1.2 Selecting the gear unit Service life of bearings Version and input section Mounting positions MP
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- Sarah Chloe Bishop
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3 SUMMARY 1 General information Symbols, units and definitions Selecting the gear unit Service life of bearings Features of MP series Ordering code Version and input section Mounting positions Admissible radial and thrust forces for MB version Dimensions and technical specifications MP MP MP MP MP MP MP Revisions Refer to page 46 for the catalogue revision index. Visit to search for catalogues with up-to-date revisions. 1
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5 1 GENERAL INFORMATION 1.1 SYMBOLS, UNITS AND DEFINITIONS Values depending on the APPLICATION term u.m. definition A 2 [N] Thrust force on output shaft A 2 EQU [N] Equivalent thrust force applying on output shaft A 2 MAX [N] Maximum thrust force applying on output shaft R 2 [N] Radial force on output shaft R 2 EQU [N] Equivalent radial force applying on output shaft R 2 MAX [N] Maximum radial force applying on output shaft ED [min] Loading time ED% [%] Loading time % L 10h TARGET [h] Output shaft bearings desired basic rating life M 1 PEAK [Nm] Maximum input torque (usually motor) M 2(1)... M 2(n) [Nm] Output torque at each of the time periods t 1... t n M 2 EQU [Nm] Equivalent output torque M 2 MAX [Nm] Maximum output torque in case of emergency M T2 EQU [Nm] Equivalent tilting moment applying on output shaft M T2 MAX [Nm] Maximum tilting moment applying on output shaft n 2 [min -1 ] Output speed n 2(1)... n 2(n) [min -1 ] Output speed based on the time periods t 1... t n n 2 EQU [min -1 ] Equivalent output speed n 2 MAX [min -1 ] Maximum output speed T [C ] Ambient temperature t 1... t n [s] Time periods of motion t [s] Cycle duration including pause Z [1/h] Cycle number per hour Values depending on the GEAR DRIVE SELECTION term u.m. definition A 2 3 max [N] Admissible thrust force on output shaft A 2' max [N] Thrust force acting simultaneously with the rated radial force R 1 max [N] Admissible radial force at midpoint of input shaft R 2 3 max [N] Admissible radial force at midpoint of output shaft C B [Nm] Constant for bearing's lifetime calculation C t Torsional stiffness f n Speed factor f z Cycle factor f T Temperature adjusting factor i Gearbox ratio J G [kgcm²] Mass moment of inertia of the gearhead K n Speed constant L 10h [h] Bearings basic rating life L Z [mm] Factor for bearing's lifetime calculation M a 2 [Nm] Maximum acceleration output torque M n 2 [Nm] Rated output torque M p 2 [Nm] Emergency stop output torque M T2 max [Nm] Maximum tilting moment applying on output shaft n 1 max [min -1 ] Maximum momentary input speed. The speed the unit can be driven at occasionally and in non-repetitive conditions For cycle duty type S5, it cannot be applied continuously for more than 30 seconds p Bearing lifetime exponent η [%] Gear efficiency Reduced backlash is calculated in static conditions and with the ϕ R [arcmin] application of a torque equal to 2% of the gear unit rated torque Standard backlash is calculated in static conditions and with the ϕ S [arcmin] application of a torque equal to 2% of the gear unit rated torque 3
6 1.2 SELECTING THE GEAR UNIT (a) Ratio i (b) Equivalent output torque i = n 1 n 2 M 2 EQU [Nm] 3 = M 2 EQU 3 3 n 2(1) t 1 M 2(1) n 2(n) t n M 2(n) n 2(1) t 1 n 2(n) t n Equivalent n (c) n output speed 2 EQU [min -1 ] n 2(1) t 1 + n 2(2) t n 2(n) t n 2 EQU = t K n If 1 f n = 1 n 2 EQU i (d) Speed factor f n K n If < 1 f n = Obtain from diagram n 2 EQU i t 1 + t t n Loading time % ED% [%] ED% = 100 t (e) Loading time ED [min] ED = t 1 + t t n (f) Cycle number per hour Z [1/h] Z = 3600 t f n f n - speed factor (g) Cycle factor f z (h) (i) Temperature adjusting factor Maximum input torque f T M 1 PEAK [Nm] Z f z Z < Z < Z < Z < Z Z > 6000 contact us If T 30 C f T = 1 T 30 C If T > 30 C f T = C a) maximum possible application torque b) limited motor torque by inverter c) maximum motor torque K n n 2 EQU i 1 K n - speed constant i MP 053 MP 060 MP 080 MP 105 MP 130 MP 160 MP 190 i MP 053 MP 060 MP 080 MP 105 MP 130 MP 160 MP * 504* 326* * 574* 372* * 153* 132* 1125* * * * * In case of S1 duty the values marked with * reduce the average service life of bearings. 4
