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1 样本编号 : C002 版本号 : 2005 RHS & SHS HIGH SPEED GEAR UNITS 南京重载齿轮箱有限公司 NANJING DELUN HEVAY DUTY GEAR UNITS Ltd. Co.

2 RHS&SHS 南京重载齿轮箱有限公司是高科技传动行业公司, 主要从事动力传动设备的开发制造和销售企业公司拥有一批经验丰富的机械设计和制造的员工, 为新老客户提供高速重载精密齿轮箱的设计与制造, 进口减速机国产化, 非标减速机的设计制造安装及调试等售前及售后技术支持南京重载齿轮箱有限公司可提供以下系列产品 : 1 PK 系列通用齿轮箱 2 中高速高速系列齿轮箱 ; 3 HNK 系列双圆弧齿轮箱 ; 4 ZD ZL ZS ZQ ZSC ZSCA 通用齿轮箱 ; 5 JB/ZQ-CL 系列鼓形齿联轴器 ; 6 SWL 系列蜗轮丝杆升降机 ; 7 NGW 行星齿轮减速器 ; 8 QJ 及 QJY 系列起重机减速器 ; 9 ZDY ZLY ZSY 硬齿面减速器 (ABJ ); 10 DBY DCY 圆锥圆柱齿轮减速器 (ZBJ ); 11 圆弧齿圆柱蜗杆减速器 [(JB ) GB ]; 12 轴装式圆弧圆柱蜗杆减速器 ; 13 MC MCM MSC MSCM 多面安装圆弧圆柱蜗杆减速器 ; 我们可以按照客户的要求, 测绘或非标制造各类减速机和齿轮如有需求, 请于我们联系 Nanjing Delun Heavy Duty Gear Units Co., Ltd. is a comprehensive corporation which includes design, manufacture and trade. Main business is gear units developing, manufacture and trade. We have a number of experienced technician, designers and manufacturer. We supplies our customers with high speed, heavy duty gear units and precision gear units. We also provide with design, manufacture, assembly, operation test and repair of non-standard gear units and foreign gear units. Nanjing Delun Heavy Duty Gear Units Co., Ltd. product series 1 PK series standard gear units 2 Under high-speed, high speed gear units; 3 HNK dual circular arc gear units series; 4 ZD ZL ZS ZQ ZSC ZSCA standard gear units; 5 JB/ZQ-CL gear coupling series; 6 SWL worm gear screw lifters series; 7 NGW planetary gear units; 8 QJ QJY crane gear units series; 9 ZDY ZLY ZSY carburizing and quenching gear speed reducer (ABJ ) ; 10 DBY DCY bevel-helical gear units (ZBJ ) ; 11 CAVEX worm and worm wheel reducer (GB ); 12 Worm shaft flange mounting position double-enveloping worm and worm wheel speed reducer; 13 MC MCM MSC MSCM multi-surface mounting position double-enveloping worm and worm wheel speed reducer; If inquiry, please contact with us 2

