A L T R A I N D U S T R I A L M O T I O N Clutches and Brakes

Transcription

1 T R I N D U S T R I M O T I O N Clutches and Brakes

2 Contents Sizing & Selection... page Clutch / Brake Combinations Electro-Magnetic Clutches - Single Disc SFM VR page 6 SFM VR page 8 SFM VR page 10 SFM VR page 11 E10 VR page 1 E10 VR 0... page 14 E0 VR page 16 E0 VR 0... page 18 E0 VR 0... page 0 E0 VR page Electro-Magnetic Clutches - Multi Disc E140 VR page 4 Electro-Magnetic Clutches - Tooth E0 VR 00 / VR 10 / VR 04 / VR 14. page 6 E0 VR page 8 E0 VR 0 / VR 1... page 0 E0 VR 04 / VR page E0 VR page 4 E0 VR 0 / VR 1... page 6 Pneumatic Clutches - Multi Disc P10 VR 00 / VR 0... page 8 P140 VR 00 / VR 0... page 40 Pneumatic Clutches - Tooth P10 VR page 4 ydraulic Clutches - Multi Disc 110 VR page 44 Torque imiters Mechanical Torque imiter - Multi Disc 10 VR 01 / VR 0... page 46 1 VR page 48 1 VR 0... page 0 Brakes Electro-Magnetic Brakes - Single Disc PBM VR page PBM VR page 4 PBM VR 0... page E10 VR page 6 E0 VR page 8 Electro Release Brakes - Single Disc ERD VR 00 / VR 0 / VR 0 size page 60 ow to order size page 6 ERD VR 00 size page 64 ERD VR 0 size page 66 Electro Release Brakes - Dual Disc ERDD VR 00 / VR 0 size page 68 ERDD VR 00 / VR 0 / VR 0 size page 0 ow to order size page Electro-Magnetic Brakes - Tooth E10 VR page 4 E0 VR page 6 Pneumatic Brakes - Single Disc P0 VR page 8 Pneumatic Brakes - Dual Disc P60 VR page 80 Centrifugal Brakes FC-G - C page 8 ydraulic Brakes - Multi Disc 40 VR 00 / VR page 84 Power Supplies... page 86 Your REQUIREMENTS... page 90 Customised Models More than 60% of today s production is customized to meet specific client demands. If we cannot fulfil your requirements in any way with our standard product, such as bore size, improved IP ratings, quiet brakes, mounting configurations, more torque... call us! WE: DECRTION OF CE CONFORMITY ND INCORPORTION WRNER EECTRIC EUROPE S..S., rue Champfleur, BP 009, F-4918 St Barthélemy d njou Cedex Declare under our sole responsibility that all products in this catalogue are exclusively designed for incorporation into a machine or to be assembled with other machines to create a machine. The operation of the product is submitted to the conformity of the complete equipment, following the provisions of the machinery directive 89/9/EEC and if electric to the EMC directive 89/6/EEC. The conformity of the electric units to the ow Voltage directive //EEC is supported by the full respect of the following standards: NFC 900 and VDE 080/8.6 The products presented in this catalogue have not been designed to be used according to directive 94/9/EC (equipment for explosive atmosphere (TEX)). Feel free to submit your inquiries.

3 Clutches and Brakes Sizing and Selection The sizing of a Warner Electric clutch or brake depends on various factors. The most common of these factors are shown below in chronological order: Transmissible torque: In Nm Energy source: Electric, Pneumatic, ydraulic, or Mechanical ctuation mode: Static or Rotating Operational environment: Oil, Dry or Mixed eat dissipation: Duty Cycle, Inertia, Speed, etc. Orientation of mounting: orizontal, Vertical, Inclined The majority of applications can be computed using the formulas and calculation methods given below. For special cases we recommend that you contact the factory. Transmissible Torque Calculation of the torque provides a first approximation of the size of Warner Electric device required. The various transmissible torque's are: Static Torque The maximum transmissible torque when components to be coupled are in synchronism (zero relative speed). Dynamic Torque This is the torque developed by a clutch or brake during acceleration or deceleration until zero relative speed between the driving and driven component is achieved. This torque is a variable, as a function of the rotational speed, the friction factor, the type of friction material used, the operating ambient and the acceleration or deceleration time required to obtain the desired rotational speed. Residual Torque Normally applies for multi-disc devices only. This torque results from the friction between internal and external discs in a non-energized device. Nominal Torque The nominal torque of a power source can be calculated utilizing the following formula: M n = 90 P / n where: M n = required torque in Nm P = power in kw n = speed in min- 1 Calculation for Clutch Torque In case the nominal torque is unknown, it is recommended to add a safety factor K as a function of the type of drive source and the coupling mode: single disc, multi-disc or tooth. This results in formula: M n = (90 P / n) K For quick selection based on drive power use K = :, - for electric motors 4 - for Diesel engines - 6 for compressors Method to determine the transmission torque for a Warner Electric clutch or brake. This method enables you to proceed on the basis of the machine characteristics and to accurately define the type of product most suitable for the application. 1) Calculate the load torque This is the torque of the load and the friction of the mechanism, which the clutch has to overcome before rotation of the driven part is obtained. The value is basically equal to the tangential force exercised on a lever arm. M l = F R n / n 1 where: M I = static source torque in Nm F = force in N R = radius in m n 1 = speed of the clutch or brake shaft in min- 1 n = speed of the mechanism s shaft in min- 1 ) Calculate the moment of inertia The moment of inertia represents the mass to be brought to speed or to stop until synchronism between the drive shaft and driven shaft has been obtained. Consequently this is directly related to the inertia reflected on the clutch shaft. Rotational and linear inertia's are calculated utilizing following formulas: Rotational Inertia Solid cylinder J = 1/ m R ollow cylinder J = 1/ m ( R + r ) where: J = in kgm m = mass in kg R = outer radius in m r = inner radius in m Next the total of the inertia's need to be referred to the shaft of the clutch as a function of the square of the speed ratios. J total = J 1 + J ( n / n 1 ) + J ( n / n 1 ) where: J total = Total inertia in kgm n 1 = speed of drive shaft in min -1 n = speed of intermediate shaft in min -1 n = speed of driven shaft in min -1 J 1 = inertia of drive shaft in kgm J = inertia of intermediate shaft in kgm J = inertia of driven shaft in kgm inear Inertia J = 91 m v / n where: J = inertia in kgm m = mass in kg v = speed in m/s n = rotational speed in min -1 P-09-WE-4 1/1... Warner Electric + (0)