7 M 2(1) Load diagram M 2: Output torque 0 M 2(2) [s] M 2(3) n 2(2) Speed diagram n 2(1) n 2(3) n 2(1) = n 2(3) = 0.5 n 2(2) n 2: Output speed 0 t 1 t 2 t 3 t 4 [s] ED Estimate ratio i (a) Select a smaller ratio NO n 2 MAX i n 1 max YES Define M 2 EQU (b) Define n 2 EQU (c) Select gear unit Select a bigger unit Define f n (d) NO M 2 EQU f n M n 2 ED% 60% and ED 20 min YES ED% 60% or ED 20 min (e) (f) Z 1000 NO S1 cycle duty YES S5 cycle duty Define f Z (g) Define f T (h) Select a bigger unit Define M 1 PEAK Define M 1 PEAK (i) Select a bigger unit NO M 1 PEAK i M a 2 M 1 PEAK i f Z f T M a 2 NO Select a bigger unit YES YES NO M 2 MAX M p 2 YES Check the external forces on output shaft 5
8 1.3 SERVICE LIFE OF BEARINGS x R 2 y A 2 (a) Maximum radial force applying on output shaft Maximum axial force applying on output shaft R 2 MAX A 2 MAX [N] [N] Please consider the specific conditions (e.g. belt drives under acceleration torque) (b) Maximum tilting moment applying on output shaft M T 2 MAX [Nm] M T 2 MAX = R 2 MAX (x + L Z ) ± 1000 A 2 MAX y (c) Equivalent forces applying on output shaft R 2 EQU [N] 3 = R 2 EQU A 2 EQU [N] 3 = A 2 EQU 3 3 n 2(1) t 1 R 2(1) n 2(1) t 1 n 2(1) t 1 n 2(n) n 2(n) n 2(n) t n t n t n R 2(n) 3 3 n 2(1) t 1 A 2(1) n 2(n) t n A 2(n) (d) Equivalent tilting moment applying on output shaft M T 2 EQU [Nm] M T 2 EQU = R 2 EQU (x + L Z ) A 2 EQU y n (e) Equivalent output speed n 2 EQU [min -1 ] n 2(1) t 1 + n 2(2) t EQU = t t t 2 n n 2(n) t n (f) Bearings' basic rating life L 10h [h] L = C B 10h n 2 EQU M T 2 EQU p MP 053 MP 060 MP 080 MP 105 MP 130 MP 160 MP 190 SB HB SB HB L Z [mm] M T 2 max [Nm] C B [Nm] p
9 Define R 2 MAX and A 2 MAX (a) Select a bigger unit NO A 2 MAX R 2 MAX A 2 max R 2 max YES Calculate M T 2 MAX (b) Select a bigger unit NO M T 2 MAX M T 2 max YES Define R 2 EQU and A 2 EQU (c) Calculate M T 2 EQU (d) Define n 2 EQU (e) Calculate lifetime L 10h (f) Select a bigger unit NO L 10h L 10h TARGET YES Calculation of bearings lifetime complete 7
10 2 FEATURES OF MP SERIES Planetary gear units of the MP series belong to a range of low backlash drives very broad and complete as far as transmissible torque, gear ratios and circumferential backlash. All units are generously proportioned to run quietly and provide a long service life without maintenance requirements. Motor mounting is an operation that can be easily conducted without the need of any particular tooling, other than that usually available in a normally equipped workshop. Available with either standard (STD) or reduced (LOW) backlash. 1 reduction gearhead ϕ S = 15' ϕ R = 10' 2 reduction gearheads ϕ S = 15' ϕ R = 10' 3 reduction gearheads (G and MB only) ϕ S = 15' ϕ R = 10' 3 reduction gearheads ϕ S = 17' ϕ R = 12' 4 reduction gearheads (G and MB only) ϕ S = 17' ϕ R = 12' Ratio i = 10 available for single-reduction units (i = 9 for frame size MP 053 alone). Degree of protection IP65. Max. noise level L P 70 n 1 = 3000 min -1. Bearings suitably rated for an average service life of 20,000 hours under nominal operating conditions. The following chart shows the types of bearings for the output shaft. MP 053 MP 060 MP 080 MP 105 MP 130 MP 160 MP 190 SB HB Output shaft max. loading capacity [N] MP 053 MP 060 MP 080 SB MP 080 HB MP 105 SB MP 105 HB MP 130 MP 160 MP 190 R 2 max A 2 max 8
11 Wide range of adapter flanges matching the most popular brands of motors. Available motor shaft bores MP 190 MP 160 MP 130 MP 105 MP 080 MP 060 MP ø [mm] Units are factory filled with lubricant suitable for installation at ambient temperature within the range 0 C...40 C. Because the quantity of lubricant required depends on the mounting position, this must be specified in the order. In the absence of contamination the lubricant does not require periodical changes. The type of lubricant and the material used for the seals also vary according to duty rating and gearbox size. The chart below illustrates the various combinations: duty MP MP 060 MP MP 190 oil seals S1 (continuous) NLGI grease consistency 00 Synthetic oil viscosity ISO VG 220 Viton S5 (intermittent) NLGI grease consistency 00 NLGI grease consistency 00 NBR Distribution of nominal torque M n2 [Nm] [I] MP MP MP MP MP MP MP [I] MP MP MP MP MP MP MP
