锈钢材质，具抗腐蚀之特性
HIWIN 直线导轨MGN体积小、轻量化，特别适合小型化设备使 用。 滑块、滑轨材质提供不锈钢及合金钢两种。不锈钢材质 之线性滑轨，包含滑块、滑轨及其它金属配件如钢珠、保持器 等，皆使用不锈钢材质，具备防锈的特性。采用哥德型四点接 触设计，可承受各方向负荷，具备刚性强，精度高等特性。有 钢珠保持器设计，在精度允许下具备互换性。
HIWIN 直线导轨技术手册说明书
Technical InformationTechnical Information IndexPreface (1)1. General Information (1)1-1 Advantages and features of Linear Guideway (1)1-2 The principles of selecting Linear Guideway (2)1-3 Basic Load Rating of Linear Guideways (3)1-4 The service Life of Linear Guideways (4)1-5 Acting Load (5)1-6 friction (9)1-7 Lubrication (10)1-8 The Butt-joint Rail (10)1-9 Mounting Configurations (11)1-10 Mounting procedures (12)2. HIWIN Linear Guideway Product Series (18)2-1 HG series – Heavy Load Ball Type Linear Guideway (20)2-2 EG series – Low profile Ball Type Linear Guideway (42)2-3 WE series – four-Row Wide Rail Linear Guideway (59)2-4 MG series – Miniature Linear Guideway (72)2-5 TM series – Miniature Linear Guideway (82)2-6 QH series – Heavy Load TypeLinear Guideway, with synchMotion TM Technology (90)2-7 QE series – Low profile Linear Guideway, with synchMotion TM Technology (104)2-8 QW series – Wide Rail Linear Guideway, with synchMotion TM Technology (116)2-9 RG series – High Rigidity Roller Type Linear Guideway (129)2-10 QR series – Roller type Linear Guideway, with synchMotion TM Technology (148)2-11 E2 Type – self Lubrication Kit for Linear Guideway (162)2-12 pG Type – positioning Guideway (166)2-13 sE Type – Metallic End Cap Linear Guideway (184)2-14 RC Type – Reinforced Cap (185)2-15 Grease (186)3.HIWIN Linear Guideway Inquiry Form (190)(The specifications in this catalogue are subject to change without notification.)(1) High positional accuracyWhen a load is driven by a linear motion guideway, the frictional contact between the load and the bed desk is rolling contact. The coefficient of friction is only 1/50 of traditional contact, and the difference between the dynamic and the static coefficient of friction is small. Therefore, there would be no slippage while the load is moving.(2) Long life with high motion accuracyWith a traditional slide, errors in accuracy are caused by the counter flow of the oil film. Insufficient lubrication causes wear between the contact surfaces, which become increasingly inaccurate. In contrast, rolling contact has little wear; therefore, machines can achieve a long life with highly accurate motion.(3) High speed motion is possible with a low driving forceBecause linear guideways have little friction resistance, only a small driving force is needed to move a load. This results in greater power savings, especially in the moving parts of a system. This is especially true for the reciprocating parts.(4) Equal loading capacity in all directionsWith this special design, these linear guideways can take loads in either the vertical or horizontal directions. Conventional linear slides can only take small loads in the direction parallel to the contact surface. They are also more likely to become inaccurate when they are subjected to these loads.(5) Easy installationInstalling a linear guideway is fairly easy. Grinding or milling the machine surface, following the recommended installation procedure, and tightening the bolts to their specified torque can achieve highly accurate linear motion.