4 Clutches and Brakes Size and Selection Total Inertia This is the sum of all rotational and reflected inertia's (including the inertia of the clutch or brake parts). ) Time to accelerate or decelerate M d = ( J total n ) / ( 9, t ) where: M d = acceleration/deceleration torque in Nm J total = total inertia in kgm n = speed of clutch or brake shaft in min -1 t = acceleration / deceleration time required in s 4) Time to accelerate or decelerate M total = M d ± M l (except lifting, for this kind of application, please contact us) where : M total = in Nm M l = static torque in Nm M d = acceleration/deceleration torque in Nm The nominal clutch or brake s torque has to be always bigger than the torque calculated with this method. ) acceleration or deceleration real time t = ( J total n ) / ( 9, ( Mn ± Ml )) where: t = in s J total = total inertia in kgm n = speed of clutch or brake shaft in min -1 M n = nominal torque of the chosen clutch or brake... in Nm M l = static torque in Nm ( for a clutch, + for. a brake) Energizing Modes The Warner Electric product line of clutches and brakes contains devices energized: Electromagnetically ydraulically Pneumatically Mechanically They can be activated by: pplying power or pressure; = the friction surfaces are compressed when the force is applied. bsence of power or pressure; = the friction surfaces are compressed by spring force which makes these products suitable for use as security devices. The choice is also determined by the time of use in the rotating or stop position. Engagement When a speed difference between the drive and the driven axis is present, only the use of single or multidisc clutches or brakes is permitted. With zero speed difference or engagement at standstill, the use of a tooth clutch or brake becomes possible. Usually toothed devices have smaller diameters D than disc devices of the same ratings. lso they are normally activated by applying power. To establish the torque rating of a tooth device one should understand that under no condition can they withstand loads higher than specified in their data tables. (contrary to a friction clutch, the tooth clutch can never slip). Therefore one must know: The maximum peak torque produced by the drive system (watch out for accel/decelerations and inertia functions). The presence of shock and vibration in the drive system Since in many cases it is difficult to know these elements, for devices engaged by power on, a safety factor K = should be applied. For lifting motion, use of a tooth device is forbidden. For friction based devices, the torque ratings listed in our tables are based on run in conditions. In new conditions the transmissible torque may be below 0% of their nominal value. Nominal ratings are obtained after se eral operations with a differential speed above 1m/s. In order to obtain a high positioning precision and rapid acceleration a run in operation before use is recommended. In such applications the use of a Warner Electric power supply with boost current will help to reduce the engage and disengage times. Operating Conditions ubricated - For applications with high energy per cycle, we recommend the use of a multi disc device in lubricated environment. This will keep the surface wear low and particularly the lifetime of the friction surface will be increased. The lubricant used should have a viscosity below 40 centistokes at 0 C without a high-pressure additive. If possible do not submerge the devices. Dry - Recommended operation temperature - C to +40 C. The functional friction materials used in dry environments, generally steel/organic combinations, have a higher friction factor then those used in lubricated environments. This results in a higher level of wear as a function of the energy per cycle. s a consequence it is important to correctly select the product as a function of the operation parameters and heat dissipation capacity. Underrating will result in higher wear as well as deformation of the friction materials. Mixed - For use in mixed environments a protection against grease and dirt particles should be taken into account. eat Dissipation During clutching or braking, the mechanical energy is through friction transformed into heat. This lost energy needs to be absorbed by the clutch or brake without causing damage. In addition it affects its lifetime. Use the following formulae to calculate the heat dissipation: Clutch or Brake W = (J total n / 18,) (M n / (M n ± M l )) where: W = Work in Joules J total = Total inertia in kgm M n = nominal torque of the chosen clutch or brake... in Nm 4 Warner Electric + (0) P-09-WE-4 1/1

5 Clutches and Brakes Sizing and Selection M l = static torque for clutch in Nm + M l = static torque for brake in Nm n = clutch or brake speed in min -1 For vertical motion from top to bottom + and are reversed Torque limiter W = Md n t / 9, where: W = in Joules M d = slip torque in Nm n = speed in min -1 t = slipping time in seconds Using the results obtained, verify the heat dissipation using the diagrams shown with each product to see if the product selected meets this requirement. Mounting Position In this catalogue each product has been clearly identified for horizontal or vertical use. In some cases devices specified for horizontal use may be used in vertical position. Please consult factory for more information. Power Supply Electric - Our electric clutches & brakes operate with DC or rectified C voltage. The standard voltages are 4, 10. and 0 Volts. Warner Electric offers power supplies to convert the C voltage and to maintain a DC switching ensuring short response times. ll power supplies meet the applicable CE standards. Switching is possible on the C or the DC side, however, switching on the C side is to 6 times slower then DC side switching. Certain electro release devices apply a bi-voltage, the high voltage is used during the actual engagement, while the low voltage is used to hold the armature in position. Typical voltage combinations are 10./48 or 0/10. VDC. Back EMF - When de-energizing the coil an important back EMF voltage is produced, particularly for higher torque rated models. This voltage may even damage components in the control circuit. We recommended that these peak voltages are suppressed by connecting a capacitor across the coil. (This protections is included in our power supplies). gain do not hesitate to consult the factory for further information. Pneumatic - The normal service pressure for Warner Electric clutches and brakes varies between and 6 bars. For devices activated by pressure, the transmissible torque is directly proportional to the pressure applied. We recommend the use of a filter/regulator and an air lubricator to prevent all risks of corrosion of the air chamber. To avoid pressure losses in axial supplies the use of an air tight connection between the hub and the shaft is recommended. For radial supplies, a flexible connection without constraints is recommended. ydraulic - The normal service pressure for Warner Electric clutches and brakes is listed in the product tables. Di ferent service pressures meeting your operating conditions can be used. In order to protect the gliding surfaces of the piston/cylinder the use of filtered hydraulic oil with 10 micron grade and a viscosity suitable to the operating conditions, is recommended. For the friction surfaces, use of an oil with a viscosity up to ISO VG46 and compatible for use with sintered bronze is recommended. Units Electricity Capacity Current Inductance F Mechanical cceleration m/s ngle o Torque Nm Force N Gravity m/s ength m Mass kg Voluminal Mass kg/m Inertia kgm Material Density acrylic 1. aluminum. bakelite 1. brass 8. bronze 8.9 copper 8.9 glass.6 Resistance Voltage Pressure Ω V bar Power W Temperature o C Time s Energy J ngular Speed rd/s inear Speed m/s Rotational Speed min -1 iron.9 iron (cast). magnesium 1. nickle 8.8 rubber 1. steel.8 teflon. Conversions ength Inch feet yard mm m km x x Mass dram oz lb g kg Mg x x x x Force dram oz lb N kn x x x x Torque oz.in lb.in lb.ft Ncm Nm Inertia oz.in lb.in lb.ft kgcm kgm x x x Power P kp m/s Nm/s=J/s=W kw kcal/s BTU/s x x x x x x x Jan P-09-WE-4 1/1... Warner Electric + (0)

