PLANETAR ARY DRIVES 1
Power er Transmission People Planetary Features Coaxial Input and Output Input and Output Rotation in same direction Compact in Size Flange and Foot ounted Efficient Speed Reduction Torque ultiplication Reversible Drive igh Shock Load Capacity Suitable for Continous Cyclic Loads Installation in any Postion Application. obile Cranes and Overhead Cranes Derrick and Shipboard Cranes Dredging Equipments Road aking achinery aterial andling Equipments Goods and Personnel Elevaters Sugar Crystalizers and ill Drives Construction Equipments and Conveyors Prestigious Clients. Crompton Greaves. SAIL Steel Plants. umbolt Wedag. Kirloskar Group. L & T, umbai. aruti dyog. DGP Windsor. Thermax Ltd. Nestle India. TELCO Ltd. Byer India. ECIL Ltd. SPIC Ltd. TIL Ltd. Escorts Ltd. IPCL Ltd. Gujarath Apollo...and countless more....and countless more. Content Particulars 1. General Information Company Profile 2 Introduction 3 General Information 3 Operating Temperature 3 Working Principle 4 aterial Construction 4 odel Codification 5 2. Technical Information omentary Overloads 6 Shrink Discs 6 Installation 7 Lubrication 7 Storage 8 3. Selection Procedure Symbol sed 9 Service Factor 9 Torque Ratings 9 Thermal Power 9 Selection Examples 9 4. Load Rating Load Classification 15 Load Location Factor 16 Output Load Rating 17 Input Load Rating 25 5. Technical Data 27 6. otorised Selection 43 7. Dimensional Details 53 Foot ollow Input 54 Foot Free Input 56 Flange ollow input 58 Flange Free Input 60 Bevel Foot 64 Bevel Flange 68 Agitator Drive 70 Large Planetary 72 Shrink Disc Details 74 Output Shaft - ale Spline 75 Output Shaft - Female Spline 75 Output Shaft - ollow Keyed 76 otor ounitng Details 77 8. Planetary Applications 78 9. Enquiry Data sheet 80 Page No. 2
Company Profile In a span of twenty-two years we have grown to be the leader in POWER TRANSISSION PRODCTS of various types in India. We have supplied more than 55,000 Gear Boxes of Cycloidal type and over 35,000 of Planetary type and also exported more than 5000 Gear Boxes in last six years. We also manufacture Torque Limiters, Shaft ounted Drives, Winches, Track Drives, Slew Drives, Pump Drives and Custom Built Drives to the specific requirement. Products are manufactured with strict adherence to highest quality standards, our product range guarantees precise and trouble free performance for years together. A true testimony to the top quality of our products has been their wide acceptance. Our manufacturing unit is situated at Satara, 250 Kms. southeast of umbai and is equipped with hi-tech, state-ofthe-art machines and qualified well-trained manpower. Design, Research and Development is our strength. Continuous research is on, to incorporate innovative design features, so as to offer a best possible solution to customer for its power transmission requirement. Our products are used successfully in a wide range of industries all over the India and exported to developed countries. The power transmission products are designed and manufactured with our own technology and practical experience of highly qualified technocrats. The high quality components manufactured with the help of sophisticated machinery are indispensable both for trouble free operation and splitting of power transmission through multiple meshing. The multiple meshing allows power transmission through several paths and ultimately compact design. Our design experiences combined with extensive computer facility enable us to offer optimum solutions to any required application in a short time. We received ISO-9001 quality certificate from DNV in April 2001 and maintained till date. Customer satisfaction is our motivation and strength. We export to: Canada Germany Italy France Norway iddle East England nited States Australia Newzeland Netherland Sweden 3
General Information Introduction Our manufacturing unit is situated at Satara, 250 Kms. south-east of umbai and is equipped with hitech, state-of-the-art machines and qualified, well trained manpower. We have our own foundry to supply special grade quality castings. Design, Research and Development is our strength. All the products are developed and manufactured with own technology. Continuous research is on, to incorporate innovative design features, so as to offer a best possible solution to customer s power transmission requirements. General Information Before a reducer can be selected for any application, the equivalent output torque or horse power must be computed by multiplying the actual or specified torque or horsepower by the service factor ( SF ) for the particular load classification for which the unit is to be used. It is necessary that the unit selected have a capacity equal to or in excess of the equivalent output torque in Nm or horsepower. Operating Temperature It is important that the maximum oil temperature should not exceed 200 0 F (93 0 C). If a continuous ambient temperature of 115 0 F (46 0 C) or higher exists. Please contact the factory. Thermal limitations may exist for some units with low ratios. eat exchangers are available for these applications that exceed the thermal capacity of reducers. For unusual application requirements such as those listed below, consult the factory for assistance. - Ambient temperature less than 15 0 F (-9 0 C) or more than 120 o F (50 o C). - Corrosive, chemical or explosive fumes. - Inclined or azimuth mounting or rotating body or sub merged requirements. - nusual atmosphere such as vacuum, high pressure, or high altitude. Reducer can be selected by service factor or load classification. Both service factors and load classification are a means of classifying different equipment and applications into a uniform guideline useful for reducer selection. Due to variations in application, service factors are used to adjust equipment ratings to accommodate differing load conditions. Applications involving unusual or severe load condition should be carefully reviewed before a service factor is applied. Care must be taken by the customer to isolate the reducer from unplanned transient load or vibrating conditions. 4
General Information Working Principle. The simple planetary comprises of sun gear, planet, planet carrier assembly and ring gear. Coaxial sun gear and planet carrier assembly which comprises of carrier and the planets rotating at constant centres along with the planet carrier. The input is from sun gear and the drive motion through the planet carrier via planets and ring gear is generally stationery. The rolling contact of the planets with the ring gear provides the appropriate reduction ratio. By varying the number of teeth of sun gear and planets it is possible to achieve various different ratios per stage. ulti-stage gear boxes are available by connecting the individual stages in sequence. n 2 n 1 aterial Construction Ring Gears Ring gears are manufactured from high alloy steel and heat treated to absorb impact loads and give desired wear life, the production process selected to avoid distortion of gear teeth due to heat treatment. Planets Planets are manufactured from high alloy steel and heat treated for case carburising or nitriding to achieve the optimum strength and wear resistance. Planet bores are ground and honed to achieve desired finish and tolerance. Gear Teethes are ground for model 4003 and above to reduce noise level. To increase load carrying capacity and uniform load distribution, planets are selected in sets. Sun Gear Sun Gears are manufactured from high alloy steel and heat treated for case carburising or nitriding to achieve the optimum strength and wear resistance. Sun gears are mounted on input shaft or carrier with the help of splines and in small models with keyways to achieve desired power transmission. Planet Carriers Planet carriers are manufactured from high alloy steel casting or forging or bars and machined with CNC machining center to achieve desired accuracy of planet pin holes runout and parallality. Output / Input Shafts Shafts are manufactured from high alloy steel and heat treated to achieve maximum strength to transmit power and absorb high impact load. The input motion from sun gear (1) is transmitted via planets and finally to coaxial planet carrier (5). Planets (2) simultaneously engages with sun gear (1) and the ring gear (3), The input rotation n 1 applied to the sun gear is reduced to the output rotation n 2. The ring gear (3) fixed to the frame functions as the reacting gear component. Input and output rotates in the same direction. The power is transmitted simultaniously through multiple planets and hence high power transmission is possible in small size and will result in less weight. Casing / ousing Casing Foot or Flange type are designed to absorb vibration and support reaction loads. These are manufactured from graded cast iron or cast steel according to power transmission and designed to optimum weight to power ratio. Broughtout parts All standard parts such as bearings, seals, hardware are procured directly from reputed manufacturers for genuineness and cost effectiveness. The Product is designed with the help of computers for the optimum power to weight ratio. All components are designed in keeping stringent requirements. 5
odel Identification 1. ounting - - orizontal. V - Vertical shaft down. W - Vertical shaft upward. 2. Input - F - Free J - ollow - Geared otor 3. ounting ethod - - Foot F - Flange A - Agitator 4. odel No. - x x x x - Standard Number B - With Bevel Input W - With Worm Input - With elical Input 5. Stages - 1 - Single 2 - Double 3 - Triple 4 - Four 6. Reduction Ratio x x x x 7. Special - X - Indicates model to which specialized or modified specifications are adopted. Example 1 Example - 2 Example - 3 - orizontal V - Vertical down W - Vertical up F - Input free J - Input hollow F - Input free - Foot mounting A - Agitator mounting F - Flange mounting 4003 - Standard model 4005 - Agitator model 4009B - Right Angle (Bevel) 2 - Double stage 3 - Triple stage. 2 - Double stage. 27.50:1 - Reduction ratio. 130.7:1 - Reduction ratio 43.47:1 - Reduction ratio F 4003-2 027 V J A 4005-3 - 130 W F F 4009 B - 2-043 5 6
Technical Information omentary Overloads The maximum momentary or starting load applied to a reducer must not exceed 200% of rated load (100% overload). Rated load is defined as the reducer rating at a service factor of 1.0. Applications with high torque and for intermittent operations refer to the factory. Also applications where extreme repetative shock occurs or when high-energy loads are required to be absorbed, require special considerations and should be refered to the factory. Brake Loads When drives are equipped with brakes on the input, and the torque rating of the brake exceeds the rating of the motors, the rating of the brake dictates the selection of the reducer. Thermal Capacity It is the maximum orse Power, that can be transmitted without over heating at maximum oil temprature of 90 0 C when reducer is operated continously under standard oil bath lubrication. eat exchangers can be provided for those applications that are thermally limited. For the specific requirements contact factory. Lubrication Planetary Drives are shipped without oil and must be filled to the specified oil level before start-up. Lubrication and oil capacities are listed in the instruction and maintenance anual. ulti-speed Selections Reducers those will be operated at a variety of input speeds must be selected for the speed that yields the highest output torque requirement Gear Ratios The gear ratios are designed to avoid hunting and hence ratios are not whole numbers, any possible ratio can be manufactured specially according to requirement. Service Life The load ratings in the data sheets are based on number of output load cycles at a service factor of 1. The required service life must be specified when ordering, to select the speed reducer unit correctly, with a suitable service factor. Shrink Disc Assembly The shrink discs are supplied ready for mounting and well lubricated. owever, before re-assembly the shrink discs should be lubricated again. This also applies to the tapered ring surface as well as to the screw threads. For this purpose, a moly sulphide containing grease such as olykote BR 2 - should be used. When reassembling, it is important that all screws are within the sealing ring. Damaged sealing rings must be replaced. When putting the shrink discs on to the hub to be braced, the seat for the shrink discs on the hub must also be lubricated to avoid any possibility of corrosion. Contact surface of the shrink disc hub bore and the shaft must be free from grease. the safety of the torque transmission depends upon it to a great extent. nder no circumstances screws should not be tightened if the shrink disc is not mounted; otherwise, the inner ring will be deformed permanently. The same permanent deformation happens to the hub if not mounted on the shaft. Before putting the shrink disc on to the hub, both discs should be drawn against each other by tightening lightly and carefully by means of a small wrench so that the inner ring can just be turned. ake sure that the faces of both discs are absolutely parallel by checking at various diameters of both disks. The complete shrink disc set is then pushed on the hub. Then all screws be tightened carefully and evenly only so far that the shrink disc set cannot be turned on the hub by hand, even when using possible force. The screws must be tightened evenly and gradually, using a wrench of adequate size, always make sure that the two discs remains parallel. Shrink Disc Dismantling Exactly in the same way as in bracing, the screws will be loosened evenly and gradually to avoid tilting of the discs. The steep taper angle of the discs has been chosen to absolutely secure the opening of the shrink disc. Thereby the hub widens again and can easily be pulled off from the shaft, incase if the shaft is not free mounted shaft should be locked and input shaft to be rotated to seperate out output shaft of gearbox and mounted shaft.whilst the shrink disc remains on the hub. Attention Do not remove screws completely as long as the two outer rings are not free from their tapered seats. Remove any corrosion on the shaft in front of the hub. Before any new bracing, the shrink disc set should be lubricated again, the sealing ring should be renewed. Check easy fitting of the screw. 7
Installation All Speed Reducers should be mounted on vibration-free, solid, level foundation. The normal method of mounting is orizontal. When mounting the gear units, check that the breather, oil level and drain plugs are in the correct position. These will vary according to the mounting position. Foundation When mounting on structural steel, use of a rigid base plate is strongly recommended. The base plate should be designed to minimize bending and twisting. The base plate must be flat to prevent distortion of the unit. The base plate should extend the entire length of the unit. Clamp the unit securely to the structural steel support. When mounting on concrete base grout structural steel mounting pads into the mounting base, the reducer is then installed and shimmed off the structural pads, if shims are used to level or align the unit, they should be distributed evenly under all mounting pads to equalize the support load. se a feeler gauge to determine thickness of required shims. All pads must be squarely supported to prevent the distortion of the housing when the unit is bolted down. In case of installation with shocks, long duration over loads or frequent stopping, it is necessary to install motor protections, such as hydraulic coupling clutches. Alignment Align reducer with driven equipment by placing broad flat shims under all mounting pads of the reducer. Start at the low speed end and level across the length and width of the reducer. Check with feeler gauge to make certain that all pads are supported to prevent distortion of housing when reducer is bolted down. After reducer is aligned with driven equipment and bolted down, align prime mover to the reducer input shaft. The reliability and long life of the reducer requires careful installation of accessories and accurate alignment of the connecting shafts. After first week check alignment of the total system and realign if necessary. Also tighten the bolts and plugs as required. Remember to remove the load from the system before attempting to service the reducer. This action reduces the possibility of unexpected motion in the system. Check coupling for alignment to make sure that setting or vibration has not caused excessive misalignment. Load Connections ount sprocket, pulley and sheave as close as possible to the gear case in order to reduce the cantilever effect of overhang loads on the shaft bearings. Adjust belts or chains to manufacturer specification to prevent over tightening. Lubrication Determine minimum and maximum ambient temperatures the unit is to operate in. From the Ambient Temperature Table below, determine the proper AGA or ISO grade lubricant for those temperature conditions and select appropriate oil. se only SAE recommended grade as gear lubricants. Automotive oils are not recommended. All reducer are splash lubricated by gear rotation with even distribution to all gear meshes and bearings. Ambient Viscosity AGA ISO Temp. Grade Grade Grade -10 C to 15 C 90 110 3 100 (15 F to 60 F) 10 C to 50 C 135 165 4 150 (50 F to 125 F) If the speed reducer operates under extreme conditions or exposed to large temperature fluctuations, the use of synthetic oil is recommended. Note: The synthetic lubrication should conform to the requirements of ANSI/AGA 9005-D94. If the speed reducer operates in an environment where the temperature fluctuations are predictable, choose an oil viscosity that is recommended for the given temperature (i.e. for cold weather operation, use an oil that will circulate freely at all times.) The pour point of the oil should be 9 F (-5 C) or less than the minimum external temperature during reducer operation. During hot weather use higher viscosity oil that will not thin out and lose its lubricating qualities. Special measure should be taken to protect drives operating in direct sunlight at ambient temperature over 100 F(38 0 C).This protection can consist of a canopy/cover over the drive or reflective paint on the drive. If neither is possible, a heat exchanger nor other cooling device may be required to prevent the reducer sump temperature from exceeding the allowable maximum oil temperature of 90 C or 80 C. Cyclo Planetary Speed Reducers can be operated within oil temperatures from 20 C to 80 C. 8
Technical Information Lubrication Change Oil change must be carried out initially after first 100/200 hours of operation, and subsequently after every 2500 hours or at least every 12 months of operation. If operating under abnormal conditions such as high temperature sever duty, moisture or particle contamination, oil may need to be changed more frequently. Do not mix the oil of different types even of the same make. Never mix mineral and synthetic oils. Note : Oil samples should be taken from the oil level hole, not the drain hole. Storage Preparation for Storage. parts with rust preventive oil that is soluble in lubricating oil. Seal the reducer completely, and replace the vent plug with a solid pipe plug to keep rust inhibiting atmosphere inside. Periodically inspect stored or inactive reducers and add rust inhibitor every six months or more often if necessary. Dry indoor storage it is recommended to rotate shafts every three months to prevent bearings from becoming lacquered. Preparation for Start-p Fill reducer up to a proper oil level with the recommended lubricant. Remember reducers are supplied from the factory without oil. Rotate the shaft until the bearings move freely. Now the unit is ready to start-up. If reducer is to be stored or is likely to inactive after installation, drain oil from housing and spray all internal Table 1 Power Source Duration of working in ours per day Load Classification niformshock oderate shock eavy shock Electric motor, steam turbine nder 3 0.80 1.00 1.50 or hydraulic motor 3 to 10 1.00 1.25 1.75 Over 10 1.25 1.50 2.00 ulti-cylinder internal nder 3 1.00 1.25 1.75 combustion engine 3 to 10 1.25 1.50 2.00 Over 10 1.50 1.75 2.25 Single cylinder internal nder 3 1.25 1.50 2.00 combustion engine 3 to 10 1.50 1.75 2.25 Over 10 1.75 2.00 2.50 9