12 3 ORDERING CODE MP G STD 95A CD 19 S1 OR SB KL DUTY S1 continuous S5 intermittent OUTPUT SHAFT CONFIGURATION KL KE smooth keyless shaft keyed shaft ( MB) OUTPUT SHAFT BEARINGS SB HB standard reinforced (MP MP 105) ( MB) MOUNTING POSITION OR horizontal VA vertical with motor up VB vertical with motor down BACKLASH 1 reduction 2 reductions 3 reductions 3 reductions 4 reductions (MB, G only) (MB, G only) STD LOW INPUT SHAFT BORE ( IS) MOTOR COUPLING CD clamping device ( IS) INPUT SECTION 25AH A1 IS motor adapter solid imput shaft (MP MP 160) ( G - MB) FM without motor adapter ϕ S = 15' ϕ S = 15' ϕ S = 15' ϕ S = 17' ϕ S = 17' ϕ R = 10' ϕ R = 10' ϕ R = 10' ϕ R = 12' ϕ R = 12' SERIES MP GEAR RATIO REDUCTIONS FRAME SIZE VERSION coaxial G with input right-angle (MP MP 160) MB with output right-angle (MP MP 160) 10
13 3.1 VERSION AND INPUT SECTION VERSION coaxial ( ) with input right-angle (G) with output right-angle (MB) INPUT SECTION 25AH A1 IS FM 3.2 MOUNTING POSITIONS OR VA VB G MB 4 ADMISSIBLE RADIAL AND THRUST FORCES FOR MB VERSION A 2 max R 2 max L R 3 max A 3 max R 2 max A 2 max L R 3 max A 3 max [N] [N] [mm] [N] [N] MP MB MP MB MP MB MP MB 160* * Bearings suitably rated for an average service life of 10,000 hours under nominal operating conditions. 11
14 MP DIMENSIONS AND TECHNICAL SPECIFICATIONS IS 53 (MP 053 1) 66.8 (MP 053 2) 80.6 (MP 053 3) MP MP MP AH... 80A N (MP 053 1) 72 (MP 053 2) 85.8 (MP 053 3) MP MP MP N N1 N2 N3 N4 N5 L max min max 25AH AH AH AH AH AH AH AH AH B M4x B M4x A M4x B M5x BH C M4x MH A M5x AH A M5x AH B M5x C M5x A M6x B M5x A M5x A M6x
15 MP 053 FM D1 D2 D3 D4 D5 L1 L2 L3 L4 L M4x8 M M4x8 M M4x8 M M4x8 M M n 2 M a 2 M p 2 n 1 max ϕ S ϕ R C t R 1 max R 2 max A 2 max η J G [kgcm 2 ] i [Nm] [Nm] [Nm] [min -1 ] [arcmin] [N] [N] [N] % MP 053 1_ MP 053 1_ MP 053 1_ MP 053 1_ MP 053 1_ MP 053 1_ MP 053 2_ MP 053 2_ MP 053 2_ MP 053 2_ MP 053 2_ MP 053 2_ MP 053 2_ MP 053 2_ MP 053 2_ MP 053 2_ MP 053 3_ MP 053 3_ MP 053 3_ MP 053 3_ MP 053 3_ MP 053 3_ MP 053 3_ MP 053 3_ MP 053 3_ MP 053 3_ MP 053 3_ MP 053 3_ MP 053 3_ MP 053 3_ MP 053 3_ MP 053 3_ MP 053 3_ MP 053 3_ MP 053 3_ MP 053 3_ MP 053 3_
16 25AH... 80A MP G 053 N5 MP G MP G MP G (MP G 053 2) (MP G 053 3) (MP G 053 4) N N1 N2 N3 N4 N5 L max min max 25AH AH AH AH AH AH AH AH AH B M4x B M4x A M4x B M5x BH C M4x MH A M5x A M5x B M5x C M5x A M6x B M5x A M5x A M6x
17 MP G 053 FM A View from A D1 D2 D3 D4 D5 L1 L2 L3 L4 L M4x8 M M4x8 M M4x8 M M4x8 M M n 2 M a 2 M p 2 n 1 max ϕ S ϕ R C t R 2 max A 2 max η J G [kgcm 2 ] i [Nm] [Nm] [Nm] [min -1 ] [arcmin] [N] [N] % MP G 053 2_ ' 10' MP G 053 2_ ' 10' MP G 053 2_ ' 10' MP G 053 2_ ' 10' MP G 053 2_ ' 10' MP G 053 2_ ' 10' MP G 053 3_ ' 10' MP G 053 3_ ' 10' MP G 053 3_ ' 10' MP G 053 3_ ' 10' MP G 053 3_ ' 10' MP G 053 3_ ' 10' MP G 053 3_ ' 10' MP G 053 3_ ' 10' MP G 053 3_ ' 10' MP G 053 3_ ' 10' MP G 053 4_ ' 12' MP G 053 4_ ' 12' MP G 053 4_ ' 12' MP G 053 4_ ' 12' MP G 053 4_ ' 12' MP G 053 4_ ' 12' MP G 053 4_ ' 12' MP G 053 4_ ' 12' MP G 053 4_ ' 12' MP G 053 4_ ' 12' MP G 053 4_ ' 12' MP G 053 4_ ' 12' MP G 053 4_ ' 12' MP G 053 4_ ' 12' MP G 053 4_ ' 12' MP G 053 4_ ' 12' MP G 053 4_ ' 12' MP G 053 4_ ' 12' MP G 053 4_ ' 12' MP G 053 4_ ' 12' MP G 053 4_ ' 12'
18 MP 060 IS (MP 060 1) (MP 060 2) (MP 060 3) MP MP MP AH... 80A N (MP 060 1) (MP 060 2) (MP 060 3) MP MP MP N N1 N2 N3 N4 N5 L max min max 25AH AH AH AH AH AH AH AH AH B M4x B M4x A M4x B M5x BH C M4x MH A M5x AH A M5x AH B M5x C M5x A M6x B M5x A M5x A M6x
19 MP 060 FM D1 D2 D3 D4 D5 L1 L2 L3 L4 L M4x8 M M4x8 M M4x8 M M4x8 M M n 2 M a 2 M p 2 n 1 max ϕ S ϕ R C t R 1 max R 2 max A 2 max η J G [kgcm 2 ] i [Nm] [Nm] [Nm] [min -1 ] [arcmin] [N] [N] [N] % MP 060 1_ ' 10' MP 060 1_ ' 10' MP 060 1_ ' 10' MP 060 1_ ' 10' MP 060 1_ ' 10' MP 060 1_ ' 10' MP 060 2_ ' 10' MP 060 2_ ' 10' MP 060 2_ ' 10' MP 060 2_ ' 10' MP 060 2_ ' 10' MP 060 2_ ' 10' MP 060 2_ ' 10' MP 060 2_ ' 10' MP 060 2_ ' 10' MP 060 2_ ' 10' MP 060 2_ ' 10' MP 060 2_ ' 10' MP 060 2_ ' 10' MP 060 2_ ' 10' MP 060 3_ ' 12' MP 060 3_ ' 12' MP 060 3_ ' 12' MP 060 3_ ' 12' MP 060 3_ ' 12' MP 060 3_ ' 12' MP 060 3_ ' 12' MP 060 3_ ' 12' MP 060 3_ ' 12' MP 060 3_ ' 12' MP 060 3_ ' 12' MP 060 3_ ' 12' MP 060 3_ ' 12' MP 060 3_ ' 12' MP 060 3_ ' 12' MP 060 3_ ' 12' MP 060 3_ ' 12' MP 060 3_ ' 12' MP 060 3_ ' 12' MP 060 3_ ' 12' MP 060 3_ ' 12' MP 060 3_ ' 12'