6 SFM VR 00 Electro-Magnetic Single Disc Clutch Characteristics Electrically operated 1, 4, 10, VDC Single friction face ctivated by power on Utilisation Coupling of a pulley or a shaft Particularities No backlash For dry use No residual torque in disengaged position Fixed OM inductor djustments irgap P should be adjusted at installation Requires wear compensation Maintenance Manual SM 04 Mounting Precautions Centre the inductor Observe dimension M Device intended for horizontal or vertical use Power Supply For 4 volts versions only : CBC CBC 40 4 CBC CBC 0 4 CBC 00 (overexcitation) CBC CBC 140 T (4V) CBC 140 (10,V) eat Dissipation Joules/Cycle Cycles/r 6 Warner Electric + (0) P-09-WE-4 1/1

7 SFM VR 00 Electro-Magnetic Single Disc Clutch T S J DIN 4 NFE 16 EUROstandard Indirect Drive DIN 984 Tol. P9 B C Q D R N U G E F 8 h9 K P M O Sizes Nom. Torque [Nm] Max. Speed [min -1 ] Power P0[U=1/4/10,V] [W] 1, B C D min D Std 10/1/1 10/1/0 0//0 /0/ 0/40/4 40/0/60 0/60/80 D max E F G For screw 4xM4 4xM 4xM6 4xM6 4xM8 4xM8 4xM J (1) For screw xm xm4 xm xm6 xm8 xm10 4xM1 K 1, 1,, , 46,, 64 M 4 6, 0,, 44 1 N O,, 4 6 P 0, 0, 0, 0, 0, 0, 0, Q R 8, S, 4,, 6 8 T,6 6, 9 9, U Inertia 1 [kgm ] 0, ,0001 0,000 0,001 0,0049 0,0140 0,060 Inertia [kgm ] 0, ,000 0,0008 0,00 0,006 0,019 0,00 Weight [kg] 0, 0,9 1,, 10 18, Connection eads Cable Connector Options (Delivered without cable) poles, capacity : 0,/,mm Keyway according to ISO R / BS 4 / DIN / NF E -1, tolerance P9 (1) rmature, Fixing J by screws DIN984 (not provided) P-09-WE-4 1/1... Warner Electric + (0)

8 SFM VR 10 Electro-Magnetic Single Disc Clutch Characteristics Electrically operated 1, 4, 10, VDC Single friction face ctivated by power on Utilisation Coupling of a pulley or a shaft Particularities No backlash For dry use No residual torque in disengaged position Fixed inductor mounted on ball bearings djustments irgap P should be adjusted at installation Requires wear compensation Maintenance Manual SM 04 Mounting Precautions The anti-rotation device of the electromagnet shall be inserted in anti rotation slot, with a side play of 0, mm and a 1 mm play to the bottom. This avoids a normal stress on the ball-bearings. We strongly recommend to mount a damping elastic slot in the anti-rotation device in case of vibrations Device intended for horizontal or vertical use Power Supply For 4 volts versions only : CBC CBC 40 4 CBC CBC 0 4 CBC 00 (overexcitation) CBC CBC 140 T (4V) CBC 140 (10,V) Joules/Cycle eat Dissipation Cycles/r Warner Electric + (0) P-09-WE-4 1/1

9 B C D E F SFM VR 10 Electro-Magnetic Single Disc Clutch Sizes Y X Y X J T1T EUROstandard Indirect Drive Bearing Mounted DIN 984 Q N Tol P9 U S W P Z K G Sizes Nom. Torque [Nm] Max. Speed [min -1 ] Power P0[U=1/4/10,V] [W] 1, , B C D* min D* Std 10/1/1 10/1/0 0//0 /0/ 0/40/4 40/0/60 40/0/60 D* max E F G , J (1) For screw xm xm4 xm xm6 xm8 xm10 4xM1 K 1, 1,, , 8, 94 N 40 4, 49 61, 4 81 P 0, 0, 0, 0, 0, 0, 0, Q S , 1 T, U W , , 146 X 4,1 4,1 4,1, Y Z 1, 1, Inertia 1 [kgm ] 0, ,0001 0,000 0,001 0,0049 0,0140 0,060 Inertia [kgm ] 0, ,0009 0,001 0,004 0,000 0,006 0,06 Weight [kg] 0, 1,, 4,0,6 1,0, Connection eads Cable Connector Options (Delivered without cable) poles, capacity : 0,/,mm Keyway according to ISO R / BS 4 / DIN / NF E -1, tolerance P9 (1) rmature, Fixing J by screws DIN984 (not provided) P-09-WE-4 1/1... Warner Electric + (0)

10 SFM VR 01 Electro-Magnetic Single Disc Clutch V W P T S DIN 4 NFE EUROstandard Direct Drive B C Q D D1 R E F 8 g6 h9 Tol. P9 N J G U M K O Sizes Nom. Torque [Nm] Max. Speed [min -1 ] Power P0[U=1/4/10,V] [W] 1, B C D1 min D1 Std 10/1/1 10/1/0 0//0 /0/ 0/40/4 40/0/60 0/60/80 D1 max D min D Std 10/1/1 10/1/0 0//0 /0/ 0/40/4 40/0/60 0/60/80 D max E F G For screw 4xM4 4xM 4xM6 4xM6 4xM8 4xM8 4xM J K 1, 41 46,, 66, 8, , 84, 10, 119, M 4 6, 0,, 44 1 N O,, 4 6 P 0, 0, 0, 0, 0, 0, 0, Q R 8, S, 4,, 6 8 T 6, 6, 9 9, U M4 M4 M4 M6 M8 M10 M10 V 1,, 4 1,, W Inertia 1 [kgm ] 0, ,0001 0,0009 0,000 0,00 0,04 0,00 Inertia [kgm ] 0, ,000 0,0008 0,00 0,006 0,019 0,00 Weight [kg] 0,9 1,1,0,6 6,9 1,1 4, Connection eads Cable Connector Options (Delivered without cable) poles, capacity : 0,/,mm Keyways according to ISO R / BS 4 / DIN / NF E - 1, tolerance P9 10 Warner Electric + (0) P-09-WE-4 1/1