Technical Information Symbols used f s n 1 n 2 η t con t peak t eq h i Pt P Lf PD Fc To Teq P Kf n 1max = Service factor = Input speed (rpm) = Output speed (rpm) = Gearbox efficiency = Continuous Torque (Nm) = Peak Torque (Nm) = Equivalent Torque when gearbox is subjected to varying loads (Nm) = Number of working hours = Actual Reduction ratio = Thermal power of gearbox (kw) = orsepower = Load location factor = Pitch Diameter (mm) = Load connection factor = Required output Torque (Nm) = Equivalent Torque (Nm) = Required echanical Rating (kw) = Load correction factor on shaft = aximum Input speed (rpm) Service Factor (f s ) This is the factor depending on the application type table..2. It takes into consideration load variation, which the gearbox may undergo for the specific type of duty. It also takes into consideration the selected type of drive unit e.g. electric, hydraulic motor and so on and to be selected from table 1. Speed Input Speed (n 1 ) It represents the actual input speed of the gearbox. Output Speed (n 2 ) It represents the actual out speed of the gearbox. aximum input Speed (n 1max ) It represents the maximum input speed of the gearbox for the continuous operation that the gearbox can run for the specified life index. Reduction Ratio (i) It is the ratio of Actual input speed to actual output speed i = n1/n2 Torque Ratings Continuous Torque (t con ) This is the transmittable torque of the gearbox with continuous operation, that garantees a duration of h hours with a gearbox output rotation velocity of n2 RP. It is expressed as a function of the product n2 x h Peak Torque (t peak ) This is the maximum torque that the gearbox can transmit for short periods of time. Equivalent Torque (t eq ) It represents the value of the constant torque, which determines the same duration in hours of the torque induced by the work cycle. If T21 T2n are the torque transmitted by the gearbox at the output velocity n21. n2n for the time duration in hours of hi...hn, the equivalent torque is : teq = [ ( ( (n 21 * h 1 )/(n 2 *h) )* T 21 6.61 ) + + ( ( (n 2n * hn)/(n 2 *h) )* T 2b 6.61 )] 1/6.61 Where, n2*h = (n 21 * h 1 ) + (n 22 * h 2 )+..+ (n 2n * h n ) Lifetime (n2 x h) It is the product of output speed and the duration in hours. It represents a number proportional to the stress applied to the element, which limits the life of the gearbox. To correlate the speed and the duration, the torque is expressed as a function of the product n2 x h. With the speed n2 and the torque tcon required the duration in hours can be calculated, or alternatively, if the speed and the duration in hours required are known then the tcon that the gearbox can transmit can be calculated. Example : Expected Life in hours = 25000 Output speed of the gearbox = 20 rpm 25000[h] * 20[n2] = 5 000 00[n2 x h] Thermal Power (Pt) aximum mechanical power transmitted by the gearbox while operating continuously, with splash lubrication, without exceeding the thermal limit of gear box (50 C above the ambient temperature). Greater powers can be transmitted by using an appropriate cooling system. The value refers to a continuous operation with input speed of 1440 rpm at ambient temperature 30 C. 10
Selection Procedure Information required for selection of the reduction unit : - The specific application - Working life in hours - Input speed - Input orsepower - Desired output speed - Over hung load etc. Selection of reducer is based solely on the required output torque capacity of the application at specified life duration. The Service factor method is used to apply specific industry application standards based on the hours per day of operation. These application standards are given in table-2 and have been developed based on practical application experience. Determine service factor (f s ) Selection of the Service factor is done as follows : - Depending upon driven machine or application decide the load classification (i.e. niform/oderate/eavy shock) from table 2. - Decide the prime mover and number of working hours per day By knowing above factors we can select service factor from table 1 Calculate the desired reducer ratio Reducer ratio = Input speed (RP)/Output speed (RP) Select Reduction ratio, that is closest to the desired ratio calculated as above. Calculate the equivalent output torque. When output torque is known (To) Equivalent Output torque (T eq ) = Output Torque(T o ) x service factor(f s ) When input motor horse power is known Output torque (Nm) = ( 7123.77 x P x fs x Eff ) Output speed Where : P = Input Power in horsepower fs = Service Factor from above Eff. = Drive Efficiency ( single = 96%, double = 92%, triple = 87%, four = 84%) Decide the life index (n2 x h) of the gearbox Life index (n2 x h) = output speed x life required in hours Example Output speed (n2) = 50 rpm Life required (h) = 20000 hours Life index (n2 x h) = 50 x 20000 = 1000000 Select Reducer Locate the reduction ratio determined as above. Locate the smallest model, that offers the output torque (N-m.) rating that is equal to or greater than the equivalent output torque determined as above for the required reduction ratio and for required life index (n2 x h). i. e. Teq must be less than or equal to t con of the gearbox also peak torque requirement of the application must be less than the t peak of the gearbox Check thermal capacity (Pt) The motor horsepower capacity must be compared to the thermal capacity of the reducer and select the rating, which corresponds to the reducer model. If the motor horsepower is less than or equal to the rating, your application will not be thermally limited with respect to horsepower. If your motor horsepower exceeds this rating, contact the factory to review the possibility of increasing the thermal capacity by use of a heat exchanger. Thermal ratings can be ignored if continuous running time does not exceed idle time on a per hour basis. Check over hung load When over hung load exists on either input or output shafts, check that the overhung load exerted on input and output shaft are lower than or equal to values indicated in the chart for selected reducer model. In case they are greater than indicated value, change gearbox output version, gearbox size or system bearing arrangement. For correct modification according to your requirement contact factory. For each gearbox the radial loads for duration (n1 x h)= 1500000 for input shaft and(n2 x h) = 100000 for the output shaft are shown in the diagram. For different durations applicable radial loads can be obtained by multiplying the values in the diagram by the correction factor K f 11
Selection Procedure Axial loads are given for various models along with maximum radial loads. ence these values must be checked against the axial loads. Check the breaking torque When drives are equipped with brakes on the input and the torque rating of the brake exceeds the rating of the motors, the rating of the brake dictates the selection of the reducer Calculations of the overhung load The centerline of the overhung load should be as close as possible to the seal cage to minimize bearing load and improve bearing life. The formula for determining overhung load in N. is as follows: Overhung load (N) = (14247550.5 x P x Fc) / ( PD x RP (output) ) Seal Fr 1. Increase the pitch diameter of gear, Pulley or sprocket. 2. Locate the sprocket or belt closer to the Seal cage. 3. Go to the next larger reducer series. Check dimensions Dimensions drawings for reducers are given in the catalogue for free input and hollow input with foot and flange mounting. For your specific requirement contact the factory. Ordering reducers Specify the model, Reduction ratio, ounting, Input type and Specific requirements if any. Selection Examples When Output torque is known : A heavy-duty bucket elevator is operating at 24 hrs/day. The elevator requires a reducer with a 120 rpm output speed (1440 rpm input speed) and 2740 Nm. output torque. Overhung and thrust loads are bit a factor. Reducer will be driven with a 60-hp electric motor. Life index required (n2 x h) = 500000 Select service factor. Where: P PD RP Fc : orsepower without service factor. : Pitch Diameter in mm : Shaft revolutions per minute. : Load connection factor Load connection factor selection table Load connection factor (Fc) Sprocket or Timing Belt * 1 achined Pinion or Gear * 1.25 V-Belt 1.5 Flat belt 2.5 * Refer all multiple chain sprocket and pinion mounted If the actual overhung load exceeds the specified capacity, the following may assist to reduce the overhung load on the shaft bearings. The service factor for a heavy duty bucket elevator 24 hrs/day operation is 1.5. Calculate Required Reduction Ratio. Ratio = 1440 rpm /120rpm = 12. Select closest Reduction ratio i.e.12.11. Output Speed = 1440/12.11 Calculate equivalent output torque = 118.90 rpm. Since output torque is known : Teq = 2740 Nm. X 1.5 (SF) = 4110 Nm. Select Reducer. Reducer selection for Nominal ratio 12.11. The smallest series listed for the design output torque as calculated as above is model 4006-2 having rating of 5821 Nm. For the life index (n2 x h) 500000 12
Selection Procedure Check Thermal Capacity. Thermal capacity of odel 4006-2, ratio-12.11 is maximum 20 hp without any cooling arrangement and it can be increased up to 75 hp with cooling arrangement. Thus the application for 60 P requires cooling arrangement. Check for Overhung and Thrust Loads. Overhung and thrust loads are not a factor in this example. Check Dimensions. Dimensions for the model 4006-2. Order Planetary Gear Reducer. odel Name - 4006-2 Nominal Ratio - 12.11 Output torque rating - 5821 Nm. Input motor horsepower - 10 hp. Service Factor - 1.5 Input Speed - 1440 rpm. Desired Accessories - with heat exchanger. When otor orsepower is known Example : 10 hp 1400-rpm electric motor is used to drive a heavyduty horizontal apron conveyor working 24 hrs/day. The conveyor requires a reducer output speed of 50 rpm. A roller chain drive having a 240 B 25 tooth roller chain sprocket having 600 mm Pitch Diameter which is mounted at the shaft center. The chain pull is acting at 76mm from the seal cage. Ambient temperature is 26 o C. Life index required (n2 x h) = 500000 Select service factor. The service factor for an apron conveyor. 24-hrs / day operation is 1.5. Calculate Actual reduction ratio. Reduction Ratio = 1440 /50 = 28.5 Select closest Reduction ratio Which is 27.5 Output Speed = 1440/27.5 = 52.36 rpm. Calculate equivalent output torque. Equivalent output torque (Teq) = (7123.77x10 hpx1.5sfx0.92)/52.36 rpm = 1877.41 Nm Select reducer Reduction ratio is 27.5. The smallest series listed for the Output torque calculated as above model is a 4005-2 having rating of 2528 Nm. For life index (n2 x h) 500000 Check Thermal Capacity Compare the motor horsepower to the thermal ratings of the selected reducers. Since the motor horsepower is less than the thermal rating, the reducer s thermal capacity exceeds the motor capacity. Overhung and Thrust Loads. The overhung load exists on the output shaft. The input shaft is direct connected and does not encounter overhung load. Overhung load = 14247550.5x10hpx1.0/( 600 mmx52.36) = 4535 N Now from graph we find that for model 4005-2 overhung load for the life index (n2xh) 100000 and overhung load distance from seal cage 76 mm is equal to 8800 N.Now overhung load for the life index (n2 x h) = 500000 will be Overhung load = overhung load from graph * Kf From table Kf factor for 500000 life index equal to 0.5848 ence, Overhung load = 8800 * 0.5848 = 5146 (N) Thus the rated overhung load capacity is greater than the actual value, so the selection is approved. This application does not encounter thrust load. Check Dimensions. Order Planetary Gear Reducer. odel Name - 4005-2 Nominal Ratio - 27.5 Output torque rating - 2528 Nm. Input motor horsepower - 10 hp. Service Factor - 1.5 Input Speed - 1440 rpm. Desired Accessories - none. 13
Selection Procedure Customer to fit the motor Electric motor 1 Determine the required torque at the output of gearbox (To) and output speed n2 2 Now depending upon the application determine the load classification from table 2 and depending upon the number of working hours decide the service factor(fs). 3 We have efficiency of the gearbox (η) 4 Calculate the input power as follows Input power = (To x fs x n2)/(9550 x η) ----------(kw) or Input power = (To x fs x n2)/(7124.3 x η)----------(p) For efficiency of gearbox refer Stage No 1 2 3 4 Efficiency(η) 0.96 0.92 0.87 0.84 Lookup the motor selection charts and select a size with such rated power to satisfy this condition otor power >= Input power calculated above Example otor unit is to be fitted by the customer with a 75 Nm output torque. The output shaft is to rotate at 50 rev / min. and is to be coupled to an industrial fan that operates 8 hours per day. Life index (n2 x h = 500000) Selection Procedure Following the procedure specified as above. 1 The load classification for this application is moderate shock. 2 The drive requires a minimum mechanical service factor of 1.25. 3 Required unit ratio 1440 / 50 i.e. 28.8 : 1 Check motor supplier s data for actual speed. 4 Referring to exact ratio table we have reduction ratio 27.50 : 1 which is closer to required one. As gearbox is two stage hence efficiency (η) = 0.92 P (mech.) = Output torque*service factor*output speed /(9550 * 0.92) = 75*1.25*(1440/27.5)/(9550*0.92) = 0.55874 kw or 0.7489 P 5 Thus select a motor which has horse power rating greater than or equal to 0.7489 ydraulic otor 1 Determine the hydraulic motor type according to the application, choosing from the options given in guidance table (1) ydraulic otor Selection Table (1) Duty Light edium eavy Pressure p (bar) <175 175-200 200-450 otor Orbital Gear motor Radial pistion Axial piston Cam motor Axial piston design Speed ean <=700 igh <=3000 ean <=500 igh <=4000 Low <=200 ean <=4000 h mh 0.80 0.85 0.95 0.93 0.93 0.93 h v 0.90 0.87 0.95 0.95 0.95 0.95 14
Selection Procedure 2 Depending upon the specification of the gearbox Output torque : Output torque ( tcon ) and Velocity ratio (i) Input torque = Output torque ( ) / velocity ratio(i) tcon Now depending upon allowed pressure p (bar) for the hydraulic circuit, calculate the displacement of the hydraulic motor by formula: Vc = (20 x Π x Input torque)/(p x η mh ) cm 3 Where h mh is the hydraulic mechanical efficiency of the motor (refer table 1) Select the motor size with displacement V that satisfies the following condition Vc<= V Calculate the flow required for the hydraulic motor Q1 = (V x n1)/( h v x 1000) Where h v is volumetric efficiency Thrust Loads (l/min) Thrust loads applied to reducer shafts through coupling connections often are combined with radial shaft loads. Since this combined loading affects bearing thrust capacities, these values may be obtained by contacting the factory. Overhung Load Calculation example igh Speed Shaft Example : A 10 P. 1440 RP motor with 140 mm Pitch diameter pulley is V-belt connected to an 220 mm sheave mounted on an 4006-3 odel reducer having a ratio of 50.78 and output torque capacity of 7488 Nm for the life index (n2 x h = 500000). and a 17.54 RP output speed. The centerline of the pulley on the reducer is mounted 40mm from the seal cage. Calculate the high-speed shaft overhung load for. Solution : Reducer Input RP = 1440 X 140/220 = 916.36 RP Overhung Load = (14247550.5 X 10 X 1.5)/(220 X 890.90) = 1060.06 Now referring overhung load graph for model 4006-3 we find that Overhung load for overhung distance 40 mm = 10400 N Above overhung load is for (n1 x h = 150000) But we have (n1 x h = 500000 *50.78 = 25390000) ence Overhung load capacity = 10363 * Kf = 10363 * 0.310723 Kf is taken from graph table = 3220 N Thus actual overhung load capacity (3220 N) is greater than required overhung load (614.84 N) hence selection is acceptable Low Speed Shaft The overhung capacity ratings for low speed shafts. Example : A 5 P. 1440 RP motor is directly connected to a 4005-2 reducer having a ratio of 20.08 (71.71 RP output) A. 120 B21 10.064" PD roller chain sprocket is mounted so that the centerline of the load is 72 mm from the seal cage. Calculate the low speed shaft overhung load. Life index required (n2 x h = 500000) Solution : Overhung Load = (14247550.5 X5 X 1.0) / (255.62 X 71.71) = 3886.11 Now referring overhung load graph for model 4005-2 we find that Overhung load for overhung distance 72 mm = 8820 N Above overhung load is for (n2 x h = 100000) But we have (n2 x h = 500000) ence Overhung load capacity = 8820 * Kf = 8820 * 0.5848 Kf is taken from graph table = 5158 N Thus actual overhung load capacity (5158N) is greater than required overhung load (4036 N) hence selection is acceptable 15
Load Classification Table 2 = niform load = eavy shock load = oderate shock load T = Refer to Cyclo Driven achine Load Type Driven achine Load Type Driven achine Load Type Driven achine Load Type Agitators Pure liquids Liquids & solids Liquids-variable density Blowers Centrifugal Lobe Vane Brewing and distilling Bottling achinery Brew kettles cont. duly Cookers cont. duty ash tubs cont. duty Scale hopper-fre. starts Can filling /C Cane knifes Car dumpers Car pulleys Clarifiers Classifiers Clay working machinery Brick press Briquette machine Clay working machinery Pug mill Compressors Centrifugal Lobe Reciprocating - ulti-cyl. Single cyl. Conveyor-uniformly loaded Apron Assembly Belt Bucket Chain Flight Oven Screw Conveyor - heavy duty Apron Assembly Belt Bucket Chain Flight Live roll Oven Reciprocating Screw Shaker Cranes ain hoists Bridge travel Trolley travel Crusher Ore Stone Sugar Dredges Cable reels Conveyors Cutter head drives Jig drives anoeuvring Winches Pumps Screen drive Stackers tility winches Dry dock cranes main hoist auxiliary hoist boom, luffing rotating swing or slew tracking,drive wheels Elevators bucket-uniform load bucket-heavy load bucket-continuous centrifugal discharge escalators freight gravity discharge man lifts passenger Fans centrifugal cooling towers induced draft forced draft induced draft large, mine, etc. large, industrial light, small diameter Feeders apron belt disc reciprocating screw Food industry beef slicer cereal cooker dough mixer meat grinders Generators-not welding ammer mills oists heavy duty medium duty skip hoist Laundry machines Laundry washers reverse Laundry tumblers Line shafts processing equipment light applications other line shafts Lumber industry barkers- ydraulic barkers- mechanical burner conveyor chain saw and drag saw chain transfer craneway transfer de-barking drum edger feeder gang feeder green chain live rolls log deck log haul-incline log haul-well type log turning device main log conveyor off bearing rolls planer feed chains planer floor chains planer tilting hoist T T T T T T T T T erry-go-round conveyor roll cases slab conveyor small waste conveyor-belt small waste conveyor-chain sorting table tipple hoist conveyor tipple hoist drive transfer conveyor transfer rolls tray drive trimmer feed waste conveyor achine tools bending roll punch press-gear driven notching press-belt driven plate planers tapping machine Other machine tools ain drives Auxiliary drives etal mills Draw bench carriage ain drive pinch, dryer and scrubber rolls-reversing slitters Table conveyors - non-reversing group drives individual drives Reversing - wire drawing flattening machine wire winging machine ill-rotary type ball cement kilns dryers and coolers kilns, other than - cement pebble rod plain wedge bar tumbling barrels ixers concrete mixers - cont. concrete mixers -int. constant density variable density Oil industry chillers oil well pumping paraffin filter press rotary kilns Paper mills agitators, (ixers) barker-auxiliaries hydraulic barker-mechanical barking drum beater and pulper bleacher calenders calenders-super Converting machine, except cutters, platers conveyors couch cutters-plates cylinders dyers felt stretcher T T T felt whipper jordans log haul presses pulp machine reel suction roll washers & thickeners winders Printing presses Pullers T barge haul Pumps centrifugal proportioning reciprocating single acting 3 or more cylinders reciprocating double acting 2 or more cylinders single acting 1or 2 cylinders T double acting; single cylinder T rotary - gear type rotary - lobe, vane Rubber and plastics industries crackers laboratory, equipment mixed minds refiners rubber calenders rubber mill-2 on line rubber mill-3 on line sheeter tire building machines T tire and tube press openers T tubers and strainers warming mills Sand multer Sewage disposal equipment bar screens chemical feeders collectors de watering screws scum breakers slow or rapid mixers thickeners vacuum filters Screens air washing rotary-stone or gravel travelling water intake Slab pushers Steering gear Stokers Sugar industry cane knives crushers mills Textile industry batchers calenders cards dry cans dryers dyeing machinery knitting machines looms mangles nappers pads range drives slashers soapers spinners tenter frames washers winders 16