(6) Easy lubricationWith a traditional sliding system, insufficient lubrication causes wear on the contact surfaces. Also, it can be quite difficult to supply sufficient lubrication to the contact surfaces because finding an appropriate lubrication point is not very easy. With a linear motion guideway, grease can be easily supplied through the grease nipple on the linear guideway block. It is also possible to utilize a centralized oil lubrication system by piping the lubrication oil to the piping joint.(7) InterchangeabilityCompared with traditional boxways or v-groove slides, linear guideways can be easily replaced should any damage occur. for high precision grades consider ordering a matched, non-interchangeable, assembly of a block and rail.PrefaceA linear guideway allows a type of linear motion that utilizes rolling elements such as balls or rollers. By using re-circulating rolling elements between the rail and the block, a linear guideway can achieve high precision linear motion. Compared to a traditional slide, the coefficient of friction for a linear guideway is only 1/50. Because of the restraint effect between the rails and the blocks, linear guideways can take up loads in both the up/down and the left/right directions. With these features, linear guideways can greatly enhance moving accuracy, especially, when accompanied with precise ball screws.1-1 Advantages and Features of Linear Guideways1. General InformationG99TE17-13061Linear GuidewaysGeneral Information1-2 Selecting Linear GuidewaysG99TE17-13062(1) Static load rating (C 0)Localized permanent deformation will be caused between the raceway surface and the rolling elements when a linear guideway is subjected to an excessively large load or an impact load while either at rest or in motion. If the amount of this permanent deformation exceeds a certain limit, it becomes an obstacle to the smooth operation of the linear guideway. Generally, the definition of the basic static load rating is a static load of constant magnitude and direction resulting in a total permanent deformation of 0.0001 times the diameter of the rolling element and the raceway at the contact point subjected to the largest stress. The value is described in the dimension tables for each linear guideway. A designer can select a suitable linear guideway by referring to these tables. The maximum static load applied to a linear guideway must not exceed the basic static load rating.(2) Static permissible moment (M 0)The static permissible moment refers to a moment in a given direction and magnitude when the largest stress of the rolling elements in an applied system equals the stress induced by the static Load Rating. The static permissible moment in linear motion systems is defined for three directions: M R , M p and M Y .(1) Dynamic load rating (C)The basic dynamic load rating is an important factor used for calculation of service life of linear guideway. It is defined as the maximum load when the load that does not change in direction or magnitude and results in a nominal life of 50km of operation for a ball type linear guideway and 100km for a roller type linear guideway. The values for the basic dynamic load rating of each guideway are shown in dimension tables. They can be used to predict the service life for a selected linear guideway.