11 DD1 E F SFM VR 11 Electro-Magnetic Single Disc Clutch Size Y X Y X 10-0 V W T1T EUROstandard Direct Drive Bearing Mounted B C Q D N Tol P9 J S M U P Z K G Sizes Nom. Torque [Nm] Max. Speed [min -1 ] Power P0[U=1/4/10,V] [W] 1, B C D1* min D1* Std 10/1/1 10/1/0 0//0 /0/ 0/40/4 40/0/60 40/0/60 D1* max D min D Std 10/1/1 10/1/0 0//0 /0/ 0/40/4 40/0/60 0/60/80 D max E F G , J K 4, 60 68, 9, , 1, 149, M , , 146 N 40 4, 49 61, 4 81 P 0, 0, 0, 0, 0, 0, 0, Q S , 1 T, 6, U M4 M4 M4 M6 M8 M10 M10 V 1,, 4 1,, W X 4,1 4,1 4,1, Y Z 1, 1, Inertia 1 [kgm ] 0, ,0001 0,0009 0,000 0,00 0,04 0,00 Inertia [kgm ] 0, ,0009 0,001 0,004 0,000 0,006 0,06 Weight [kg] 0,9 1,4,6 4,6 9 16,1 8, Connection eads Cable Connector Options (Delivered without cable) poles, capacity : 0,/,mm Keyways according to ISO R / BS 4 / DIN / NF E - 1, tolerance P9 * Mandatory delivered with finished bores P-09-WE-4 1/1... Warner Electric + (0)

12 E10 VR 00 Electro-Magnetic Single Disc Clutch Characteristics Electrically operated 4 or 10, VDC depending size Single friction face ctivated by power on Utilisation Coupling of two shafts in line Particularities No backlash For dry use No residual torque in disengaged position Fixed inductor mounted on ball bearings djustments irgap P should be adjusted at installation Does not require wear compensation Maintenance Manual SM 0 Mounting Precautions The anti-rotation device of the electromagnet shall be inserted in anti rotation slot, with a side play of 0, mm and a 1 mm play to the bottom. This avoids a normal stress on the ball-bearings. We strongly recommend to mount a damping elastic slot in the anti-rotation device in case of vibrations Device intended for horizontal use; for vertical use, please consult the factory Power Supply For sizes until 1600 : CBC CBC 40 4 CBC CBC 0 4 CBC CBC 140 T For size 00: CBC 140 Mounting Example nti-rotation Device ir Gap Spacer ir Gap 0,1 mm max. Joules/Cycle eat Dissipation Cycles/r 1 Warner Electric + (0) P-09-WE-4 1/1

13 Q E10 VR 00 Electro-Magnetic Single Disc Clutch 00 mm min. P 00 mm min. P a 0 C E D J Tol. P9 J M N F B S C E D M N F B K K R R Size 0-00 Size (x 10) Sizes Nom. Torque [Nm] Max. Speed [min-1] Voltage [VDC] , Power P0 [W] B C D* min D* max E F min F max J K 1, 19 4, M N P 0, 0, 0, 0, 0,6 0,8 0,8 Q R a S Inertia 1 [kgm ] 0,000 0,008 0,04 0,06 0,14 0,1 0,81 Inertia [kgm ] 0,00 0,018 0,00 0,04 0,06 0,04 0,681 Weight [kg], 10,4 0 0,8 4, 9 10 Connection Cable Direct Drive Connector Options (Delivered without cable) poles, capacity : 0,/,mm Keyways according to ISO R / BS 4 / DIN / NF E -1, tolerance P9 * Mandatory delivered with finished bore P-09-WE-4 1/1... Warner Electric + (0)

14 E10 VR 0 Electro-Magnetic Single Disc Clutch Characteristics Electrically operated 4 or 10, VDC depending size Single friction face ctivated by power on Expected ball bearing life hours ccepts speeds of rotation superior to series E10 VR 00 Utilisation Coupling of two shafts in line From size 00, we recommend to engage the clutch at a lower speed (about 00 min -1 ) Particularities No backlash For dry use No residual torque in disengaged position Fixed inductor mounted on ball bearings djustments irgap P should be adjusted at installation Does not require wear compensation Maintenance Manual SM 0 Mounting Precautions Device intended for horizontal or vertical use The anti-rotation device of the electromagnet shall be inserted in anti rotation slot, with a side play of 0, mm and a 1 mm play to the bottom. This avoids a normal stress on the ball-bearings. We strongly recommend to mount a damping elastic slot in the anti-rotation device in case of vibrations Power Supply For sizes until 1600 : CBC CBC 40 4 CBC CBC 0 4 CBC CBC 140 T For size 00 and up: CBC eat Dissipation Joules/Cycle Cycles/r Warner Electric + (0) P-09-WE-4 1/1

15 E10 VR 0 Electro-Magnetic Single Disc Clutch J 00 mm min. P Tol. P9 a Q 0 ong ife igh Speed Direct Drive S C E D M X F B K R Excess Grease Exit x 10 Sizes Nom. Torque [Nm] Max. Speed [min-1] Voltage [VDC] , 10, 10, Power P0 [W] B C D* min D* max E F min F max J K M N P 0, 0,6 0,8 0,8 1 1 Q R a S Inertia 1 [kgm ] 0,06 0,180 0,60 0,98,49,110 Inertia [kgm ] 0,04 0,06 0,04 0,681 1,9,690 Weight [kg],, Connection Cable Connector Options (Delivered without cable) poles, capacity : 0,/,mm Keyways according to ISO R / BS 4 / DIN / NF E -1, tolerance P9 * Mandatory delivered with finished bores P-09-WE-4 1/1... Warner Electric + (0)

16 E0 VR 00 Electro-Magnetic Single Disc Clutch Characteristics Electrically operated 4 or 10, VDC depending size Single friction face ctivated by power on Utilisation Coupling of a pulley or a hub Particularities No backlash For dry use No residual torque in disengaged position Fixed inductor mounted on ball bearings djustments irgap P should be adjusted at installation Does not require wear compensation Maintenance Manual SM 0 Mounting Precautions The anti-rotation device of the electromagnet shall be inserted in anti rotation slot, with a side play of 0, mm and a 1 mm play to the bottom. This avoids a normal stress on the ball-bearings. We strongly recommend to mount a damping elastic slot in the anti-rotation device in case of vibrations Device intended for horizontal use; for vertical use, please consult the factory Power Supply For sizes until 1600 : CBC CBC 40 4 CBC CBC 0 4 CBC CBC 140 T For size 00: CBC 140 Mounting Example irgap adjust spacer ir GERMN Distance Gap djust adjustment Spacer sleeve Finger for nti-rotation locking the Device field ir Gap Joules/Cycle eat Dissipation Cycles/r 16 Warner Electric + (0) P-09-WE-4 1/1