Load Location Factor Table 3 igh Speed Shafts Distance 4000 4001 4002 4003 4004 4005 4006 4007 4008 4009 in mm 10 0.40 0.40 0.21 0.21 0.21 0.15 0.15 0.01 0.11 0.11 15 0.60 0.60 0.32 0.32 0.32 0.22 0.22 0.02 0.17 0.17 20 0.80 0.80 0.43 0.43 0.43 0.29 0.29 0.29 0.23 0.23 25 1.00 0.10 0.53 0.53 0.53 0.37 0.37 0.37 0.29 0.29 30 1.20 0.12 0.64 0.64 0.64 0.44 0.44 0.44 0.34 0.34 35 1.40 0.14 0.74 0.74 0.74 0.51 0.51 0.51 0.40 0.40 40 1.60 0.16 0.85 0.85 0.85 0.59 0.58 0.58 0.48 0.46 45 1.80 0.18 0.96 0.96 0.96 0.66 0.66 0.66 0.52 0.52 50 1.06 1.06 1.06 0.74 0.74 0.74 0.57 0.57 55 1.17 1.17 1.17 0.81 0.81 0.81 0.63 0.63 60 128 128 1.28 0.88 0.88 0.88 0.69 0.69 65 1.38 1.38 1.38 0.96 0.96 0.96 0.75 0.75 70 1.49 1.49 1.49 1.03 1.03 1.03 0.80 0.80 75 1.60 1.60 1.60 1.10 1.10 1.10 0.86 0.86 80 1.70 1.70 1.70 1.18 1.18 1.18 0.92 0.92 85 1.81 1.25 1.25 1.25 0.98 0.98 90 1.32 1.32 1.32 1.03 1.03 95 1.40 1.40 1.40 1.09 1.09 100 1.47 1.47 1.47 1.15 1.15 Low Speed Shaft Distance 4000 4001 4002 4003 4004 4005 4006 4007 4008 4009 in mm. 10 0.34 0.27 0.22 0.21 0.16 0.14 0.12 0.10 0.08 0.08 15 0.51 0.41 0.34 0.32 0.24 0.21 0.18 0.15 0.12 0.12 20 0.68 0.55 0.45 0.43 0.33 0.28 0.24 0.20 0.16 0.16 25 0.85 0.68 0.56 0.53 0.41 0.35 0.30 0.24 0.20 0.20 30 1.02 0.82 0.67 0.64 0.49 0.42 0.36 0.29 0.25 0.23 35 1.19 0.96 0.79 0.74 0.57 0.49 0.41 0.34 0.29 0.27 40 1.36 1.10 0.90 0.85 0.65 0.56 0.47 0.39 0.33 0.31 45 1.23 1.01 0.96 0.73 0.63 0.53 0.44 0.37 0.35 50 1.37 1.12 1.06 0.81 0.69 0.59 0.49 0.41 0.39 55 1.24 1.17 0.89 0.76 0.65 0.54 0.45 0.43 60 1.35 1.00 0.98 0.83 0.71 0.59 0.49 0.47 65 1.46 128 1.06 0.90 0.77 0.63 0.53 0.51 70 1.38 1.14 0.97 0.83 0.68 0.57 0.55 75 1.49 1.22 1.04 0.89 0.73 0.61 0.59 80 1.30 1.11 0.95 0.78 0.66 0.63 85 1.38 1.18 1.01 0.83 0.70 0.66 90 1.46 1.25 1.07 0.88 0.74 0.70 95 1.32 1.12 0.93 0.78 0.74 100 1.39 1.18 0.98 0.82 0.78 105 1.24 1.02 0.86 0.82 110 1.30 1.07 0.90 0.86 115 1.36 1.12 0.94 0.90 120 1.42 1.17 0.98 0.94 125 1.48 1.22 1.02 0.98 130 1.54 1.27 1.07 1.02 135 1.32 1.11 1.05 140 1.37 1.15 1.09 145 1.41 1.19 1.13 150 1.23 1.17 155 1.27 1.21 160 1.31 1.25 165 1.35 1.29 17
Output Load Rating odel No 4000 Radial Load (N) (n2 x h = 100000) aximum Thrust Load (N) 1637 aximum Radial Load (N) 3018 n2 x h 10000 25000 50000 100000 500000 1000000 10000000 kf 2.154434 1.5874 1.259921 1.00 0.584804 0.464158 0.215443 Distance Overhung e (mm) Load (N) 200 567 190 593 180 621 170 651 160 684 150 722 140 763 130 810 120 862 110 922 100 991 90 1071 80 1165 70 1277 60 1413 50 1581 40 1794 30 2075 20 2459 10 3018 odel No 4001 Radial Load (N) (n2 x h = 100000) aximum Thrust Load (N) 1950 aximum Radial Load (N) 3669 n2 x h 10000 25000 50000 100000 500000 1000000 10000000 kf 2.154434 1.5874 1.259921 1.00 0.584804 0.464158 0.215443 Distance Overhung e (mm) Load (N) 200 794 190 828 180 866 170 906 160 951 150 1001 140 1055 130 1117 120 1185 110 1263 100 1352 90 1454 80 1572 70 1712 60 1879 50 2082 40 2335 30 2657 20 3082 10 3669 18
Output Load Rating odel No 4002 Radial Load (N) (n2 x h = 100000) aximum Thrust Load (N) 2800 aximum Radial Load (N) 4688 n2 x h 10000 25000 50000 100000 500000 1000000 10000000 kf 2.154434 1.5874 1.259921 1.00 0.584804 0.464158 0.215443 Distance Overhung e (mm) Load (N) 200 1000 190 1043 180 1090 170 1142 160 1198 150 1261 140 1330 130 1408 120 1495 110 1594 100 1706 90 1836 80 1987 70 2166 60 2379 50 2639 40 2963 30 3377 20 3926 10 4688 odel No 4003 Radial Load (N) (n2 x h = 100000) aximum Thrust Load (N) 4750 aximum Radial Load (N) 7013 n2 x h 10000 25000 50000 100000 500000 1000000 10000000 kf 2.154434 1.5874 1.259921 1.00 0.584804 0.464158 0.215443 Distance Overhung e (mm) Load (N) 200 1530 190 1595 180 1667 170 1745 160 1831 150 1926 140 2031 130 2148 120 2280 110 2429 100 2599 90 2795 80 3022 70 3289 60 3609 50 3997 40 4478 30 5092 20 5900 10 7013 19
Output Load Rating odel No 4004 Radial Load (N) (n2 x h = 100000) aximum Thrust Load (N) 4225 aximum Radial Load (N) 11293 n2 x h 10000 25000 50000 100000 500000 1000000 10000000 kf 2.154434 1.5874 1.259921 1.00 0.584804 0.464158 0.215443 Distance Overhung e (mm) Load (N) 200 2795 190 2910 180 3036 170 3172 160 3321 150 3485 140 3666 130 3867 120 4092 110 4343 100 4628 90 4953 80 5327 70 5762 60 6274 50 6886 40 7630 30 8555 20 9735 10 11293 odel No 4005 Radial Load (N) (n2 x h = 100000) aximum Thrust Load (N) 5915 aximum Radial Load (N) 16197 n2 x h 10000 25000 50000 100000 500000 1000000 10000000 kf 2.154434 1.5874 1.259921 1.00 0.584804 0.464158 0.215443 Distance Overhung e (mm) Load (N) 200 4540 190 4719 180 4912 170 5122 160 5351 150 5601 140 5875 130 6178 120 6514 110 6889 100 7309 90 7783 80 8324 70 8945 60 9666 50 10514 40 11525 30 12751 20 14269 10 16197 20
Output Load Rating odel No 4006 Radial Load (N) (n2 x h = aximum Thrust Load (N) 7150 aximum Radial Load (N) 25531 n2 x h 10000 25000 50000 100000 500000 1000000 10000000 kf 2.154434 1.5874 1.259921 1.00 0.584804 0.464158 0.215443 Distance Overhung e (mm) Load (N) 200 9626 190 9953 180 10302 170 10677 160 11080 150 11514 140 11984 130 12494 120 13049 110 13656 100 14322 90 15057 80 15871 70 16778 60 17794 50 18942 40 20249 30 21749 20 23489 10 25531 odel No 4007 Radial Load (N) (n2 x h = aximum Thrust Load (N) 12090 aximum Radial Load (N) 45664 n2 x h 10000 25000 50000 100000 500000 1000000 10000000 kf 2.154434 1.5874 1.259921 1.00 0.584804 0.464158 0.215443 Distance Overhung e (mm) Load (N) 200 18803 190 19404 180 20044 170 20728 160 21461 150 22247 140 23093 130 24005 120 24993 110 26066 100 27235 90 28513 80 29918 70 31468 60 33188 50 35106 40 37260 30 39695 20 42471 10 45664 21
Output Load Rating odel No 4008 Radial Load (N) (n2 x h = 100000) aximum Thrust Load (N) 15340 aximum Radial Load (N) 53557 n2 x h 10000 25000 50000 100000 500000 1000000 10000000 kf 2.154434 1.5874 1.259921 1.00 0.584804 0.464158 0.215443 Distance Overhung e (mm) Load (N) 200 23090 190 23803 180 24561 170 25369 160 26232 150 27156 140 28147 130 29213 120 30363 110 31607 100 32958 90 34429 80 36038 70 37805 60 39754 50 41914 40 44323 30 47026 20 50079 10 53557 odel No 4009 Radial Load (N) (n2 x h = 100000) aximum Thrust Load (N) 15340 aximum Radial Load (N) 55238 n2 x h 10000 25000 50000 100000 500000 1000000 10000000 kf 2.154434 1.5874 1.259921 1.00 0.584804 0.464158 0.215443 Distance Overhung e (mm) Load (N) 200 25252 190 25995 180 26782 170 27619 160 28510 150 29461 140 30476 130 31565 120 32734 110 33993 100 35353 90 36826 80 38427 70 40173 60 42086 50 44191 40 46517 30 49101 20 51989 10 55238 22
Output Load Rating odel No 4010 Radial Load (N) (n2 x h = 100000) aximum Thrust Load (N) 59377 aximum Radial Load (N) 259092 n2 x h 10000 25000 50000 100000 500000 1000000 10000000 kf 2.154434 1.5874 1.259921 1.00 0.584804 0.464158 0.215443 Distance Overhung e (mm) Load (N) 200 148178 190 153489 180 159195 170 165342 160 171982 150 179178 140 186968 130 191059 120 195334 110 199804 100 204483 90 209386 80 214531 70 219935 60 225618 50 231603 40 237913 30 244577 20 251626 10 259092 odel No 4011 Radial Load (N) (n2 x h = 100000) aximum Thrust Load (N) 91080 aximum Radial Load (N) 290192 n2 x h 10000 25000 50000 100000 500000 1000000 10000000 kf 2.154434 1.5874 1.259921 1.00 0.584804 0.464158 0.215443 Distance Overhung e (mm) Load (N) 200 193121 190 196582 180 200169 170 203890 160 207751 150 211762 140 215930 130 220266 120 224780 110 229482 100 234386 90 239503 80 244850 70 250440 60 256291 50 262422 40 268854 30 275609 20 282713 10 290192 23
Output Load Rating odel No 4012 Radial Load (N) (n2 x h = aximum Thrust Load (N) 112392 aximum Radial Load (N) 391824 n2 x h 10000 25000 50000 100000 500000 1000000 10000000 kf 2.154434 1.5874 1.259921 1.00 0.584804 0.464158 0.215443 Distance Overhung e (mm) Load (N) 200 268975 190 273488 180 278155 170 282984 160 287984 150 293163 140 298532 130 304102 120 309883 110 315889 100 322132 90 328626 80 335388 70 342434 60 349783 50 357453 40 365468 30 373850 20 382626 10 391824 odel No 4013 Radial Load (N) (n2 x h = aximum Thrust Load (N) 192009 aximum Radial Load (N) 647108 n2 x h 10000 25000 50000 100000 500000 1000000 10000000 kf 2.154434 1.5874 1.259921 1.00 0.584804 0.464158 0.215443 Distance Overhung e (mm) Load (N) 200 475390 190 482123 180 489050 170 496179 160 503519 150 511080 140 518871 130 526903 120 535187 110 543737 100 552563 90 561682 80 571106 70 580852 60 590936 50 601376 40 612193 30 623405 20 635036 10 647108 24
Output Load Rating odel No 4014 Radial Load (N) (n2 x h = 100000) aximum Thrust Load (N) 231494 aximum Radial Load (N) 793183 n2 x h 10000 25000 50000 100000 500000 1000000 10000000 kf 2.154434 1.5874 1.259921 1.00 0.584804 0.464158 0.215443 Distance Overhung e (mm) Load (N) 200 615465 190 622810 180 630332 170 638037 160 645934 150 654028 140 662328 130 670841 120 679576 110 688542 100 697747 90 707201 80 716916 70 726900 60 737167 50 747729 40 758597 30 769785 20 781309 10 793183 odel No 4015 Radial Load (N) (n2 x h = 100000) aximum Thrust Load (N) 245067 aximum Radial Load (N) 901329 n2 x h 10000 25000 50000 100000 500000 1000000 10000000 kf 2.154434 1.5874 1.259921 1.00 0.584804 0.464158 0.215443 Distance Overhung e (mm) Load (N) 200 716790 190 724598 180 732578 170 740736 160 749077 150 757609 140 766337 130 775269 120 784411 110 793772 100 803358 90 813179 80 823244 70 833560 60 844138 50 854988 40 866121 30 877547 20 889279 10 901329 25
Input Load Rating odel No 4000-4001 Radial Load (N) (n1 x h = 150000) aximum Thrust Load (N) 1637 aximum Radial Load (N) 1842 n1 x h 25000 50000 100000 200000 500000 1000000 5000000 kf 1.81712059 1.44225 1.144714 0.90856 0.669433 0.5313293 0.310723 Distance Overhung e (mm) Load (N) 200 307 190 321 180 337 170 354 160 372 150 393 140 417 130 443 120 473 110 507 100 547 90 593 80 648 70 714 60 795 50 897 40 1029 30 1207 20 1458 10 1842 odel No 4002-4003 - 4004 Radial Load (N) (n1 x h = 150000) aximum Thrust Load (N) 2800 aximum Radial Load (N) 5281 n1 x h 25000 50000 100000 200000 500000 10000000 5000000 kf 1.81712059 1.44225 1.144714 0.90856 0.669433 0.5313293 0.310723 Distance Overhung e (mm) Load (N) 200 1437 190 1494 180 1556 170 1623 160 1697 150 1777 140 1866 130 1963 120 2072 110 2193 100 2329 90 2483 80 2659 70 2862 60 3099 50 3378 40 3713 30 4121 20 4629 10 5281 26
Input Load Rating odel No 4005-4006 - 4007 Radial Load (N) (n1 x h = 150000) aximum Thrust Load (N) 3770 aximum Radial Load (N) 13366 n1 x h 25000 50000 100000 200000 500000 1000000 5000000 kf 1.81712059 1.44225 1.144714 0.90856 0.669433 0.5313293 0.310723 Distance Overhung e (mm) Load (N) 200 4713 190 4880 180 5058 170 5250 160 5457 150 5681 140 5925 130 6190 120 6480 110 6798 100 7149 90 7539 80 7974 70 8461 60 9012 50 9640 40 10363 30 11202 20 12189 10 13366 odel No 4008-4009 Radial Load (N) (n1 x h = 150000) aximum Thrust Load (N) 7150 aximum Radial Load (N) 20892 n1 x h 25000 50000 100000 200000 500000 1000000 5000000 kf 1.81712059 1.44225 1.144714 0.90856 0.669433 0.5313293 0.310723 Distance Overhung e (mm) Load (N) 200 7436 190 7697 180 7977 170 8278 160 8603 150 8954 140 9335 130 9750 120 10203 110 10701 100 11250 90 11858 80 12535 70 13295 60 14153 50 15129 40 16249 30 17549 20 19075 10 20892 27
Tec echnical Data ta 28
Tec echnical Data ta Input speed = 1440 rpm odel Ratio Peak Thermal Continuous Torque (Nm) Torque Rating Number of output load cycles (n2 x h) (Nm) (kw) 10000 25000 50000 100000 500000 1000000 5000000 4000-1 3.48 113 0.50 92 90 90 89 88 87 76 3.82 140 0.50 116 113 112 111 109 108 85 4.26 146 0.50 117 116 115 114 112 111 96 5.77 123 0.50 98 97 96 96 94 76 75 7.20 115 0.50 92 91 84 77 64 52 51 4000-2 12.1 116 0.50 94 93 92 92 90 89 79 14.6 144 0.50 119 116 115 114 112 111 87 16.3 151 0.50 121 120 119 118 116 115 100 18.2 151 0.50 121 120 119 118 116 116 100 20.1 126 0.50 101 100 99 98 97 79 78 22.0 126 0.50 101 100 99 98 97 79 78 25.1 118 0.50 94 93 86 79 66 53 52 27.5 118 0.50 94 93 86 79 66 53 52 30.7 118 0.50 94 93 86 79 66 53 53 41.5 118 0.50 94 93 86 80 66 53 53 4000-3 50.8 146 0.50 121 117 116 116 114 113 88 56.6 154 0.50 123 122 121 120 118 117 102 63.2 154 0.50 123 122 121 120 118 118 102 69.3 154 0.50 123 122 121 120 118 118 102 77.3 154 0.50 123 122 121 121 119 118 102 87.2 119 0.50 95 94 87 80 67 54 53 95.7 119 0.50 95 94 87 80 67 54 53 107 119 0.50 95 94 87 80 67 54 53 117 119 0.50 95 94 87 80 67 54 53 131 120 0.50 95 94 87 81 67 54 53 145 120 0.50 95 94 87 81 67 54 53 159 120 0.50 95 94 87 81 67 54 53 180 120 0.50 96 95 87 81 67 54 53 198 120 0.50 96 95 87 81 67 54 53 221 120 0.50 96 95 87 81 67 54 53 4000-4 269 155 0.50 125 123 122 122 120 119 103 295 155 0.50 125 123 123 122 120 119 103 322 129 0.50 103 102 102 101 99 81 80 364 129 0.50 103 102 102 101 99 81 80 408 120 0.50 96 95 88 81 67 54 54 455 120 0.50 96 95 88 81 67 54 54 499 120 0.50 96 95 88 81 67 54 54 557 120 0.50 96 95 88 81 67 54 54 628 120 0.50 96 95 88 81 68 54 54 689 120 0.50 96 95 88 81 68 54 54 769 121 0.50 96 95 88 81 68 54 54 844 121 0.50 96 95 88 81 68 54 54 941 121 0.50 96 95 88 81 68 54 54 1041 121 0.50 96 95 88 81 68 54 54 1143 121 0.50 96 95 88 81 68 54 54 1274 121 0.50 96 95 88 81 68 54 54 1426 121 0.50 96 95 88 81 68 54 54 1590 121 0.50 96 95 88 81 68 54 54 1726 121 0.50 96 95 88 81 68 54 54 2154 121 0.50 96 95 88 81 68 54 54 29
Input speed = 1440 rpm odel Ratio Peak Thermal Continuous Torque (Nm) Torque Rating Number of output load cycles (n2 x h) (Nm) (kw) 10000 25000 50000 100000 500000 1000000 5000000 4001-1 3.48 224 0.75 182 180 179 178 175 173 152 3.82 279 0.75 231 224 223 221 218 216 169 4.26 290 0.75 233 230 229 227 223 222 192 5.77 244 0.75 195 193 192 190 187 152 150 7.20 228 0.75 182 180 166 154 128 103 102 4001-2 12.1 231 0.75 188 186 184 183 180 179 157 14.6 288 0.75 238 231 230 228 224 223 174 16.3 301 0.75 241 239 237 236 232 230 199 18.2 302 0.75 242 240 238 236 232 231 200 20.1 251 0.75 201 199 198 196 193 157 155 22.0 252 0.75 201 199 198 196 193 157 155 25.1 235 0.75 187 185 171 158 132 106 104 27.5 235 0.75 187 185 171 158 132 106 105 30.7 235 0.75 188 186 172 159 132 106 105 41.5 236 0.75 188 186 172 159 132 107 105 4001-3 50.8 292 0.75 242 235 233 231 228 226 177 56.6 307 0.75 246 244 242 240 237 235 203 63.2 307 0.75 247 244 242 241 237 235 204 69.3 308 0.75 247 244 243 241 237 235 204 77.3 308 0.75 247 245 243 241 237 236 204 87.2 238 0.75 190 188 174 160 134 107 106 95.7 238 0.75 190 188 174 161 134 108 106 107 239 0.75 190 188 174 161 134 108 106 117 239 0.75 190 188 174 161 134 108 106 131 239 0.75 191 189 174 161 134 108 106 145 239 0.75 191 189 174 161 134 108 107 159 239 0.75 191 189 174 161 134 108 107 180 240 0.75 191 189 175 161 134 108 107 198 240 0.75 191 189 175 161 134 108 107 221 240 0.75 191 189 175 162 134 108 107 4001-4 269 311 0.75 249 247 245 244 240 238 206 295 311 0.75 250 247 245 244 240 238 206 322 259 0.75 207 205 203 202 198 161 159 364 259 0.75 207 205 203 202 199 161 159 408 241 0.75 192 190 175 162 135 109 107 455 241 0.75 192 190 175 162 135 109 107 499 241 0.75 192 190 175 162 135 109 107 557 241 0.75 192 190 176 162 135 109 107 628 241 0.75 192 190 176 162 135 109 107 689 241 0.75 192 190 176 162 135 109 107 769 241 0.75 192 190 176 162 135 109 107 844 241 0.75 192 190 176 162 135 109 107 941 241 0.75 192 190 176 162 135 109 107 1041 241 0.75 192 190 176 163 135 109 107 1143 241 0.75 192 190 176 163 135 109 107 1274 241 0.75 193 190 176 163 135 109 108 1426 241 0.75 193 191 176 163 135 109 108 1590 242 0.75 193 191 176 163 135 109 108 1726 242 0.75 193 191 176 163 135 109 108 2154 242 0.75 193 191 176 163 136 109 108 30
Tec echnical Data ta Input speed = 1440 rpm odel Ratio Peak Thermal Continuous Torque (Nm) Torque Rating Number of output load cycles (n2 x h) (Nm) (kw) 10000 25000 50000 100000 500000 1000000 5000000 4002-1 3.48 670 1.00 544 537 534 530 521 517 455 3.82 839 1.00 694 674 669 665 654 649 507 4.26 868 1.00 696 689 684 679 668 664 574 5.77 713 1.00 570 565 561 557 548 445 439 7.20 662 1.00 528 522 482 446 371 298 295 4002-2 12.1 692 1.00 562 555 551 547 538 534 470 14.6 866 1.00 716 696 691 686 675 670 524 16.3 904 1.00 725 718 713 708 696 691 598 18.2 906 1.00 726 720 715 709 698 693 600 20.1 737 1.00 589 584 580 576 566 460 454 22.0 739 1.00 590 585 581 577 567 461 455 25.1 681 1.00 543 537 497 459 382 307 303 27.5 682 1.00 544 538 497 460 383 308 304 30.7 683 1.00 545 539 498 460 383 308 304 41.5 687 1.00 548 542 501 462 385 310 306 4002-3 50.8 881 1.00 728 708 703 698 686 681 532 56.6 923 1.00 740 733 728 723 711 706 611 63.2 925 1.00 741 734 729 724 712 707 612 69.3 926 1.00 742 735 730 725 713 708 613 77.3 927 1.00 743 736 731 726 714 709 614 87.2 693 1.00 552 546 505 467 388 312 308 95.7 693 1.00 553 547 505 467 389 313 309 107 694 1.00 553 547 506 467 389 313 309 117 694 1.00 554 548 506 468 389 313 309 131 695 1.00 554 548 507 468 390 314 310 145 696 1.00 555 549 507 469 390 314 310 159 696 1.00 555 549 507 469 390 314 310 180 697 1.00 556 550 508 469 391 314 310 198 697 1.00 556 550 508 470 391 315 311 221 698 1.00 556 550 509 470 391 315 311 4002-4 269 936 1.00 751 744 739 733 721 716 620 295 937 1.00 751 744 739 734 722 716 620 322 761 1.00 608 602 598 594 584 475 468 364 761 1.00 608 603 598 594 584 475 469 408 700 1.00 558 552 510 472 392 316 312 455 700 1.00 559 553 511 472 393 316 312 499 701 1.00 559 553 511 472 393 316 312 557 701 1.00 559 553 511 472 393 316 312 628 701 1.00 559 553 511 472 393 316 312 689 702 1.00 559 553 511 473 393 316 312 769 702 1.00 560 554 512 473 393 317 313 844 702 1.00 560 554 512 473 394 317 313 941 702 1.00 560 554 512 473 394 317 313 1041 702 1.00 560 554 512 473 394 317 313 1143 703 1.00 560 554 512 473 394 317 313 1274 703 1.00 561 554 512 473 394 317 313 1426 703 1.00 561 555 513 474 394 317 313 1590 703 1.00 561 555 513 474 394 317 313 1726 703 1.00 561 555 513 474 394 317 313 2154 704 1.00 561 555 513 474 395 317 313 31
Input speed = 1440 rpm odel Ratio Peak Thermal Continuous Torque (Nm) Torque Rating Number of output load cycles (n2 x h) (Nm) (kw) 10000 25000 50000 100000 500000 1000000 5000000 4003-1 3.48 915 3.70 744 734 729 724 712 707 621 3.82 1146 3.70 947 921 914 908 893 886 693 4.26 1184 3.70 949 940 934 927 912 905 784 5.77 978 3.70 782 774 769 763 751 610 602 7.20 910 3.70 726 718 664 613 510 411 405 4003-2 12.1 948 3.00 770 760 755 749 737 732 643 14.6 1186 3.00 980 953 946 939 924 917 717 16.3 1237 3.00 991 982 975 968 952 946 819 18.2 1240 3.00 994 985 978 971 955 948 821 20.1 1013 3.00 810 802 796 791 778 632 624 22.0 1015 3.00 811 803 798 792 779 633 625 25.1 939 3.00 749 741 685 633 527 424 418 27.5 941 3.00 750 742 686 634 528 424 419 30.7 943 3.00 752 744 687 635 529 425 420 41.5 947 3.00 755 747 691 638 531 427 422 4003-3 50.8 1207 3.00 998 970 963 956 940 934 730 56.6 1265 3.00 1014 1005 998 991 974 967 838 63.2 1267 3.00 1016 1006 999 992 976 969 839 69.3 1269 3.00 1017 1008 1000 993 977 970 840 77.3 1270 3.00 1019 1009 1002 995 978 971 841 87.2 956 3.00 762 754 697 644 536 431 426 95.7 957 3.00 763 755 698 645 537 432 426 107 958 3.00 764 756 698 645 537 432 427 117 959 3.00 765 757 699 646 538 433 427 131 960 3.00 765 757 700 647 538 433 428 145 961 3.00 766 758 700 647 539 433 428 159 961 3.00 767 758 701 648 539 434 428 180 962 3.00 767 759 702 648 540 434 429 198 963 3.00 768 760 702 649 540 434 429 221 964 3.00 769 760 703 649 540 435 429 4003-4 269 1284 2.20 1030 1020 1013 1006 989 982 850 295 1285 2.20 1031 1021 1014 1006 990 983 851 322 1047 2.20 837 829 823 817 804 653 645 364 1048 2.20 838 830 824 818 804 654 645 408 967 2.20 771 763 705 651 542 436 431 455 968 2.20 772 763 705 652 543 437 431 499 968 2.20 772 764 706 652 543 437 431 557 969 2.20 772 764 706 652 543 437 431 628 969 2.20 773 765 706 653 543 437 432 689 969 2.20 773 765 707 653 544 437 432 769 970 2.20 773 765 707 653 544 438 432 844 970 2.20 774 765 707 654 544 438 432 941 971 2.20 774 766 707 654 544 438 432 1041 971 2.20 774 766 708 654 544 438 432 1143 971 2.20 774 766 708 654 544 438 433 1274 971 2.20 775 766 708 654 545 438 433 1426 972 2.20 775 767 708 655 545 438 433 1590 972 2.20 775 767 709 655 545 439 433 1726 972 2.20 775 767 709 655 545 439 433 2154 973 2.20 776 767 709 655 545 439 433 32