3 RHS&SHS 高速齿轮箱应用的行业 : 1 泵 2 压缩机 3 鼓风机 4 发电机 5 平行机 6 试验设备南京在制造高速齿轮行业有着悠久的经验及历史, 公司拥有许多高速行业的设计制造专家在能源化工航天国防行业有着特别良好的声誉, 为客户广泛的提供了承载能力高, 可靠性好, 噪音低, 制造精度优良的产品工程师们有能力为您提供多种标准范围的选择 : 1 API AGMA ISO 标准的齿轮及润滑系统 2 齿轮箱润滑系统以及原动机工作机 3 内置式润滑系统 4 平行轴布置和行星齿轮方式 5 单斜齿双斜齿选择 6 测试元件的配套 ( 测温及测振仪器 ) 应用的领域包括 : 发动机组 ( 立式卧式 ) 压缩机 ( 立式卧式 ) 喷射水泵 ( 立式卧式 ) 提升泵 ( 立式卧式 ) 锅炉给水泵 () 除磷泵发动机测功实验机设计制造特征承载能力 : 齿轮满足 A.P 要求齿轮 : 单斜齿双斜齿齿轮轴及齿轮均采用优质合金渗碳钢, 经渗碳淬火及齿轮精密磨削, 达到 ISO5 级或更高根据需要, 针对齿轮在工作中的受力弯曲及热度变形, 对齿轮进行修形, 足以保证工作时的低噪音齿形都采用圆头留磨滚刀进行预加工, 避免 High Speed Gear Units General Information General information Nanjing Delun s high speed gear units with journal bearings is based on extensive experience in the design and manufacture of standard-and customer specified high speed gear units for applications in: Refineries,petro-chemical and chemical plants, off-shore production facilities, power stations, for turbines, blowers, compressors and pumps. Design Computer technology is utilized for design calculations. By applying the computer aided design system (CAD) all rotating parts especially are optimized for the particular application. All known or specified national and international gear standards such as DIN, AGMA, API, British Standards, Marine classifications ect. Can be met. Calculations for journal bearing load capacities are made on the basis of the thermal hydrodynamic lubrication theory. Bending vibration analyses to determine critical speeds for all applications are carried out by our own experts, taking into account the spring and damping characteristics of fhafts and bearings according to the state of technology. If required, torsional vibration analyses can be made for starting and steady-state operation of the drive. Equipment profile ground gearing provide for reliable torque transmission within small overall gearbox dimensions. Gear hobbing with protuberance features results in very high bending strength of gear teeth allowing high tooth root stressing occurring for instance in generator drives. In as far as necessary, gearing is supplied with profile-and width modifications. Pinion shaft bending and 3

4 RHS&SHS 齿根产生应力集中, 以提高齿轮的抗弯曲能力小齿轮轴采用整体锻造, 大齿轮热套于轴上后在进行磨齿, 以保证设计制造安装同一基准, 确保齿轮的真实精度齿轮按 A.P 要求执行轮齿操作, 材料的化学成分及机械性能及热处理后的合金组织, 及原始材料的缺陷优于 A.P 所要求的界限轴承 : SHS 系列采用滑动轴瓦 RHS 系列采用高等级的滚动轴承 SHS 系列采用特制配方的优质轴承合金, 根据不同工况不同参数的技术特点, 轴承内部行线提供保证轴承无论是在带负荷或空负荷的工况下, 形式优化的油膜, 轴瓦基体与轴承合金结合部经过严格的超声波, 检查保证两者之间的牢固的结合推力轴瓦 : 对于单斜齿转动方式, 每根轴系均配备双向端面可倾瓦推力轴承, 承受齿轮的轴向力及外部设备连接所产生的轴向力对于双斜齿转动, 仅在一根轴系上, 安装双面可倾推力轴承箱体 : 箱体于轴系的中轴分开连接, 回油管位于箱体的端部或底部, 或根据客户的要求, 并充分遵守 AP613 的要求, 观察孔位于箱体顶部, 在齿轮啮合处上方, 能全面检查齿轮付的啮合情况, 及油路的润滑情况, 而无须 ] 打开齿轮箱的上箱体, 齿轮箱体根据使用状况及客户要求可安装或预留测温测振原件等监测设备的连接口根据不同的要求, 箱体可使用球墨铸铁或焊接箱体润滑系统齿轮箱箱体内腔可作为存油处, 冷却系统可附于箱体上, 通常采用外部润滑系统内外油路及总进油处均使用不锈钢, 箱体上提供总进油法兰接口, 与回油法兰接口, 齿 torsional deflection are counteracted by removing material with corrective grinding in order to achieve an optimum full load tooth load tooth contact pattern. Balancing In order to meet the high demands for smooth operation of these gear units, we can guarantee a balancing quality to Q 1. For this purpose coupling halves to be mounted should be forwarded. 2 keys at 180 should be used for keyed connections. In case only one key is possible and couplings are not available, balancing is carried out with half key in position. Bearings Radial loads are supported by white metal lined standard journal bearings, whereby, depending on design and speeds, cylindrical, multi lobeor tilting pad type bearings are fitted. Axial loads are taken by white metal faced thrust collars on radial bearings or by separate double acting tilting pad thrust bearings. All bearings operate without wear in the film lubricated hydrodynamic regime. Journal bias due to shaft bending can be compensated by corrective grinding of the journal geometry. In order to operate each bearing with the minimum possible loss and depending on loading conditions bearings of different designs and diameters are fitted and optimum lube oil supply is achieved by variable orifice plates. Depending on operating conditions this will enable the gear units to operate at up to 98.9% efficiency. shafts shafts are machined out of heat treated, high alloy steel. Bearing journals are accurately ground and polished. ALL shaft extensions are supplied with oil retaining, non-contacting, split labyrinth seals which also keep out contaminants. 4