17 J S E0 VR 00 Electro-Magnetic Single Disc Clutch 00 mm min. K P 00 mm min. K P Q a G 0 U 8 B S C E D V X U 8 F B Tol P9 M N G J C E D X V F M N W R W R Size 0-00 Size x 10 Sizes Nom. Torque [Nm] Max. Speed [min-1] Voltage [VDC] , Power P0 [W] B C D* min D* max E F G 4xM6 6xM6 6xM8 6xM8 6xM10 8xM1 8xM J K 1, 19 4, , M N 18, 1, ,4 P 0, 0, 0, 0, 0,6 0,8 0,8 Q R a S U V 4 6 W Washer X max Inertia 1 [kgm ] 0,000 0,008 0,04 0,06 0,14 0,1 0,81 Inertia [kgm ] 0,00 0,018 0,00 0,04 0,06 0,04 0,68 Weight [kg], 10,4 0 0,8 4, 9 10 Connection Cable Indirect Drive Connector Options (Delivered without cable) poles, capacity : 0,/,mm Keyways according to ISO R / BS 4 / DIN / NF E -1, tolerance P9 * Mandatory delivered with finished bores P-09-WE-4 1/1... Warner Electric + (0)

18 E0 VR 0 Electro-Magnetic Single Disc Clutch Characteristics Electrically operated 4 or 10, VDC, depending on size Single friction face ctivated by power on Expected ball bearing life hrs ccepts speeds of rotation superior to the series E0 VR 00 Utilisation Coupling of a pulley or a hub From size 00, we recommend to engage the clutch at a lower speed (about 00 min -1 ) Particularities No backlash For dry use No residual torque in disengaged position Fixed inductor mounted on ball bearings djustments irgap P should be adjusted at installation Does not require wear compensation Maintenance Manual SM 0 Mounting Precautions Device intended for horizontal use The anti-rotation device of the electromagnet shall be inserted in anti rotation slot, with a side play of 0, mm and a 1 mm play to the bottom. This avoids a normal stress on the ball-bearings. We strongly recommend to mount a damping elastic slot in the anti-rotation device in case of vibrations Power Supply For sizes until 1600 : CBC CBC 40 4 CBC CBC 0 4 CBC CBC 140 T For size 00 and up: CBC 140 Joules/Cycle eat Dissipation Cycles/r Warner Electric + (0) P-09-WE-4 1/1

19 E0 VR 0 Electro-Magnetic Single Disc Clutch SJ 00 mm min. P V Tol P9 a Q 0 ong ife igh Speed Indirect Drive 8 S C E D M X U F B W G x 10 K R Excess Grease Exit Sizes Nom. Torque [Nm] Max. Speed [min-1] Voltage [VDC] , 10, 10, Power P0 [W] B C D* min D* max E F G 6xM8 6xM10 8xM1 8xM1 8xM16 1xM J K M P 0, 0,6 0,8 0,8 1 1 Q R a S U V W Washer X max Inertia 1 [kgm ] 0,06 0,180 0,60 0,98,49,110 Inertia [kgm ] 0,04 0,06 0,04 0,68 1,98,9 Weight [kg],, Connection Connector Options (Delivered without cable) poles, capacity : 0,/,mm Cable Keyways according to ISO R / BS 4 / DIN / NF E -1, tolerance P9 * Mandatory delivered with finished bores P-09-WE-4 1/1... Warner Electric + (0)

20 E0 VR 0 Electro-Magnetic Single Disc Clutch Characteristics Electrically operated 4 or 10, VDC depending size Single friction face ctivated by power on Utilisation Coupling of two shafts in line From size 00, we recommend to engage the clutch at a lower speed (about 00 min -1 ) Particularities For dry use No residual torque in disengaged position Fixed inductor mounted on ball bearings Equipped with an elastic coupling djustments Does not require wear compensation Maintenance Manual SM 0 Mounting Precautions The anti-rotation device of the electromagnet shall be inserted in anti rotation slot, with a side play of 0, mm and a 1 mm play to the bottom. This avoids a normal stress on the ball-bearings. We strongly recommend to mount a damping elastic slot in the anti-rotation device in case of vibrations Device intended for horizontal use, for vertical use please consult the factory Power Supply For sizes until1600 : CBC CBC 40 4 CBC CBC 0 4 CBC CBC 140 T For size 00 and up: CBC 140 Joules/Cycle eat Dissipation Cycles/r Warner Electric + (0) P-09-WE-4 1/1

21 E0 VR 0 Electro-Magnetic Single Disc Clutch 00 mm min. R IT Z K S J U D P Direct Drive with Flexible Coupling B C D D D1 j6 O D F G Tol P9 I E X Y X Sizes Coupling Nom. Torque [Nm] ,00 6, Max. Speed [min-1] Voltage [VDC] , 10, 10, Power P0 [W] B C D* min D* max D D min D max D M10 M10 M10 M1 M1 M1 M16 E , 0 F G I J K 4, O M0X1, MX1, M0X1, MX M60X M80X M90X P R S T U X Y Z Inertia 1 [kgm ] 0,04 0,06 0,014 0,1 0,81,49,110 Inertia [kgm ] 0,01 0,084 0,1 0, 0,901, 10,080 Weight [kg], 1, 0, 8, Connection Cable Keyways according to ISO R / BS 4 / DIN / NF E -1, tolerance P9 * Mandatory delivered with finished bores Connector Options (Delivered without cable) poles, capacity : 0,/,mm P-09-WE-4 1/1... Warner Electric + (0)

22 E0 VR 06 Electro-Magnetic Single Disc Clutch Characteristics Electrically operated 4 or 10, VDC depending size Single friction face ctivated by power on Utilisation Coupling of two shafts in line From size 00, we recommend to engage the clutch at a lower speed (about 00 min -1 ) Particularities For dry use No residual torque in disengaged position Fixed inductor mounted on ball bearings Equipped with an elastic coupling djustments Does not require wear compensation Maintenance Manual SM 0 Mounting Precautions The anti-rotation device of the electromagnet shall be inserted in anti rotation slot, with a side play of 0, mm and a 1 mm play to the bottom. This avoids a normal stress on the ball-bearings. We strongly recommend to mount a damping elastic slot in the anti-rotation device in case of vibrations Device intended for horizontal use, for vertical use please consult the factory Power Supply For sizes until1600 : CBC CBC 40 4 CBC CBC 0 4 CBC CBC 140 T For size 00 and up: CBC 140 Joules/Cycle eat Dissipation Cycles/r Warner Electric + (0) P-09-WE-4 1/1