20 25AH... 80A MP G 060 N5 MP G MP G MP G (MP G 060 2) (MP G 060 3) (MP G 060 4) N N1 N2 N3 N4 N5 L max min max 25AH AH AH AH AH AH AH AH AH B M4x B M4x A M4x B M5x BH C M4x MH A M5x A M5x B M5x C M5x A M6x B M5x A M5x A M6x
21 MP G 060 FM A View from A D1 D2 D3 D4 D5 L1 L2 L3 L4 L M4x8 M M4x8 M M4x8 M M4x8 M M n 2 M a 2 M p 2 n 1 max ϕ S ϕ R C t R 2 max A 2 max η J G [kgcm 2 ] i [Nm] [Nm] [Nm] [min -1 ] [arcmin] [N] [N] % MP G 060 2_ ' 10' MP G 060 2_ ' 10' MP G 060 2_ ' 10' MP G 060 2_ ' 10' MP G 060 2_ ' 10' MP G 060 2_ ' 10' MP G 060 3_ ' 10' MP G 060 3_ ' 10' MP G 060 3_ ' 10' MP G 060 3_ ' 10' MP G 060 3_ ' 10' MP G 060 3_ ' 10' MP G 060 3_ ' 10' MP G 060 3_ ' 10' MP G 060 3_ ' 10' MP G 060 3_ ' 10' MP G 060 3_ ' 10' MP G 060 3_ ' 10' MP G 060 3_ ' 10' MP G 060 3_ ' 10' MP G 060 4_ ' 12' MP G 060 4_ ' 12' MP G 060 4_ ' 12' MP G 060 4_ ' 12' MP G 060 4_ ' 12' MP G 060 4_ ' 12' MP G 060 4_ ' 12' MP G 060 4_ ' 12' MP G 060 4_ ' 12' MP G 060 4_ ' 12' MP G 060 4_ ' 12' MP G 060 4_ ' 12' MP G 060 4_ ' 12' MP G 060 4_ ' 12' MP G 060 4_ ' 12' MP G 060 4_ ' 12' MP G 060 4_ ' 12' MP G 060 4_ ' 12' MP G 060 4_ ' 12' MP G 060 4_ ' 12' MP G 060 4_ ' 12' MP G 060 4_ ' 12'
22 MP 080 IS (MP 080 1) (MP 080 2) (MP 080 3) MP MP MP B B1 N (MP 080 1) 108 (MP 080 2) (MP 080 3) MP MP MP N N1 N2 N3 N4 N5 L max 40B M4x A M4x B M5x BH C M4x D M6x A M6x A M5x AH B M5x C M5x A M6x AH B M5x A M5x A M6x A M8x B M8x A M8x B M8x B M8x
23 MP 080 FM D1 D2 D3 D4 D5 L1 L2 L3 L4 L M6x12 M M6x12 M M6x12 M M6x12 M SB HB J G [kgcm 2 ] M n 2 M a 2 M p 2 n 1 max ϕ S ϕ R C t R 1 max R 2 max A 2 max R 2 max A 2 max η i [Nm] [Nm] [Nm] [min -1 ] [arcmin] [N] [N] [N] [N] [N] % MP 080 1_ ' 10' MP 080 1_ ' 10' MP 080 1_ ' 10' MP 080 1_ ' 10' MP 080 1_ ' 10' MP 080 1_ ' 10' MP 080 2_ ' 10' MP 080 2_ ' 10' MP 080 2_ ' 10' MP 080 2_ ' 10' MP 080 2_ ' 10' MP 080 2_ ' 10' MP 080 2_ ' 10' MP 080 2_ ' 10' MP 080 2_ ' 10' MP 080 2_ ' 10' MP 080 2_ ' 10' MP 080 2_ ' 10' MP 080 2_ ' 10' MP 080 2_ ' 10' MP 080 3_ ' 12' MP 080 3_ ' 12' MP 080 3_ ' 12' MP 080 3_ ' 12' MP 080 3_ ' 12' MP 080 3_ ' 12' MP 080 3_ ' 12' MP 080 3_ ' 12' MP 080 3_ ' 12' MP 080 3_ ' 12' MP 080 3_ ' 12' MP 080 3_ ' 12' MP 080 3_ ' 12' MP 080 3_ ' 12' MP 080 3_ ' 12' MP 080 3_ ' 12' MP 080 3_ ' 12' MP 080 3_ ' 12' MP 080 3_ ' 12' MP 080 3_ ' 12' MP 080 3_ ' 12' MP 080 3_ ' 12'
24 40B B1 MP G 080 N (MP G 080 2) (MP G 080 3) (MP G 080 4) MP G MP G MP G N N1 N2 N3 N4 N5 L max 40B M4x A M4x B M5x BH C M4x D M6x A M6x A M5x AH B M5x C M5x A M6x AH B M5x A M5x A M6x A M8x B M8x A M8x B M8x B M8x
25 MP G 080 FM A View from A D1 D2 D3 D4 D5 L1 L2 L3 L4 L M6x12 M M6x12 M M6x12 M M6x12 M SB HB J G [kgcm 2 ] M n 2 M a 2 M p 2 n 1 max ϕ S ϕ R C t R 2 max A 2 max R 2 max A 2 max η i [Nm] [Nm] [Nm] [min -1 ] [arcmin] [N] [N] [N] [N] % MP G 080 2_ ' 10' MP G 080 2_ ' 10' MP G 080 2_ ' 10' MP G 080 2_ ' 10' MP G 080 2_ ' 10' MP G 080 2_ ' 10' MP G 080 3_ ' 10' MP G 080 3_ ' 10' MP G 080 3_ ' 10' MP G 080 3_ ' 10' MP G 080 3_ ' 10' MP G 080 3_ ' 10' MP G 080 3_ ' 10' MP G 080 3_ ' 10' MP G 080 3_ ' 10' MP G 080 3_ ' 10' MP G 080 3_ ' 10' MP G 080 3_ ' 10' MP G 080 3_ ' 10' MP G 080 3_ ' 10' MP G 080 4_ ' 12' MP G 080 4_ ' 12' MP G 080 4_ ' 12' MP G 080 4_ ' 12' MP G 080 4_ ' 12' MP G 080 4_ ' 12' MP G 080 4_ ' 12' MP G 080 4_ ' 12' MP G 080 4_ ' 12' MP G 080 4_ ' 12' MP G 080 4_ ' 12' MP G 080 4_ ' 12' MP G 080 4_ ' 12' MP G 080 4_ ' 12' MP G 080 4_ ' 12' MP G 080 4_ ' 12' MP G 080 4_ ' 12' MP G 080 4_ ' 12' MP G 080 4_ ' 12' MP G 080 4_ ' 12' MP G 080 4_ ' 12' MP G 080 4_ ' 12'
26 40B B1 MP MB 080 N (MP MB 080 2) 174 (MP MB 080 3) (MP MB 080 4) MP MB MP MB MP MB N N1 N2 N3 N4 N5 L max 40B M4x A M4x B M5x BH C M4x D M6x A M6x A M5x AH B M5x C M5x A M6x AH B M5x A M5x A M6x A M8x B M8x A M8x B M8x B M8x
27 MP MB 080 FM D1 D2 D3 D4 D5 L1 L2 L3 L4 L M6x12 M M6x12 M M6x12 M M6x12 M M n 2 M a 2 M p 2 n 1 max ϕ S ϕ R C t η J G [kgcm 2 ] i [Nm] [Nm] [Nm] [min -1 ] [arcmin] % MP MB 080 2_ ' 10' MP MB 080 2_ ' 10' MP MB 080 2_ ' 10' MP MB 080 2_ ' 10' MP MB 080 2_ ' 10' MP MB 080 2_ ' 10' MP MB 080 3_ ' 10' MP MB 080 3_ ' 10' MP MB 080 3_ ' 10' MP MB 080 3_ ' 10' MP MB 080 3_ ' 10' MP MB 080 3_ ' 10' MP MB 080 3_ ' 10' MP MB 080 3_ ' 10' MP MB 080 3_ ' 10' MP MB 080 3_ ' 10' MP MB 080 3_ ' 10' MP MB 080 3_ ' 10' MP MB 080 3_ ' 10' MP MB 080 3_ ' 10' MP MB 080 4_ ' 12' MP MB 080 4_ ' 12' MP MB 080 4_ ' 12' MP MB 080 4_ ' 12' MP MB 080 4_ ' 12' MP MB 080 4_ ' 12' MP MB 080 4_ ' 12' MP MB 080 4_ ' 12' MP MB 080 4_ ' 12' MP MB 080 4_ ' 12' MP MB 080 4_ ' 12' MP MB 080 4_ ' 12' MP MB 080 4_ ' 12' MP MB 080 4_ ' 12' MP MB 080 4_ ' 12' MP MB 080 4_ ' 12' MP MB 080 4_ ' 12' MP MB 080 4_ ' 12' MP MB 080 4_ ' 12' MP MB 080 4_ ' 12' MP MB 080 4_ ' 12' MP MB 080 4_ ' 12'