(3) Static safety factorThis condition applys when the guideway system is static or under low speed motion. The static safety factor, which depends on environmental and operating conditions, must be taken into consideration. A larger safety factor is especially important for guideways subject to impact loads (see Table 1-1). The static load can be obtained by using Eq. 1.1f sL : static safety factor for simple load f sM : static safety factor for moment C 0 : static load rating (kN)M 0 : static permissible moment (kN •mm)p : Calculated working load (kN)M : Calculated appling moment (kN •mm)1-3 Basic Load Ratings of Linear Guideways1-3-1 Basic Static LoadEq.1.1f SL =P or 0f SM =M0M R M P M Y1-3-2 Basic Dynamic LoadG99TE17-13063Linear GuidewaysGeneral Information1-4 Service Life of Linear Guideways1-4-1 Service LifeWhen the raceway and the rolling elements of a linear guideway are continuously subjected to repeated stresses, the raceway surface shows fatigue. flaking will eventually occur. This is called fatigue flaking. The life of a linear guideway is defined as the total distance traveled until fatigue flaking appears on the surface of the raceway or rolling elements.1-4-2 Nominal Life (L)The service life varies greatly even when the linear motion guideways are manufactured in the same way or operated under the same motion conditions. for this reason, nominal life is used as the criteria for predicting the service life of a linear motion guideway. The nominal life is the total distance that 90% of a group of identical linear motion guideways, operated under identical conditions, can travel without flaking. When the basic dynamic rated load is applied to a linear motion guideway, the nominal life is 50km.1-4-3 Calculation of Nominal LifeThe acting load will affect the nominal life of a linear guideway. Based on the selected basic dynamic rated load and the actual load. The nominal life of ball type and roller type linear guideway can be calculated by Eq.1.2 and Eq. 1.3 respectively.If the environmental factors are taken into consideration, the nominal life is influenced greatly by the motion conditions, the hardness of the raceway, and the temperature of the linear guideway. The relationship between these factors is expressed in Eq.1.4 and Eq. 1.5.P P ( ( )) L=C P • 100km=• 62mileC P (())103103Eq.1.3L : Nominal lifeC : Basic dynamic load rating p : Actual loadL : Nominal life f h : Hardness factorC : Basic dynamic load rating f t : Temperature factor p C : Calculated load f W : Load factorEq.1.4Eq.1.5L= 33f h •f t •C f w • P cf h • f t • C f w • P c• 50km=•31mile(( )) f w P c f w P c (()) L=f h • f t •Cf w•P cf h • f t • C f w • P c• 100km=•62mile(())103103L=33C P• 50km=• 31mile C P( ( ) ) 1010Eq.1.2Ball type:Ball type:Roller type:Roller type:G99TE17-13064Table 1-2 Load factor1-4-5 Calculation of Service Life (L h )Transform the nominal life into the service life time by using speed and frequency.1-5 Applied Loads1-5-1 Calculation of Loadseveral factors affect the calculation of loads acting on a linear guideway (such as the position of the object's center of gravity, the thrust position, and the inertial forces at the time of start and stop). To obtain the correct loadvalue, each load condition should be carefully considered.(2) Temperature factor ( f t )Due to the temperature will affect the material of linear guide, therefore the permissible load will be reduced and the nominal service life will be decreased when over 100o C. Therefore, the basic dynamic and static load rating must be multiplied by the temperature factor. As some accessories are plastic which can’t resist high temperature, the working enviornment is recommended to be lower than 100o C.