23 R IT Z K S J U D 1 P E0 VR 06 Electro-Magnetic Single Disc Clutch Direct Drive with Flexible Coupling B C D O D F G Tol P9 I Y X O Sizes Coupling Nom. Torque [Nm] Max. Speed [min-1] Voltage [VDC] Power P0 [W] B C D* min D* max D1 M8 M8 M10 M10 M10 M1 M1 D min D max F G I J K 1, 19 4, O 10, 1, 16, 0, 0, 1 1 P R S T U Z Inertia 1 [kgm ] 0,000 0,008 0,04 0,06 0,14 0,1 0,81 Inertia [kgm ] 0,00 0, ,084 0,1 0, 0,901 Weight [kg] 8, 14,, 1, 0, 8, 18 Connection Cable Keyways according to ISO R / BS 4 / DIN / NF E -1, tolerance P9 * Mandatory delivered with finished bores Connector Options (Delivered without cable) poles, capacity : 0,/,mm P-09-WE-4 1/1... Warner Electric + (0)

24 E140 VR 00 Electro-Magnetic Multi Disc Clutch Characteristics Electrically operated 4 VDC Multi disc ctivated by power on Utilisation Coupling of a pulley or a hub Particularities For use in lubricated environments Fixed inductor mounted on ball bearings djustments Requires no adjustments at installation utomatic wear compensation Respect dimension on assembly Maintenance Manual SM 08 Mounting Precautions Shaft (1) has to be driven, in the opposite case please consult the factory Device intended for horizontal use The anti-rotation device of the electromagnet shall be inserted in anti rotation slot, with a side play of 0, mm and a 1 mm play to the bottom. This avoids a normal stress on the ball-bearings. It is forbidden to use in case of vibrations Power Supply For sizes until 800 CBC 400 4, CBC 40 4 CBC CBC 140 T For size 1600 and up CBC 140 Mounting Example Joules/Cycle eat Dissipation nti-rotation Device Cycles/r 4 Warner Electric + (0) P-09-WE-4 1/1

25 E140 VR 00 Electro-Magnetic Multi Disc Clutch S S 00 mm J 60 N F E D D B +0,4 +0, N Tol. P9 M O M 4 P K Q = number of slots Size 10 Size 0-00 T Sizes Dyn. Nom. Torque [Nm] Max. Speed [min-1] ,00, Voltage [VDC] , 10, Power P0 [W] 6, B D* min D* max E, F min F max ** J** 4xM 4xM6 4xM6 6xM8 6xM8 6xM10 6xM10 6xM1 6xM16 K M N O P Q S T , 0, 0, 0, 1 Inertia 1 [kgm ] 0,000 0,0008 0,001 0,00 0,006 0,0 0,04 0,1 0, Inertia [kgm ] 0,000 0,0006 0,001 0,00 0,004 0,0140 0,0 0,09 0,1 Weight [kg] 1,1,9,9,9, Connection eads Cable Indirect Drives Connector Options (Delivered without cable) poles, capacity : 0,/,mm Keyways according to ISO R / BS 4 / DIN / NF E -1, tolerance P9 * Mandatory delivered with finished bores ** Drive cup is supplied undrilled. Fixing holes are shown for information only P-09-WE-4 1/1... Warner Electric + (0)

26 E0 VR 00 / VR 10 E0 VR 04 / VR 14 Electro-Magnetic Toothed Clutch Characteristics Electrically operated 4 or 10, VDC depending size Toothed clutch ctivated by power on Utilisation Coupling of a pulley or a hub Engagement has to be made at standstil or at very low speed, in case of doubt consult the factory For wet operation use models VR n0 For dry operation use models VR n4 (sealed bearings) Particularities Positive coupling for drive without slipping Standard available for random or synchronised operation (one or more position(s)/rev). Multiposition/rev as option (VR n0 or VR n4, n indicates number of positions) Option : detection disc allows the coupling position to be validated, see E0 VR04 Fixed inductor mounted on ball bearings Non sealed bearings for use oil environment Sealed bearings for dry operation djustments Verify position of tooth J prior to installation No wear adjustment required Maintenance Manual SM 09 Mounting Precautions The anti-rotation device of the electromagnet shall be inserted in anti rotation slot, with a side play of 0, mm and a 1 mm play to the bottom. This avoids a normal stress on the ball bearings. It is forbidden to use in case of vibrations Device intended for horizontal use; for vertical use, please consult the factory Power Supply For sizes until 00 CBC 400 4, CBC 40 4, CBC CBC 140 T For sizes 6400 to 600 CBC 140 Mounting Example nti-rotation Device 6 Warner Electric + (0) P-09-WE-4 1/1

27 E0 VR 00 / VR 10 E0 VR 04 / VR 14 Electro-Magnetic Toothed Clutch 00 mm O O J T W J T W Bearings Random Synchronised 1 Rounded Open VR 00 VR * * Sealed VR 04 VR 14 F C B E Tol P9 N M P G D F C B E N M1 D U 4 G Indirect Drives P *60 for size 0 V K K R Size 0-00 Size S O Sizes Nom. Torque [Nm] , Max. Speed VR 00 / 10 [min-1] ,00, VR 04 / 14 [min-1] Voltage [VDC] , 10, Power P0 [W] , B C , D* min D* max E - 6,, 8, 100, 11, 1, 180, 1,, 40, F G xm4 4xM 4xM 4xM6 6xM6 6xM8 6xM10 6xM10 1xM1 1xM16 16xM J 0, 0,4 0, 0, 0, 0,6 0, 0, K 8, 8 4, 60, , M 4 9,, 8, 46 61, M N, , O P, R S , T 1, , , 0 8, U V W Inertia 1 [kgm ] 0, ,0001 0,000 0,0008 0,0011 0,00 0,01 0,09 0,19 0,,000 Inertia [kgm ] 0,0001 0,000 0,0006 0,001 0,00 0,00 0,00 0,069 0,406 1,08,660 Weight [kg] 1 1, , Connection eads Cable Keyways according to ISO R / BS 4 / DIN / NF E -1, tolerance P9 * Mandatory delivered with finished bores Connector Options (Delivered without cable) poles, capacity : 0,/,mm P-09-WE-4 1/1... Warner Electric + (0)