Tec echnical Data ta Input speed = 1440 rpm odel Ratio Peak Thermal Continuous Torque (Nm) Torque Rating Number of output load cycles (n2 x h) (Nm) (kw) 10000 25000 50000 100000 500000 1000000 5000000 4004-1 3.48 2156 5.00 1751 1730 1717 1705 1677 1665 1463 3.82 2688 5.00 2222 2159 2144 2129 2094 2079 1625 4.26 2773 5.00 2223 2202 2187 2171 2135 2120 1836 5.77 2319 5.00 1854 1836 1823 1810 1780 1447 1428 7.20 2171 5.00 1731 1713 1583 1463 1217 980 967 4004-2 12.1 2245 3.70 1823 1801 1788 1775 1746 1733 1524 14.6 2797 3.70 2312 2247 2231 2215 2179 2163 1691 16.3 2916 3.70 2338 2316 2299 2283 2245 2230 1930 18.2 2925 3.70 2345 2323 2306 2290 2252 2236 1936 20.1 2416 3.70 1931 1913 1899 1886 1855 1507 1488 22.0 2422 3.70 1936 1917 1904 1890 1859 1511 1491 25.1 2252 3.70 1796 1777 1642 1517 1263 1016 1003 27.5 2256 3.70 1799 1780 1645 1520 1265 1018 1005 30.7 2261 3.70 1803 1784 1649 1523 1268 1020 1007 41.5 2274 3.70 1814 1794 1658 1532 1275 1026 1013 4004-3 50.8 2856 3.00 2361 2295 2278 2262 2225 2209 1726 56.6 2995 3.00 2402 2379 2362 2345 2307 2290 1983 63.2 3001 3.00 2406 2383 2366 2349 2311 2294 1986 69.3 3005 3.00 2409 2387 2370 2353 2314 2298 1989 77.3 3009 3.00 2413 2390 2373 2356 2318 2301 1992 87.2 2300 3.00 1834 1814 1676 1549 1289 1037 1024 95.7 2302 3.00 1836 1816 1678 1551 1291 1039 1025 107 2305 3.00 1838 1819 1680 1553 1292 1040 1027 117 2308 3.00 1840 1820 1682 1554 1294 1041 1028 131 2310 3.00 1842 1823 1684 1556 1295 1042 1029 145 2313 3.00 1844 1824 1686 1558 1297 1043 1030 159 2315 3.00 1846 1826 1687 1559 1298 1044 1031 180 2317 3.00 1848 1828 1689 1561 1299 1045 1032 198 2319 3.00 1849 1830 1691 1562 1300 1046 1033 221 2321 3.00 1851 1831 1692 1564 1302 1047 1034 4004-4 269 3049 3.00 2445 2422 2405 2388 2348 2332 2019 295 3052 3.00 2447 2424 2406 2389 2350 2333 2020 322 2513 3.00 2008 1990 1975 1961 1929 1568 1548 364 2515 3.00 2010 1991 1977 1963 1931 1569 1549 408 2331 3.00 1859 1839 1699 1570 1307 1052 1038 455 2333 3.00 1860 1840 1700 1571 1308 1052 1039 499 2334 3.00 1861 1841 1701 1572 1309 1053 1039 557 2335 3.00 1862 1842 1702 1573 1309 1054 1040 628 2337 3.00 1863 1843 1703 1574 1310 1054 1041 689 2338 3.00 1864 1844 1704 1575 1311 1055 1041 769 2339 3.00 1865 1845 1705 1575 1311 1055 1042 844 2340 3.00 1866 1846 1706 1576 1312 1056 1042 941 2341 3.00 1867 1847 1706 1577 1312 1056 1043 1041 2342 3.00 1867 1847 1707 1577 1313 1056 1043 1143 2342 3.00 1868 1848 1708 1578 1313 1057 1043 1274 2343 3.00 1869 1849 1708 1578 1314 1057 1044 1426 2344 3.00 1869 1849 1709 1579 1314 1058 1044 1590 2345 3.00 1870 1850 1710 1580 1315 1058 1044 1726 2346 3.00 1871 1851 1710 1580 1315 1058 1045 2154 2347 3.00 1872 1852 1711 1581 1316 1059 1045 33
Input speed = 1440 rpm odel Ratio Peak Thermal Continuous Torque (Nm) Torque Rating Number of output load cycles (n2 x h) (Nm) (kw) 10000 25000 50000 100000 500000 1000000 5000000 4005-1 3.48 4334 10.00 3521 3477 3452 3428 3371 3347 2942 3.82 5432 10.00 4489 4364 4333 4302 4231 4201 3283 4.26 5584 10.00 4477 4435 4403 4372 4300 4270 3697 5.77 4631 10.00 3702 3667 3641 3615 3555 2889 2852 7.20 4326 10.00 3450 3413 3153 2914 2425 1952 1927 4005-2 12.1 4526 7.50 3677 3631 3605 3579 3521 3496 3072 14.6 5670 7.50 4687 4556 4523 4491 4417 4386 3427 16.3 5894 7.50 4726 4681 4648 4615 4539 4507 3902 18.2 5913 7.50 4741 4697 4663 4630 4554 4522 3915 20.1 4840 7.50 3869 3832 3805 3778 3716 3020 2981 22.0 4852 7.50 3878 3842 3814 3787 3725 3027 2988 25.1 4499 7.50 3588 3550 3280 3031 2523 2030 2004 27.5 4509 7.50 3596 3557 3287 3037 2528 2034 2008 30.7 4520 7.50 3605 3566 3295 3045 2534 2039 2013 41.5 4548 7.50 3627 3588 3316 3064 2550 2052 2026 4005-3 50.8 5801 5.00 4794 4660 4627 4594 4519 4487 3506 56.6 6069 5.00 4866 4820 4786 4752 4674 4641 4018 63.2 6080 5.00 4875 4829 4795 4761 4683 4649 4025 69.3 6089 5.00 4882 4837 4802 4768 4690 4656 4031 77.3 6100 5.00 4891 4845 4810 4776 4698 4664 4038 87.2 4603 5.00 3671 3632 3356 3101 2581 2077 2050 95.7 4609 5.00 3675 3636 3360 3105 2584 2079 2053 107 4615 5.00 3681 3641 3364 3109 2588 2082 2056 117 4620 5.00 3685 3645 3368 3112 2591 2085 2058 131 4626 5.00 3689 3650 3372 3116 2594 2087 2060 145 4631 5.00 3693 3654 3376 3120 2597 2089 2063 159 4636 5.00 3697 3657 3380 3123 2599 2092 2065 180 4642 5.00 3702 3662 3384 3127 2603 2094 2067 198 4646 5.00 3705 3665 3387 3129 2605 2096 2069 221 4650 5.00 3709 3669 3390 3133 2607 2098 2071 4005-4 269 6188 5.00 4961 4915 4880 4845 4766 4732 4097 295 6193 5.00 4965 4919 4884 4849 4769 4735 4100 322 5051 5.00 4037 3999 3971 3943 3878 3151 3111 364 5056 5.00 4041 4003 3975 3946 3881 3154 3114 408 4672 5.00 3726 3686 3406 3147 2620 2108 2081 455 4675 5.00 3728 3689 3408 3149 2621 2109 2082 499 4678 5.00 3731 3691 3410 3151 2623 2111 2084 557 4681 5.00 3733 3693 3412 3153 2625 2112 2085 628 4684 5.00 3735 3695 3415 3155 2626 2113 2086 689 4686 5.00 3737 3697 3416 3157 2628 2114 2087 769 4689 5.00 3739 3699 3418 3158 2629 2115 2088 844 4691 5.00 3741 3701 3420 3160 2630 2116 2089 941 4693 5.00 3743 3703 3421 3161 2631 2117 2090 1041 4695 5.00 3744 3704 3423 3163 2632 2118 2091 1143 4697 5.00 3746 3705 3424 3164 2633 2119 2092 1274 4699 5.00 3747 3707 3425 3165 2635 2120 2093 1426 4701 5.00 3749 3709 3427 3166 2636 2121 2094 1590 4703 5.00 3750 3710 3428 3168 2637 2122 2094 1726 4704 5.00 3751 3711 3429 3168 2637 2122 2095 2154 4707 5.00 3754 3713 3431 3171 2639 2124 2096 34
Tec echnical Data ta Input speed = 1440 rpm odel Ratio Peak Thermal Continuous Torque (Nm) Torque Rating Number of output load cycles (n2 x h) (Nm) (kw) 10000 25000 50000 100000 500000 1000000 5000000 4006-1 3.48 7146 18.00 5804 5732 5691 5651 5558 5518 4850 3.82 8961 18.00 7406 7199 7148 7097 6980 6931 5416 4.26 9196 18.00 7373 7304 7252 7201 7082 7032 6088 5.77 7628 18.00 6097 6040 5997 5954 5856 4759 4698 7.20 7123 18.00 5680 5619 5192 4798 3994 3214 3172 4006-2 12.1 7484 15.00 6079 6003 5960 5918 5821 5779 5080 14.6 9381 15.00 7753 7537 7483 7430 7308 7256 5670 16.3 9740 15.00 7810 7736 7681 7627 7501 7448 6448 18.2 9774 15.00 7837 7763 7708 7653 7527 7474 6471 20.1 7995 15.00 6390 6330 6285 6240 6138 4988 4924 22.0 8016 15.00 6407 6347 6302 6257 6154 5001 4937 25.1 7428 15.00 5924 5860 5415 5004 4165 3351 3308 27.5 7445 15.00 5938 5874 5428 5015 4175 3359 3316 30.7 7465 15.00 5953 5889 5442 5028 4185 3368 3325 41.5 7515 15.00 5993 5929 5478 5062 4213 3390 3347 4006-3 50.8 9612 10.00 7945 7723 7668 7613 7488 7435 5810 56.6 10050 10.00 8058 7982 7925 7869 7739 7684 6653 63.2 10070 10.00 8074 7998 7941 7885 7755 7700 6666 69.3 10086 10.00 8087 8011 7954 7897 7768 7712 6677 77.3 10105 10.00 8102 8026 7969 7912 7782 7726 6689 87.2 7612 10.00 6070 6005 5549 5128 4268 3434 3390 95.7 7622 10.00 6079 6013 5557 5134 4274 3439 3395 107 7634 10.00 6088 6022 5565 5142 4280 3444 3400 117 7643 10.00 6095 6030 5572 5148 4285 3448 3404 131 7653 10.00 6103 6038 5579 5155 4291 3453 3409 145 7662 10.00 6111 6045 5586 5161 4296 3457 3413 159 7670 10.00 6117 6051 5592 5167 4301 3461 3416 180 7681 10.00 6125 6060 5599 5174 4307 3465 3421 198 7688 10.00 6131 6065 5605 5179 4311 3469 3424 221 7696 10.00 6138 6072 5610 5184 4315 3472 3428 4006-4 269 10262 10.00 8228 8150 8092 8035 7903 7847 6793 295 10270 10.00 8235 8157 8099 8042 7909 7853 6799 322 8369 10.00 6690 6627 6580 6533 6425 5221 5155 364 8377 10.00 6696 6633 6586 6539 6432 5227 5160 408 7735 10.00 6168 6102 5639 5210 4337 3490 3445 455 7741 10.00 6173 6107 5643 5214 4340 3492 3448 499 7745 10.00 6177 6110 5646 5217 4343 3494 3450 557 7751 10.00 6181 6115 5650 5221 4346 3497 3452 628 7756 10.00 6185 6119 5654 5224 4349 3499 3454 689 7760 10.00 6188 6122 5657 5227 4351 3501 3456 769 7765 10.00 6192 6126 5660 5230 4353 3503 3458 844 7768 10.00 6195 6129 5663 5233 4356 3505 3460 941 7772 10.00 6198 6132 5666 5235 4358 3507 3462 1041 7776 10.00 6201 6135 5668 5238 4360 3508 3463 1143 7779 10.00 6204 6137 5671 5240 4362 3510 3465 1274 7783 10.00 6206 6140 5673 5242 4364 3511 3466 1426 7786 10.00 6209 6143 5676 5245 4365 3513 3468 1590 7789 10.00 6212 6145 5678 5247 4367 3514 3469 1726 7791 10.00 6213 6147 5680 5248 4369 3515 3470 2154 7797 10.00 6218 6151 5684 5252 4372 3518 3473 35
Input speed = 1440 rpm odel Ratio Peak Thermal Continuous Torque (Nm) Torque Rating Number of output load cycles (n2 x h) (Nm) (kw) 10000 25000 50000 100000 500000 1000000 5000000 4007-1 3.48 11138 25.00 9047 8935 8871 8808 8663 8602 7560 3.82 13975 25.00 11551 11228 11148 11069 10887 10810 8447 4.26 14321 25.00 11483 11375 11294 11214 11029 10951 9481 5.77 11876 25.00 9493 9404 9337 9270 9118 7409 7315 7.20 11085 25.00 8840 8745 8080 7467 6215 5001 4937 4007-2 12.1 11695 22.00 9499 9381 9314 9248 9096 9031 7938 14.6 14669 22.00 12124 11785 11701 11618 11427 11346 8866 16.3 15215 22.00 12199 12085 11999 11913 11717 11634 10073 18.2 15271 22.00 12244 12129 12043 11957 11760 11677 10110 20.1 12480 22.00 9975 9881 9811 9741 9581 7786 7686 22.0 12515 22.00 10003 9909 9839 9769 9608 7808 7708 25.1 11587 22.00 9240 9141 8447 7805 6497 5228 5161 27.5 11616 22.00 9263 9164 8468 7824 6513 5241 5173 30.7 11648 22.00 9289 9189 8491 7846 6531 5255 5188 41.5 11730 22.00 9355 9254 8551 7902 6577 5292 5225 4007-3 50.8 15053 15.00 12442 12094 12008 11923 11727 11643 9098 56.6 15727 15.00 12610 12492 12403 12315 12112 12026 10412 63.2 15761 15.00 12637 12518 12429 12341 12138 12051 10434 69.3 15788 15.00 12659 12540 12451 12362 12159 12072 10452 77.3 15819 15.00 12683 12564 12475 12386 12182 12096 10472 87.2 11892 15.00 9484 9382 8669 8010 6668 5365 5297 95.7 11909 15.00 9497 9395 8681 8022 6677 5373 5304 107 11928 15.00 9512 9410 8695 8034 6688 5381 5312 117 11943 15.00 9524 9422 8706 8045 6696 5388 5319 131 11960 15.00 9538 9436 8719 8056 6706 5396 5327 145 11975 15.00 9550 9448 8730 8067 6714 5403 5334 159 11989 15.00 9561 9458 8740 8076 6722 5409 5340 180 12006 15.00 9575 9472 8752 8087 6732 5417 5347 198 12018 15.00 9584 9482 8761 8096 6739 5422 5353 221 12032 15.00 9595 9492 8771 8105 6746 5428 5359 4007-4 269 16081 15.00 12893 12772 12681 12591 12384 12296 10646 295 16095 15.00 12905 12784 12693 12602 12395 12307 10655 322 13102 15.00 10472 10374 10300 10227 10059 8174 8069 364 13115 15.00 10483 10385 10311 10237 10069 8182 8078 408 12096 15.00 9647 9543 8818 8148 6782 5457 5388 455 12106 15.00 9654 9551 8825 8155 6788 5462 5392 499 12114 15.00 9660 9557 8831 8160 6792 5465 5395 557 12123 15.00 9667 9564 8837 8166 6797 5469 5399 628 12132 15.00 9675 9571 8844 8172 6802 5473 5403 689 12138 15.00 9680 9576 8849 8176 6806 5476 5406 769 12146 15.00 9686 9582 8854 8181 6810 5480 5410 844 12152 15.00 9691 9587 8859 8186 6813 5482 5412 941 12159 15.00 9696 9592 8864 8190 6817 5486 5415 1041 12165 15.00 9701 9597 8868 8194 6821 5488 5418 1143 12170 15.00 9705 9601 8872 8198 6824 5491 5420 1274 12176 15.00 9710 9606 8876 8202 6827 5493 5423 1426 12182 15.00 9715 9610 8880 8206 6830 5496 5426 1590 12187 15.00 9719 9615 8884 8209 6833 5498 5428 1726 12191 15.00 9722 9618 8887 8212 6835 5500 5430 2154 12200 15.00 9729 9625 8894 8218 6840 5504 5434 36
Tec echnical Data ta Input speed = 1440 rpm odel Ratio Peak Thermal Continuous Torque (Nm) Torque Rating Number of output load cycles (n2 x h) (Nm) (kw) 10000 25000 50000 100000 500000 1000000 5000000 4008-1 3.48 16856 33.00 13692 13521 13425 13330 13110 13017 11441 3.82 21164 33.00 17492 17004 16883 16763 16487 16370 12792 4.26 21657 33.00 17365 17201 17079 16958 16679 16560 14338 5.77 17945 33.00 14344 14209 14108 14007 13777 11196 11052 7.20 16731 33.00 13343 13200 12197 11270 9381 7548 7452 4008-2 12.1 17739 30.00 14409 14230 14128 14028 13797 13699 12041 14.6 22267 30.00 18404 17889 17762 17636 17346 17222 13458 16.3 23072 30.00 18499 18325 18195 18066 17769 17642 15275 18.2 23161 30.00 18570 18396 18265 18135 17837 17710 15333 20.1 18902 30.00 15108 14966 14860 14754 14511 11793 11642 22.0 18957 30.00 15152 15010 14903 14797 14554 11827 11676 25.1 17528 30.00 13978 13828 12778 11807 9828 7908 7807 27.5 17574 30.00 14015 13864 12811 11838 9853 7928 7827 30.7 17625 30.00 14055 13905 12848 11872 9882 7952 7850 41.5 17756 30.00 14160 14008 12944 11961 9956 8011 7908 4008-3 50.8 22882 18.00 18912 18384 18253 18123 17825 17698 13830 56.6 23891 18.00 19155 18975 18840 18706 18399 18268 15816 63.2 23944 18.00 19198 19018 18883 18748 18440 18309 15852 69.3 23988 18.00 19233 19053 18917 18783 18474 18342 15881 77.3 24037 18.00 19273 19092 18956 18821 18512 18380 15913 87.2 18014 18.00 14366 14212 13132 12134 10100 8127 8023 95.7 18041 18.00 14388 14233 13152 12153 10116 8139 8035 107 18071 18.00 14411 14257 13174 12173 10132 8153 8049 117 18096 18.00 14431 14277 13192 12190 10146 8164 8060 131 18124 18.00 14453 14298 13212 12208 10162 8177 8072 145 18148 18.00 14473 14317 13230 12224 10175 8188 8083 159 18169 18.00 14490 14334 13245 12239 10187 8197 8092 180 18197 18.00 14512 14356 13266 12258 10203 8210 8105 198 18217 18.00 14527 14372 13280 12271 10214 8219 8114 221 18238 18.00 14545 14389 13296 12285 10226 8228 8123 4008-4 269 24458 18.00 19610 19426 19287 19150 18835 18701 16192 295 24480 18.00 19628 19444 19305 19168 18853 18719 16207 322 19896 18.00 15903 15753 15641 15530 15275 12413 12254 364 19918 18.00 15920 15771 15659 15547 15292 12426 12268 408 18342 18.00 14627 14470 13371 12355 10284 8275 8169 455 18357 18.00 14639 14482 13382 12365 10293 8282 8176 499 18370 18.00 14649 14492 13391 12374 10300 8288 8182 557 18384 18.00 14661 14503 13401 12383 10307 8294 8188 628 18398 18.00 14672 14515 13412 12393 10316 8301 8194 689 18409 18.00 14681 14524 13420 12400 10322 8305 8199 769 18421 18.00 14691 14533 13429 12409 10329 8311 8205 844 18431 18.00 14698 14541 13436 12415 10334 8315 8209 941 18442 18.00 14707 14549 13444 12422 10340 8320 8214 1041 18452 18.00 14715 14557 13451 12429 10346 8325 8218 1143 18460 18.00 14721 14564 13457 12435 10350 8328 8222 1274 18470 18.00 14729 14571 13464 12441 10356 8333 8226 1426 18479 18.00 14736 14578 13471 12447 10361 8337 8230 1590 18487 18.00 14743 14585 13477 12453 10365 8341 8234 1726 18493 18.00 14748 14590 13481 12457 10369 8343 8237 2154 18509 18.00 14760 14602 13492 12467 10377 8350 8243 37
Input speed = 1440 rpm odel Ratio Peak Thermal Continuous Torque (Nm) Torque Rating Number of output load cycles (n2 x h) (Nm) (kw) 10000 25000 50000 100000 500000 1000000 5000000 4009-1 3.48 24101 60.00 19577 19333 19196 19059 18746 18612 16359 3.82 30278 60.00 25026 24326 24153 23981 23587 23419 18301 4.26 30944 60.00 24811 24578 24403 24230 23831 23662 20486 5.77 25629 60.00 20485 20293 20148 20005 19676 15990 15785 7.20 23880 60.00 19044 18839 17408 16085 13389 10774 10636 4009-2 12.1 25419 45.00 20647 20390 20245 20101 19770 19630 17253 14.6 31926 45.00 26387 25650 25467 25286 24870 24693 19296 16.3 33051 45.00 26500 26251 26064 25879 25453 25272 21881 18.2 33184 45.00 26607 26357 26169 25983 25556 25374 21969 20.1 27054 45.00 21624 21421 21269 21118 20770 16879 16663 22.0 27137 45.00 21691 21487 21334 21182 20834 16930 16714 25.1 25067 45.00 19990 19776 18274 16885 14055 11309 11165 27.5 25135 45.00 20045 19830 18323 16931 14093 11340 11195 30.7 25212 45.00 20106 19891 18379 16983 14136 11375 11229 41.5 25409 45.00 20263 20046 18523 17115 14246 11463 11317 4009-3 50.8 32850 35.00 27151 26393 26205 26018 25591 25409 19855 56.6 34278 35.00 27484 27226 27032 26840 26398 26211 22693 63.2 34358 35.00 27548 27290 27095 26903 26460 26272 22746 69.3 34424 35.00 27601 27342 27147 26954 26511 26323 22790 77.3 34498 35.00 27660 27401 27206 27012 26568 26379 22839 87.2 25796 35.00 20572 20351 18805 17376 14464 11638 11489 95.7 25837 35.00 20604 20383 18835 17404 14486 11656 11507 107 25882 35.00 20640 20419 18868 17434 14512 11677 11527 117 25919 35.00 20670 20448 18895 17459 14533 11694 11544 131 25961 35.00 20703 20481 18925 17487 14556 11712 11563 145 25997 35.00 20732 20510 18952 17512 14576 11729 11579 159 26029 35.00 20758 20535 18975 17533 14594 11743 11593 180 26072 35.00 20791 20569 19006 17562 14618 11762 11612 198 26101 35.00 20815 20592 19027 17581 14634 11776 11625 221 26133 35.00 20841 20617 19051 17603 14653 11790 11639 4009-4 269 35132 30.00 28169 27904 27706 27508 27056 26864 23258 295 35167 30.00 28196 27932 27733 27536 27083 26890 23281 322 28548 30.00 22818 22604 22443 22283 21917 17810 17583 364 28581 30.00 22845 22630 22469 22309 21942 17831 17603 408 26289 30.00 20965 20740 19164 17708 14740 11860 11709 455 26312 30.00 20983 20758 19181 17724 14753 11871 11719 499 26331 30.00 20999 20773 19195 17737 14764 11880 11728 557 26352 30.00 21015 20790 19211 17751 14775 11889 11737 628 26375 30.00 21033 20808 19227 17766 14788 11899 11747 689 26391 30.00 21046 20820 19239 17777 14797 11906 11754 769 26409 30.00 21061 20835 19252 17789 14807 11915 11762 844 26424 30.00 21072 20846 19263 17799 14815 11921 11769 941 26440 30.00 21085 20859 19275 17810 14825 11929 11776 1041 26455 30.00 21097 20871 19285 17820 14833 11935 11783 1143 26468 30.00 21107 20881 19294 17829 14840 11941 11788 1274 26482 30.00 21119 20892 19305 17838 14848 11947 11795 1426 26496 30.00 21130 20903 19315 17847 14856 11954 11801 1590 26509 30.00 21140 20913 19324 17856 14863 11960 11807 1726 26518 30.00 21147 20920 19331 17862 14868 11964 11811 2154 26541 30.00 21166 20939 19348 17878 14881 11974 11821 38
Tec echnical Data ta Input speed = 1440 rpm odel Ratio Peak Thermal Continuous Torque (Nm) Torque Rating Number of output load cycles (n2 x h) (Nm) (kw) 10000 25000 50000 100000 500000 1000000 5000000 4010-2 15.8 76253 50.00 60832 60261 59832 59407 58430 58014 57061 17.2 76517 50.00 61043 60469 60039 59612 58632 58215 57258 19.0 76816 50.00 61281 60706 60274 59845 58861 58442 57482 21.3 77154 50.00 61551 60973 60539 60108 59120 58700 57735 24.6 77545 50.00 61864 61282 60846 60414 59420 58998 58028 4010-3 54.9 79386 35.00 63332 62737 62291 61848 60831 60398 59405 59.8 79550 35.00 63462 62866 62419 61975 60956 60522 59527 65.6 79720 35.00 63598 63001 62553 62108 61087 60652 59655 72.4 79896 35.00 63739 63140 62691 62245 61221 60786 59787 80.9 80082 35.00 63887 63287 62837 62390 61364 60928 59926 85.6 80176 35.00 63962 63361 62910 62463 61436 60999 59996 93.9 80322 35.00 64079 63477 63025 62577 61548 61110 60106 99.1 80404 35.00 64144 63541 63089 62640 61611 61172 60167 109 80551 35.00 64261 63658 63205 62755 61723 61284 60277 123 80717 35.00 64394 63789 63335 62885 61851 61411 60401 142 80907 35.00 64546 63939 63484 63033 61996 61555 60543 4010-4 208 81361 35.00 64908 64298 63840 63386 62344 61901 60883 228 81460 35.00 64986 64376 63918 63463 62420 61976 60957 250 81555 35.00 65062 64451 63992 63537 62493 62048 61028 276 81652 35.00 65140 64528 64069 63613 62567 62122 61101 298 81722 35.00 65196 64583 64124 63668 62621 62175 61153 327 81806 35.00 65263 64650 64190 63733 62685 62239 61216 359 81886 35.00 65327 64713 64253 63796 62747 62300 61276 381 81937 35.00 65367 64753 64292 63835 62785 62338 61314 418 82011 35.00 65426 64812 64351 63893 62842 62395 61370 447 82064 35.00 65468 64854 64392 63934 62883 62436 61409 475 82110 35.00 65505 64890 64428 63970 62918 62471 61444 494 82139 35.00 65528 64912 64451 63992 62940 62492 61465 521 82178 35.00 65559 64943 64481 64022 62970 62522 61494 542 82205 35.00 65581 64965 64503 64044 62991 62543 61514 572 82242 35.00 65610 64994 64531 64072 63019 62571 61542 605 82280 35.00 65641 65024 64562 64102 63048 62600 61571 655 82332 35.00 65682 65065 64602 64142 63088 62639 61609 710 82382 35.00 65722 65105 64642 64182 63127 62678 61647 755 82420 35.00 65752 65135 64671 64211 63155 62706 61675 819 82467 35.00 65790 65172 64708 64248 63192 62742 61711 886 82512 35.00 65826 65207 64743 64283 63226 62776 61744 1022 82588 35.00 65887 65268 64803 64342 63285 62834 61801 4011-2 15.8 144534 65.00 115305 114222 113410 112603 110752 109964 108156 17.2 145080 65.00 115741 114653 113838 113028 111170 110379 108564 19.0 145699 65.00 116235 115143 114324 113511 111644 110850 109028 21.3 146401 65.00 116794 115697 114874 114057 112182 111384 109553 24.6 147215 65.00 117444 116341 115513 114691 112806 112003 110162 4011-3 54.9 151059 45.00 120511 119379 118529 117686 115751 114928 113038 59.8 151402 45.00 120784 119649 118798 117953 116014 115189 113295 65.6 151760 45.00 121070 119932 119079 118232 116288 115461 113563 72.4 152129 45.00 121364 120224 119369 118520 116571 115742 113839 80.9 152521 45.00 121677 120534 119676 118825 116871 116040 114132 85.6 152718 45.00 121834 120689 119831 118978 117022 116190 114280 93.9 153026 45.00 122080 120933 120073 119219 117259 116424 114510 39