(3) Load factor ( f w )The loads acting on a linear guideway include the weight of slide, the inertia load at the times of start and stop, and the moment loads caused by overhanging. These load factors are especially difficult to estimate because of mechanical vibrations and impacts. Therefore, the load on a linear guideway should be divided by the empircal factor.TemperatureEq.1.6Eq.1.7L h = 3L •10 V e • 60 V e • 60= hr 3 3C P • 50•10( )V e • 60 V e • 60L h =3L • 10V e • 60V e • 60=hr3CP• 100•10()103L h : service life (hr)L : Nominal life (km)V e : speed (m/min)C/p : Load factorBall type:Roller type:1-4-4 Factors of Normal Life(1) Hardness factor ( f h )In general, the raceway surface in contact with the rolling elements must have the hardness of HRC 58~62 to an appropriate depth. When the specified hardness is not obtained, the permissible load is reduced and the nominal life is decreased. In this situation, the basic dynamic load rating and the basic static load rating must be multiplied by the hardness factor for calculation.G99TE17-13065Linear GuidewaysGeneral Information(1) Load on one blockTable 1-3 Calculation example of loads on blockW: Applied weightp n : Load (radial, reverse radial), n=1~4 a,b,k: Distance from external force to geometric center l: Distance from external force to driver f: External force p tn : Load (lateral), n=1~4c: Rail spacing d: Block spacing h: Distance from center of gravity to driverG99TE17-130661-5-2 Calculation of The Mean Load for Variable LoadingWhen the load on a linear guideway fluctuates greatly, the variable load condition must be considered in the life calculation. The definition of the mean load is the load equal to the bearing fatigue load under the variable loading conditions. It can be calculated by using table 1-5.(2) Loads with inertia forcesG99TE17-13067Linear GuidewaysGeneral Information=P e P +s P l=P e P +s 0.5 P l P s P l when when>•=P e P +l 0.5 P sP l P s>•1-5-3 Calculation for Bidirectional Equivalent LoadsHIWIN linear guideways can accept loads in several directions simultaneously. To calculate the service life of the guideway when the loads appear in multiple directions, calculate the equivalent load (p e ) by using the equationsbelow.lHG/EG/WE/QH/QE/QW/RG/QR SeriesMG Series1-5-4 Calculation Example for Service LifeA suitable linear guideway should be selected based on the acting load. The service life is calculated from the ratio ofthe working load and the basic dynamic load rating.Eq.1.8Eq.1.9Eq.1.10G99TE17-130681-6 FrictionAs mentioned in the preface, a linear guideway allows a type of rolling motion, which is achieved by using balls orrollers. The coefficient of friction for a linear guideway can be as little as 1/50 of a traditional slide. Generally, the coefficient of friction of ball type linear guideway is about 0.004 and roller type is about 0.003 .When a load is 10% or less than the basic static load rate, the most of the resistance comes from the grease viscosity and frictional resistance between balls. In contrast, if the load is more than the basic static load rating, the resistance will mainly come from the load.Eq.1.11=F µW •+S f : friction (kN)s : friction resistance (kN)µ : Coefficient of friction W : Normal loads (kN)G99TE17-13069Linear GuidewaysGeneral