28 MP 105 IS (MP 105 1) (MP 105 2) (MP 105 3) MP MP MP D A1 N (MP 105 1) 140 (MP 105 2) (MP 105 3) MP MP MP N N1 N2 N3 N4 N5 L max 50D M6x A M6x A M5x AH B M5x A M6x AH B M5x A M6x AH A M8x A M8x B M8x A M8x A M8x B M8x B M8x A M10x A M10x
29 MP 105 FM D1 D2 D3 D4 D5 L1 L2 L3 L4 L M6x15 M M6x15 M M6x15 M M6x15 M M6x15 M M6x15 M M n 2 M a 2 M p 2 n 1 max ϕ S ϕ R C t R 1 max R 2 max A 2 max R 2 max A 2 max η SB HB J G [kgcm 2 ] i [Nm] [Nm] [Nm] [min -1 ] [arcmin] [N] [N] [N] [N] [N] % MP 105 1_ ' 10' MP 105 1_ ' 10' MP 105 1_ ' 10' MP 105 1_ ' 10' MP 105 1_ ' 10' MP 105 1_ ' 10' MP 105 2_ ' 10' MP 105 2_ ' 10' MP 105 2_ ' 10' MP 105 2_ ' 10' MP 105 2_ ' 10' MP 105 2_ ' 10' MP 105 2_ ' 10' MP 105 2_ ' 10' MP 105 2_ ' 10' MP 105 2_ ' 10' MP 105 2_ ' 10' MP 105 2_ ' 10' MP 105 2_ ' 10' MP 105 2_ ' 10' MP 105 3_ ' 12' MP 105 3_ ' 12' MP 105 3_ ' 12' MP 105 3_ ' 12' MP 105 3_ ' 12' MP 105 3_ ' 12' MP 105 3_ ' 12' MP 105 3_ ' 12' MP 105 3_ ' 12' MP 105 3_ ' 12' MP 105 3_ ' 12' MP 105 3_ ' 12' MP 105 3_ ' 12' MP 105 3_ ' 12' MP 105 3_ ' 12' MP 105 3_ ' 12' MP 105 3_ ' 12' MP 105 3_ ' 12' MP 105 3_ ' 12' MP 105 3_ ' 12' MP 105 3_ ' 12' MP 105 3_ ' 12'
30 50D A1 MP G 105 N (MP G 105 2) (MP G 105 3) (MP G 105 4) MP G MP G MP G N N1 N2 N3 N4 N5 L max 50D M6x A M6x A M5x AH B M5x A M6x AH B M5x A M6x AH A M8x A M8x B M8x A M8x A M8x B M8x B M8x A M10x A M10x
31 MP G 105 FM A View from A D1 D2 D3 D4 D5 L1 L2 L3 L4 L M6x15 M M6x15 M M6x15 M M6x15 M M6x15 M M6x15 M SB HB J G [kgcm 2 ] M n 2 M a 2 M p 2 n 1 max ϕ S ϕ R C t R 2 max A 2 max R 2 max A 2 max η i [Nm] [Nm] [Nm] [min -1 ] [arcmin] [N] [N] [N] [N] % MP G 105 2_ ' 10' MP G 105 2_ ' 10' MP G 105 2_ ' 10' MP G 105 2_ ' 10' MP G 105 2_ ' 10' MP G 105 2_ ' 10' MP G 105 3_ ' 10' MP G 105 3_ ' 10' MP G 105 3_ ' 10' MP G 105 3_ ' 10' MP G 105 3_ ' 10' MP G 105 3_ ' 10' MP G 105 3_ ' 10' MP G 105 3_ ' 10' MP G 105 3_ ' 10' MP G 105 3_ ' 10' MP G 105 3_ ' 10' MP G 105 3_ ' 10' MP G 105 3_ ' 10' MP G 105 3_ ' 10' MP G 105 4_ ' 12' MP G 105 4_ ' 12' MP G 105 4_ ' 12' MP G 105 4_ ' 12' MP G 105 4_ ' 12' MP G 105 4_ ' 12' MP G 105 4_ ' 12' MP G 105 4_ ' 12' MP G 105 4_ ' 12' MP G 105 4_ ' 12' MP G 105 4_ ' 12' MP G 105 4_ ' 12' MP G 105 4_ ' 12' MP G 105 4_ ' 12' MP G 105 4_ ' 12' MP G 105 4_ ' 12' MP G 105 4_ ' 12' MP G 105 4_ ' 12' MP G 105 4_ ' 12' MP G 105 4_ ' 12' MP G 105 4_ ' 12' MP G 105 4_ ' 12'
32 50D A1 MP MB 105 N5 195 (MP MB 105 2) (MP MB 105 3) 260 (MP MB 105 4) MP MB MP MB MP MB N N1 N2 N3 N4 N5 L max 50D M6x A M6x A M5x AH B M5x A M6x AH B M5x A M6x AH A M8x A M8x B M8x A M8x A M8x B M8x B M8x A M10x A M10x
33 MP MB 105 FM D1 D2 D3 D4 D5 L1 L2 L3 L4 L M6x15 M M6x15 M M6x15 M M6x15 M M6x15 M M6x15 M M n 2 M a 2 M p 2 n 1 max ϕ S ϕ R C t η J G [kgcm 2 ] i [Nm] [Nm] [Nm] [min -1 ] [arcmin] % MP MB 105 2_ ' 10' MP MB 105 2_ ' 10' MP MB 105 2_ ' 10' MP MB 105 2_ ' 10' MP MB 105 2_ ' 10' MP MB 105 2_ ' 10' MP MB 105 3_ ' 10' MP MB 105 3_ ' 10' MP MB 105 3_ ' 10' MP MB 105 3_ ' 10' MP MB 105 3_ ' 10' MP MB 105 3_ ' 10' MP MB 105 3_ ' 10' MP MB 105 3_ ' 10' MP MB 105 3_ ' 10' MP MB 105 3_ ' 10' MP MB 105 3_ ' 10' MP MB 105 3_ ' 10' MP MB 105 3_ ' 10' MP MB 105 3_ ' 10' MP MB 105 4_ ' 12' MP MB 105 4_ ' 12' MP MB 105 4_ ' 12' MP MB 105 4_ ' 12' MP MB 105 4_ ' 12' MP MB 105 4_ ' 12' MP MB 105 4_ ' 12' MP MB 105 4_ ' 12' MP MB 105 4_ ' 12' MP MB 105 4_ ' 12' MP MB 105 4_ ' 12' MP MB 105 4_ ' 12' MP MB 105 4_ ' 12' MP MB 105 4_ ' 12' MP MB 105 4_ ' 12' MP MB 105 4_ ' 12' MP MB 105 4_ ' 12' MP MB 105 4_ ' 12' MP MB 105 4_ ' 12' MP MB 105 4_ ' 12' MP MB 105 4_ ' 12' MP MB 105 4_ ' 12'
34 MP 130 IS (MP 130 1) (MP 130 2) (MP 130 3) MP MP MP A A1 N5 126 (MP 130 1) (MP 130 2) 205 (MP 130 3) MP MP MP N N1 N2 N3 N4 N5 L max 55A M6x A M6x A M8x A M8x B M8x A M12x A M12x A M10x A M10x A M14x A M14x