5 RHS&SHS 轮付啮合处采用喷油润滑方式, 以满足润滑及冷却的作用无任是滚动轴瓦与还是滑动轴承都采用强制润滑 Housings Torsionally rigid, cast iron housings designed for favourable low vibrational behaviour and good sound damping qualities keep gear sets accurately aligned. 密封 : 高速轴低速轴的油封采用迷宫式机械油封 Depending on ratio, two housing designs are available; a wide one for ratios up to 5 and a narrow design for ratios up to 10. Large oil drain holes are furnished on housing 工况监测 : end faces and in the gearcase base. 根据实际工况和客户要求, 可以在紧邻每一个圆柱轴瓦处都装有一组相互垂直的用于测量轴系振动的无接触式传感器, 同时可在每一个轴系非连接端, 装有轴向测振传感器 1 辅助传动慢驱动, 辅助传动轴驱泵及测速马达可另连其他产品与其配套, 亦可根据客户的具体要 Relatively large inspection holes in the housing top part enable visual gear mesh and lube supply inspection. The rugged, over-dimensioned housing hubs allow couplings to be recessed for any critical bending application. Special design housings of nodular cast iron or fabricated 求而提供 steel are available, also with caston oil 2 检测内部的检测手段高于通常的透平齿轮标准, 从材料的化学成分机械性能零部件生产 sump. Lubrication and cooling 加工控制, 以及最终的装配及整体空负荷试车 3 测试及试车所有的齿轮箱作空负荷工作转速下作空负 The standard lubricating system consists of pressure lube equipment and additionally for most applications, a heat exchanger for oil cooling purposes. We recommend lubricating 荷试车, 在试车过程中对轴瓦温度润滑油 equipment according to dimension sheet 流量油温监测, 并有记录 on page44-45 which includes all 试车完毕后并检测轮齿啮合的接触数据单斜齿传动系统示意图及零件目录表中轴径及长度为每种规格所允许的最大 necessary equipment and optional monitoring and control instruments. A common lubricating system with other 尺寸, 根据不同的传动功率及速率, 亦可根 equipment is also possible. 据客户的具体要求, 需向技术部门咨询 Controls: Monitoring bearing temperature As standard, all bearings of our high speed gear units are furnished with machine thermometers which monitor the temperature of the draining oil. Optional accessories include resistance thermometers, thermocouples or bearing metal temperature sensors. Vibration monitoring 5

6 RHS&SHS Material testing in our own laboratory and strict inspections and tests during all manufacturing stages guarantee that only parts are assembled which correspond to drawing specifications. After assembly each gear unit is thoroughly inspected with extended test run, during which all gear characteristics are determined and recorded. This final inspection will ensure that only perfect high speed gear units are supplied. 6

RHS&SHS 表 1 服务系数最小选用值工作机械原动机电机汽轮机内燃机鼓风机离心式 -------------------------------------------------------------------------- 1.4 1.6 1.

7 RHS&SHS 表 1 服务系数最小选用值工作机械原动机电机汽轮机内燃机鼓风机离心式叶片式压缩机离心式工业气体, 空气调节除外离心式空气调节用离心式空气或管道使用轴向回转式 ( 径向轴向螺旋 ) 往复式三缸以上往复式二缸风机离心式强制通风吸入式泵离心式 ( 除下列以外 ) 离心式 ( 锅炉给水 ) 离心式 ( 热油 ) 高速离心式 (3600rpm 以上 ) 离心式 ( 给水 ) 回转式轴流所有形式回转式齿轮往复式三缸以上往复式二缸

RHS&SHS 标准选型 : SHS 首先提供工作中的原始参数例如 : 由一台汽轮机驱动一台发电机汽轮机转速 n1=9000 1/min 功率 P=8000Kw 发电机转速 n2=3000 1/min 步骤内容举例 1 从表 1 中选择服务系数 KA 服务系数选 KA=1,3 2 计算速比速比 = 高速级转速 I=9000 =3 3000 低速级转速 3 依据工作机械功率,