Input speed = 1440 rpm odel Ratio Peak Thermal Continuous Torque (Nm) Torque Rating Number of output load cycles (n2 x h) (Nm) (kw) 10000 25000 50000 100000 500000 1000000 5000000 4011-3 99.1 153198 45.00 122217 121069 120207 119352 117390 116555 114639 109 153508 45.00 122464 121314 120451 119594 117628 116791 114871 123 153858 45.00 122744 121591 120726 119867 117896 117057 115133 142 154260 45.00 123064 121908 121041 120180 118204 117363 115433 4011-4 208 155219 45.00 123829 122666 121793 120927 118939 118093 116151 228 155428 45.00 123996 122831 121958 121090 119099 118252 116308 250 155629 45.00 124156 122990 122115 121246 119253 118405 116458 276 155835 45.00 124321 123153 122277 121407 119411 118561 116612 298 155984 45.00 124439 123271 122394 121523 119525 118675 116724 327 156162 45.00 124581 123411 122533 121661 119661 118810 116857 359 156332 45.00 124717 123546 122667 121794 119792 118940 116984 381 156438 45.00 124802 123630 122750 121877 119873 119020 117064 418 156597 45.00 124929 123755 122875 122001 119995 119141 117183 447 156709 45.00 125018 123844 122963 122088 120081 119227 117266 475 156807 45.00 125096 123921 123039 122164 120156 119301 117340 494 156867 45.00 125144 123969 123087 122211 120202 119347 117385 521 156950 45.00 125210 124034 123152 122276 120266 119410 117447 542 157008 45.00 125257 124080 123197 122321 120310 119454 117490 572 157086 45.00 125319 124142 123259 122382 120370 119514 117549 605 157168 45.00 125384 124206 123323 122445 120432 119576 117610 655 157278 45.00 125472 124293 123409 122531 120516 119659 117692 710 157386 45.00 125558 124378 123493 122615 120599 119741 117772 755 157465 45.00 125621 124441 123556 122677 120660 119802 117832 819 157566 45.00 125702 124521 123635 122756 120737 119878 117908 886 157661 45.00 125777 124596 123710 122829 120810 119951 117979 1022 157824 45.00 125907 124724 123837 122956 120935 120074 118100 4012-2 15.8 242830 70.00 193723 191903 190538 189182 186072 184748 181711 17.2 243814 70.00 194507 192680 191310 189949 186826 185497 182447 19.0 244931 70.00 195399 193564 192187 190819 187682 186347 183283 21.3 246198 70.00 196410 194565 193181 191806 188653 187311 184231 24.6 247671 70.00 197584 195728 194336 192954 189781 188431 185333 4012-3 54.9 254653 50.00 203155 201247 199815 198394 195132 193744 190559 59.8 255279 50.00 203654 201741 200306 198881 195611 194220 191026 65.6 255932 50.00 204175 202257 200818 199390 196112 194716 191515 72.4 256606 50.00 204713 202790 201347 199915 196628 195229 192020 80.9 257322 50.00 205284 203356 201909 200473 197177 195774 192556 85.6 257682 50.00 205571 203640 202192 200753 197453 196048 192825 93.9 258246 50.00 206022 204086 202634 201193 197885 196477 193247 99.1 258560 50.00 206272 204334 202881 201437 198126 196716 193482 109 259128 50.00 206725 204783 203326 201880 198561 197148 193907 123 259770 50.00 207237 205291 203830 202380 199053 197637 194387 142 260506 50.00 207824 205872 204408 202953 199617 198197 194938 4012-4 208 262267 50.00 209229 207264 205790 204326 200966 199537 196256 228 262652 50.00 209536 207568 206091 204625 201261 199829 196544 250 263021 50.00 209831 207860 206381 204913 201544 200110 196820 276 263400 50.00 210133 208159 206678 205208 201834 200398 197104 298 263674 50.00 210352 208376 206894 205422 202044 200607 197309 327 264002 50.00 210613 208635 207150 205677 202295 200856 197554 359 264316 50.00 210863 208883 207397 205921 202536 201095 197789 381 264511 50.00 211019 209037 207550 206074 202686 201244 197935 40
Tec echnical Data ta Input speed = 1440 rpm odel Ratio Peak Thermal Continuous Torque (Nm) Torque Rating Number of output load cycles (n2 x h) (Nm) (kw) 10000 25000 50000 100000 500000 1000000 5000000 4012-4 418 264804 50.00 211253 209269 207780 206302 202910 201466 198154 447 265011 50.00 211418 209432 207942 206463 203068 201624 198309 475 265190 50.00 211561 209574 208083 206603 203206 201761 198444 494 265302 50.00 211651 209662 208171 206690 203292 201846 198527 521 265455 50.00 211772 209783 208291 206809 203409 201962 198641 542 265562 50.00 211858 209868 208375 206892 203491 202043 198722 572 265706 50.00 211973 209981 208488 207004 203601 202153 198829 605 265857 50.00 212093 210100 208606 207122 203717 202267 198942 655 266059 50.00 212254 210260 208764 207279 203872 202421 199093 710 266258 50.00 212413 210418 208921 207434 204024 202573 199242 755 266405 50.00 212530 210534 209036 207549 204137 202684 199352 819 266591 50.00 212679 210681 209182 207694 204280 202826 199492 886 266766 50.00 212819 210820 209320 207831 204414 202960 199623 1022 267067 50.00 213058 211057 209555 208065 204644 203188 199848 4013-2 15.8 518827 85.00 413905 410017 407100 404204 397559 394731 388241 17.2 521167 85.00 415772 411867 408937 406028 399352 396511 389993 19.0 523832 85.00 417898 413972 411027 408103 401394 398538 391986 21.3 526857 85.00 420311 416363 413401 410460 403712 400840 394250 24.6 530382 85.00 423124 419149 416167 413207 406413 403522 396888 4013-3 54.9 547220 65.00 436556 432456 429379 426325 419316 416333 409488 59.8 548738 65.00 437767 433655 430570 427507 420479 417487 410624 65.6 550325 65.00 439034 434910 431816 428744 421695 418695 411811 72.4 551965 65.00 440342 436206 433103 430021 422952 419943 413039 80.9 553710 65.00 441734 437585 434472 431381 424289 421271 414345 85.6 554588 65.00 442434 438278 435161 432065 424961 421938 415001 93.9 555965 65.00 443533 439367 436241 433138 426017 422986 416032 99.1 556732 65.00 444145 439972 436843 433735 426604 423569 416605 109 558120 65.00 445252 441070 437932 434816 427668 424625 417644 123 559691 65.00 446506 442312 439165 436041 428872 425821 418820 142 561495 65.00 447945 443737 440580 437446 430254 427193 420170 4013-4 208 565821 65.00 451396 447156 443974 440816 433569 430484 423407 228 566767 65.00 452151 447904 444717 441553 434294 431205 424115 250 567677 65.00 452876 448622 445431 442262 434991 431896 424796 276 568610 65.00 453621 449360 446163 442989 435706 432607 425494 298 569287 65.00 454161 449895 446694 443516 436225 433121 426000 327 570095 65.00 454805 450533 447328 444146 436844 433736 426605 359 570869 65.00 455423 451145 447936 444749 437437 434325 427185 381 571353 65.00 455809 451527 448315 445126 437808 434693 427546 418 572076 65.00 456386 452099 448883 445689 438362 435243 428088 447 572587 65.00 456794 452503 449284 446088 438754 435632 428470 475 573032 65.00 457149 452855 449633 446434 439095 435971 428803 494 573309 65.00 457369 453073 449850 446650 439306 436181 429010 521 573686 65.00 457671 453372 450146 446944 439596 436469 429293 542 573951 65.00 457882 453581 450354 447150 439799 436670 429491 572 574308 65.00 458166 453863 450634 447428 440072 436941 429758 605 574681 65.00 458464 454158 450927 447719 440358 437225 430037 655 575182 65.00 458864 454553 451320 448109 440742 437606 430412 710 575676 65.00 459258 454944 451707 448494 441120 437982 430781 755 576039 65.00 459548 455231 451993 448777 441399 438259 431054 819 576502 65.00 459917 455597 452356 449138 441754 438611 431400 41
Input speed = 1440 rpm odel Ratio Peak Thermal Continuous Torque (Nm) Torque Rating Number of output load cycles (n2 x h) (Nm) (kw) 10000 25000 50000 100000 500000 1000000 5000000 4013-4 886 576937 65.00 460264 455940 452697 449476 442087 438942 431725 1022 577683 65.00 460859 456530 453282 450057 442658 439509 432283 4014-2 15.8 1018306 90.00 812375 804744 799019 793335 780292 774741 762004 17.2 1023286 90.00 816348 808680 802927 797215 784108 778530 765731 19.0 1028963 90.00 820877 813166 807381 801638 788458 782849 769979 21.3 1035420 90.00 826028 818269 812448 806668 793406 787762 774811 24.6 1042958 90.00 832042 824226 818363 812541 799182 793497 780452 4014-3 54.9 1079184 70.00 860942 852855 846788 840764 826941 821058 807560 59.8 1082468 70.00 863562 855450 849364 843322 829457 823556 810017 65.6 1085905 70.00 866304 858167 852062 846000 832091 826172 812589 72.4 1089461 70.00 869141 860976 854851 848770 834816 828877 815250 80.9 1093248 70.00 872162 863970 857823 851721 837718 831759 818084 85.6 1095154 70.00 873683 865476 859319 853206 839178 833209 819510 93.9 1098147 70.00 876071 867841 861668 855538 841472 835486 821750 99.1 1099814 70.00 877400 869159 862976 856836 842749 836754 822997 109 1102836 70.00 879811 871547 865346 859190 845065 839053 825259 123 1106260 70.00 882542 874252 868033 861858 847688 841658 827820 142 1110193 70.00 885680 877361 871119 864922 850702 844651 830764 4014-4 208 1119646 70.00 893222 884832 878537 872287 857946 851843 837838 228 1121719 70.00 894875 886469 880163 873901 859534 853419 839388 250 1123710 70.00 896464 888043 881725 875453 861060 854934 840879 276 1125757 70.00 898097 889660 883331 877047 862628 856492 842410 298 1127240 70.00 899280 890832 884495 878203 863765 857620 843520 327 1129012 70.00 900694 892233 885886 879584 865123 858968 844846 359 1130714 70.00 902051 893578 887221 880909 866426 860263 846119 381 1131774 70.00 902897 894416 888053 881736 867239 861070 846913 418 1133364 70.00 904165 895672 889300 882974 868457 862279 848103 447 1134488 70.00 905062 896560 890182 883849 869318 863134 848944 475 1135466 70.00 905842 897333 890950 884611 870068 863878 849676 494 1136074 70.00 906327 897814 891427 885085 870534 864341 850130 521 1136905 70.00 906990 898470 892079 885732 871171 864973 850752 542 1137488 70.00 907455 898931 892536 886187 871617 865417 851189 572 1138272 70.00 908081 899551 893152 886798 872218 866013 851776 605 1139093 70.00 908736 900200 893796 887437 872848 866638 852390 655 1140196 70.00 909616 901071 894661 888297 873693 867477 853215 710 1141284 70.00 910483 901931 895515 889144 874526 868305 854029 755 1142085 70.00 911123 902565 896144 889769 875140 868914 854629 819 1143105 70.00 911937 903371 896944 890563 875922 869690 855392 886 1144064 70.00 912701 904128 897696 891310 876656 870420 856109 1022 1145708 70.00 914013 905427 898986 892591 877916 871670 857340 4015-2 15.8 1685152 95.00 1344367 1331738 1322264 1312858 1291274 1282088 1261009 17.2 1693939 95.00 1351376 1338682 1329159 1319703 1298007 1288773 1267585 19.0 1703968 95.00 1359377 1346608 1337028 1327517 1305691 1296403 1275089 21.3 1715391 95.00 1368490 1355635 1345991 1336416 1314445 1305094 1283637 24.6 1728749 95.00 1379146 1366191 1356472 1346822 1324680 1315256 1293633 4015-3 54.9 1793277 85.00 1430625 1417187 1407105 1397095 1374126 1364350 1341919 59.8 1799154 85.00 1435314 1421831 1411716 1401674 1378629 1368822 1346317 65.6 1805313 85.00 1440227 1426698 1416549 1406471 1383348 1373507 1350926 72.4 1811688 85.00 1445313 1431736 1421551 1411438 1388233 1378357 1355696 80.9 1818485 85.00 1450736 1437108 1426885 1416734 1393442 1383529 1360783 42
Tec echnical Data ta Input speed = 1440 rpm odel Ratio Peak Thermal Continuous Torque (Nm) Torque Rating Number of output load cycles (n2 x h) (Nm) (kw) 10000 25000 50000 100000 500000 1000000 5000000 4015-3 85.6 1821908 85.00 1453466 1439813 1429571 1419401 1396065 1386133 1363344 93.9 1827288 85.00 1457758 1444065 1433791 1423592 1400187 1390226 1367370 99.1 1830285 85.00 1460149 1446434 1436144 1425927 1402484 1392507 1369613 109 1835722 85.00 1464487 1450730 1440410 1430163 1406650 1396643 1373681 123 1841887 85.00 1469405 1455602 1445247 1434966 1411374 1401334 1378295 142 1848978 85.00 1475062 1461206 1450811 1440490 1416808 1406728 1383601 4015-4 208 1866048 85.00 1488680 1474696 1464205 1453789 1429888 1419715 1396375 228 1869796 85.00 1491669 1477658 1467146 1456708 1432759 1422567 1399179 250 1873399 85.00 1494544 1480506 1469973 1459516 1435521 1425308 1401875 276 1877105 85.00 1497501 1483434 1472881 1462403 1438360 1428128 1404648 298 1879791 85.00 1499644 1485557 1474989 1464496 1440418 1430171 1406658 327 1883003 85.00 1502206 1488095 1477509 1466998 1442880 1432615 1409062 359 1886087 85.00 1504666 1490533 1479929 1469401 1445243 1434961 1411370 381 1888011 85.00 1506202 1492053 1481439 1470900 1446717 1436425 1412810 418 1890895 85.00 1508502 1494332 1483702 1473146 1448927 1438619 1414968 447 1892935 85.00 1510129 1495944 1485302 1474735 1450490 1440171 1416494 475 1894710 85.00 1511546 1497347 1486695 1476119 1451851 1441522 1417823 494 1895814 85.00 1512427 1498220 1487561 1476979 1452697 1442362 1418649 521 1897324 85.00 1513631 1499413 1488746 1478155 1453853 1443510 1419778 542 1898383 85.00 1514476 1500250 1489577 1478980 1454665 1444316 1420571 572 1899808 85.00 1515613 1501376 1490695 1480090 1455757 1445401 1421637 605 1901300 85.00 1516803 1502555 1491866 1481253 1456900 1446536 1422754 655 1903305 85.00 1518402 1504139 1493439 1482815 1458436 1448061 1424254 710 1905283 85.00 1519980 1505702 1494991 1484355 1459952 1449566 1425734 755 1906741 85.00 1521143 1506855 1496135 1485491 1461069 1450675 1426825 819 1908596 85.00 1522624 1508321 1497591 1486937 1462491 1452087 1428214 886 1910340 85.00 1524015 1509699 1498959 1488296 1463827 1453414 1429519 1022 1913333 85.00 1526403 1512065 1501308 1490628 1466121 1455691 1431758 43
otorised Selection 44
otorised Selection Input power in P - 0.25 Input Speed in RP - 1440 (For output load cycles 50,00,000) Output Reduction Output Service Factor speed Ratio Torque (Nm) 1 1.4 2 414 3.48 4 4000-1 4000-1 4000-1 377 3.82 5 4000-1 4000-1 4000-1 338 4.26 5 4000-1 4000-1 4000-1 250 5.77 7 4000-1 4000-1 4000-1 200 7.20 9 4000-1 4000-1 4000-1 119 12.1 14 4000-2 4000-2 4000-2 98.7 14.6 17 4000-2 4000-2 4000-2 88.5 16.3 19 4000-2 4000-2 4000-2 79.3 18.2 21 4000-2 4000-2 4000-2 71.7 20.1 23 4000-2 4000-2 4000-2 65.3 22.0 25 4000-2 4000-2 4000-2 57.5 25.1 29 4000-2 4000-2 4001-2 52.4 27.5 31 4000-2 4000-2 4001-2 47.0 30.7 35 4000-2 4000-2 4001-2 34.7 41.5 47 4000-2 4001-2 4001-2 28.4 50.8 56 4000-3 4000-3 4001-3 25.4 56.6 62 4000-3 4000-3 4001-3 22.8 63.2 69 4000-3 4000-3 4001-3 20.8 69.3 76 4000-3 4001-3 4001-3 18.6 77.3 85 4000-3 4001-3 4001-3 16.5 87.2 95 4001-3 4002-3 4002-3 15.0 95.7 105 4001-3 4002-3 4002-3 13.5 107 117 4002-3 4002-3 4002-3 12.3 117 128 4002-3 4002-3 4002-3 11.0 131 143 4002-3 4002-3 4002-3 9.96 145 158 4002-3 4002-3 4003-3 9.07 159 174 4002-3 4002-3 4003-3 7.98 180 197 4002-3 4002-3 4003-3 7.27 198 217 4002-3 4002-3 4004-3 6.52 221 242 4002-3 4003-3 4004-3 5.35 269 283 4002-4 4002-4 4002-4 4.88 295 310 4002-4 4002-4 4003-4 4.48 322 338 4002-4 4003-4 4004-4 3.95 364 383 4002-4 4003-4 4004-4 3.53 408 428 4003-4 4004-4 4004-4 3.17 455 478 4004-4 4004-4 4004-4 2.89 499 524 4004-4 4004-4 4005-4 2.59 557 585 4004-4 4004-4 4005-4 2.29 628 659 4004-4 4004-4 4005-4 2.09 689 724 4004-4 4004-4 4005-4 1.87 769 807 4004-4 4005-4 4005-4 1.71 844 886 4004-4 4005-4 4005-4 1.53 941 988 4004-4 4005-4 4005-4 1.38 1041 1094 4005-4 4005-4 4006-4 1.26 1143 1201 4005-4 4005-4 4006-4 1.13 1274 1338 4005-4 4005-4 4006-4 1.01 1426 1498 4005-4 4006-4 4006-4 0.91 1590 1670 4005-4 4006-4 4006-4 0.83 1726 1813 4005-4 4006-4 4007-4 0.67 2154 2263 4006-4 4006-4 4007-4 Input power in P - 0.33 Input Speed in RP - 1440 (For output load cycles 50,00,000) Output Reduction Output Service Factor speed Ratio Torque (Nm) 1 1.4 2 414 3.48 5 4000-1 4000-1 4000-1 377 3.82 6 4000-1 4000-1 4000-1 338 4.26 7 4000-1 4000-1 4000-1 250 5.77 9 4000-1 4000-1 4000-1 200 7.20 11 4000-1 4000-1 4000-1 119 12.1 18 4000-2 4000-2 4000-2 98.7 14.6 22 4000-2 4000-2 4000-2 88.5 16.3 24 4000-2 4000-2 4000-2 79.3 18.2 27 4000-2 4000-2 4000-2 71.7 20.1 30 4000-2 4000-2 4000-2 65.3 22.0 33 4000-2 4000-2 4000-2 57.5 25.1 38 4000-2 4001-2 4001-2 52.4 27.5 41 4000-2 4001-2 4001-2 47.0 30.7 46 4000-2 4001-2 4001-2 34.7 41.5 62 4001-2 4001-2 4002-2 28.4 50.8 73 4000-3 4001-3 4001-3 25.4 56.6 82 4000-3 4001-3 4001-3 22.8 63.2 91 4000-3 4001-3 4001-3 20.8 69.3 100 4000-3 4001-3 4001-3 18.6 77.3 112 4001-3 4001-3 4002-3 16.5 87.2 126 4002-3 4002-3 4002-3 15.0 95.7 138 4002-3 4002-3 4002-3 13.5 107 154 4002-3 4002-3 4002-3 12.3 117 169 4002-3 4002-3 4003-3 11.0 131 189 4002-3 4002-3 4003-3 9.96 145 209 4002-3 4002-3 4003-3 9.07 159 229 4002-3 4003-3 4004-3 7.98 180 261 4002-3 4003-3 4004-3 7.27 198 286 4002-3 4003-3 4004-3 6.52 221 319 4003-3 4004-3 4004-3 5.35 269 373 4002-4 4002-4 4003-4 4.88 295 409 4002-4 4002-4 4003-4 4.48 322 446 4002-4 4003-4 4004-4 3.95 364 505 4003-4 4004-4 4004-4 3.53 408 565 4004-4 4004-4 4005-4 3.17 455 630 4004-4 4004-4 4005-4 2.89 499 692 4004-4 4004-4 4005-4 2.59 557 772 4004-4 4005-4 4005-4 2.29 628 870 4004-4 4005-4 4005-4 2.09 689 955 4004-4 4005-4 4005-4 1.87 769 1066 4005-4 4005-4 4006-4 1.71 844 1170 4005-4 4005-4 4006-4 1.53 941 1304 4005-4 4005-4 4006-4 1.38 1041 1443 4005-4 4005-4 4006-4 1.26 1143 1585 4005-4 4006-4 4006-4 1.13 1274 1767 4005-4 4006-4 4007-4 1.01 1426 1977 4005-4 4006-4 4007-4 0.91 1590 2205 4006-4 4006-4 4007-4 0.83 1726 2393 4006-4 4006-4 4007-4 0.67 2154 2987 4006-4 4007-4 4008-4 45
otorised Selection Input power in P - 0.5 Input Speed in RP - 1440 (For output load cycles 50,00,000) Output Reduction Output Service Factor speed Ratio Torque (Nm) 1 1.4 2 414 3.48 8 4000-1 4000-1 4000-1 377 3.82 9 4000-1 4000-1 4000-1 338 4.26 10 4000-1 4000-1 4000-1 250 5.77 14 4000-1 4000-1 4000-1 200 7.20 17 4000-1 4000-1 4000-1 119 12.1 28 4000-2 4000-2 4000-2 98.7 14.6 33 4000-2 4000-2 4000-2 88.5 16.3 37 4000-2 4000-2 4000-2 79.3 18.2 41 4000-2 4000-2 4000-2 71.7 20.1 46 4000-2 4000-2 4001-2 65.3 22.0 50 4000-2 4000-2 4001-2 57.5 25.1 57 4001-2 4001-2 4002-2 52.4 27.5 63 4001-2 4001-2 4002-2 47.0 30.7 70 4001-2 4001-2 4002-2 34.7 41.5 95 4001-2 4002-2 4002-2 28.4 50.8 111 4001-3 4001-3 4002-3 25.4 56.6 124 4001-3 4001-3 4002-3 22.8 63.2 138 4001-3 4001-3 4002-3 20.8 69.3 152 4001-3 4002-3 4002-3 18.6 77.3 169 4001-3 4002-3 4002-3 16.5 87.2 191 4002-3 4002-3 4003-3 15.0 95.7 209 4002-3 4002-3 4003-3 13.5 107 234 4002-3 4003-3 4004-3 12.3 117 256 4002-3 4003-3 4004-3 11.0 131 286 4002-3 4003-3 4004-3 9.96 145 316 4003-3 4004-3 4004-3 9.07 159 347 4003-3 4004-3 4004-3 7.98 180 395 4003-3 4004-3 4004-3 7.27 198 433 4004-3 4004-3 4004-3 6.52 221 483 4004-3 4004-3 4004-3 5.35 269 565 4002-4 4003-4 4004-4 4.88 295 620 4003-4 4004-4 4004-4 4.48 322 676 4004-4 4004-4 4004-4 3.95 364 766 4004-4 4004-4 4004-4 3.53 408 857 4004-4 4005-4 4005-4 3.17 455 955 4004-4 4005-4 4005-4 2.89 499 1049 4005-4 4005-4 4006-4 2.59 557 1169 4005-4 4005-4 4006-4 2.29 628 1319 4005-4 4005-4 4006-4 2.09 689 1448 4005-4 4005-4 4006-4 1.87 769 1615 4005-4 4006-4 4006-4 1.71 844 1772 4005-4 4006-4 4007-4 1.53 941 1977 4005-4 4006-4 4007-4 1.38 1041 2187 4006-4 4006-4 4007-4 1.26 1143 2401 4006-4 4006-4 4007-4 1.13 1274 2677 4006-4 4007-4 4007-4 1.01 1426 2996 4006-4 4007-4 4008-4 0.91 1590 3340 4006-4 4007-4 4008-4 0.83 1726 3626 4007-4 4007-4 4008-4 0.67 2154 4525 4007-4 4008-4 4009-4 Input power in P - 0.75 Input Speed in RP - 1440 (For output load cycles 50,00,000) Output Reduction Output Service Factor speed Ratio Torque (Nm) 1 1.4 2 414 3.48 12 4002-1 4002-1 4002-1 377 3.82 14 4002-1 4002-1 4002-1 338 4.26 15 4002-1 4002-1 4002-1 250 5.77 21 4002-1 4002-1 4002-1 200 7.20 26 4002-1 4002-1 4002-1 119 12.1 41 4002-2 4002-2 4002-2 98.7 14.6 50 4002-2 4002-2 4002-2 88.5 16.3 56 4002-2 4002-2 4002-2 79.3 18.2 62 4002-2 4002-2 4002-2 71.7 20.1 69 4002-2 4002-2 4002-2 65.3 22.0 75 4002-2 4002-2 4002-2 57.5 25.1 86 4002-2 4002-2 4002-2 52.4 27.5 94 4002-2 4002-2 4002-2 47.0 30.7 105 4002-2 4002-2 4002-2 34.7 41.5 142 4002-2 4002-2 4002-2 28.4 50.8 167 4002-3 4002-3 4002-3 25.4 56.6 186 4002-3 4002-3 4002-3 22.8 63.2 207 4002-3 4002-3 4002-3 20.8 69.3 228 4002-3 4002-3 4002-3 18.6 77.3 254 4002-3 4002-3 4002-3 16.5 87.2 286 4002-3 4003-3 4004-3 15.0 95.7 314 4003-3 4004-3 4004-3 13.5 107 350 4003-3 4004-3 4004-3 12.3 117 385 4003-3 4004-3 4004-3 11.0 131 429 4004-3 4004-3 4004-3 9.96 145 475 4004-3 4004-3 4004-3 9.07 159 521 4004-3 4004-3 4005-3 7.98 180 592 4004-3 4004-3 4005-3 7.27 198 650 4004-3 4004-3 4005-3 6.52 221 725 4004-3 4004-3 4005-3 5.35 269 848 4003-4 4004-4 4004-4 4.88 295 931 4004-4 4004-4 4004-4 4.48 322 1013 4004-4 4004-4 4005-4 3.95 364 1148 4004-4 4005-4 4005-4 3.53 408 1285 4005-4 4005-4 4006-4 3.17 455 1433 4005-4 4005-4 4006-4 2.89 499 1573 4005-4 4006-4 4006-4 2.59 557 1754 4005-4 4006-4 4007-4 2.29 628 1978 4005-4 4006-4 4007-4 2.09 689 2172 4006-4 4006-4 4007-4 1.87 769 2422 4006-4 4006-4 4007-4 1.71 844 2658 4006-4 4007-4 4007-4 1.53 941 2965 4006-4 4007-4 4008-4 1.38 1041 3281 4006-4 4007-4 4008-4 1.26 1143 3602 4007-4 4007-4 4008-4 1.13 1274 4015 4007-4 4008-4 4008-4 1.01 1426 4494 4007-4 4008-4 4009-4 0.91 1590 5011 4007-4 4008-4 4009-4 0.83 1726 5439 4008-4 4008-4 4009-4 0.67 2154 6788 4008-4 4009-4 4009-4 46