35 MP 130 FM D1 D2 D3 D4 D5 L1 L2 L3 L4 L M8x15 M M8x15 M M8x15 M M8x15 M M8x15 M M8x15 M M8x15 M M n 2 M a 2 M p 2 n 1 max ϕ S ϕ R C t R 1 max R 2 max A 2 max η J G [kgcm 2 ] i [Nm] [Nm] [Nm] [min -1 ] [arcmin] [N] [N] [N] % MP 130 1_ ' 10' MP 130 1_ ' 10' MP 130 1_ ' 10' MP 130 1_ ' 10' MP 130 1_ ' 10' MP 130 1_ ' 10' MP 130 2_ ' 10' MP 130 2_ ' 10' MP 130 2_ ' 10' MP 130 2_ ' 10' MP 130 2_ ' 10' MP 130 2_ ' 10' MP 130 2_ ' 10' MP 130 2_ ' 10' MP 130 2_ ' 10' MP 130 2_ ' 10' MP 130 2_ ' 10' MP 130 2_ ' 10' MP 130 2_ ' 10' MP 130 2_ ' 10' MP 130 3_ ' 12' MP 130 3_ ' 12' MP 130 3_ ' 12' MP 130 3_ ' 12' MP 130 3_ ' 12' MP 130 3_ ' 12' MP 130 3_ ' 12' MP 130 3_ ' 12' MP 130 3_ ' 12' MP 130 3_ ' 12' MP 130 3_ ' 12' MP 130 3_ ' 12' MP 130 3_ ' 12' MP 130 3_ ' 12' MP 130 3_ ' 12' MP 130 3_ ' 12' MP 130 3_ ' 12' MP 130 3_ ' 12' MP 130 3_ ' 12' MP 130 3_ ' 12' MP 130 3_ ' 12' MP 130 3_ ' 12'
36 55A A1 MP G 130 N (MP G 130 2) (MP G 130 3) (MP G 130 4) MP G MP G MP G N N1 N2 N3 N4 N5 L max 55A M6x A M6x A M8x A M8x B M8x A M12x A M12x A M10x A M10x A M14x A M14x
37 MP G 130 FM A View from A D1 D2 D3 D4 D5 L1 L2 L3 L4 L M8x15 M M8x15 M M8x15 M M8x15 M M8x15 M M8x15 M M8x15 M M n 2 M a 2 M p 2 n 1 max ϕ S ϕ R C t R 2 max A 2 max η J G [kgcm 2 ] i [Nm] [Nm] [Nm] [min -1 ] [arcmin] [N] [N] % MP G 130 2_ ' 10' MP G 130 2_ ' 10' MP G 130 2_ ' 10' MP G 130 2_ ' 10' MP G 130 2_ ' 10' MP G 130 2_ ' 10' MP G 130 3_ ' 10' MP G 130 3_ ' 10' MP G 130 3_ ' 10' MP G 130 3_ ' 10' MP G 130 3_ ' 10' MP G 130 3_ ' 10' MP G 130 3_ ' 10' MP G 130 3_ ' 10' MP G 130 3_ ' 10' MP G 130 3_ ' 10' MP G 130 3_ ' 10' MP G 130 3_ ' 10' MP G 130 3_ ' 10' MP G 130 3_ ' 10' MP G 130 4_ ' 12' MP G 130 4_ ' 12' MP G 130 4_ ' 12' MP G 130 4_ ' 12' MP G 130 4_ ' 12' MP G 130 4_ ' 12' MP G 130 4_ ' 12' MP G 130 4_ ' 12' MP G 130 4_ ' 12' MP G 130 4_ ' 12' MP G 130 4_ ' 12' MP G 130 4_ ' 12' MP G 130 4_ ' 12' MP G 130 4_ ' 12' MP G 130 4_ ' 12' MP G 130 4_ ' 12' MP G 130 4_ ' 12' MP G 130 4_ ' 12' MP G 130 4_ ' 12' MP G 130 4_ ' 12' MP G 130 4_ ' 12' MP G 130 4_ ' 12'
38 MP MB A A1 N (MP MB 130 2) 273 (MP MB 130 3) (MP MB 130 4) 183 MP MB MP MB MP MB N N1 N2 N3 N4 N5 L max 55A M6x A M6x A M8x A M8x B M8x A M12x A M12x A M10x A M10x A M14x A M14x
39 MP MB 130 FM D1 D2 D3 D4 D5 L1 L2 L3 L4 L M8x15 M M8x15 M M8x15 M M8x15 M M8x15 M M8x15 M M8x15 M M n 2 M a 2 M p 2 n 1 max ϕ S ϕ R C t η J G [kgcm 2 ] i [Nm] [Nm] [Nm] [min -1 ] [arcmin] % MP MB 130 2_ ' 10' MP MB 130 2_ ' 10' MP MB 130 2_ ' 10' MP MB 130 2_ ' 10' MP MB 130 2_ ' 10' MP MB 130 2_ ' 10' MP MB 130 3_ ' 10' MP MB 130 3_ ' 10' MP MB 130 3_ ' 10' MP MB 130 3_ ' 10' MP MB 130 3_ ' 10' MP MB 130 3_ ' 10' MP MB 130 3_ ' 10' MP MB 130 3_ ' 10' MP MB 130 3_ ' 10' MP MB 130 3_ ' 10' MP MB 130 3_ ' 10' MP MB 130 3_ ' 10' MP MB 130 3_ ' 10' MP MB 130 3_ ' 10' MP MB 130 4_ ' 12' MP MB 130 4_ ' 12' MP MB 130 4_ ' 12' MP MB 130 4_ ' 12' MP MB 130 4_ ' 12' MP MB 130 4_ ' 12' MP MB 130 4_ ' 12' MP MB 130 4_ ' 12' MP MB 130 4_ ' 12' MP MB 130 4_ ' 12' MP MB 130 4_ ' 12' MP MB 130 4_ ' 12' MP MB 130 4_ ' 12' MP MB 130 4_ ' 12' MP MB 130 4_ ' 12' MP MB 130 4_ ' 12' MP MB 130 4_ ' 12' MP MB 130 4_ ' 12' MP MB 130 4_ ' 12' MP MB 130 4_ ' 12' MP MB 130 4_ ' 12' MP MB 130 4_ ' 12'
40 MP 160 IS (MP 160 1) (MP 160 2) (MP 160 3) MP MP MP A A1 N5 130 (MP 160 1) (MP 160 2) 209 (MP 160 3) MP MP MP N N1 N2 N3 N4 N5 L max 55A M6x A M6x A M8x A M8x B M8x A M12x A M10x A M10x A M14x A M14x
41 MP 160 FM D1 D2 D3 D4 D5 L1 L2 L3 L4 L M8x16 M M8x16 M M8x16 M M8x16 M M8x16 M M8x16 M M8x16 M M n 2 M a 2 M p 2 n 1 max ϕ S ϕ R C t R 1 max R 2 max A 2 max η J G [kgcm 2 ] i [Nm] [Nm] [Nm] [min -1 ] [arcmin] [N] [N] [N] % MP 160 1_ ' 10' MP 160 1_ ' 10' MP 160 1_ ' 10' MP 160 1_ ' 10' MP 160 1_ ' 10' MP 160 1_ ' 10' MP 160 2_ ' 10' MP 160 2_ ' 10' MP 160 2_ ' 10' MP 160 2_ ' 10' MP 160 2_ ' 10' MP 160 2_ ' 10' MP 160 2_ ' 10' MP 160 2_ ' 10' MP 160 2_ ' 10' MP 160 2_ ' 10' MP 160 2_ ' 10' MP 160 2_ ' 10' MP 160 2_ ' 10' MP 160 2_ ' 10' MP 160 3_ ' 12' MP 160 3_ ' 12' MP 160 3_ ' 12' MP 160 3_ ' 12' MP 160 3_ ' 12' MP 160 3_ ' 12' MP 160 3_ ' 12' MP 160 3_ ' 12' MP 160 3_ ' 12' MP 160 3_ ' 12' MP 160 3_ ' 12' MP 160 3_ ' 12' MP 160 3_ ' 12' MP 160 3_ ' 12' MP 160 3_ ' 12' MP 160 3_ ' 12' MP 160 3_ ' 12' MP 160 3_ ' 12' MP 160 3_ ' 12' MP 160 3_ ' 12' MP 160 3_ ' 12'
42 55A A1 MP G 160 N (MP G 160 2) (MP G 160 3) (MP G 160 4) MP G MP G MP G N N1 N2 N3 N4 N5 L max 55A M6x A M6x A M8x A M8x B M8x A M12x A M10x A M10x A M14x A M14x