8 RHS&SHS 标准选型 : SHS 首先提供工作中的原始参数例如 : 由一台汽轮机驱动一台发电机汽轮机转速 n1=9000 1/min 功率 P=8000Kw 发电机转速 n2=3000 1/min 步骤内容举例 1 从表 1 中选择服务系数 KA 服务系数选 KA=1,3 2 计算速比速比 = 高速级转速 I=9000 = 低速级转速 3 依据工作机械功率, 确定齿轮箱的传递的当量功率 P X KA PXKA=8000x1,3=10400Kw 4 从表 2 中选择齿轮箱的规格在确定最高转速速比从样本中选择 PN 值 ( 可采用插值法 ) PxKA PN SHS 14 转速 /min 速比 3,0 样本额定功率为 Kw ( 样本上的功率为单斜齿, 如选择双斜齿需乘以表中的双斜齿系数 ) 5 结果选取 SHS14 高速齿轮箱承载功率表高速轴自转功率数量值超出范围规格请向我公司咨询正在装配中的 SHS 8

9 RHS&SHS RHS 系列齿轮箱 Prime Mover Internal APPLICATION Combustion Motor Turbine Engine (Multi-Cylinder) BLOWERS Centrifugal Lobe COMPRESSORS Centrifugal-process gas except conditioning Centrifugal-air conditioning service Centrifugal-air or pipe line service Rotary-axial flow-all types Rotary-liquid piston (Nash) Rotary-lobe-radial flow Reciprocating-3 or more cyl Reciprocating-2 cyl DYNAMOMETER-test stand FANS Centrifugal Forced draft Induced dratf Industrial and mine(large frequent start cycles) GENERTORS AND EXCITERS Base load or continuous Peak duty cycle PUMPS Centrifugal (all service except as listed below) Centrifugal-boiler feed Centrifugal-descaling (with surge tank) Centrifugal-hot oil Centrifugal-pipe line Centrifugal-water works Dredge Rotary-axial flow-all types Rotary-gear Rotary-liquid piston Rotary-lobe Rorary-sliding vance Reciprocating-3 cyl. or more Reciprocating-2 cyl. 9

10 RHS&SHS PAPER INDUSTRY Jordan or refiner Paper machine-line shaft Paper machine-sectional drive 1.5 Pulp beater 1.5 SUGAR INDUSTRY Cane knife Centrifugal Mill SELECTION AND ORDERING INSTRUCTIONS FOR MHS(MODERATE HIGH SPEED) AND HS(HIGH SPEED)GEARING A. Selection of Service factors Gearing shall be selected with a service power rating equal to the maximum continuous power capacity of prime mover multiplied by service fator by any overload capacity resulting from the system of prime mover and driven machinery. Referring to regulations stipulated by AGMA, service factors could be selected according to attached table depending on different working condition of prime mover and driven machinery. If maximum torque occurs at a speed other than maximum continuous speed, this torque and it's corresponding speed shall be specified by purchaser.when unusual torque uariations develop peak loads which exceed the required service power by ratio greater than the service factor specified for the application,the safer service factor should be evaluated with regard to the magnitude and frequency cycle of such variations. B. Selection Instructions The power rating for MHS,HS gearings can be determined by referring to tables on respective pages. All the figues listed on tables are engineered according to AGMA standard and conform to API standard. Service factors for listed horsepower rating on tables are all based on 1.0. Please note the following limitation when you select: For MHS gearings max. pinion revolution 10,000rpm max. Pitch line velocity 75m/s max. power rating 12,000kw Unit rating shaded in grey indicate line velocity in excess of 100m/s. in yellow indicate 4. Calculate the equivalent catalog power required by multiplying the transmitted power by the for HS gearings max. pinion revolution 20,000rpm max. pitch line velocity 100m/s max. power rating 42,000kw bearing journal velocities in excess of standard. Consult works for special requirements. C. Selection Procedure 1. Computer the required ratio: ratio=high speed shaft rpm / low speed shaft rpm 2. Determine service factor by referring to table of service factors. 3. Determine the required or transmitted horsepower by the driven equipment. 10