Information1-8 Jointed RailJointed rail should be installed by following the arrow sign and ordinal number which is marked on the surface of each rail.for matched pair, jointed rails, the jointed positions should be staggered. This will avoid accuracy problems due to discrepancies between the 2 rails (see figure).T : feeding frequency of oil (hour)V e : speed (m/min)1-7-2 OilThe recommended viscosity of oil is about 32~150cst. The standard grease nipple may be replaced by an oil piping joint for oil lubrication. since oil evaporates quicker than grease, the recommended oil feed rate is approximate 0.3cm 3/hr.1-7 Lubricationsupplying insufficient lubrication to the guideway will greatly reduce the service life due to an increase in rolling friction. The lubricant provides the following functions;Reduces the rolling friction between the contact surfaces to avoid abrasion and surface burning of the guideway.Generates a lubricant film between the rolling surfaces and decreases fatigue. Anti-corrosion .1-7-1 GreaseLinear guideway must be lubricated with the lithium soap based grease before installation. After the linear guideway is installed, we recommend that the guideway be re-lubricated every 100 km. It is possible to carry out the lubrication through the grease nipple. Generally, grease is applied for speeds that do not exceed 60 m/min faster speeds will require high-viscosity oil as a lubricant.T=100 • 1000V e • 60hrEq.1.12G99TE17-1306101-9 Mounting ConfigurationsLinear guideways have equal load ratings in the radial, reverse radial and lateral directions. The application depends on the machine requirements and load directions.Typical layouts for linear guideways are shown below:use of two rails(block fixed)HGW type block with mounting holes in different directions.total surface fixed installationuse of two rails(block movement)G99TE17-130611Linear GuidewaysGeneral InformationThree installation methods are recommended based on the required running accuracy and the degree of impacts and vibrations.1-10-1 Master and Subsidiary Guidefor non-interchangeable type Linear Guideways, there are some differences between the master guide and subsidiary guide. The accuracy of the master guide’s datum plane is better than the subsidiary’s and it can be a reference side for installation. There is a mark “MA” printed on the rail, as shown in the figure below.1-10-2 Installation to Achieve High Accuracy and Rigidity1-10 Mounting ProceduresHGH35C 10249-1 001 MAspec.Manufacture NoRail NoMasterG99TE17-130612(1) Mounting methodsIt is possible that the rails and the blocks will be displaced when the machine is subjected to vibrations and impacts. To eliminate these difficulties and achieve high running accuracy, the following four methods are recommended for fixing.(2) Procedure of rail installationG99TE17-130613Linear GuidewaysGeneral Information1-10-3 Installation of the Master Guide without Push ScrewsTo ensure parallelism between the subsidiary guide and the master guide without push screws, the following rail installation methods are recommended. The block installation is the same as mentioned previously.using a viceplace the rail into the mounting plane of the bed. Tighten the mounting bolts temporarily; then use a vice to push the rail against the side datum plane of the bed. Tighten the mounting bolts in sequence to the specified torque.