otorised Selection Input power in P - 1 Input Speed in RP - 1440 (For output load cycles 50,00,000) Output Reduction Output Service Factor speed Ratio Torque (Nm) 1 1.4 2 414 3.48 17 4002-1 4002-1 4002-1 377 3.82 18 4002-1 4002-1 4002-1 338 4.26 20 4002-1 4002-1 4002-1 250 5.77 27 4002-1 4002-1 4002-1 200 7.20 34 4002-1 4002-1 4002-1 119 12.1 55 4002-2 4002-2 4002-2 98.7 14.6 67 4002-2 4002-2 4002-2 88.5 16.3 74 4002-2 4002-2 4002-2 79.3 18.2 83 4002-2 4002-2 4002-2 71.7 20.1 92 4002-2 4002-2 4002-2 65.3 22.0 100 4002-2 4002-2 4002-2 57.5 25.1 114 4002-2 4002-2 4002-2 52.4 27.5 125 4002-2 4002-2 4002-2 47.0 30.7 140 4002-2 4002-2 4002-2 34.7 41.5 189 4002-2 4002-2 4003-2 28.4 50.8 222 4002-3 4002-3 4002-3 25.4 56.6 248 4002-3 4002-3 4002-3 22.8 63.2 276 4002-3 4002-3 4002-3 20.8 69.3 303 4002-3 4002-3 4002-3 18.6 77.3 338 4002-3 4002-3 4003-3 16.5 87.2 382 4003-3 4004-3 4004-3 15.0 95.7 419 4003-3 4004-3 4004-3 13.5 107 467 4004-3 4004-3 4004-3 12.3 117 513 4004-3 4004-3 4004-3 11.0 131 572 4004-3 4004-3 4005-3 9.96 145 633 4004-3 4004-3 4005-3 9.07 159 695 4004-3 4004-3 4005-3 7.98 180 790 4004-3 4005-3 4005-3 7.27 198 867 4004-3 4005-3 4005-3 6.52 221 966 4004-3 4005-3 4005-3 5.35 269 1130 4004-4 4004-4 4005-4 4.88 295 1241 4004-4 4004-4 4005-4 4.48 322 1351 4004-4 4005-4 4005-4 3.95 364 1531 4004-4 4005-4 4005-4 3.53 408 1713 4005-4 4006-4 4006-4 3.17 455 1911 4005-4 4006-4 4007-4 2.89 499 2097 4006-4 4006-4 4007-4 2.59 557 2339 4006-4 4006-4 4007-4 2.29 628 2638 4006-4 4007-4 4007-4 2.09 689 2895 4006-4 4007-4 4008-4 1.87 769 3229 4006-4 4007-4 4008-4 1.71 844 3545 4007-4 4007-4 4008-4 1.53 941 3953 4007-4 4008-4 4008-4 1.38 1041 4374 4007-4 4008-4 4009-4 1.26 1143 4803 4007-4 4008-4 4009-4 1.13 1274 5353 4007-4 4008-4 4009-4 1.01 1426 5992 4008-4 4009-4 0.91 1590 6681 4008-4 4009-4 0.83 1726 7252 4008-4 4009-4 0.67 2154 9051 4009-4 Input power in P - 1.5 Input Speed in RP - 1440 (For output load cycles 50,00,000) Output Reduction Output Service Factor speed Ratio Torque (Nm) 1 1.4 2 414 3.48 25 4003-1 4003-1 4003-1 377 3.82 27 4003-1 4003-1 4003-1 338 4.26 30 4003-1 4003-1 4003-1 250 5.77 41 4003-1 4003-1 4003-1 200 7.20 51 4003-1 4003-1 4003-1 119 12.1 83 4003-2 4003-2 4003-2 98.7 14.6 100 4003-2 4003-2 4003-2 88.5 16.3 111 4003-2 4003-2 4003-2 79.3 18.2 124 4003-2 4003-2 4003-2 71.7 20.1 137 4003-2 4003-2 4003-2 65.3 22.0 151 4003-2 4003-2 4003-2 57.5 25.1 171 4003-2 4003-2 4003-2 52.4 27.5 188 4003-2 4003-2 4003-2 47.0 30.7 210 4003-2 4003-2 4003-2 34.7 41.5 284 4003-2 4003-2 4004-2 28.4 50.8 333 4003-3 4003-3 4003-3 25.4 56.6 372 4003-3 4003-3 4003-3 22.8 63.2 415 4003-3 4003-3 4003-3 20.8 69.3 455 4003-3 4003-3 4004-3 18.6 77.3 508 4003-3 4003-3 4004-3 16.5 87.2 572 4004-3 4004-3 4005-3 15.0 95.7 628 4004-3 4004-3 4005-3 13.5 107 701 4004-3 4004-3 4005-3 12.3 117 769 4004-3 4005-3 4005-3 11.0 131 858 4004-3 4005-3 4005-3 9.96 145 949 4004-3 4005-3 4005-3 9.07 159 1042 4005-3 4005-3 4006-3 7.98 180 1184 4005-3 4005-3 4006-3 7.27 198 1300 4005-3 4005-3 4006-3 6.52 221 1450 4005-3 4005-3 4006-3 5.35 269 1695 4004-4 4005-4 4005-4 4.88 295 1861 4004-4 4005-4 4005-4 4.48 322 2027 4005-4 4005-4 4006-4 3.95 364 2297 4005-4 4006-4 4006-4 3.53 408 2570 4006-4 4007-4 4007-4 3.17 455 2866 4006-4 4007-4 4008-4 2.89 499 3146 4006-4 4007-4 4008-4 2.59 557 3508 4007-4 4007-4 4008-4 2.29 628 3957 4007-4 4008-4 4008-4 2.09 689 4343 4007-4 4008-4 4009-4 1.87 769 4844 4007-4 4008-4 4009-4 1.71 844 5317 4007-4 4008-4 4009-4 1.53 941 5930 4008-4 4009-4 1.38 1041 6561 4008-4 4009-4 1.26 1143 7204 4008-4 4009-4 1.13 1274 8030 4008-4 4009-4 1.01 1426 8988 4009-4 0.91 1590 10021 4009-4 0.83 1726 10878 4009-4 0.67 2154 13576 47
otorised Selection Input power in P - 2 Input Speed in RP - 1440 (For output load cycles 50,00,000) Output Reduction Output Service Factor speed Ratio Torque (Nm) 1 1.4 2 414 3.48 33 4003-1 4003-1 4003-1 377 3.82 36 4003-1 4003-1 4003-1 338 4.26 40 4003-1 4003-1 4003-1 250 5.77 55 4003-1 4003-1 4003-1 200 7.20 68 4003-1 4003-1 4003-1 119 12.1 110 4003-2 4003-2 4003-2 98.7 14.6 133 4003-2 4003-2 4003-2 88.5 16.3 148 4003-2 4003-2 4003-2 79.3 18.2 165 4003-2 4003-2 4003-2 71.7 20.1 183 4003-2 4003-2 4003-2 65.3 22.0 201 4003-2 4003-2 4003-2 57.5 25.1 229 4003-2 4003-2 4004-2 52.4 27.5 251 4003-2 4003-2 4004-2 47.0 30.7 280 4003-2 4003-2 4004-2 34.7 41.5 379 4003-2 4004-2 4004-2 28.4 50.8 445 4003-3 4003-3 4004-3 25.4 56.6 496 4003-3 4003-3 4004-3 22.8 63.2 553 4003-3 4003-3 4004-3 20.8 69.3 607 4003-3 4004-3 4004-3 18.6 77.3 677 4003-3 4004-3 4004-3 16.5 87.2 763 4004-3 4005-3 4005-3 15.0 95.7 838 4004-3 4005-3 4005-3 13.5 107 934 4004-3 4005-3 4005-3 12.3 117 1026 4004-3 4005-3 4005-3 11.0 131 1144 4005-3 4005-3 4006-3 9.96 145 1266 4005-3 4005-3 4006-3 9.07 159 1389 4005-3 4005-3 4006-3 7.98 180 1579 4005-3 4006-3 4006-3 7.27 198 1733 4005-3 4006-3 4007-3 6.52 221 1933 4005-3 4006-3 4007-3 5.35 269 2261 4005-4 4005-4 4006-4 4.88 295 2482 4005-4 4005-4 4006-4 4.48 322 2703 4005-4 4006-4 4007-4 3.95 364 3062 4005-4 4006-4 4007-4 3.53 408 3426 4006-4 4007-4 4008-4 3.17 455 3821 4007-4 4007-4 4008-4 2.89 499 4194 4007-4 4008-4 4009-4 2.59 557 4677 4007-4 4008-4 4009-4 2.29 628 5276 4007-4 4008-4 4009-4 2.09 689 5791 4008-4 4008-4 4009-4 1.87 769 6458 4008-4 4009-4 1.71 844 7089 4008-4 4009-4 1.53 941 7906 4008-4 4009-4 1.38 1041 8748 4009-4 1.26 1143 9605 4009-4 1.13 1274 10706 4009-4 1.01 1426 11983 0.91 1590 13362 0.83 1726 14505 0.67 2154 18101 Input power in P - 3 Input Speed in RP - 1440 (For output load cycles 50,00,000) Output Reduction Output Service Factor speed Ratio Torque (Nm) 1 1.4 2 414 3.48 50 4003-1 4003-1 4003-1 377 3.82 54 4003-1 4003-1 4003-1 338 4.26 61 4003-1 4003-1 4003-1 250 5.77 82 4003-1 4003-1 4003-1 200 7.20 103 4003-1 4003-1 4003-1 119 12.1 166 4003-2 4003-2 4003-2 98.7 14.6 200 4003-2 4003-2 4003-2 88.5 16.3 223 4003-2 4003-2 4003-2 79.3 18.2 248 4003-2 4003-2 4003-2 71.7 20.1 275 4003-2 4003-2 4003-2 65.3 22.0 301 4003-2 4003-2 4003-2 57.5 25.1 343 4003-2 4004-2 4004-2 52.4 27.5 376 4003-2 4004-2 4004-2 47.0 30.7 419 4003-2 4004-2 4004-2 34.7 41.5 568 4004-2 4004-2 4005-2 28.4 50.8 667 4004-3 4004-3 4004-3 25.4 56.6 744 4004-3 4004-3 4004-3 22.8 63.2 829 4004-3 4004-3 4004-3 20.8 69.3 910 4004-3 4004-3 4004-3 18.6 77.3 1015 4004-3 4004-3 4005-3 16.5 87.2 1145 4005-3 4005-3 4006-3 15.0 95.7 1257 4005-3 4005-3 4006-3 13.5 107 1401 4005-3 4005-3 4006-3 12.3 117 1539 4005-3 4006-3 4006-3 11.0 131 1716 4005-3 4006-3 4007-3 9.96 145 1899 4005-3 4006-3 4007-3 9.07 159 2084 4006-3 4006-3 4007-3 7.98 180 2369 4006-3 4006-3 4007-3 7.27 198 2600 4006-3 4007-3 4007-3 6.52 221 2899 4006-3 4007-3 4008-3 5.35 269 3391 4005-4 4006-4 4006-4 4.88 295 3722 4005-4 4006-4 4007-4 4.48 322 4054 4006-4 4007-4 4008-4 3.95 364 4593 4006-4 4007-4 4008-4 3.53 408 5139 4007-4 4008-4 4009-4 3.17 455 5732 4008-4 4008-4 4009-4 3.22 447 5636 4010-4 4010-4 4010-4 3.03 475 5990 4010-4 4010-4 4010-4 2.92 494 6226 4010-4 4010-4 4010-4 2.76 521 6572 4010-4 4010-4 4010-4 2.66 542 6831 4010-4 4010-4 4010-4 2.52 572 7204 4010-4 4010-4 4010-4 2.38 605 7628 4010-4 4010-4 4010-4 2.20 655 8255 4010-4 4010-4 4010-4 2.03 710 8950 4010-4 4010-4 4010-4 1.91 755 9519 4010-4 4010-4 4010-4 1.76 819 10322 4010-4 4010-4 4010-4 1.62 886 11170 4010-4 4010-4 4010-4 1.41 1022 12882 4010-4 4010-4 4010-4 48
otorised Selection Input power in P - 5 Input Speed in RP - 1440 (For output load cycles 50,00,000) Output Reduction Output Service Factor speed Ratio Torque (Nm) 1 1.4 2 414 3.48 83 4004-1 4004-1 4004-1 377 3.82 91 4004-1 4004-1 4004-1 338 4.26 101 4004-1 4004-1 4004-1 250 5.77 137 4004-1 4004-1 4004-1 200 7.20 171 4004-1 4004-1 4004-1 119 12.1 276 4005-2 4005-2 4005-2 98.7 14.6 333 4005-2 4005-2 4005-2 88.5 16.3 371 4005-2 4005-2 4005-2 79.3 18.2 414 4005-2 4005-2 4005-2 71.7 20.1 458 4005-2 4005-2 4005-2 65.3 22.0 502 4005-2 4005-2 4005-2 57.5 25.1 571 4005-2 4005-2 4005-2 52.4 27.5 627 4005-2 4005-2 4005-2 47.0 30.7 699 4005-2 4005-2 4005-2 34.7 41.5 947 4005-2 4005-2 4005-2 28.4 50.8 1111 4005-3 4005-3 4005-3 25.4 56.6 1239 4005-3 4005-3 4005-3 22.8 63.2 1382 4005-3 4005-3 4005-3 20.8 69.3 1517 4005-3 4005-3 4005-3 18.6 77.3 1692 4005-3 4005-3 4005-3 16.5 87.2 1908 4005-3 4006-3 4007-3 15.0 95.7 2095 4006-3 4006-3 4007-3 13.5 107 2335 4006-3 4006-3 4007-3 12.3 117 2565 4006-3 4007-3 4007-3 11.0 131 2860 4006-3 4007-3 4008-3 9.96 145 3164 4006-3 4007-3 4008-3 9.07 159 3473 4007-3 4007-3 4008-3 7.98 180 3948 4007-3 4008-3 4008-3 7.27 198 4333 4007-3 4008-3 4009-3 6.52 221 4832 4007-3 4008-3 4009-3 5.35 269 5651 4006-4 4007-4 4008-4 4.88 295 6204 4006-4 4007-4 4008-4 4.48 322 6756 4007-4 4008-4 4009-4 3.95 364 7656 4007-4 4008-4 4009-4 3.78 381 8000 4010-4 4010-4 4010-4 3.45 418 8777 4010-4 4010-4 4010-4 3.22 447 9394 4010-4 4010-4 4010-4 3.03 475 9983 4010-4 4010-4 4010-4 2.92 494 10377 4010-4 4010-4 4010-4 2.76 521 10953 4010-4 4010-4 4010-4 2.66 542 11386 4010-4 4010-4 4010-4 2.52 572 12007 4010-4 4010-4 4010-4 2.38 605 12713 4010-4 4010-4 4010-4 2.20 655 13759 4010-4 4010-4 4010-4 2.03 710 14917 4010-4 4010-4 4010-4 1.91 755 15865 4010-4 4010-4 4010-4 1.76 819 17204 4010-4 4010-4 4010-4 1.62 886 18617 4010-4 4010-4 4010-4 1.41 1022 21470 4010-4 4010-4 4010-4 Input power in P - 7.5 Input Speed in RP - 1440 (For output load cycles 50,00,000) Output Reduction Output Service Factor speed Ratio Torque (Nm) 1 1.4 2 414 3.48 124 4005-1 4005-1 4005-1 377 3.82 136 4005-1 4005-1 4005-1 338 4.26 152 4005-1 4005-1 4005-1 250 5.77 206 4005-1 4005-1 4005-1 200 7.20 256 4005-1 4005-1 4005-1 119 12.1 414 4005-2 4005-2 4005-2 98.7 14.6 499 4005-2 4005-2 4005-2 88.5 16.3 556 4005-2 4005-2 4005-2 79.3 18.2 621 4005-2 4005-2 4005-2 71.7 20.1 687 4005-2 4005-2 4005-2 65.3 22.0 754 4005-2 4005-2 4005-2 57.5 25.1 857 4005-2 4005-2 4005-2 52.4 27.5 940 4005-2 4005-2 4005-2 47.0 30.7 1049 4005-2 4005-2 4006-2 34.7 41.5 1420 4005-2 4005-2 4006-2 28.4 50.8 1667 4006-3 4006-3 4006-3 25.4 56.6 1859 4006-3 4006-3 4006-3 22.8 63.2 2073 4006-3 4006-3 4006-3 20.8 69.3 2276 4006-3 4006-3 4006-3 18.6 77.3 2538 4006-3 4006-3 4006-3 16.5 87.2 2862 4006-3 4007-3 4008-3 15.0 95.7 3142 4006-3 4007-3 4008-3 13.5 107 3503 4007-3 4007-3 4008-3 12.3 117 3847 4007-3 4008-3 4008-3 11.0 131 4290 4007-3 4008-3 4009-3 9.96 145 4747 4007-3 4008-3 4009-3 9.07 159 5210 4007-3 4008-3 4009-3 7.98 180 5922 4008-3 4009-3 7.27 198 6500 4008-3 4009-3 6.52 221 7248 4008-3 4009-3 5.35 269 8477 4007-4 4008-4 4009-4 4.88 295 9306 4007-4 4008-4 4009-4 4.41 327 10302 4010-4 4010-4 4010-4 4.01 359 11303 4010-4 4010-4 4010-4 3.78 381 11999 4010-4 4010-4 4010-4 3.45 418 13165 4010-4 4010-4 4010-4 3.22 447 14091 4010-4 4010-4 4010-4 3.03 475 14975 4010-4 4010-4 4010-4 2.92 494 15566 4010-4 4010-4 4010-4 2.76 521 16430 4010-4 4010-4 4010-4 2.66 542 17078 4010-4 4010-4 4010-4 2.52 572 18011 4010-4 4010-4 4010-4 2.38 605 19069 4010-4 4010-4 4010-4 2.20 655 20638 4010-4 4010-4 4010-4 2.03 710 22376 4010-4 4010-4 4010-4 1.91 755 23798 4010-4 4010-4 4010-4 1.76 819 25806 4010-4 4010-4 4010-4 1.62 886 27926 4010-4 4010-4 4010-4 1.41 1022 32206 4010-4 4010-4 4011-4 49
otorised Selection Input power in P - 10 Input Speed in RP - 1440 (For output load cycles 50,00,000) Output Reduction Output Service Factor speed Ratio Torque (Nm) 1 1.4 2 414 3.48 165 4005-1 4005-1 4005-1 377 3.82 181 4005-1 4005-1 4005-1 338 4.26 202 4005-1 4005-1 4005-1 250 5.77 274 4005-1 4005-1 4005-1 200 7.20 342 4005-1 4005-1 4005-1 119 12.1 552 4005-2 4005-2 4005-2 98.7 14.6 665 4005-2 4005-2 4005-2 88.5 16.3 742 4005-2 4005-2 4005-2 79.3 18.2 827 4005-2 4005-2 4005-2 71.7 20.1 915 4005-2 4005-2 4005-2 65.3 22.0 1005 4005-2 4005-2 4005-2 57.5 25.1 1143 4005-2 4005-2 4006-2 52.4 27.5 1254 4005-2 4005-2 4006-2 47.0 30.7 1398 4005-2 4005-2 4006-2 34.7 41.5 1894 4005-2 4006-2 4007-2 28.4 50.8 2223 4006-3 4006-3 4006-3 25.4 56.6 2479 4006-3 4006-3 4006-3 22.8 63.2 2764 4006-3 4006-3 4006-3 20.8 69.3 3034 4006-3 4006-3 4006-3 18.6 77.3 3384 4006-3 4006-3 4007-3 16.5 87.2 3816 4007-3 4008-3 4008-3 15.0 95.7 4189 4007-3 4008-3 4009-3 13.5 107 4670 4007-3 4008-3 4009-3 12.3 117 5130 4007-3 4008-3 4009-3 11.0 131 5721 4008-3 4008-3 4009-3 10.15 142 6212 4010-3 4010-3 4010-3 6.92 208 8738 4010-4 4010-4 4010-4 6.31 228 9587 4010-4 4010-4 4010-4 5.75 250 10518 4010-4 4010-4 4010-4 5.21 276 11617 4010-4 4010-4 4010-4 4.83 298 12519 4010-4 4010-4 4010-4 4.41 327 13736 4010-4 4010-4 4010-4 4.01 359 15070 4010-4 4010-4 4010-4 3.78 381 15999 4010-4 4010-4 4010-4 3.45 418 17553 4010-4 4010-4 4010-4 3.22 447 18787 4010-4 4010-4 4010-4 3.03 475 19967 4010-4 4010-4 4010-4 2.92 494 20755 4010-4 4010-4 4010-4 2.76 521 21907 4010-4 4010-4 4010-4 2.66 542 22771 4010-4 4010-4 4010-4 2.52 572 24015 4010-4 4010-4 4010-4 2.38 605 25425 4010-4 4010-4 4010-4 2.20 655 27517 4010-4 4010-4 4010-4 2.03 710 29835 4010-4 4010-4 4010-4 1.91 755 31731 4010-4 4010-4 4011-4 1.76 819 34408 4010-4 4010-4 4011-4 1.62 886 37234 4010-4 4010-4 4011-4 1.41 1022 42941 4010-4 4010-4 4011-4 Input power in P - 15 Input Speed in RP - 1440 (For output load cycles 50,00,000) Output Reduction Output Service Factor speed Ratio Torque (Nm) 1 1.4 2 414 3.48 248 4006-1 4006-1 4006-1 377 3.82 272 4006-1 4006-1 4006-1 338 4.26 303 4006-1 4006-1 4006-1 250 5.77 411 4006-1 4006-1 4006-1 200 7.20 513 4006-1 4006-1 4006-1 119 12.1 828 4006-2 4006-2 4006-2 98.7 14.6 998 4006-2 4006-2 4006-2 88.5 16.3 1113 4006-2 4006-2 4006-2 79.3 18.2 1241 4006-2 4006-2 4006-2 71.7 20.1 1373 4006-2 4006-2 4006-2 65.3 22.0 1507 4006-2 4006-2 4006-2 57.5 25.1 1714 4006-2 4006-2 4007-2 52.4 27.5 1881 4006-2 4006-2 4007-2 47.0 30.7 2097 4006-2 4006-2 4007-2 34.7 41.5 2841 4006-2 4007-2 4008-2 28.4 50.8 3334 4007-3 4007-3 4007-3 25.4 56.6 3718 4007-3 4007-3 4007-3 22.8 63.2 4146 4007-3 4007-3 4007-3 20.8 69.3 4551 4007-3 4007-3 4007-3 18.6 77.3 5076 4007-3 4007-3 4007-3 16.5 87.2 5724 4008-3 4008-3 4009-3 15.3 93.9 6167 4010-3 4010-3 4010-3 14.5 99.1 6504 4010-3 4010-3 4010-3 13.2 109 7184 4010-3 4010-3 4010-3 11.7 123 8081 4010-3 4010-3 4010-3 10.15 142 9319 4010-3 4010-3 4010-3 6.92 208 13107 4010-4 4010-4 4010-4 6.31 228 14380 4010-4 4010-4 4010-4 5.75 250 15777 4010-4 4010-4 4010-4 5.21 276 17426 4010-4 4010-4 4010-4 4.83 298 18779 4010-4 4010-4 4010-4 4.41 327 20603 4010-4 4010-4 4010-4 4.01 359 22605 4010-4 4010-4 4010-4 3.78 381 23999 4010-4 4010-4 4010-4 3.45 418 26330 4010-4 4010-4 4010-4 3.22 447 28181 4010-4 4010-4 4010-4 3.03 475 29950 4010-4 4010-4 4010-4 2.92 494 31132 4010-4 4010-4 4011-4 2.76 521 32860 4010-4 4010-4 4011-4 2.66 542 34157 4010-4 4010-4 4011-4 2.52 572 36022 4010-4 4010-4 4011-4 2.38 605 38138 4010-4 4010-4 4011-4 2.20 655 41276 4010-4 4010-4 4011-4 2.03 710 44752 4010-4 4011-4 4011-4 1.91 755 47596 4010-4 4011-4 4011-4 1.76 819 51611 4010-4 4011-4 4011-4 1.62 886 55851 4010-4 4011-4 4011-4 1.41 1022 64411 4011-4 4011-4 4012-4 50
otorised Selection Input power in P - 20 Input Speed in RP - 1440 (For output load cycles 50,00,000) Output Reduction Output Service Factor speed Ratio Torque (Nm) 1 1.4 2 414 3.48 331 4006-1 4006-1 4006-1 377 3.82 363 4006-1 4006-1 4006-1 338 4.26 405 4006-1 4006-1 4006-1 250 5.77 548 4006-1 4006-1 4006-1 200 7.20 684 4006-1 4006-1 4006-1 119 12.1 1104 4006-2 4006-2 4006-2 98.7 14.6 1330 4006-2 4006-2 4006-2 88.5 16.3 1484 4006-2 4006-2 4006-2 79.3 18.2 1655 4006-2 4006-2 4006-2 71.7 20.1 1831 4006-2 4006-2 4006-2 65.3 22.0 2010 4006-2 4006-2 4006-2 57.5 25.1 2285 4006-2 4006-2 4007-2 52.4 27.5 2508 4006-2 4007-2 4007-2 47.0 30.7 2797 4006-2 4007-2 4008-2 34.7 41.5 3788 4007-2 4008-2 4008-2 28.4 50.8 4445 4007-3 4007-3 4007-3 25.4 56.6 4957 4007-3 4007-3 4007-3 22.8 63.2 5528 4007-3 4007-3 4008-3 20.8 69.3 6068 4007-3 4007-3 4008-3 18.6 77.3 6767 4007-3 4007-3 4008-3 17.8 80.9 7077 4010-3 4010-3 4010-3 16.8 85.6 7495 4010-3 4010-3 4010-3 15.3 93.9 8223 4010-3 4010-3 4010-3 14.5 99.1 8672 4010-3 4010-3 4010-3 13.2 109 9578 4010-3 4010-3 4010-3 11.7 123 10774 4010-3 4010-3 4010-3 10.1 142 12425 4010-3 4010-3 4010-3 6.92 208 17476 4010-4 4010-4 4010-4 6.31 228 19174 4010-4 4010-4 4010-4 5.75 250 21037 4010-4 4010-4 4010-4 5.21 276 23234 4010-4 4010-4 4010-4 4.83 298 25038 4010-4 4010-4 4010-4 4.41 327 27471 4010-4 4010-4 4010-4 4.01 359 30140 4010-4 4010-4 4010-4 3.78 381 31998 4010-4 4010-4 4011-4 3.45 418 35107 4010-4 4010-4 4011-4 3.22 447 37575 4010-4 4010-4 4011-4 3.03 475 39934 4010-4 4010-4 4011-4 2.92 494 41509 4010-4 4010-4 4011-4 2.76 521 43814 4010-4 4010-4 4011-4 2.66 542 45542 4010-4 4011-4 4011-4 2.52 572 48030 4010-4 4011-4 4011-4 2.38 605 50850 4010-4 4011-4 4011-4 2.20 655 55034 4010-4 4011-4 4011-4 2.03 710 59670 4010-4 4011-4 4012-4 1.91 755 63462 4011-4 4011-4 4012-4 1.76 819 68815 4011-4 4011-4 4012-4 1.62 886 74469 4011-4 4011-4 4012-4 1.41 1022 85882 4011-4 4012-4 4012-4 Input power in P - 30 Input Speed in RP - 1440 (For output load cycles 50,00,000) Output Reduction Output Service Factor speed Ratio Torque (Nm) 1 1.4 2 414 3.48 496 4007-1 4007-1 4007-1 377 3.82 544 4007-1 4007-1 4007-1 338 4.26 607 4007-1 4007-1 4007-1 250 5.77 822 4007-1 4007-1 4007-1 200 7.20 1026 4007-1 4007-1 4007-1 119 12.1 1656 4008-2 4008-2 4008-2 98.7 14.6 1996 4008-2 4008-2 4008-2 88.5 16.3 2225 4008-2 4008-2 4008-2 79.3 18.2 2482 4008-2 4008-2 4008-2 71.7 20.1 2746 4008-2 4008-2 4008-2 65.3 22.0 3015 4008-2 4008-2 4008-2 57.5 25.1 3428 4008-2 4008-2 4008-2 52.4 27.5 3761 4008-2 4008-2 4008-2 47.0 30.7 4195 4008-2 4008-2 4009-2 34.7 41.5 5682 4008-2 4009-2 4009-2 28.4 50.8 6668 4009-3 4009-3 4009-3 25.4 56.6 7436 4009-3 4009-3 4009-3 22.8 63.2 8292 4009-3 4009-3 4009-3 20.8 69.3 9102 4009-3 4009-3 4009-3 18.6 77.3 10151 4009-3 4009-3 4009-3 17.8 80.9 10616 4010-3 4010-3 4010-3 16.8 85.6 11242 4010-3 4010-3 4010-3 15.3 93.9 12335 4010-3 4010-3 4010-3 14.5 99.1 13008 4010-3 4010-3 4010-3 13.2 109 14367 4010-3 4010-3 4010-3 11.7 123 16161 4010-3 4010-3 4010-3 10.1 142 18637 4010-3 4010-3 4010-3 6.92 208 26214 4010-4 4010-4 4010-4 6.31 228 28760 4010-4 4010-4 4010-4 5.75 250 31555 4010-4 4010-4 4011-4 5.21 276 34851 4010-4 4010-4 4011-4 4.83 298 37558 4010-4 4010-4 4011-4 4.41 327 41207 4010-4 4010-4 4011-4 4.01 359 45210 4010-4 4011-4 4011-4 3.78 381 47997 4010-4 4011-4 4011-4 3.45 418 52660 4010-4 4011-4 4011-4 3.22 447 56362 4010-4 4011-4 4011-4 3.03 475 59900 4010-4 4011-4 4012-4 2.92 494 62264 4011-4 4011-4 4012-4 2.76 521 65720 4011-4 4011-4 4012-4 2.66 542 68314 4011-4 4011-4 4012-4 2.52 572 72045 4011-4 4011-4 4012-4 2.38 605 76276 4011-4 4011-4 4012-4 2.20 655 82551 4011-4 4011-4 4012-4 2.03 710 89505 4011-4 4012-4 4012-4 1.91 755 95192 4011-4 4012-4 4012-4 1.76 819 103223 4011-4 4012-4 4013-4 1.62 886 111703 4011-4 4012-4 4013-4 1.41 1022 128823 4012-4 4012-4 4013-4 51