11 RHS&SHS 5.Refer to the rating tables to select a unit size having the required rating at ratio and high speed rpm of application. In many cases,it will be necessary to interpolate between shaft 6.In case required ratio, speed of high speed shaft(hss) and rating fall outside the values listed I. Select a unit to drive from a 1778rpm to a 8,000rpm centrifugal air compressor with 5. referring to MHS rating table, size 95MHS is rated 1166kw at 8,000rpm,ratio4.5, so 14HS is rated 5446kw at 10,000rpm, ratio 5.5. Interpolating for a ratio of 5.52, the rating is service factor.(note: the gear unit is normally selected on the max. continuous capability of the driver.) speeds and ratios. on MHS rating table,please select HS gearings. D.Selection Example transmitted horsepower 895kw. 1. ratio=8,000/1,778= Transmitted power=895kw 3. service factor=1.3 4.equivalent power=1.3*895=1163kw 95MHS is selected. II. Select a unit to drive a 1,780 rpm motor to a 9,828rpm centrifugal process gas compressor, transmitted power is 3,193kw. 1. ratio=9828/1780= Transmitted power=3193kw 3. service factor=1.3 4.equivalent power=1.3*3193=4151kw 5. MHS gearings can not meet the requirement. Referring to HS rating table, size found to be 5400kw(single helical).so 14HS is selected. E. Selecting for customers The following information should be furnished for a selection of drive: 1.Power source a.driver(turbine, motor or engine) b. speed(revolution per minute) c. horsepower d.overspeed or overload factor. 2.Driven machine a. type of application b. horsepower c. speed(give range, if variable) d.service(hours per day operation) 3.gear unit a. direction of rotation and mountiong type or advise if reversing operation. b. whether special shaft extensions(dimensions) are required. c. coupling size, weight and center of gravity. 4.Lubrication(when lubrication system is supplied for both driver and driven equipment) a. flow rate b. lubricant and it s viscosity c. pressure d. inlet oil temperature and ambient temperature. 11

12 RHS&SHS 额定功率表 AGMA ( 服务系数 1.0) max. n1 / max. RPM 速比高速轴转速规格 / Size of Gear Box min-1/rpm İN n1 n2 额定功率 PN(kW) / Rated capacity PN(kW)

13 RHS&SHS RHS 系列齿轮箱额定功率表 AGMA ( 服务系数 1.0) max. n1 / max. RPM 速比高速轴转速规格 / Size of Gear Box min-1/rpm İN n1 n2 额定功率 PN(kW) / Rated capacity PN(kW)

14 RHS&SHS RHS 系列齿轮箱额定功率表 AGMA ( 服务系数 1.0) max. n1 / max. RPM 速比高速轴转速规格 / Size of Gear Box min-1/rpm

15 RHS&SHS RHS 系列齿轮箱额定功率表 AGMA ( 服务系数 1.0) max. n1 / max. RPM 速比高速轴转速规格 / Size of Gear Box min-1/rpm İN n1 n2 额定功率 PN(kW) / Rated capacity PN(kW)

16 RHS&SHS RHS 系列齿轮箱额定功率表 AGMA ( 服务系数 1.0) max. n1 / max. RPM 速比高速轴转速规格 / Size of Gear Box min-1/rpm İN n1 n2 额定功率 PN(kW) / Rated capacity PN(kW)

17 RHS&SHS RHS 系列齿轮箱额定功率表 AGMA ( 服务系数 1.0) max. n1 / max. RPM 速比高速轴转速规格 / Size of Gear Box min-1/rpm İN n1 n2 额定功率 PN(kW) / Rated capacity PN(kW) 表示压力润滑 17

18 RHS&SHS 高速 (RHS) 齿轮箱 (RHS100 至 RHS280) 外型安装尺寸 OUTLINE AND INSTALLATION DIMENSION OF RHS100 TO RHS280 型号 A B C G H h1 K M p 箱体输入输出轴地脚螺栓 D1 D2 I1 I2 E F N a1 a2 b s max max 数量重量 (kg)