(1) Installation of the rail on the subsidiary guide side(3) Procedure of block installationG99TE17-130614Method with use of a jigUse a special jig to ensure the rail position on the subsidiary guide side. Tighten the mounting bolts to the specified torque in sequence.G99TE17-130615Linear GuidewaysGeneral Information1-10-5 Linear Guideway Mounting Instructions1. H IWIN guideways are supplied with a coating of anti-corrosion oil before being shipped. please clean the oil before moving or running the blocks.2. R ecognition of master and subsidiary rails: f or non-interchangeable type linear guideways, there are some differences between the master rail and subsidiary rail. The accuracy of the master rail’s datum plane is better than the subsidiary’s and it can be a reference side for installation. There is a mark “MA” printed on the rail. Check for the correct order before starting the installation. The rail number of master is an odd number and the rail number of subsidiary is an even number. please install the rails according to the indication and carry on the installation according to the order for multi-rails installment (e.g.: 001 pairs 002 ; 003 pairs 004 etc.)1-10-4 When There Is No Side Surface of The Bed On The Master Guide SideTo ensure parallelism between the subsidiary guide and the master guide when there is no side surface, the following rail installation method is recommended. The installation of the blocks is the same as mentioned previously.(2) Installation of the rail on the subsidiary guide sideThe method of installation for the rail on the subsidiary guide side is the same as the case without push screws.(1) Installation of the rail on the master guide sideG99TE17-1306163. Recognition of datum plane: The datum plane (B) of rail is the side indicated by the arrow, which is marked on the top surface of the rail. The datum plane of block is smooth groundsurface which shows as D in figure 2.4.B utt-joint rail: Butt-joint rail should be installed by following the arrow sign and ordinal number which is marked on the surface of each rail as shown in the figure 3. To avoid accuracy problems due to discrepancies between the 2 rails such as for matched pair, butt-joint rails, the jointed positions should be staggered as shown in figure 4.g lease do not randomly mix block units and rails for non interchangeable type to avoid any installation problem. 7. T o ensure the straightness of rail, please tighten the mounting1. s o il or lithium-soap-base grease). please re-lubricate the blocks after assembling the guideways in machines. The same soap-base lubricants should be used.2. T he blocks are composed of various plastic parts; please avoid prolonged exposure of the plastic parts with any organic solvent when cleaning the blocks so that the product damage can be prevented.ne of the causes for breakdown or damage.4. p lease do not disassemble the parts arbitrarily, the incautious actions of disassembly may bring the foreign objects into the block and diminish the precision of guideways. 