43 MP G 160 FM A View from A D1 D2 D3 D4 D5 L1 L2 L3 L4 L M8x16 M M8x16 M M8x16 M M8x16 M M8x16 M M8x16 M M8x16 M M n 2 M a 2 M p 2 n 1 max ϕ S ϕ R C t R 2 max A 2 max η J G [kgcm 2 ] i [Nm] [Nm] [Nm] [min -1 ] [arcmin] [N] [N] % MP G 160 2_ ' 10' MP G 160 2_ ' 10' MP G 160 2_ ' 10' MP G 160 2_ ' 10' MP G 160 2_ ' 10' MP G 160 2_ ' 10' MP G 160 3_ ' 10' MP G 160 3_ ' 10' MP G 160 3_ ' 10' MP G 160 3_ ' 10' MP G 160 3_ ' 10' MP G 160 3_ ' 10' MP G 160 3_ ' 10' MP G 160 3_ ' 10' MP G 160 3_ ' 10' MP G 160 3_ ' 10' MP G 160 3_ ' 10' MP G 160 3_ ' 10' MP G 160 3_ ' 10' MP G 160 3_ ' 10' MP G 160 4_ ' 12' MP G 160 4_ ' 12' MP G 160 4_ ' 12' MP G 160 4_ ' 12' MP G 160 4_ ' 12' MP G 160 4_ ' 12' MP G 160 4_ ' 12' MP G 160 4_ ' 12' MP G 160 4_ ' 12' MP G 160 4_ ' 12' MP G 160 4_ ' 12' MP G 160 4_ ' 12' MP G 160 4_ ' 12' MP G 160 4_ ' 12' MP G 160 4_ ' 12' MP G 160 4_ ' 12' MP G 160 4_ ' 12' MP G 160 4_ ' 12' MP G 160 4_ ' 12' MP G 160 4_ ' 12' MP G 160 4_ ' 12'
44 MP MB A A1 N (MP MB 160 2) 277 (MP MB 160 3) (MP MB 160 4) 183 MP MB MP MB MP MB N N1 N2 N3 N4 N5 L max 55A M6x A M6x A M8x A M8x B M8x A M12x A M10x A M10x A M14x A M14x
45 MP MB 160 FM D1 D2 D3 D4 D5 L1 L2 L3 L4 L M8x16 M M8x16 M M8x16 M M8x16 M M8x16 M M8x16 M M8x16 M M n 2 M a 2 M p 2 n 1 max ϕ S ϕ R C t η J G [kgcm 2 ] i [Nm] [Nm] [Nm] [min -1 ] [arcmin] % MP MB 160 2_ ' 10' MP MB 160 2_ ' 10' MP MB 160 2_ ' 10' MP MB 160 2_ ' 10' MP MB 160 2_ ' 10' MP MB 160 2_ ' 10' MP MB 160 3_ ' 10' MP MB 160 3_ ' 10' MP MB 160 3_ ' 10' MP MB 160 3_ ' 10' MP MB 160 3_ ' 10' MP MB 160 3_ ' 10' MP MB 160 3_ ' 10' MP MB 160 3_ ' 10' MP MB 160 3_ ' 10' MP MB 160 3_ ' 10' MP MB 160 3_ ' 10' MP MB 160 3_ ' 10' MP MB 160 3_ ' 10' MP MB 160 3_ ' 10' MP MB 160 4_ ' 12' MP MB 160 4_ ' 12' MP MB 160 4_ ' 12' MP MB 160 4_ ' 12' MP MB 160 4_ ' 12' MP MB 160 4_ ' 12' MP MB 160 4_ ' 12' MP MB 160 4_ ' 12' MP MB 160 4_ ' 12' MP MB 160 4_ ' 12' MP MB 160 4_ ' 12' MP MB 160 4_ ' 12' MP MB 160 4_ ' 12' MP MB 160 4_ ' 12' MP MB 160 4_ ' 12' MP MB 160 4_ ' 12' MP MB 160 4_ ' 12' MP MB 160 4_ ' 12' MP MB 160 4_ ' 12' MP MB 160 4_ ' 12' MP MB 160 4_ ' 12'
46 55A A1 MP (MP 190 1) (MP 190 2) N (MP 190 3) 96 MP MP MP N N1 N2 N3 N4 N5 L max 55A M6x A M6x A M8x A M8x B M8x A M12x A M10x A M10x A M14x A M14x FM Ø D1 D2 D3 D4 D5 L1 L2 L3 L4 L M8x14 M M8x14 M M8x14 M M8x14 M M8x14 M M8x14 M M8x14 M M8x14 M M8x14 M M8x14 M
47 MP 190 M n 2 M a 2 M p 2 n 1 max ϕ S ϕ R C t R 2 max A 2 max η J G [kgcm 2 ] i [Nm] [Nm] [Nm] [min -1 ] [arcmin] [N] [N] % MP 190 1_ ' 10' MP 190 1_ ' 10' MP 190 1_ ' 10' MP 190 1_ ' 10' MP 190 1_ ' 10' MP 190 1_ ' 10' MP 190 2_ ' 10' MP 190 2_ ' 10' MP 190 2_ ' 10' MP 190 2_ ' 10' MP 190 2_ ' 10' MP 190 2_ ' 10' MP 190 2_ ' 10' MP 190 2_ ' 10' MP 190 2_ ' 10' MP 190 2_ ' 10' MP 190 2_ ' 10' MP 190 2_ ' 10' MP 190 2_ ' 10' MP 190 2_ ' 10' MP 190 3_ ' 12' MP 190 3_ ' 12' MP 190 3_ ' 12' MP 190 3_ ' 12' MP 190 3_ ' 12' MP 190 3_ ' 12' MP 190 3_ ' 12' MP 190 3_ ' 12' MP 190 3_ ' 12' MP 190 3_ ' 12' MP 190 3_ ' 12' MP 190 3_ ' 12' MP 190 3_ ' 12' MP 190 3_ ' 12' MP 190 3_ ' 12' MP 190 3_ ' 12' MP 190 3_ ' 12' MP 190 3_ ' 12' MP 190 3_ ' 12' MP 190 3_ ' 12' MP 190 3_ ' 12'
48 INDEX OF REVISIONS (R) R2 Description 4 Sect 1.2 Selecting the gear unit : - new selection procedure 6 Sect. 1.3 Service life of bearings : - new calculation procedure Sect 2 Features of MP series : - updated the whole chapter 10 Sect 3 Ordering code : - updated product designation Sect. 5 Dimensions and technical specifications : - new designation of motor adapters This publication supersedes and replaces any previous edition and revision. We reserve the right to implement modifications without notice. This catalogue cannot be reproduced, even partially, without prior consent. 46 COD. TIR 0021 R2
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50
1.2 Selecting the gear unit Service life of bearings Version and input section Mounting positions TR
SUMMARY 1 General information... 3 1.1 Symbols, units and definitions... 3 1.2 Selecting the gear unit... 4 1.3 Service life of bearings... 6 2 Features of TR series... 8 3 Ordering code... 10 3.1 Version
TQ series. Low-backlash gearboxes
TQ series Low-backlash gearboxes SUMMARY 1 General information... 1.1 Symbols, units and definitions... 1.2 Selecting the gear unit... 4 1. Service life of bearings... 6 2 Features of TQ series... 8 Ordering
TQ Series. Low-backlash Gearboxes. High Performance Precision Planetary Gearboxes.