19 RHS&SHS SHS 系列齿轮箱 (SHS6/7) (KW) SHS 额定功率值额定功率值 POWER RATINGS OF SHS GEARINGS (SHS6-SHS8) (KW) 型号高速轴传动比 ratio SIZE 转 / 分 HSS RPM SHS 双斜齿乘以 Multiple For Double Helical Rating SHS

20 RHS&SHS SHS 系列齿轮箱 (SHS7/8) (KW) SHS 额定功率值额定功率值 (6-7-SHS8) (KW) POWER RATINGS OF SHS GEARINGS (SHS6-SHS8) (KW) 型号 SIZE 高速轴转 / 分传动比 ratio HSS RPM SHS 双斜齿乘以 Multiple For Double Helical Rating SHS 双斜齿乘以 Multiple For Double Helical Rating 20

21 RHS&SHS SHS 系列齿轮箱 (SHS9/10) (KW) 额定功率值 (9-10-SHS11) (KW) SHS 额定功率值 POWER RATINGS OF SHS GEARINGS (SHS9-SHS11) (KW) 型号 Model 高速轴转 / 分传动比 ratio HSS RPM SHS 双斜齿乘以 Multiple For Double Helical Rating SHS

22 RHS&SHS SHS 系列齿轮箱 (SHS10/11) (KW) 额定功率值 (9-10-SHS11) (KW) SHS 额定功率值 POWER RATINGS OF SHS GEARINGS (SHS9-SHS11) (KW) 型号 Model 高速轴转 / 分传动比 ratio HSS RPM SHS 双斜齿乘以 Multiple For Double Helical Rating SHS 双斜齿乘以 Multiple For Double Helical Rating 22

23 RHS&SHS 系列齿轮箱 (SHS12-13) (KW) SHS 系列齿轮箱额定功率值 (12-13-SHS14) (KW) SHS 额定功率值 POWER RATINGS OF SHS GEARINGS (SHS12-SHS14) (KW) 型号 Model 高速轴转 / 分传动比 ratio HSS RPM SHS 双斜齿乘以 Multiple For Double Helical Rating SHS

24 RHS&SHS 系列齿轮箱 (SHS13-14) (KW) SHS 系列齿轮箱额定功率值 (12-13-SHS14) (KW) SHS 额定功率值 POWER RATINGS OF SHS GEARINGS (SHS12-SHS14) (KW) 型号 Model 高速轴转 / 分传动比 ratio HSS RPM SHS 双斜齿乘以 Multiple For Double Helical Rating SHS 双斜齿乘以 Multiple For Double Helical Rating 24

25 RHS&SHS SHS 系列齿轮箱 (SHS15-16) (KW) 系列齿轮箱额定功率值 (15-16-SHS17) (KW) SHS 额定功率值 POWER RATINGS OF SHS GEARINGS (SHS15-SHS17) (KW) 型号高速轴传动比 ratio Model 转 / 分 HSS RPM SHS 双斜齿乘以 Multiple For Double Helical Rating SHS

26 RHS&SHS 系列齿轮箱 (SHS16-17) (KW) SHS 系列齿轮箱额定功率值 (15-16-SHS17) (KW) SHS 额定功率值 POWER RATINGS OF SHS GEARINGS (SHS15-SHS17) (KW) 型号高速轴传动比 ratio Model 转 / 分 HSS RPM SHS 双斜齿乘以 Multiple For Double Helical Rating SHS 双斜齿乘以 Multiple For Double Helical Rating 26

27 RHS&SHS SHS 系列齿轮箱 (SHS18) (KW) SHS 额定功率值 (SHS18) (KW) POWER RATINGS OF SHS GEARINGS (SHS18) (KW) 型号型号高速轴传动比 ratio Model Model 转 / 分 HSS RPM 单斜齿 Single SHS18 Helical 双斜齿 Dable SHS18 Helical

28 RHS&SHS 高速 (SHS) 齿轮箱 (SHS6 至 SHS13) 外型安装尺寸 OUTLINE AND INSTALLATION DIMENSION OF SHS GEARING 型号 Model SHS6 ~ SHS13 尺寸表 Overall Dimensions for SHS6 to SHS13 A B C1/C2 B1 h H K M F E S d Z1 Z2 SHS (4) Ø SHS (4) Ø SHS (4) Ø SHS (4) Ø SHS (4) Ø SHS (4) Ø SHS (4) Ø SHS (4) Ø