5. W hen handling the guideways please hold it horizontally. The improper oblique posture of guideways will cause the blocks falling from the rail.6. p lease avoid the inappropriate falling or clash on the blocks, which will damage the function of guideways.7. T he maximum tolerant temperature of E2 type (self lubricant kit) is in the range of -10℃~60℃. and for Quiet type . The maximum service temperature of sE type (MetallicBDG( Figure 2 )( Figure 2 )( Figure 1 )( Figure 5 )Not jointed properlyNot jointed properly G99TE17-130617Linear GuidewaysGeneral Information2. HIWIN Linear Guideway Product SeriesIn an effort to meet customer’s requirement and service needs HIWIN offers several different types of guides. We supply the HG series which is suitable for CNC machineries, the EG series for automation industries, the WE series for single axis equipment, the RG series for high rigidity applications, and the miniature series, MGN/MGW, for medical devices and semiconductor equipment. Also for high technology industries, HIWIN has developed the QH and QE series with high speed and quiet characteristics.(1) Types & seriesTable 2-1Types & SeriesG99TE17-130618Table 2-2 Accuracy Classes(3) Classification of preload(2) Accuracy classesTable 2-3PreloadG99TE17-130619。
名厂牌直线导轨型号对照表
EK25
EK25
EK25
WBK25-11
BUM25
EF25
EF25
圆型
FK25
FK25
FK25
FF25
FF, 25
FF25
直径
30
方型
BK30
BK30
BK30
BF30
BF30
BF30
圆型
FK30
FK30
FK30
FF30
FF30
FF30
直径
35
方型
BK35
BK35
BK35
BF35
BF35
BF35
—
LG25AA
—
SBS30SL
SR30W
LWES30
AGH30CA
LG30AA
—
SBS35SL
SR35W
LWES35
AGH35CA
LG35AA
—
SBC
THK
IKO
HIWIN
广东新会
南京工艺
SBS25HLL
—
—
—
LG25HAA
—
SBS30SLL
—
—
—
LG30HAA
—
SBS35SLL
—
—
—
LG35HAA
GGB35AA(AB)
SBG45FL
HSR45A(B)
LWHT(LWH)45B
LGW45CA(CB)
LG45EA(FA)
GGB45AA(AB)
SBG55FL
HSR55A(B)
LWHT(LWH)55B
LGW55CA(CB)
LG55EA(FA)
GGB55AA(AB)
上银导轨,直线滑轨,直线导轨
1. RG 系列滚柱式直线导轨----------------------------------------------------------------------总 199, M2
1.1 滚柱导轨特点-------------------------------------------------------------------------------------------------总 199, M2 1.2 寿命计算与受力分析 / 1.3 本体结构-------------------------------------------------------------------总 200, M3 1.4 规格说明 / 1.5 导轨系列型式----------------------------------------------------------------------------总 201, M4 1.6 精度等级-------------------------------------------------------------------------------------------------------总 202, M5 1.7 预压力----------------------------------------------------------------------------------------------------------总 203, M6 1.8 润滑方式/1.9 防尘配备-------------------------------------------------------------------------------------总 204, M7 1.10 刮油片摩擦阻力 / 1.11 导轨及滑块安装基面本身误差要求-------------------------------------总 205, M8 1.12 滚柱式直线导轨安装注意事项 / 1.13 单支标准长度及最大长度-----------------------------总 207, M10 1.14 RGH-CA/RGH-HA 系列滚柱式直线导轨尺寸表---------------------------------------------------总 208, M11 1.15 RGW-CC/RGW-HC 系列滚柱式直线导轨尺寸表 / 1.16RGR-T 下锁式导轨尺寸表-------总 209, M12
简析上银导轨的摩擦系数及计算公式
简析上银导轨的摩擦系数及计算公式简析上银导轨的摩擦系数及计算公式上银单滑块理论值一般是0.003左右，受装配、防尘件等影响，实际在0.02~0.05左右，大规格大预压多轨多滑块的整体摩擦系数可能达到0.1~0.2、直线导轨摩擦系数理论上在0.01至0.02之间，但实际应用中由于安装平行度，为消除间隙采取的预紧，回珠器曲线失真(在高速时体现)，内外滚道一致性等因素不可控性太强。
常常大于理论值很多。
建议按照0.15核算。
直线导轨摩擦系数的计算式中：L：额定寿命.km；C：基本额定动负荷，kN；PC：计算负荷，LN；FH：硬度系数；FT：温度系数；FC：接触系数，FW：负荷系数。
定位精度高运用HIWIN直线导轨作为线性扶引时，因为直线导轨的摩擦方法为滚动摩擦，不只摩擦系数降低至滑动扶引的1/50,投影机出租，动摩擦力与静摩擦力的差距亦变得很小。
因而当床台运转时，不会有打滑的景象发作，可到达m级的定位精度。
磨耗少能长工夫维持精度传统的滑动扶引，无可防止的会因油腻逆流效果形成平台活动精度不良，且因活动时光滑不充沛，招致运转轨道接触面的磨损，严峻影响精度。
而滚动扶引的磨耗十分小，故机台能长工夫维持精度。
合用高速活动且大幅降低机台所需驱动马力因为HIWIN直线导轨挪动时摩擦力十分小，只需较小动力便能让床台运转，尤其是在床台的任务方法为常常性往复运转时，更能分明降低机台电力损耗量。
上银导轨又称精密滚动直线导轨副、滑轨、线性导轨、线性滑轨、滚动导轨，用于高进度的平行度的直线往复运动场合，额定负载比直线轴承高，有一定的扭矩，高负载仍能高精度的直线运动。
上银导轨是算是滑动到贵重改良体，直线导轨摩擦阻力与滑动导轨相比可减小到原来的1/20-1/40他利用滚动方式代替了滑动的方式，尤其是静摩擦非常小，与动摩擦几乎没有差异，即使在微量进给时也不会有空转打滑的现象，可实现超微米级的行走精度。
上银导轨的摩擦阻力随着负荷大小、预压力与润滑剂黏度等的不同而变化。