otorised Selection Input power in P - 40 Input Speed in RP - 1440 (For output load cycles 50,00,000) Output Reduction Output Service Factor speed Ratio Torque (Nm) 1 1.4 2 414 3.48 661 4008-1 4008-1 4008-1 377 3.82 726 4008-1 4008-1 4008-1 338 4.26 809 4008-1 4008-1 4008-1 250 5.77 1096 4008-1 4008-1 4008-1 200 7.20 1368 4008-1 4008-1 4008-1 119 12.1 2208 4008-2 4008-2 4008-2 98.7 14.6 2661 4008-2 4008-2 4008-2 88.5 16.3 2967 4008-2 4008-2 4008-2 79.3 18.2 3310 4008-2 4008-2 4008-2 71.7 20.1 3662 4008-2 4008-2 4008-2 65.3 22.0 4019 4008-2 4008-2 4008-2 57.5 25.1 4570 4008-2 4008-2 4009-2 52.4 27.5 5015 4008-2 4008-2 4009-2 47.0 30.7 5593 4008-2 4008-2 4009-2 26.2 54.9 9605 4010-3 4010-3 4010-3 24.1 59.8 10462 4010-3 4010-3 4010-3 22.0 65.6 11478 4010-3 4010-3 4010-3 19.9 72.4 12677 4010-3 4010-3 4010-3 17.8 80.9 14155 4010-3 4010-3 4010-3 16.8 85.6 14990 4010-3 4010-3 4010-3 15.3 93.9 16446 4010-3 4010-3 4010-3 14.5 99.1 17345 4010-3 4010-3 4010-3 13.2 109 19157 4010-3 4010-3 4010-3 11.7 123 21548 4010-3 4010-3 4010-3 10.1 142 24850 4010-3 4010-3 4010-3 6.92 208 34952 4010-4 4010-4 4011-4 6.31 228 38347 4010-4 4010-4 4011-4 5.75 250 42073 4010-4 4010-4 4011-4 5.21 276 46468 4010-4 4011-4 4011-4 4.83 298 50077 4010-4 4011-4 4011-4 4.41 327 54942 4010-4 4011-4 4011-4 4.01 359 60280 4010-4 4011-4 4012-4 3.78 381 63996 4011-4 4011-4 4012-4 3.45 418 70213 4011-4 4011-4 4012-4 3.22 447 75150 4011-4 4011-4 4012-4 3.03 475 79867 4011-4 4011-4 4012-4 2.92 494 83019 4011-4 4011-4 4012-4 2.76 521 87627 4011-4 4012-4 4012-4 2.66 542 91085 4011-4 4012-4 4012-4 2.52 572 96059 4011-4 4012-4 4012-4 2.38 605 101701 4011-4 4012-4 4013-4 2.20 655 110068 4011-4 4012-4 4013-4 2.03 710 119340 4012-4 4012-4 4013-4 1.91 755 126923 4012-4 4012-4 4013-4 1.76 819 137630 4012-4 4012-4 4013-4 1.62 886 148937 4012-4 4013-4 4013-4 1.41 1022 171763 4012-4 4013-4 4013-4 Input power in P - 50 Input Speed in RP - 1440 (For output load cycles 50,00,000) Output Reduction Output Service Factor speed Ratio Torque (Nm) 1 1.4 2 414 3.48 826 4009-1 4009-1 4009-1 377 3.82 907 4009-1 4009-1 4009-1 338 4.26 1012 4009-1 4009-1 4009-1 250 5.77 1370 4009-1 4009-1 4009-1 200 7.20 1710 4009-1 4009-1 4009-1 119 12.1 2761 4009-2 4009-2 4009-2 98.7 14.6 3326 4009-2 4009-2 4009-2 88.5 16.3 3709 4009-2 4009-2 4009-2 79.3 18.2 4137 4009-2 4009-2 4009-2 71.7 20.1 4577 4009-2 4009-2 4009-2 65.3 22.0 5024 4009-2 4009-2 4009-2 58.5 24.6 5608 4010-2 4010-2 4010-2 26.2 54.9 12006 4010-3 4010-3 4010-3 24.1 59.8 13078 4010-3 4010-3 4010-3 22.0 65.6 14347 4010-3 4010-3 4010-3 19.9 72.4 15846 4010-3 4010-3 4010-3 17.8 80.9 17693 4010-3 4010-3 4010-3 16.8 85.6 18737 4010-3 4010-3 4010-3 15.3 93.9 20558 4010-3 4010-3 4010-3 14.5 99.1 21681 4010-3 4010-3 4010-3 13.2 109 23946 4010-3 4010-3 4010-3 11.7 123 26935 4010-3 4010-3 4010-3 10.1 142 31062 4010-3 4010-3 4011-3 6.92 208 43690 4010-4 4011-4 4011-4 6.31 228 47934 4010-4 4011-4 4011-4 5.75 250 52591 4010-4 4011-4 4011-4 5.21 276 58085 4010-4 4011-4 4011-4 4.83 298 62596 4011-4 4011-4 4012-4 4.41 327 68678 4011-4 4011-4 4012-4 4.01 359 75350 4011-4 4011-4 4012-4 3.78 381 79995 4011-4 4011-4 4012-4 3.45 418 87767 4011-4 4012-4 4012-4 3.22 447 93937 4011-4 4012-4 4012-4 3.03 475 99834 4011-4 4012-4 4013-4 2.92 494 103773 4011-4 4012-4 4013-4 2.76 521 109534 4011-4 4012-4 4013-4 2.66 542 113856 4011-4 4012-4 4013-4 2.52 572 120074 4012-4 4012-4 4013-4 2.38 605 127126 4012-4 4012-4 4013-4 2.20 655 137585 4012-4 4012-4 4013-4 2.03 710 149175 4012-4 4013-4 4013-4 1.91 755 158654 4012-4 4013-4 4013-4 1.76 819 172038 4012-4 4013-4 4013-4 1.62 886 186171 4012-4 4013-4 4013-4 1.41 1022 214704 4013-4 4013-4 4013-4 52
otorised Selection Input power in P - 75 Input Speed in RP - 1440 (For output load cycles 50,00,000) Output Reduction Output Service Factor speed Ratio Torque (Nm) 1 1.4 2 91.3 15.8 5392 4011-2 4011-2 4011-2 83.9 17.2 5871 4011-2 4011-2 4011-2 75.9 19.0 6487 4011-2 4011-2 4011-2 67.5 21.3 7294 4011-2 4011-2 4011-2 58.5 24.6 8412 4011-2 4011-2 4011-2 26.2 54.9 18009 4013-3 4013-3 4013-3 24.1 59.8 19617 4013-3 4013-3 4013-3 22.0 65.6 21521 4013-3 4013-3 4013-3 19.9 72.4 23770 4013-3 4013-3 4013-3 17.8 80.9 26540 4013-3 4013-3 4013-3 16.8 85.6 28106 4013-3 4013-3 4013-3 15.3 93.9 30837 4013-3 4013-3 4013-3 14.5 99.1 32521 4013-3 4013-3 4013-3 13.2 109 35919 4013-3 4013-3 4013-3 11.7 123 40403 4013-3 4013-3 4013-3 10.1 142 46594 4013-3 4013-3 4013-3 6.92 208 65535 4013-4 4013-4 4013-4 6.31 228 71901 4013-4 4013-4 4013-4 5.75 250 78887 4013-4 4013-4 4013-4 5.21 276 87128 4013-4 4013-4 4013-4 4.83 298 93894 4013-4 4013-4 4013-4 4.41 327 103017 4013-4 4013-4 4013-4 4.01 359 113026 4013-4 4013-4 4013-4 3.78 381 119993 4013-4 4013-4 4013-4 3.45 418 131650 4013-4 4013-4 4013-4 3.22 447 140905 4013-4 4013-4 4013-4 3.03 475 149751 4013-4 4013-4 4013-4 2.92 494 155660 4013-4 4013-4 4013-4 2.76 521 164301 4013-4 4013-4 4013-4 2.66 542 170784 4013-4 4013-4 4013-4 2.52 572 180111 4013-4 4013-4 4013-4 2.38 605 190689 4013-4 4013-4 4013-4 2.20 655 206378 4013-4 4013-4 4013-4 2.03 710 223762 4013-4 4013-4 4014-4 1.91 755 237981 4013-4 4013-4 4014-4 1.76 819 258057 4013-4 4013-4 4014-4 1.62 886 279257 4013-4 4013-4 4014-4 1.41 1022 322057 4013-4 4014-4 4014-4 Input power in P - 100 Input Speed in RP - 1440 (For output load cycles 50,00,000) Output Reduction Output Service Factor speed Ratio Torque (Nm) 1 1.4 2 91.3 15.8 7190 4013-2 4013-2 4013-2 83.9 17.2 7828 4013-2 4013-2 4013-2 75.9 19.0 8649 4013-2 4013-2 4013-2 67.5 21.3 9725 4013-2 4013-2 4013-2 58.5 24.6 11216 4013-2 4013-2 4013-2 26.2 54.9 24011 4015-3 4015-3 4015-3 24.1 59.8 26156 4015-3 4015-3 4015-3 22.0 65.6 28695 4015-3 4015-3 4015-3 19.9 72.4 31693 4015-3 4015-3 4015-3 17.8 80.9 35387 4015-3 4015-3 4015-3 16.8 85.6 37475 4015-3 4015-3 4015-3 15.3 93.9 41116 4015-3 4015-3 4015-3 14.5 99.1 43361 4015-3 4015-3 4015-3 13.2 109 47891 4015-3 4015-3 4015-3 11.7 123 53870 4015-3 4015-3 4015-3 10.1 142 62125 4015-3 4015-3 4015-3 6.92 208 87380 4015-4 4015-4 4015-4 6.31 228 95868 4015-4 4015-4 4015-4 5.75 250 105183 4015-4 4015-4 4015-4 5.21 276 116171 4015-4 4015-4 4015-4 4.83 298 125192 4015-4 4015-4 4015-4 4.41 327 137356 4015-4 4015-4 4015-4 4.01 359 150701 4015-4 4015-4 4015-4 3.78 381 159991 4015-4 4015-4 4015-4 3.45 418 175533 4015-4 4015-4 4015-4 3.22 447 187874 4015-4 4015-4 4015-4 3.03 475 199668 4015-4 4015-4 4015-4 2.92 494 207547 4015-4 4015-4 4015-4 2.76 521 219068 4015-4 4015-4 4015-4 2.66 542 227712 4015-4 4015-4 4015-4 2.52 572 240148 4015-4 4015-4 4015-4 2.38 605 254252 4015-4 4015-4 4015-4 2.20 655 275170 4015-4 4015-4 4015-4 2.03 710 298350 4015-4 4015-4 4015-4 1.91 755 317308 4015-4 4015-4 4015-4 1.76 819 344076 4015-4 4015-4 4015-4 1.62 886 372343 4015-4 4015-4 4015-4 1.41 1022 429409 4015-4 4015-4 4015-4 53
DIENSIONAL DETAILS 54
Dimension Sheet odels - 4000 to 4005 Foot - ollow Input Single Stage All Dimensions in mm odel Output ounting Others otor Dj6 JP9 L1 C E F N G S K A Lh Frame 4000-1 19 21.5 6 30 80 60 100 80 125 44 9 10 90 140 63 4001-1 24 27 8 40 100 90 120 125 150 64 14 12 120 165 63-71 4002-1 28 31 8 40 100 90 120 120 150 64 14 12 135 222 63-90 4003-1 38 41 10 55 100 90 140 120 170 71 14 15 155 267 80-112 4004-1 50 53.5 14 75 120 110 180 150 220 97 14 15 205 301 80-112 4005-1 65 69 18 90 140 150 210 200 260 117 18 20 250 406 100-160 Double Stage 4000-2 19 21.5 6 30 80 60 100 80 125 44 9 10 90 160 63 4001-2 24 27 8 40 100 90 120 125 150 64 14 12 120 188 63-71 4002-2 28 31 8 40 100 90 120 120 150 64 14 12 135 270 63-90 4003-2 38 41 10 55 100 90 140 120 170 71 14 15 155 315 71-112 4004-2 50 53.5 14 75 120 110 180 150 220 97 14 15 205 349 71-112 4005-2 65 69 18 90 140 150 210 200 260 117 18 20 250 471 100-160 Triple Stage 4000-3 19 21.5 6 30 80 60 100 80 125 44 9 10 90 180 63 4001-3 24 27 8 40 100 90 120 125 150 64 14 12 120 211 63-71 4002-3 28 31 8 40 100 90 120 120 150 64 14 12 135 318 63-90 4003-3 38 41 10 55 100 90 140 120 170 71 14 15 155 363 63-90 4004-3 50 53.5 14 75 120 110 180 150 220 97 14 15 205 397 63-112 4005-3 65 69 18 90 140 150 210 200 260 117 18 20 250 452 71-112 Four Stage 4000-4 19 21.5 6 30 80 60 100 80 125 44 9 10 90 199 63 4001-4 24 27 8 40 100 90 120 125 150 64 14 12 120 234 63-71 4002-4 28 31 8 40 100 90 120 120 150 64 14 12 135 366 63-90 4003-4 38 41 10 55 100 90 140 120 170 71 14 15 155 386 63-90 4004-4 50 53.5 14 75 120 110 180 150 220 97 14 15 205 420 63-90 4005-4 65 69 18 90 140 150 210 200 260 117 18 20 250 500 63-90 55
Dimension Sheet odels - 4006 to 4009 Foot - ollow Input Single Stage All Dimensions in mm odel Output ounting Others otor Dj6 JP9 L1 C E F N G S K A Lh Frame 4006-1 80 85.5 22 110 160 200 300 250 350 137 18 25 290 491 100-180 4007-1 95 100 25 135 200 250 350 300 400 162 22 25 330 547 100-180 4008-1 110 116 28 170 200 250 350 300 400 197 22 25 355 629 132-200 4009-1 120 127 32 180 250 300 400 360 460 213 26 30 400 663 132-225 Double Stage 4006-2 80 85.5 22 110 160 200 300 250 350 137 18 25 290 560 80-160 4007-2 95 100 25 135 200 250 350 300 400 162 22 25 330 616 100-160 4008-2 110 116 28 170 200 250 350 300 400 197 22 25 355 692 100-180 4009-2 120 127 32 180 250 300 400 360 460 213 26 30 400 738 100-180 Triple Stage 4006-3 80 85.5 22 110 160 200 300 250 350 137 18 25 290 634 63-160 4007-3 95 100 25 135 200 250 350 300 400 162 22 25 330 690 90-160 4008-3 110 116 28 170 200 250 350 300 400 197 22 25 355 761 90-160 4009-3 120 127 32 180 250 300 400 360 460 213 26 30 400 807 100-160 Four Stage 4006-4 80 85.5 22 110 160 200 300 250 350 137 18 25 290 592 63-112 4007-4 95 100 25 135 200 250 350 300 400 162 22 25 330 662 71-112 4008-4 110 116 28 170 200 250 350 300 400 197 22 25 355 759 71-160 4009-4 120 127 32 180 250 300 400 360 460 213 26 30 400 851 90-160 56
Dimension Sheet odels - 4000 to 4005 Foot - Free Input Single Stage All Dimensions in mm odel Output Input ounting Others Dj6 J P9 L1 d j6 h j P9 L2 C E F N G S K A Lf 4000-1 19 21.5 6 30 14 16 5 20 80 60 100 80 125 44 9 10 90 161 4001-1 24 27 8 40 14 16 5 20 100 90 120 125 150 64 14 12 120 186 4002-1 28 31 8 40 28 31 8 40 100 90 120 120 150 64 14 12 135 267 4003-1 38 41 10 55 28 31 8 40 100 90 140 120 170 71 14 15 155 287 4004-1 50 53.5 14 75 28 31 8 40 120 110 180 150 220 97 14 15 205 321 4005-1 65 69 18 90 50 53.5 14 70 140 150 210 200 260 117 18 20 250 449 Double Stage 4000-2 19 21.5 6 30 14 16 5 20 80 60 100 80 125 44 9 10 90 181 4001-2 24 27 8 40 14 16 5 20 100 90 120 125 150 64 14 12 120 209 4002-2 28 31 8 40 28 31 8 40 100 90 120 120 150 64 14 12 135 315 4003-2 38 41 10 55 28 31 8 40 100 90 140 120 170 71 14 15 155 335 4004-2 50 53.5 14 75 28 31 8 40 120 110 180 150 220 97 14 15 205 369 4005-2 65 69 18 90 28 31 8 40 140 150 210 200 260 117 18 20 250 424 Triple Stage 4000-3 19 21.5 6 30 14 16 5 20 80 60 100 80 125 44 9 10 90 200 4001-3 24 27 8 40 14 16 5 20 100 90 120 125 150 64 14 12 120 232 4002-3 28 31 8 40 28 31 8 40 100 90 120 120 150 64 14 12 135 363 4003-3 38 41 10 55 28 31 8 40 100 90 140 120 170 71 14 15 155 383 4004-3 50 53.5 14 75 28 31 8 40 120 110 180 150 220 97 14 15 205 417 4005-3 65 69 18 90 28 31 8 40 140 150 210 200 260 117 18 20 250 472 Four Stage 4000-4 19 21.5 6 30 14 16 5 20 80 60 100 80 125 44 9 10 90 220 4001-4 24 27 8 40 14 16 5 20 100 90 120 125 150 64 14 12 120 255 4002-4 28 31 8 40 28 31 8 40 100 90 120 120 150 64 14 12 135 411 4003-4 38 41 10 55 28 31 8 40 100 90 140 120 170 71 14 15 155 431 4004-4 50 53.5 14 75 28 31 8 40 120 110 180 150 220 97 14 15 205 465 4005-4 65 69 18 90 28 31 8 40 140 150 210 200 260 117 18 20 250 520 57
Dimension Sheet odels - 4006 to 4009 Foot - Free Input Single Stage All Dimensions in mm odel Output Input ounting Others Dj6 JP9 L1 dj6 h jp9 L2 C E F N G S K A Lf 4006-1 80 85.5 22 110 50 53.5 14 70 160 200 300 250 350 137 18 25 290 532 4007-1 95 100 25 135 50 53.5 14 70 200 250 350 300 400 162 22 25 330 588 4008-1 110 116 28 170 70 74.5 20 100 200 250 350 300 400 197 22 25 355 700 4009-1 120 127 32 180 70 74.5 20 100 250 300 400 360 460 213 26 30 400 734 Double Stage 4006-2 80 85.5 22 110 28 31.0 8 40 160 200 300 250 350 137 18 25 290 516 4007-2 95 100 25 135 50 53.5 14 70 200 250 350 300 400 162 22 25 330 659 4008-2 110 116 28 170 50 53.5 14 70 200 250 350 300 400 197 22 25 355 733 Triple Stage 4009-2 120 127 32 180 50 53.5 14 70 250 300 400 360 460 213 26 30 400 779 4006-3 80 85.5 22 110 28 31.0 8 40 160 200 300 250 350 137 18 25 290 564 4007-3 95 100 25 135 28 31.0 8 40 200 250 350 300 400 162 22 25 330 634 Four Stage 4008-3 110 116 28 170 28 31.0 8 40 200 250 350 300 400 197 22 25 355 717 4009-3 120 127 32 180 50 53.5 14 70 250 300 400 360 460 213 26 30 400 850 4006-4 80 85.5 22 110 28 31.0 8 40 160 200 300 250 350 137 18 25 290 612 4007-4 95 100 25 135 28 31.0 8 40 200 250 350 300 400 162 22 25 330 682 4008-4 110 116 28 170 28 31.0 8 40 200 250 350 300 400 197 22 25 355 765 4009-4 120 127 32 180 28 31.0 8 40 250 300 400 360 460 213 26 30 400 825 58
Dimension Sheet odels - 4000 to 4005 Flange - ollow Input Single Stage All Dimensions in mm odel Output ounting Others otor Dj6 JP9 L1 E Fh8 N S K G A Lh Frame 4000-1 19 21.5 6 30 90 75 60 4 5.5 8 34 90 141 63 4001-1 24 27 8 40 120 105 80 8 6.5 10 45 120 165 63-71 4002-1 28 31 8 40 135 115 80 8 8.5 10 45 135 222 63-90 4003-1 38 41 10 55 150 135 100 8 8.5 12 68 155 267 80-112 4004-1 50 53.5 14 75 200 165 130 8 13 18 90 205 301 80-112 4005-1 65 69.0 18 90 220 190 160 8 13 15 106 250 406 100-160 Double Stage 4000-2 19 21.5 6 30 90 75 60 4 5.5 8 34 90 160 63 4001-2 24 27 8 40 120 105 80 8 6.5 10 45 120 188 63-71 4002-2 28 31 8 40 135 115 80 8 8.5 10 45 135 270 63-90 4003-2 38 41 10 55 150 135 100 8 8.5 12 68 155 315 71-112 4004-2 50 53.5 14 75 200 165 130 8 13 18 90 205 349 71-112 4005-2 65 69.0 18 90 220 190 160 8 13 15 106 250 471 100-160 Triple Stage 4000-3 19 21.5 6 30 90 75 60 4 5.5 8 34 90 180 63 4001-3 24 27 8 40 120 105 80 8 6.5 10 45 120 211 63-71 4002-3 28 31 8 40 135 115 80 8 8.5 10 45 135 318 63-90 4003-3 38 41 10 55 150 135 100 8 8.5 12 68 155 363 63-90 4004-3 50 53.5 14 75 200 165 130 8 13 18 90 205 397 63-90 4005-3 65 69.0 18 90 220 190 160 8 13 15 106 250 452 63-90 Four Stage 4000-4 19 21.5 6 30 90 75 60 4 5.5 8 34 90 199 63 4001-4 24 27 8 40 120 105 80 8 6.5 10 45 120 234 63-71 4002-4 28 31 8 40 135 115 80 8 8.5 10 45 135 366 63-90 4003-4 38 41 10 55 150 135 100 8 8.5 12 68 155 386 63-90 4004-4 50 53.5 14 75 200 165 130 8 13 18 90 205 420 63-90 4005-4 65 69.0 18 90 220 190 160 8 13 15 106 250 500 63-90 59
Dimension Sheet odels - 4006 to 4009 Flange - ollow Input Single Stage All Dimensions in mm odel Output ounting Others otor Dj6 JP9 L1 E Fh8 N S K G Lh Frame 4006-1 80 85.5 22 110 290 265 240 12 13 85 262 491 100-180 4007-1 95 100 25 135 330 300 270 12 17 95 310 547 100-180 4008-1 110 116 28 170 355 325 290 12 17 110 360 629 132-200 4009-1 120 127 32 180 400 360 335 12 17 120 385 663 132-225 Double Stage 4006-2 80 85.5 22 110 290 265 240 12 13 85 262 560 80-160 4007-2 95 100 25 135 330 300 270 12 17 95 310 616 100-160 4008-2 110 116 28 170 355 325 290 12 17 110 360 692 100-180 4009-2 120 127 32 180 400 360 335 12 17 120 385 738 100-180 Triple Stage 4006-3 80 85.5 22 110 290 265 240 12 13 85 262 634 63-160 4007-3 95 100 25 135 330 300 270 12 17 95 310 690 90-160 4008-3 110 116 28 170 355 325 290 12 17 110 360 761 90-160 4009-3 120 127 32 180 400 360 335 12 17 120 385 807 100-160 Four Stage 4006-4 80 85.5 22 110 290 265 240 12 13 85 262 592 63-112 4007-4 95 100 25 135 330 300 270 12 17 95 310 662 71-112 4008-4 110 116 28 170 355 325 290 12 17 110 360 759 71-160 4009-4 120 127 32 180 400 360 335 12 17 120 385 851 90-160 60
Dimension Sheet odels - 4000 to 4005 Flange - Free Input Single Stage All Dimensions in mm odel Output Input ounting Others Dj6 JP9 L1 dj6 h jp9 L2 E Fh8 N S K G A Lf 4000-1 19 21.5 6 30 14 16 5 20 90 75 60 4 5.5 8 34 90 161 4001-1 24 27 8 40 14 16 5 20 120 105 80 8 6.5 10 45 120 185 4002-1 28 31 8 40 28 31 8 40 135 115 80 8 8.5 10 45 135 267 4003-1 38 41 10 55 28 31 8 40 150 135 100 8 8.5 12 68 155 287 4004-1 50 53.5 14 75 28 31 8 40 200 165 130 8 13 18 90 205 321 4005-1 65 69 18 90 50 53.5 14 70 220 190 160 8 13 15 106 250 449 Double Stage 4000-2 19 21.5 6 30 14 16 5 20 90 75 60 4 5.5 8 34 90 179 4001-2 24 27 8 40 14 16 5 20 120 105 80 8 6.5 10 45 120 209 4002-2 28 31 8 40 28 31 8 40 135 115 80 8 8.5 10 45 135 315 4003-2 38 41 10 55 28 31 8 40 150 135 100 8 8.5 12 68 155 335 4004-2 50 53.5 14 75 28 31 8 40 200 165 130 8 13 18 90 205 369 4005-2 65 69 18 90 28 31 8 40 220 190 160 8 13 15 106 250 424 Triple Stage 4000-3 19 21.5 6 30 14 16 5 20 90 75 60 4 5.5 8 34 90 198 4001-3 24 27 8 40 14 16 5 20 120 105 80 8 6.5 10 45 120 233 4002-3 28 31 8 40 28 31 8 40 135 115 80 8 8.5 10 45 135 363 4003-3 38 41 10 55 28 31 8 40 150 135 100 8 8.5 12 68 155 383 4004-3 50 53.5 14 75 28 31 8 40 200 165 130 8 13 18 90 205 417 4005-3 65 69 18 90 28 31 8 40 220 190 160 8 13 15 106 250 472 Four Stage 4000-4 19 21.5 6 30 14 16 5 20 90 75 60 4 5.5 8 34 90 216 4001-4 24 27 8 40 14 16 5 20 120 105 80 8 6.5 10 45 120 257 4002-4 28 31 8 40 28 31 8 40 135 115 80 8 8.5 10 45 135 411 4003-4 38 41 10 55 28 31 8 40 150 135 100 8 8.5 12 68 155 431 4004-4 50 53.5 14 75 28 31 8 40 200 165 130 8 13 18 90 205 465 4005-4 65 69 18 90 28 31 8 40 220 190 160 8 13 15 106 250 520 61
Dimension Sheet odels - 4006 to 4009 Flange - Free Input Single Stage All Dimensions in mm odel Output Input ounting Others Dj6 JP9 L1 dj6 h jp9 L2 E Fh8 N S K G Lf 4006-1 80 85.5 22 110 50 53.5 14 70 290 265 240 12 13 85 262 532 4007-1 95 100 25 135 50 53.5 14 70 330 300 270 12 17 95 310 588 4008-1 110 116 28 170 70 74.5 20 100 355 325 290 12 17 110 360 700 4009-1 120 127 32 180 70 74.5 20 100 400 360 335 12 17 120 385 734 Double Stage 4006-2 80 85.5 22 110 28 31.0 8 40 290 265 240 12 13 85 262 516 4007-2 95 100 25 135 50 53.5 14 70 330 300 270 12 17 95 310 659 4008-2 110 116 28 170 50 53.5 14 70 355 325 290 12 17 110 360 733 4009-2 120 127 32 180 50 53.5 14 70 400 360 335 12 17 120 385 779 Triple Stage 4006-3 80 85.5 22 110 28 31.0 8 40 290 265 240 12 13 85 262 564 4007-3 95 100 25 135 28 31.0 8 40 330 300 270 12 17 95 310 634 4008-3 110 116 28 170 28 31.0 8 40 355 325 290 12 17 110 360 717 4009-3 120 127 32 180 50 53.5 14 70 400 360 335 12 17 120 385 850 Four Stage 4006-4 80 85.5 22 110 28 31.0 8 40 290 265 240 12 13 85 262 612 4007-4 95 100 25 135 28 31.0 8 40 330 300 270 12 17 95 310 682 4008-4 110 116 28 170 28 31.0 8 40 355 325 290 12 17 110 360 765 4009-4 120 127 32 180 28 31.0 8 40 400 360 335 12 17 120 385 825 62
Dimension Sheet odels - 4001 B to 4005 B Foot - ollow Input Single Stage All Dimensions in mm odel Output ounting Others otor Dj6 JP9 L1 C E F N G S K A P L B Frame 4001-1 24 27 8 40 100 90 120 125 150 64 14 12 120 156 147 120 63-71 4002-1 28 31 8 40 100 90 120 120 150 64 14 12 135 164 147 120 63-71 4003-1 38 41 10 55 100 90 140 120 170 71 14 15 155 211 238 135 63-90 4004-1 50 53.5 14 75 120 110 180 150 220 97 14 15 205 225 238 135 80-112 4005-1 65 69 18 90 140 150 210 200 260 117 18 20 250 306 326 155 100-160 Double Stage 4001-2 24 27 8 40 100 90 120 125 150 64 14 12 120 156 147 120 63-71 4002-2 28 31 8 40 100 90 120 120 150 64 14 12 135 164 147 120 63-71 4003-2 38 41 10 55 100 90 140 120 170 71 14 15 155 211 238 135 63-90 4004-2 50 53.5 14 75 120 110 180 150 220 97 14 15 205 225 238 135 63-90 4005-2 65 69 18 90 140 150 210 200 260 117 18 20 250 306 326 155 80-112 Triple Stage 4001-3 24 27 8 40 100 90 120 125 150 64 14 12 120 180 147 120 63 4002-3 28 31 8 40 100 90 120 120 150 64 14 12 135 212 147 120 63-71 4003-3 38 41 10 55 100 90 140 120 170 71 14 15 155 259 238 135 63-90 4004-3 50 53.5 14 75 120 110 180 150 220 97 14 15 205 272 238 135 63-90 4005-3 65 69 18 90 140 150 210 200 260 117 18 20 250 312 238 135 63-90 Four Stage 4001-4 24 27 8 40 100 90 120 125 150 64 14 12 120 204 147 120 63 4002-4 28 31 8 40 100 90 120 120 150 64 14 12 135 260 147 120 63-71 4003-4 38 41 10 55 100 90 140 120 170 71 14 15 155 266 147 120 63-71 4004-4 50 53.5 14 75 120 110 180 150 220 97 14 15 205 320 238 135 63-90 4005-4 65 69 18 90 140 150 210 200 260 117 18 20 250 360 238 135 63-90 63
Dimension Sheet odels - 4006 B to 4009 B Foot - ollow Input Single Stage All Dimensions in mm odel Output ounting Others otor Dj6 JP9 L1 C E F N G S K A P L B Frame 4006-1 80 85.5 22 110 160 200 300 250 350 137 18 25 290 367 329 205 100-160 4007-1 95 100 25 135 200 250 350 300 400 162 22 25 330 424 438 250 100-160 4008-1 110 116 28 170 200 250 350 300 400 197 22 25 355 454 449 290 132-200 4009-1 120 127 32 180 250 300 400 360 460 213 26 30 400 510 487 330 132-225 Double Stage 4006-2 80 85.5 22 110 160 200 300 250 350 137 18 25 290 367 329 208 80-112 4007-2 95 100 25 135 200 250 350 300 400 162 22 25 330 424 438 250 100-160 4008-2 110 116 28 170 200 250 350 300 400 197 22 25 355 454 449 290 100-180 4009-2 120 127 32 180 250 300 400 360 460 213 26 30 400 510 487 330 100-180 Triple Stage 4006-3 80 85.5 22 110 160 200 300 250 350 137 18 25 290 441 326 155 63-112 4007-3 95 100 25 135 200 250 350 300 400 162 22 25 330 471 326 155 80-112 4008-3 110 116 28 170 200 250 350 300 400 197 22 25 355 508 329 205 80-112 4009-3 120 127 32 180 250 300 400 360 460 213 26 30 400 570 438 250 100-160 Four Stage 4006-4 80 85.5 22 110 160 200 300 250 350 137 18 25 290 441 238 135 63-112 4007-4 95 100 25 135 200 250 350 300 400 162 22 25 330 545 326 155 71-112 4008-4 110 116 28 170 200 250 350 300 400 197 22 25 355 567 326 155 80-112 4009-4 120 127 32 180 250 300 400 360 460 213 26 30 400 617 326 155 80-112 64