28 E0 VR 04 Electro-Magnetic Toothed Clutch Characteristics Electrically operated 4 or 10, VDC depending size Toothed clutch ctivated by power on Utilisation Coupling of a pulley or a hub Engagement has to be made at standstil or at very low speed, in case of doubt consult the factory For wet operation use models VR n0 For dry operation use models VR n4 (sealed bearings) Particularities Positive coupling for drive without slipping Standard available for random or synchronised operation (one or more position(s)/rev). Multiposition/rev as option (VR n0 or VR n4, n indicates number of positions) Fixed inductor mounted on ball bearings Non sealed bearings for use oil environment Sealed bearings for dry operation djustments Verify position of tooth J prior to installation No wear adjustment required Maintenance Manual SM 09 Mounting Precautions The anti-rotation device of the electromagnet shall be inserted in anti rotation slot, with a side play of 0, mm and a 1 mm play to the bottom. This avoids a normal stress on the ball bearings. It is forbidden to use in case of vibrations Device intended for horizontal use; for vertical use, please consult the factory Power Supply For sizes until 00 CBC 400 4, CBC 40 4, CBC CBC 140 T For sizes 6400 to 600 CBC 140 Mounting Example Sensor Connector Options (Delivered without cable) poles, capacity : 0,/,mm 8 Warner Electric + (0) P-09-WE-4 1/1

29 E0 VR 04 Electro-Magnetic Toothed Clutch E Disengaged E Disengaged Inductive Proximity Sensor M1 x 1 ED B oad Brown Black + Blue 1 on Flat Part number BT Size 0-00 Size Other dimensions, see page 9 Sizes B E , 16 0, 8 40, 4 9, Inertia* [kgm ] 0,000 0,000 0,000 0,0010 0,000 0,004 0,01 0,081 0,14 0,4 * Value to be added to Inertia (), see page 9. INDUCTIVE PROXIMITY SENSOR with built-in electronic board Characteristics Rate operating distance (steel target) mm Monting shilded Switching element function Normally open Cable NPN, x 0,4 mm, m Usable supply voltage 18 V... 0 VDC Ripple voltage 10 % No load supply voltage 10 m Rated operational current 10 m Voltage drop 1, V Off-state current 10 μ Short circuit protection yes Overload protection yes Reverse battery protection yes Wire break resistance yes EMC Group Operating frequency 000 z ysteresis 1 % Temperature drift 10 % Repeat accuracy 10 % ousing Nickel-plated brass Front cap PBTP Degree of protection (EN 609) IP 6 mbiant air temperature C C Part number BT P-09-WE-4 1/1... Warner Electric + (0)

30 E0 VR 0 / VR 1 Electro-Magnetic Toothed Clutch Characteristics Electrically operated 4 VDC Toothed clutch ctivated by power on Utilisation Coupling of two shafts in line Engagement has to be made at standstill or at very low speed, in case of doubt consult the factory Particularities Positive coupling for drive without slipping Standard available for random or synchronised operation (one or more position(s)/rev). Multiposition/ rev as option (VR n, n indicates number of positions) Option : detection disc allows the coupling position to be validated, see E0 VR04 page 41 Fixed inductor mounted on ball bearings Sealed bearings Equipped with an elastic coupling djustments No wear adjustment required Maintenance Manual SM 09 Mounting Precautions The anti-rotation device of the electromagnet shall be inserted in anti rotation slot, with a side play of 0, mm and a 1 mm play to the bottom. This avoids a normal stress on the ball-bearings. It is forbidden to use in case of vibrations Device intended for horizontal use; for vertical use, please consult the factory Power Supply For sizes until 00 CBC CBC 40 4, CBC CBC 140 T For size 6400 to 600 CBC Warner Electric + (0) P-09-WE-4 1/1

31 E0 VR 0 / VR 1 Electro-Magnetic Toothed Clutch R T U Q P Direct Drive with Flexible Coupling G F O j6 D C B O J6 J S E M N M ccording size K Sizes Nom. Torque [Nm] Coupling 8/ Max. Speed [min-1] Voltage [VDC] , 10, Power P0 [W] , B C D* min D* max E 1 10, 1, 1, , 4 48 F* min F* max G M8 M8 M8 M8 M10 M10 M1 M1 M16 M , 44, 4, J MX M6X M80X M90X K 8 1, 6,, , M N O P Q R 44 0, S T U 1 9 6, Inertia 1 [kgm ] 0,0001 0,000 0,0008 0,0011 0,00 0,01 0,0 0,4 0,,000 Inertia [kgm ] 0,0009 0,00 0,00 0,0088 0,019 0,0864 0,9 1,19 TBD TBD Weight [kg], 4, 6,8 8, 1, TBD TBD Connection eads Cable Keyways according to ISO R / BS 4 / DIN / NF E -1, tolerance P9 * Mandatory delivered with finished bores Connector Options (Delivered without cable) poles, capacity : 0,/,mm P-09-WE-4 1/1... Warner Electric + (0)

32 E0 VR 04 / VR 14 Electro-Magnetic Toothed Clutch Characteristics Electrically operated 10,/48 or 0/10, VDC depending size Toothed clutch ctivated by spring pressure Utilisation Coupling of a pulley or a hub Engagement has to be made at standstil or at very low speed, in case of doubt consult the factory Destined to remain coupled over long periods Particularities This device works with two voltages: one for disengagement, one for position maintain Positive coupling for drive without slipping Standard available for random or synchronised operation (one or more position(s)/rev). Multiposition/rev as option (VR n4, n indicates number of positions) Option : detection disc allows the coupling position to be validated, see E0 VR04 Fixed inductor mounted on ball bearings Sealed bearings djustments Verify position of tooth Q prior to installation No wear adjustment required Maintenance Manual SM 10 Mounting Precautions The anti-rotation device of the electromagnet shall be inserted in anti rotation slot, with a side play of 0, mm and a 1 mm play to the bottom. This avoids a normal stress on the ball-bearings. It is forbidden to use in case of vibrations Device intended for horizontal use; for vertical use, please consult the factory The customers mounting method must take into account the axial thrust Power Supply CBC 140- Overexcitation delay: 0, s (size 0) to s (size 1800) Mounting Example nti-rotation Device Warner Electric + (0) P-09-WE-4 1/1