上银直线导轨选型计算
上银直线导轨选型计算一、引言直线导轨作为机械制造中常见的定位和运动控制装置，其选型计算对于保证机械设备的精度和稳定性非常重要。
针对上银直线导轨，本文将从导轨的基本参数、工作条件和选型计算等方面进行详细介绍。
二、直线导轨基本参数1.导轨长度：根据设备的工作行程和使用要求进行确定，一般取决于零件的加工范围；2.导轨宽度和高度：根据设备的载荷和工作条件来确定，同时需要考虑导轨的刚度和耐力等参数；3.导轨滑块类型：上银直线导轨的滑块类型有多种，如固定型、活动型和滚动式等，根据设备的要求和工作条件来选择合适的类型；4.导轨接触方式：根据设备的工作方式和传动要求来选择导轨的接触方式，如滾珠式或滑块式。
三、工作条件的考虑1.载荷和速度：根据设备的工作要求和使用环境来确定导轨的额定负荷和额定速度；2.温度和湿度：导轨材料的选择和防护措施需要根据设备的工作环境来确定，确保导轨在不同温度和湿度下的工作稳定性和寿命；3.环境污染：如果设备工作环境存在较高的灰尘、油污或腐蚀气体等，则需选择具有防护功能的导轨材料和密封结构。
四、选型计算1.载荷计算：根据设备工作过程中导轨所承受的力矩、推力和振动等参数，结合导轨的载荷能力进行计算，确保导轨在工作过程中不会超载；2.刚度计算：根据设备需要的刚度和精度要求，确定导轨的刚度，并结合导轨悬臂长度和滑块支承情况进行计算；3.寿命计算：根据设备的使用寿命要求和工作条件，选择合适的导轨材料和型号，计算导轨的设计寿命，并与设备寿命要求进行对比；4.运动平稳性计算：根据设备的运动速度、加速度和减速度等参数，计算导轨的运动平稳性指标，确保设备的运动稳定性和准确性；5.经济性计算：根据设备的成本和效益要求，结合导轨的选型参数进行综合评估，选择性价比较高的导轨产品。
五、选型注意事项1.导轨的选型计算需要首先根据设备的使用要求和工作条件来确定导轨的基本参数；2.选型计算需要考虑导轨的负荷能力、刚度和寿命等因素，并结合设备的运动速度和稳定性要求来综合考虑；3.在进行选型计算时，还需要考虑导轨的安装和调整方便性、维护保养工作的便捷性和地方配套件等因素；4.最终选型结果需要与设备的实际情况和使用要求相匹配，以保证设备的性能和稳定性。
上银直线导轨规格型号选型计算规则【要点】
直线导轨是机械行业最重要的负载元件，负载平台沿着导轨无限循环做高精度直线运动，上银导轨高精度，耐磨，高速运动摩擦少，润滑结构简单，那么上银直线导轨规格型号选型计算规则是什么呢？使用条件设定应用设备类型内部空间限定尺寸应用设备的精度要求应用设备刚性要求负荷方式有效行程运行速度、加速度使用频率使用环境要求的寿命年限选用上银导轨系列类型HG系列滚珠导轨:磨床、铣床、车床、钻床、综合加工机、放电加工机、镗床、线切割机、精密量测仪器、木工机械、搬运机器、运送装置。
EG系列低组导轨:产业自动化机器、半导体机械、镭射雕刻机、包装机器。
MG系列微型导轨:印表机、机器手臂、电子仪器设备、半导体设备。
RG系列重型导轨:CNC加工机、重切屑加工机、CNC磨床、射出成型机、放电加工机、线切割机、大型龙门机床QH系列静音导轨:高速、宁静、低发尘需求产业。
WE/QW系列是单轴设备专用。
选用直线导轨精度等级C:普通H:高P:精密SP：超精密UP:超高精密假定滑块尺寸和数量依据经验选用负荷状态若与滚珠丝杆配合使用，则直线导轨规格与丝杠外径相似，例如：若滚珠丝杠为35mm则选用HG35规格的。
计算滑块最大负荷参照负荷计算例计算出单个滑块最大等效负荷确认选用的直线导轨静安全系数应超过静安全系数使用表所列之值。
选择预压力依据刚性要求及其安装精度选用确认刚性参照刚性表计算变形量(提高预压力，加大选用尺寸或滑块数量以提供刚性)计算使用寿命依据使用速度、频率计算寿命距离要求（依据寿命公式计算选定直线导轨的寿命距离）润滑选用润滑剂选用，应设备要求可选择润滑脂、润滑油、特殊润滑剂，润滑定期注入润滑脂或自动供油。
上银导轨厂家？上银导轨代理经销商
上银导轨厂家？上银导轨代理经销商台湾上银导轨好在哪？购买上银导轨去哪里找厂家和经销商？谁家的上银导轨更好呢？上银导轨与普通相比具备以下几点：1、定位精度高使用线性滑轨作为线性导引时，由于线性滑轨的摩擦方式为滚动摩擦，不仅摩擦系数降低，动摩擦力与静摩擦力的差距亦变得很小。
因此当床台运行时，不会有打滑的现象发生，定位精度较高。
2、磨耗少能长时间维持精度传统的滑动导引，无可避免的会因油膜逆流作用造成平台运动精度不良，且因运动时润滑不充份，导致运行轨道接触面的磨损，严重影响精度。
而滚动导引的磨耗非常小，故机台能长时间维持精度。
3、适用高速运动且大幅降低机台所需驱动马力由于线性滑轨移动时摩擦力非常小，只需较小动力便能让床台运行，尤其是在床台的工作方式为经常性往返运行时，更能明显降低机台电力损耗量。
且因其摩擦产生的热较小，可适用于高速运行。
4、可同时承受上下左右方向的负荷由于线性滑轨特殊的束制结构设计，可同时承受上、下、左、右方向的负荷，不像滑动导引在平行接触面方向可承受的侧向负荷较轻，易造成机台运行精度不良。
因为在上银直线导轨切割的时候，会有汗水进入到导轨表面，形成腐蚀层，放置时间过久，上银直线导轨就会锈蚀，所以要上防锈油。
如何组合滑块呢？轨道可以根据长度，配置滑块，我们要注意的是在装滑块的时候，滑块内部的假轨(黑色塑料轨)一定不能拿出，直接顺着铁轨把滑块滑进去，假轨也会顺着滑块的另一端滑出，这样就能有效的避免上银滑块内部钢珠因为轨道挤压掉出。
那么，去哪里购买上银导轨呢？济南金科精密机械有限公司集科研开发、生产加工、经营销售的高新技术企业，是台湾CSK品牌在中国授权一级代理商！负责CSK品牌产品在中国大陆的推广与服务。
济南金科精密机械有限公司主营产品有：直线导轨、滚珠丝杆、研磨齿条、进口导轨、csk直线导轨、YYC齿条、行星减速机、伺服减速机、上银直线导轨、直线电机、线性模组、thk滚珠花键，直驱力矩电机、tbi滚珠花键，精密齿条齿轮等系列直线运动产品。
上银导轨的工作原理
上银直线导轨又称线轨、滑轨、 线性导轨、线性滑轨，用于直线 往复运动场合，拥有比直线轴承 更高的额定负载， 同时可以承担 一定的扭矩，可在高负载的情况 下实现高精度的直线运动. 直线 运动导轨的作用是用来支撑和引 导运动部件，按给定的方向做往 复直线运动。依按摩擦性质而定， 直线运动导轨可以分为滑动摩擦 导轨、滚动摩擦导轨、弹性摩擦 导轨、流体摩擦导轨等种类。 ◎直线轴承主要用在自动化机械 上比较多,像德国进口的机床,纸 碗机,激光焊接机等等,当然直线 轴承和直线轴是配套用的.像上银 直线导轨主要是用在精度要求比 较高的机械结构上,
上银直线导轨的移动元件和固定元件之间不用中间 介质，而用滚动钢球。因为滚动钢球适应于高速运 动、摩擦系数小、灵敏度高，满足运动部件的工作 要求，如机床的刀架，拖板等。上银直线导轨系统 的固定元件(导轨)的基本功能如同轴承环，安装钢 球的支架，形状为“v”字形。支架包裹着导轨的顶 部和两侧面。为了支撑机床的工作部件，一套上银 直线导轨至少有四个支架。用于支撑大型的工作部 件，支架的数量可以多于四个。
如需详细规格样本，联络凡一商城
滑块-使运动由曲线转变为直线。 新的导轨系统使机床可获得快速进 给速度，在主轴转速相同的情况下， 快速进给是上银直线导轨的特点。 上银直线导轨与平面导轨一样，有 两个基本元件；一个作为导向的为 固定元件，另一个是移动元件。由 于上银直线导轨是标准部件，对机 床制造厂来说．唯一要做的只是加 工一个安装导轨的平面和校调导轨 的平行度。当然，为了保证机床的 精度，床身或立柱少量的刮研是必 不可少的，在多数情况下，安装是 比较简单的。
作为导向的导轨为淬硬钢，经精磨后置于安装平面上。与平面导 轨比较，上银直线导轨横截面的几何形状，比平面导轨复杂，复 杂的原因是因为导轨上需要加工出沟槽，以利于滑动元件的移动， 沟槽的形状和数量，取决于机床要完成的功能。例如：一个既承 受直线作用力，又承受颠覆力矩的导轨系统，与仅承受直线作用 力的导轨相比．设计上有很大的不同。