Dimension Sheet odels - 4001B to 4005B Foot - Free Input Single Stage All Dimensions in mm odel Output Input ounting Others Dj6 J P9 L1 d j6 h j P9 L2 C E F N G S K A P L B 4001-1 24 27 8 40 14 16 5 20 100 90 120 125 150 64 14 12 120 156 167 120 4002-1 28 31 8 40 14 16 5 20 100 90 120 120 150 64 14 12 135 164 167 120 4003-1 38 41 10 55 28 31 8 40 100 90 140 120 170 71 14 15 155 211 283 135 4004-1 50 53.5 14 75 28 31 8 40 120 110 180 150 220 97 14 15 205 225 283 135 4005-1 65 69 18 90 28 31 8 40 140 150 210 200 260 117 18 20 250 306 346 155 Double Stage 4001-2 24 27 8 40 14 16 5 20 100 90 120 125 150 64 14 12 120 156 167 120 4002-2 28 31 8 40 14 16 5 20 100 90 120 120 150 64 14 12 135 164 167 120 4003-2 38 41 10 55 28 31 8 40 100 90 140 120 170 71 14 15 155 211 283 135 4004-2 50 53.5 14 75 28 31 8 40 120 110 180 150 220 97 14 15 205 225 283 135 4005-2 65 69 18 90 28 31 8 40 140 150 210 200 260 117 18 20 250 306 346 155 Triple Stage 4001-3 24 27 8 40 14 16 5 20 100 90 120 125 150 64 14 12 120 180 167 120 4002-3 28 31 8 40 14 16 5 20 100 90 120 120 150 64 14 12 135 212 167 120 4003-3 38 41 10 55 28 31 8 40 100 90 140 120 170 71 14 15 155 259 283 135 4004-3 50 53.5 14 75 28 31 8 40 120 110 180 150 220 97 14 15 205 272 283 135 4005-3 65 69 18 90 28 31 8 40 140 150 210 200 260 117 18 20 250 312 283 135 Four Stage 4001-4 24 27 8 40 14 16 5 20 100 90 120 125 150 64 14 12 120 204 167 120 4002-4 28 31 8 40 14 16 5 20 100 90 120 120 150 64 14 12 135 260 167 120 4003-4 38 41 10 55 14 16 5 20 100 90 140 120 170 71 14 15 155 266 167 120 4004-4 50 53.5 14 75 28 31 8 40 120 110 180 150 220 97 14 15 205 320 283 135 4005-4 65 69 18 90 28 31 8 40 140 150 210 200 260 117 18 20 250 360 283 135 65
Dimension Sheet odels - 4006B to 4009B Foot - Free Input Single Stage All Dimensions in mm odel Output Input ounting Others Dj6 J P9 L1 d j6 h j P9 L2 C E F N G S K A P L B 4006-1 80 85.5 22 110 28 31 8 40 160 200 300 250 350 137 18 25 290 367 349 205 4007-1 95 100 25 135 50 53.5 14 70 200 250 350 300 400 162 22 25 330 424 481 250 4008-1 110 116 28 170 50 53.5 14 70 200 250 350 300 400 197 22 25 355 454 490 290 4009-1 120 127 32 180 50 53.5 14 70 250 300 400 360 460 213 26 30 400 510 528 330 Double Stage 4006-1 80 85.5 22 110 28 31 8 40 160 200 300 250 350 137 18 25 290 367 349 205 4007-1 95 100 25 135 50 53.5 14 70 200 250 350 300 400 162 22 25 330 424 481 250 4008-1 110 116 28 170 50 53.5 14 70 200 250 350 300 400 197 22 25 355 454 490 290 4009-1 120 127 32 180 50 53.5 14 70 250 300 400 360 460 213 26 30 400 510 528 330 Triple Stage 4006-1 80 85.5 22 110 28 31 8 40 160 200 300 250 350 137 18 25 290 440 283 135 4007-1 95 100 25 135 28 31 8 40 200 250 350 300 400 162 22 25 330 471 346 155 4008-1 110 116 28 170 28 31 8 40 200 250 350 300 400 197 22 25 355 508 349 205 4009-1 120 127 32 180 50 53.5 14 70 250 300 400 360 460 213 26 30 400 570 481 250 Four Stage 4006-1 80 85.5 22 110 28 31 8 40 160 200 300 250 350 137 18 25 290 441 283 135 4007-1 95 100 25 135 28 31 8 40 200 250 350 300 400 162 22 25 330 486 283 135 4008-1 110 116 28 170 28 31 8 40 200 250 350 300 400 197 22 25 355 511 283 135 4009-1 120 127 32 180 28 31 8 40 250 300 400 360 460 213 26 30 400 617 346 155 66
Dimension Sheet odel - 4001 B to 4005 B Flange - ollow Input Single Stage All Dimensions in mm odel Output ounting Others otor Dj6 JP9 L1 E Fh8 N S K G A P L B Frame 4001-1 24 27 8 40 120 105 80 4 5.5 8 45 120 151 147 120 63-71 4002-1 28 31 8 40 135 115 80 8 8.5 10 45 135 159 147 120 63-71 4003-1 38 41 10 55 150 135 100 8 8.5 12 68 155 198 238 135 63-90 4004-1 50 53.5 14 75 200 165 130 8 13 18 90 205 210 238 135 80-112 4005-1 65 69.0 18 90 220 190 160 8 13 15 106 250 290 326 155 100-160 Double Stage 4001-2 24 27 8 40 120 105 80 4 5.5 8 45 120 151 147 120 63-71 4002-2 28 31 8 40 135 115 80 8 8.5 10 45 135 159 147 120 63-71 4003-2 38 41 10 55 150 135 100 8 8.5 12 68 155 198 238 135 63-90 4004-2 50 53.5 14 75 200 165 130 8 13 18 90 205 210 238 135 63-90 4005-2 65 69.0 18 90 220 190 160 8 13 15 106 250 290 326 155 80-112 Triple Stage 4001-3 24 27 8 40 120 105 80 4 5.5 8 45 120 175 147 120 63 4002-3 28 31 8 40 135 115 80 8 8.5 10 45 135 207 147 120 63-71 4003-3 38 41 10 55 150 135 100 8 8.5 12 68 155 246 238 135 63-90 4004-3 50 53.5 14 75 200 165 130 8 13 18 90 205 257 238 135 63-90 4005-3 65 69.0 18 90 220 190 160 8 13 15 106 250 296 238 135 63-90 Four Stage 4001-4 24 27 8 40 120 105 80 4 5.5 8 45 120 199 147 120 63 4002-4 28 31 8 40 135 115 80 8 8.5 10 45 135 255 147 120 63-71 4003-4 38 41 10 55 150 135 100 8 8.5 12 68 155 253 147 120 63-71 4004-4 50 53.5 14 75 200 165 130 8 13 18 90 205 305 238 135 63-90 4005-4 65 69.0 18 90 220 190 160 8 13 15 106 250 344 238 135 63-90 67
Dimension Sheet odels - 4006 B to 4009 B Flange - ollow Input Single Stage All Dimensions in mm odel Output ounting Others otor Dj6 JP9 L1 E Fh8 N S K G P L B Frame 4006-1 80 85.5 22 110 290 265 240 12 13 85 262 215 329 205 100-160 4007-1 95 100 25 135 330 300 270 12 17 95 310 249 438 250 100-160 4008-1 110 116 28 170 355 325 290 12 17 110 360 264 449 290 132-200 4009-1 120 127 32 180 400 360 335 12 17 120 385 305 487 330 132-225 Double Stage 4006-2 80 85.5 22 110 290 265 240 12 13 85 262 215 329 205 80-112 4007-2 95 100 25 135 330 300 270 12 17 95 310 249 438 250 100-160 4008-2 110 116 28 170 355 325 290 12 17 110 360 264 449 290 100-180 4009-2 120 127 32 180 400 360 335 12 17 120 385 305 487 330 100-180 Triple Stage 4006-3 80 85.5 22 110 290 265 240 12 13 85 262 289 326 155 63-112 4007-3 95 100 25 135 330 300 270 12 17 95 310 296 326 155 80-1120 4008-3 110 116 28 170 355 325 290 12 17 110 360 318 329 205 80-112 4009-3 120 127 32 180 400 360 335 12 17 120 385 365 438 250 100-160 Four Stage 4006-4 80 85.5 22 110 290 265 240 12 13 85 262 289 238 135 63-90 4007-4 95 100 25 135 330 300 270 12 17 95 310 370 326 155 71-112 4008-4 110 116 28 170 355 325 290 12 17 110 360 377 326 155 80-112 4009-4 120 127 32 180 400 360 335 12 17 120 385 412 326 155 80-112 68
Dimension Sheet odels - 4001B to 4005B Flange - Free Input Single Stage All Dimensions in mm odel Output Input ounting Others Dj6 J P9 L1 d j6 h j P9 L2 E Fh8 N S K G A P L B 4001-1 24 27 8 40 14 16 5 20 120 105 80 4 5.5 8 45 120 151 167 120 4002-1 28 31 8 40 14 16 5 20 135 115 80 8 8.5 10 45 135 159 167 120 4003-1 38 41 10 55 28 31 8 40 150 135 100 8 8.5 12 68 155 198 283 135 4004-1 50 53.5 14 75 28 31 8 40 200 165 130 8 13 18 90 205 210 283 135 4005-1 65 69 18 90 28 31 8 40 220 190 160 8 13 15 106 250 290 346 155 Double Stage 4001-2 24 27 8 40 14 16 5 20 120 105 80 4 5.5 8 45 120 151 167 120 4002-2 28 31 8 40 14 16 5 20 135 115 80 8 8.5 10 45 135 159 167 120 4003-2 38 41 10 55 28 31 8 40 150 135 100 8 8.5 12 68 155 198 283 135 4004-2 50 53.5 14 75 28 31 8 40 200 165 130 8 13 18 90 205 210 283 135 4005-2 65 69 18 90 28 31 8 40 220 190 160 8 13 15 106 250 290 346 155 Triple Stage 4001-3 24 27 8 40 14 16 5 20 120 105 80 4 5.5 8 45 120 175 167 120 4002-3 28 31 8 40 14 16 5 20 135 115 80 8 8.5 10 45 135 207 167 120 4003-3 38 41 10 55 28 31 8 40 150 135 100 8 8.5 12 68 155 246 283 135 4004-3 50 53.5 14 75 28 31 8 40 200 165 130 8 13 18 90 205 257 283 135 4005-3 65 69 18 90 28 31 8 40 220 190 160 8 13 15 106 250 296 283 135 Four Stage 4001-4 24 27 8 40 14 16 5 20 120 105 80 4 5.5 8 45 120 199 167 120 4002-4 28 31 8 40 14 16 5 20 135 115 80 8 8.5 10 45 135 255 167 120 4003-4 38 41 10 55 14 16 5 20 150 135 100 8 8.5 12 68 155 253 167 120 4004-4 50 53.5 14 75 28 31 8 40 200 165 130 8 13 18 90 205 305 283 135 4005-4 65 69 18 90 28 31 8 40 220 190 160 8 13 15 106 250 344 283 135 69
Dimension Sheet odels - 4006B to 4009B Flange - Free Input Single Stage All Dimensions in mm odel Output Input ounting Others Dj6 J P9 L1 d j6 h j P9 L2 E Fh8 N S K G P L B 4006-1 80 85.5 22 110 28 31 8 40 290 265 240 12 13 85 265 215 349 205 4007-1 95 100 25 135 50 53.5 14 70 330 300 270 12 17 95 310 249 481 250 4008-1 110 116 28 170 50 53.5 14 70 355 325 290 12 17 110 360 264 490 290 4009-1 120 127 32 180 50 53.5 14 70 400 360 335 12 17 120 385 305 528 330 Double Stage 4006-2 80 85.5 22 110 28 31 8 40 290 265 240 12 13 85 265 215 349 205 4007-2 95 100 25 135 50 53.5 14 70 330 300 270 12 17 95 310 249 481 250 4008-2 110 116 28 170 50 53.5 14 70 355 325 290 12 17 110 360 264 490 290 4009-2 120 127 32 180 50 53.5 14 70 400 360 335 12 17 120 385 305 528 330 Triple Stage 4006-3 80 85.5 22 110 28 31 8 40 290 265 240 12 13 85 265 288 283 135 4007-3 95 100 25 135 28 31 8 40 330 300 270 12 17 95 310 296 346 155 4008-3 110 116 28 170 28 31 8 40 355 325 290 12 17 110 360 318 349 205 4009-3 120 127 32 180 50 53.5 14 70 400 360 335 12 17 120 385 365 481 250 Four Stage 4006-4 80 85.5 22 110 28 31 8 40 290 265 240 12 13 85 265 289 283 135 4007-4 95 100 25 135 28 31 8 40 330 300 270 12 17 95 310 311 283 135 4008-4 110 116 28 170 28 31 8 40 355 325 290 12 17 110 360 321 283 135 4009-4 120 127 32 180 28 31 8 40 400 360 335 12 17 120 385 412 346 155 70
Dimension Sheet odels - 4005 to 4009 Agitator - ollow Input Single Stage All Dimensions in mm odel Output ounting Others otor Dj6 JP9 L1 E Fh8 N S K G A Lmax Frame 4005-1 65 69.0 18 90 250 225 200 8 13 18 205 250 591 100-160 4006-1 80 85.5 22 110 300 270 250 12 13 18 240 290 668 100-180 4007-1 95 100 25 135 385 350 280 16 18 18 255 330 742 100-180 4008-1 110 116 28 170 385 350 280 16 18 18 255 355 804 132-200 4009-1 120 127 32 180 490 440 400 16 18 22 400 400 968 132-225 Double Stage 4005-2 65 69.0 18 90 250 225 200 8 13 18 205 250 656 80-160 4006-2 80 85.5 22 110 300 270 250 12 13 18 240 290 737 80-160 4007-2 95 100 25 135 385 350 280 16 18 18 255 330 811 100-160 4008-2 110 116 28 170 385 350 280 16 18 18 255 355 867 100-180 4009-2 120 127 32 180 490 440 400 16 18 22 400 400 1043 100-180 Triple Stage 4005-3 65 69.0 18 90 250 225 200 8 13 18 205 250 637 63-112 4006-3 80 85.5 22 110 300 270 250 12 13 18 240 290 811 63-160 4007-3 95 100 25 135 385 350 280 16 18 18 255 330 885 90-160 4008-3 110 116 28 170 385 350 280 16 18 18 255 355 936 90-160 4009-3 120 127 32 180 490 440 400 16 18 22 400 400 1112 100-160 Four Stage 4005-4 65 69.0 18 90 250 225 200 8 13 18 205 250 685 63-90 4006-4 80 85.5 22 110 300 270 250 12 13 18 240 290 769 63-112 4007-4 95 100 25 135 385 350 280 16 18 18 255 330 857 71-112 4008-4 110 116 28 170 385 350 280 16 18 18 255 355 934 71-160 4009-4 120 127 32 180 490 440 400 16 18 22 400 400 1156 90-160 71
Dimension Sheet odels - 4005 to 4009 Agitator - Free Input Single Stage All Dimensions in mm odel Output Input ounting Others Dj6 J P9 L1 d j6 h j P9 L2 E Fh8 N S K G A Lmax 4005-1 65 69 18 90 50 53.5 14 70 250 225 200 8 13 18 205 250 634 4006-1 80 85.5 22 110 50 53.5 14 70 300 270 250 12 13 18 240 290 709 4007-1 95 100 25 135 50 53.5 14 70 385 350 280 16 18 18 255 330 783 4008-1 110 116 28 170 70 74.5 20 100 385 350 280 16 18 18 255 355 875 4009-1 120 127 32 180 70 74.5 20 100 490 440 400 16 18 22 400 400 1039 Double Stage 4005-2 65 69 18 90 28 31 8 40 250 225 200 8 13 18 205 250 609 4006-2 80 85.5 22 110 28 31 8 40 300 270 250 12 13 18 240 290 693 4007-2 95 100 25 135 50 53.5 14 70 385 350 280 16 18 18 255 330 854 4008-2 110 116 28 170 50 53.5 14 70 385 350 280 16 18 18 255 355 908 4009-2 120 127 32 180 50 53.5 14 70 490 440 400 16 18 22 400 400 1084 Triple Stage 4005-3 65 69 18 90 28 31 8 40 250 225 200 8 13 18 205 250 657 4006-3 80 85.5 22 110 28 31 8 40 300 270 250 12 13 18 240 290 741 4007-3 95 100 25 135 28 31 8 40 385 350 280 16 18 18 255 330 839 4008-3 110 116 28 170 28 31 8 40 385 350 280 16 18 18 255 355 892 4009-3 120 127 32 180 50 53.5 14 70 490 440 400 16 18 22 400 400 1155 Four Stage 4005-4 65 69 18 90 28 31 8 40 250 225 200 8 13 18 205 250 705 4006-4 80 85.5 22 110 28 31 8 40 300 270 250 12 13 18 240 290 789 4007-4 95 100 25 135 28 31 8 40 385 350 280 16 18 18 255 330 877 4008-4 110 116 28 170 28 31 8 40 385 350 280 16 18 18 255 355 940 4009-4 120 127 32 180 28 31 8 40 490 440 400 16 18 22 400 400 1130 72
Dimension Sheet odel - 4010 to 4015 Foot - Free and ollow Input Double Stage All Dimensions in mm ode Output Input Foot ounting Overall otor Dj6 J P9 L1 d j6 h j P9 L2 C E F K G S A B Lf Lh Frame 4010-2 150 158 36 200 70 74.5 20 100 275 335 450 30 250 33 450 540 435 899 828 180-200 4011-2 180 190 45 240 80 85.5 22 150 350 395 550 45 290 33 550 650 485 1150 995 200-225 4012-2 220 231 50 300 80 85.5 22 150 400 465 650 45 350 33 650 750 555 1268 1115 200-250 4013-2 260 273 56 350 100 106 28 170 500 575 850 47 407 45 850 950 675 1521 1356 225-280 4014-2 300 314 70 400 120 127 32 180 600 1000 900 47 530 45 1050 1100 1100 1785 1610 250-315 4015-2 350 365 80 450 150 158 36 200 700 1100 1100 47 620 45 1270 1300 1250 2005 1830 250-315 Triple Stage 4010-3 150 158 36 200 70 74.5 20 100 275 335 450 30 250 33 450 540 425 990 920 132-180 4011-3 180 190 45 240 70 74.5 20 100 350 395 550 45 290 33 550 650 485 1138 1067 160-200 4012-3 220 231 50 300 80 85.5 22 150 400 465 650 45 350 33 650 750 555 1412 1257 180-200 4013-3 260 273 56 350 100 106 28 170 500 575 850 47 407 45 850 950 675 1692 1527 200-250 4014-3 300 314 70 400 120 127 32 180 600 1000 900 47 530 45 1050 1100 1100 1983 1808 225-250 4015-3 350 365 80 450 150 158 36 200 700 1100 1100 47 620 45 1270 1300 1250 2247 2052 250-280 Four Stage 4010-4 150 158 36 200 50 53.5 14 70 275 335 450 30 250 33 450 540 425 1014 971 100-160 4011-4 180 190 45 240 50 53.5 14 70 350 395 550 45 290 33 550 650 485 1182 1141 112-180 4012-4 220 231 50 300 70 74.5 20 100 400 465 650 45 350 33 650 750 555 1400 1329 132-180 4013-4 260 273 56 350 80 85.5 22 150 500 575 850 47 407 45 850 950 675 1765 1610 180-200 4014-4 300 314 70 400 100 106 28 170 600 1000 900 47 530 45 1050 1100 1100 2143 1978 200-250 4015-4 350 365 80 450 120 127 32 180 700 1100 1100 47 620 45 1270 1300 1250 2425 2250 225-250 73
Dimension Sheet odel - 4010 to 4015 Flange - Free and ollow Input Double Stage All Dimensions in mm odel Output Input Flange ounting Overall otor D j6 J P9 L1 d j6 h j P9 L2 E F h8 N S K G A Lf Lh Frame 4010-2 150 158 36 200 70 74.5 20 100 450 420 390 24 16 32 331 450 899 828 180-200 4011-2 180 190 45 240 80 85.5 22 150 550 520 485 24 16 32 385 550 1150 995 200-225 4012-2 220 231 50 300 80 85.5 22 150 650 620 590 24 16 32 478 650 1268 1115 200-250 4013-2 260 273 56 350 100 106 28 170 850 810 770 24 20 35 559 850 1521 1356 225-280 4014-2 300 314 70 400 120 127 32 180 1050 1010 960 24 20 35 680 1050 1785 1610 250-315 4015-2 350 365 80 450 150 158 36 200 1270 1210 1150 24 24 40 750 1270 2005 1830 250-315 Triple Stage 4010-3 150 158 36 200 70 74.5 20 100 450 420 390 24 16 32 331 450 990 920 132-180 4011-3 180 190 45 240 70 74.5 20 100 550 520 485 24 16 32 385 550 1138 1067 160-200 4012-3 220 231 50 300 80 85.5 22 150 650 620 590 24 16 32 478 650 1412 1257 180-200 4013-3 260 273 56 350 100 106 28 170 850 810 770 24 20 35 559 850 1692 1527 200-250 4014-3 300 314 70 400 120 127 32 180 1050 1010 960 24 20 35 680 1050 1983 1808 225-250 4015-3 350 365 80 450 150 158 36 200 1270 1210 1150 24 24 40 750 1270 2247 2052 250-280 Four Stage 4010-4 150 158 36 200 50 53.5 14 70 450 420 390 24 16 32 331 450 1014 971 100-160 4011-4 180 190 45 240 50 53.5 14 70 550 520 485 24 16 32 385 550 1182 1141 112-180 4012-4 220 231 50 300 70 74.5 20 100 650 620 590 24 16 32 478 650 1400 1329 132-180 4013-4 260 273 56 350 80 85.5 22 150 850 810 770 24 20 35 559 850 1765 1610 180-200 4014-4 300 314 70 400 100 106 28 170 1050 1010 960 24 20 35 680 1050 2143 1978 200-250 4015-4 350 365 80 450 120 127 32 180 1270 1210 1150 24 24 40 750 1270 2425 2250 225-250 74
Dimension Sheet Shrink Disc Details All Dimensions in mm odel Output Shaft Shrink Disc Torque Arm D d w d1 L L1 L3 A L min d T G 4004 68 50 30 40 50 115 34.5 30.5 300 13 12 65 68 55 30 40 50 115 34.5 30.5 300 18 12 65 68 60 30 40 50 115 34.5 30.5 300 18 12 65 4005 100 70 40 55 75 170 49.5 44 350 18 16 87 100 75 40 55 75 170 49.5 44 350 18 16 87 100 80 40 55 75 170 49.5 44 350 18 16 87 4006 125 85 50 75 100 215 61 54 400 21 20 217 125 90 50 75 100 215 61 54 400 21 20 217 125 95 50 75 100 215 61 54 400 21 20 217 4007 140 95 60 80 105 230 68.5 60.5 450 26 25 245 140 100 60 80 105 230 68.5 60.5 450 26 25 245 140 105 60 80 105 230 68.5 60.5 450 26 25 245 4008 160 110 80 85 115 290 81 71 500 26 25 293 160 115 80 85 115 290 81 71 500 26 25 293 160 120 80 85 115 290 81 71 500 26 25 293 4009 190 130-200 - 330 122 112 700 30 32 252 190 140-200 - 330 122 112 700 30 32 252 190 145-200 - 330 122 112 700 30 32 252 4010 220 160-250 - 370 144 134 900 33 32 282 220 165-250 - 370 144 134 900 33 32 282 220 170-250 - 370 144 134 900 33 32 282 4011 240 170-270 - 405 157 144 1000 33 50 315 240 180-270 - 405 157 144 1000 33 50 315 240 190-270 - 405 157 144 1000 33 50 315 4012 280 210-300 - 460 185 172 1100 33 50 370 280 220-300 - 460 185 172 1100 33 50 370 280 230-300 - 460 185 172 1100 33 50 370 4013 380 290-400 - 640 219 204 1500 38 50 455 380 300-400 - 640 219 204 1500 38 50 455 380 310-400 - 640 219 204 1500 38 50 455 4014 420 330-450 - 690 253 238 1500 45 65 550 420 340-450 - 690 253 238 1500 45 65 550 420 350-450 - 690 253 238 1500 45 65 550 4015 480 380-500 - 800 291 274 1600 50 75 610 480 390-500 - 800 291 274 1600 50 75 610 480 400-500 - 800 291 274 1600 50 75 610 75
Dimension Sheet Output Shaft - ale Spline odel L1 N Pf7 Spline Details Rf7 V L2 4004 50 5 25 40 B 48 x 43 IS:3665-1966 50 25 8x15 4005 60 5 35 50 B 58 x 53 IS:3665-1966 60 35 8x15 4006 70 5 40 60 B 68 x 63 IS:3665-1966 70 40 10x25 4007 80 5 45 65 B 75 x 70 IS:3665-1966 80 45 10x25 4008 90 10 50 70 B 80 x 75 IS:3665-1966 85 45 10x25 4009 110 10 70 90 B 98 x 93 IS:3665-1966 100 70 12x21 4010 150 10 95 125 N 140 x 5 x 9 DIN 5480 145 100 16x27 4011 180 15 115 145 W 170 x 5 x 8F DIN 5480 171 All Dimensions in mm 120 16x27 4012 230 20 150 180 W 200 x 5 x 38 DIN 5480 210 150 20x35 4013 300 20 200 225 W 250 x 8 x 30 DIN 5480 260 190 20x35 4014 325 20 225 250 W 280 x 8 x 34 DIN 5480 290 220 20x35 4015 360 20 250 290 W 320 x 8 x 38 DIN 5480 325 250 24x45 Output Shaft - Female Spline odel N L Spline Details R 8 P8 4004 40 5 30 A 40 x 35 IS:3665-1966 42 30 4005 55 5 45 A 50 x 45 IS:3665-1966 55 40 4006 65 5 55 A 58 x 53 IS:3665-1966 60 50 4007 80 9 66 A 68 x 63 IS:3665-1966 70 60 4008 100 10 80 A 80 x 75 IS:3665-1966 85 70 4009 105 10 85 A 90 x 85 IS:3665-1966 95 80 4010 110 10 90 W 120 x 5 x 9 DIN 5480 125 100 4011 125 10 100 N 140 x 5 x 9 DIN 5480 145 125 4012 175 10 150 N 170 x 5 x 9 DIN 5480 180 150 4013 210 20 170 N 200 x 5 x 9 DIN 5480 205 175 4014 230 20 190 N 240 x 5 x 9 DIN 5480 245 210 4015 270 20 230 N 280 x 8 x 9 DIN 5480 285 250 76
Dimension Sheet Output Shaft - ollow Keyed All Dimensions in mm odel D 7 J Js9 L 4003 24 27.3 8 40 4004 35 38.3 10 60 4005 42 45.3 12 75 4006 55 59.3 16 85 4007 65 69.4 18 110 4008 75 79.9 20 120 4009 85 90.9 22 140 4010 140 148.4 36 200 4011 180 190.4 45 250 4012 210 221.4 50 280 4013 280 292.4 63 340 4014 320 334.4 70 400 4015 380 395.4 80 450 77
Dimension Sheet otor ounting Details. All Dimensions in mm otor ollow Shaft ounting Available Standard B 5 type otors with speed and power Frame d F7 h j L R P Q 8 N S 3000 RP 1440 RP 960 RP 720 RP 63 11 12.8 4 25 140 115 95 4 8 0.25 0.25 - - 71 14 16.3 5 32 160 130 110 4 8 0.33 / 0.50 0.33 / 0.50 0.33 / 0.50 0.1 / 0.12 80 19 22 6 42 200 165 130 4 10 0.75 / 1 / 1.5 0.75 / 1 0.5 / 0.75 0.25 / 0.33 90 24 27.3 8 52 200 165 130 4 10 2.00 1.5 / 2 1.0 / 1.5 0.5 / 0.75 100 28 31.3 8 62 250 215 180 4 12 3.0 / 4.0 3.0 / 4.0 2.00 1.0 / 1.5 112 28 31.3 8 62 250 215 180 4 12 5.0 / 5.5 5.00 3.00 2.00 132 38 41.3 10 82 300 265 230 4 12 7.5 / 10 7.5 / 10 5.0 / 7.5 3.0 / 4.0 160 42 45.3 12 112 350 300 250 4 16 12.5 / 15 / 20 12.5 / 15 / 20 10 / 12.5 / 15 5 / 7.5 / 10.0 180 48 52 14 112 350 300 250 4 16 25 / 30 25 / 30 20 12.5 / 15.0 200 55 59.3 16 112 400 350 300 4 16 40 / 50 40 25 / 30 25.00 225 60 64.4 18 145 450 400 350 8 16 60 50 / 60 40 25 / 30 250 65 69.4 18 145 550 500 450 8 16 75 75 / 100 50 / 60 40 / 50 280 75 80 20 145 550 500 450 8 16 100 / 125 100 / 125 / 150 60 / 75 50 / 60 315 80 86 22 175 660 600 550 8 20 150 to 220 150 to 220 100 to 170 75 to 150 355 100 106.4 28 215 800 740 680 8 20 245 to 380 245 to 380 220 to 300 170 to 250 odelwise suitable motor frame sizes Frame size Single Stage Two Stage Three Stage Four Stage 63 4001 / 4002 4000 / 4001 / 4002 4000 / 4001 / 4002 4000 / 4001 / 4002 71 4002 4002 / 4003 / 4004 4002 / 4003 / 4004 4001 / 4002 / 4003 80 4002 / 4003 / 4004 4002 / 4003 / 4004 4002 / 4003 / 4004 4002 / 4003 / 4004 90 4002 / 4003 / 4004 4002 / 4003 / 4004 4002 / 4003 / 4004 4002 / 4003 / 4004 100 4003 / 4004 / 4005 4003 / 4004 / 4005 4004 / 4005 / 4006 4006 / 4007 / 4008 112 4003 / 4004 / 4005 4003 / 4004 / 4005 4004 / 4005 / 4006 4006 / 4007 / 4008 132 4005 / 4006 / 4007 4005 / 4006 / 4007 4006 / 4007 / 4008 4008 / 4009 / 4010 160 4005 / 4006 / 4007 4005 / 4006 / 4007 4006 / 4007 / 4008 4008 / 4009 / 4010 180 4006 / 4007 / 4008 4008 / 4009 / 4010 4010 / 4011 / 4012 4010 / 4011 / 4012 200 4008 / 4009 / 4010 4010 / 4011 / 4012 4010 / 4011 / 4012 4013 225 4009 / 4010 / 4011 4010 / 4011 / 4012 4010 / 4011 / 4012 4013 250 4012 / 4013 4011 / 4012 4012 / 4013 4013 78
Planetary Applications Crystalliser Drive Centrifuge Drive Diffrential Drive Slew Drive 79
Planetary Applications Track Drive Two Speed Drive Transit ixer Plastic Extruder Drive Winch 80