29 RHS&SHS SHS 系列齿轮箱低速轴连接尺寸尺寸法兰尺寸法兰尺寸重量重量油池容量 L.S. Ext. Dimension, Weight, Flange size and Sump Cap. 型号型号 AA BB CC ( 键尺寸 ) W W1 W2 Y Y1 Y2 重量油池容量 ( 公升 ) Model Model Key2 (kg) (Key Dim.) W (kg) Sump Cap.(l) SHS (4) M (4) M12 SHS (4) M (4) M12 SHS (8) M (4) M12 SHS (8) M (4) SHS6 M12 SHS (8) M (4) M16 SHS (8) M (4) M16 SHS (8) M (4) M16 SHS (8) M (4) M

30 RHS&SHS 高速轴连接尺寸 H.S Extension Dimensions 型号传动比 EE FF GG ratio ( 键尺寸 ) key1 Key Dim SHS6 SHS7 SHS8 SHS9 SHS10 SHS11 SHS12 SHS

31 RHS&SHS SHS14 ~ SHS18 尺寸表 Overall Dimensions for SHS14 to SHS18 31

32 型号 Model RHS&SHS SHS 系列齿轮箱小传动比 :1 Low Ratio :1 安装尺寸 Overall Mounting Dimensions A B C1 C2 D h H K M F E S d Z1 Z2 SHS (6)Ø SHS (6)Ø SHS (6)Ø SHS (6)Ø SHS (6)Ø 型号 Model 低速轴连接尺寸尺寸法兰尺寸法兰尺寸重量重量油池容量 L.S. Ext. Dimension, Weight, Flange size and Sump Cap. ( 键尺寸 ) 重量 (kg) 油池容量 ( 公升 ) AA BB CC W W1 W2 Y Y1 Y2 Key 2 W (kg) Cap.(l) SHS (8) M (4) M16 SHS (8) M (4) M16 SHS (8) M (4) M16 SHS (8) M (4) M16 SHS (8) M (4) M16 高速轴连接尺寸 H.S Extension Dimensions 型号 Model 传动比 ratio EE FF GG ( 键尺寸 ) Key SHS SHS SHS SHS SHS

33 RHS&SHS SHS 系列齿轮箱大传动比 :1 High Ratio :1 安装尺寸型号 Overall Mounting Dimensions Model A B C1 C2 D h H K M F E S d Z1 Z2 SHS (6)Ø SHS (6)Ø SHS (6)Ø SHS (6)Ø SHS (6)Ø 型号 Model SHS14 低速轴连接尺寸尺寸法兰尺寸法兰尺寸重量重量油池容量 L.S. Ext. Dimension, Weight, Flange size and Sump Cap. ( 键尺寸 ) 重量 (kg) Key 2. W (kg) AA BB CC 油池容量 ( 公升 ) Cap.(l) 284 W W1 W2 Y Y1 Y (8) M (4) M16 SHS (8) M (4) M16 SHS (8) M (4) M16 SHS (8) M (4) M16 SHS (8) M (4) M16 型号 Model 传动比 ratio 高速轴连接尺寸 H.S Extension Dimensions EE FF GG ( 键尺寸 ) (Key 1.) SHS SHS SHS SHS SHS

RHS&SHS 南京重载齿轮箱有限公司地址 : 南京市江宁滨江开发区春阳路 1 号电话 :025-83202881

34 RHS&SHS 南京重载齿轮箱有限公司地址 : 南京市江宁滨江开发区春阳路 1 号电话 : 传真 : 邮编 :

Gerolor Motors Series Dimensions A,B C T L L G1/2 M8 G1/ A 4 C H4 E

Gerolor Motors Series Dimensions A,B C T L L G1/2 M8 G1/ A 4 C H4 E Gerolor Motors Series Size CC-A Flange Options-B Shaft Options-C Ports Features 0 0 12 12 1 1 0 0 2 2 31 31 0 0 SAE A 2 Bolt - (2) 4 Bolt Magneto (4) 4 Bolt Square (H4) 1.0" Keyed (C) 2mm Keyed (A) 1.0'