33 E0 VR 04 / VR 14 Electro-Magnetic Toothed Clutch 00 mm S J Q Q W Q Tol. P9 +0,6 +0, F C D +0,6 +0, D E B C D D E max Q K W Sealed Bearings Random Synchronised 1 Rounded 0 0 J VR 04 VR 14 N N B M R G 10 M R Indirect Drive 4 4 K P O O P O Nicks Size ** Size Sizes Nom. Torque [Nm] Max. Speed [min-1] U pull in / holding [VCD] 10,/48 10,/48 10,/48 10,/48 10,/48 10,/48 0/10, 0/10, 0/10, Power pull in P0 [W] olding P0 [W] 0,,4 4, B C D* min D* max E F min F max G ** J** 4xM6 4xM6 6xM6 6xM8 6xM10 6xM1 1xM1 1xM14 1xM16 K M N O 1, 1, 0, 0, 0, 1 1 P 8 4, 60, , Q 1 1,1 1, 1, 1,,,, R S W xial load on drive cup [dan] Inertia 1 [kgm ] 0, , ,00 0,008 0,00 0,084 0,10 0,4 1,0 Inertia [kgm ] 0, ,000 0,0010 0,00 0,009 0,0 0,0418 0,104 0,90 Weight [kg],4,4 4, 8 18,, Connection eads Cable Keyways according to ISO R / BS 4 / DIN / NF E -1, tolerance P9 * Mandatory delivered with finished bores ** Drive cup sizes 0 to 1600 supplied non drilled. Fixing holes are shown for information only Connector Options (Delivered without cable) poles, capacity : 0,/,mm P-09-WE-4 1/1... Warner Electric + (0)

34 E0 VR 04 Electro-Magnetic Toothed Clutch Characteristics Electrically operated 10,/48 or 0/10, VDC depending size Toothed clutch ctivated by spring pressure Utilisation Coupling of a pulley or a hub Engagement has to be made at standstil or at very low speed, in case of doubt consult the factory Destined to remain coupled over long periods Particularities This device works with two voltages: one for disengagement, one for position maintain Positive coupling for drive without slipping Standard available for random or synchronised operation (one or more position(s)/rev). Multiposition/ rev as option (VR n4, n indicates number ofpositions) Fixed inductor mounted on ball bearings Sealed bearings djustments Verify position of tooth Q prior to installation No wear adjustment required Maintenance Manual SM 10 Mounting Precautions The anti-rotation device of the electromagnet shall be inserted in anti rotation slot, with a side play of 0, mm and a 1 mm play to the bottom. This avoids a normal stress on the ball-bearings. It is forbidden to use in case of vibrations Device intended for horizontal use; for vertical use, please consult the factory The customers mounting method must take into account the axial thrust Power Supply CBC 140- Overexcitation delay: 0, s (size 0) to s (size 1800) Mounting Example Q Sensor Connector Options (Delivered without cable) poles, capacity : 0,/,mm 4 Warner Electric + (0) P-09-WE-4 1/1

35 D E0 VR 04 Electro-Magnetic Toothed Clutch E Disengaged Disengaged Q E Inductive Proximity Sensor M1 x 1 ED B oad ast Brown Black + Blue 1 on Flat Part Number BT Size 0-00 Size Other dimensions, see page 4 Sizes B E 4 4, 4, 48 6 Inertia* [kgm ] 0,000 0,000 0,000 0,0010 0,000 0,004 0,01 0,081 0,14 * Value to be added to Inertia (), see page 4. INDUCTIVE PROXIMITY SENSOR with built-in electronic board Characteristics Rate operating distance (steel target) mm Monting shilded Switching element function Normally open Cable NPN, x 0,4 mm, m Usable supply voltage 18 V... 0 VDC Ripple voltage 10 % No load supply voltage 10 m Rated operational current 10 m Voltage drop 1, V Off-state current 10 μ Short circuit protection yes Overload protection yes Reverse battery protection yes Wire break resistance yes EMC Group Operating frequency 000 z ysteresis 1 % Temperature drift 10 % Repeat accuracy 10 % ousing Nickel-plated brass Front cap PBTP Degree of protection (EN 609) IP 6 mbient air temperature C C Part number BT P-09-WE-4 1/1... Warner Electric + (0)

36 E0 VR 0 / VR 1 Electro-Magnetic Toothed Clutch Characteristics Electrically operated 10,/48 or 0/10, VDC depending size Toothed clutch ctivated by spring pressure Utilisation Coupling of two shafts in line Coupling has to be made at standstill or at very low speed, in case of doubt consult the factory Destined for remain connected long periods Particularities This device works with two voltages: one for disengagement, one for position maintain Positive coupling for drive without slipping Option : detection disc allows the coupling position to be validated, see E0 VR04 page 4 Fixed inductor mounted on ball bearings Sealed bearings Equipped with an elastic coupling djustments No wear adjustment required Maintenance Manual SM 10 Mounting Precautions The anti-rotation device of the electromagnet shall be inserted in anti rotation slot, with a side play of 0, mm and a 1 mm play to the bottom. This avoids a normal stress on the ball-bearings. It is forbidden to use in case of vibrations Device intended for horizontal use; for vertical use, please consult the factory Power Supply CBC 140- Overexcitation delay: 0, s (size 0) to s (size 6400) 6 Warner Electric + (0) P-09-WE-4 1/1

37 E0 VR 0 / VR 1 Electro-Magnetic Toothed Clutch R T U Q P G F O j6 D C B O J6 J K S E M N M Sizes 0* Nom. Torque [Nm] Coupling 8/ Max. Speed [min-1] U pull in / holding [VDC] 10,/48 10,/48 10,/48 10,/48 10,/48 10,/48 0/10, 0/10, Power pull in P0 [W] olding P0 [W] 0,,4 4, B C D** min D** max E F min F max G M8 M8 M8 M8 M10 M10 M1 M J K M , 68, N O - M0X1 MX1, MX1, M40X1, M4X1, M0X M80X P Q R S T U V Inertia 1 [kgm ] 0, ,0016 0,00 0,008 0,0 0,084 0,1 0,6 Inertia [kgm ] 0,0010 0,009 0,00 0,0196 0,10 0,16 0, 1,0 Weight [kg], , 61, 108, 10 Connection eads Cable Direct Drive with Flexible Coupling Keyways according to ISO R / BS 4 / DIN / NF E -1, tolerance P9 * For size 0, bearings are located axially by washer and screw (instead of threaded nut) ** Mandatory delivered with finished bores Connector Options (Delivered without cable) poles, capacity : 0,/,mm P-09-WE-4 1/1... Warner Electric + (0)