TQ Series Low-backlash Gearboxes High Performance Precision Planetary Gearboxes sales@sipco-mls.com SUMMARY 1 General information 3 1. Symbols, units and definitions 3 2. Selecting the gear unit 4 3. Service
TQ-TQK-TR-MP LC-LCK-SL-KR Series. Precision Planetary Gearboxes
TQ-TQK-TR-MP LC-LCK--KR Series Precision Planetary Gearboxes OUR PRODUCTS AT A GLANCE PRODUCT INLINE RIGHT ANGLE PRODUCT LINE-UP CONFIGURATIONS HIGH PERFORMANCE NEW TQ NEW TQK Yes Yes Highest Precision
TQ-TQK-TR-MP LC-LCK-SL-KR Series. Precision Planetary Gearboxes
TQ-TQK-TR-MP LC-LCK-SL-KR Series Precision Planetary Gearboxes Bonfiglioli solutions INDEX 3 We keep the world in motion 4 Mechatronics - the challenge to build your success 5 Our expertise from start
SUMMARY. Contents. Chapter
SUMMARY Chapter Contents 1 General information...2 1.1 Symbols and units of measurement...2 1.2 Features of MP series...3 1.3 Versions...4 1.4 Selecting the gear unit...5 1.5 Service life of bearings...6
INDUSTRY PROCESS AND AUTOMATION SOLUTIONS TECNOINGRANAGGI
INDUSTRY PROCESS AND AUTOMATION SOUTIONS TECNOINGRANAGGI MP SUMMARY Chapter Contents 1 General information...2 1.1 Symbols and units of measurement...2 1.2 Features of MP series...3 1.3 Versions...4 1.4
Precision Planetary Gears Type HTRG
Precision Planetary Gears Type HTRG The HTRG product range of precision planetary gears is the outcome of years of experience in the industry, and is the culmination of a decadelong dedication to performance
PE Series: INLINE Shaft Output
PE Series: INLINE Shaft Output Features 3:1 to 100:1 ratios Integral motor adapter (MAI) offers a more compact solution Helical gearing produces more torque while running quieter compared to spur tooth
Precision Planetary Gears Type HTRG
Precision Planetary Gears Type HTRG The HTRG product range of precision planetary gears is the outcome of years of experience in the industry, and is the culmination of a decadelong dedication to performance
PLFE. PLFE Economy Line. The shortest planetary gearbox with the highest torsional stiffness and flange output shaft
Economy Line The shortest planetary gearbox with the highest torsional stiffness and flange output shaft There s no such thing as too short: The is our planetary gearbox with compact flange output shaft.
PE Planetary Gearheads
Planetary Gearheads Unparalleled: This planetary gearbox maintains its maximum efficiency even at the highest speeds Planetary Gearheads are notably light and extremely powerful, yet suitable for complex
Precision Planetary Gears Type HTRG
Precision Planetary Gears Type HTRG Double shaft, right angle shaft and right angle output shaft versions are also available. The HTRG product range of precision planetary gears is the outcome of years
PLQE. PLQE Economy Line. The easy to install planetary gearbox absorbs high forces with low heat generation
Economy Line The easy to install planetary gearbox absorbs high forces with low heat generation Our is uncomplicated and powerful. It can be connected directly to your installation without the need for
Low backlash planetary gearboxes. Phone: Fax: Web: -
Low backlash planetary gearboxes P R O D U C T C H A R A C T E R I S T I C S L O W B A C K L A S H P L A N E T A R Y G E A R B O X E S The planetary gearbox consists of the coaxial sun gear, planet carrier
PLFN. PLFN Precision Line. The precision planetary gearbox for maximum loads and the highest performance fast and easy to install
Precision Line The precision planetary gearbox for maximum loads and the highest performance fast and easy to install Our features a standardized flange interface for ease of installation. The straight-teeth
PLFN. PLFN Precision Line. The precision planetary gearbox for maximum loads and the highest performance fast and easy to install
Precision Line The precision planetary gearbox for maximum loads and the highest performance fast and easy to install Our features a standardized flange interface for ease of installation. The straightteeth
WPLE. WPLE Economy Line. The versatile right angle planetary gearbox with lower weight and appealing cost effectiveness
Economy Line The versatile right angle planetary gearbox with lower weight and appealing cost effectiveness The is a consistent continuation of the benefits offered by the Economy Line. With its compact,
The STH is a mid-range speed and torque gear reducer that
-SERIES The is a mid-range speed and torque gear reducer that sets a new standard for rotary positioning performance at an exceptional price point. A SHIMPO ABLE planetary gearbox is the interface between
PSN. PSN Precision Line. The helical-toothed precision planetary gearbox for low-noise operation and high bearing loads
Precision Line The helicaltoothed precision planetary gearbox for lownoise operation and high bearing loads Our embodies pure progress: Its innovative helical teeth safeguard lownoise operations. This
H L AE. HLAE Hygienic Design. The unique planetary gearbox with certified hygienic design ideal for reliable cleaning processes
Hygienic Design H L AE The unique planetary gearbox with certified hygienic design ideal for reliable cleaning processes Our is unique: It is the world s first planetary gearbox with certified hygienic
H L AE. HLAE Hygienic Design. The unique planetary gearbox with certified hygienic design ideal for reliable cleaning processes
Hygienic Design H L AE The unique planetary gearbox with certified hygienic design ideal for reliable cleaning processes Our is unique: It is the world s first planetary gearbox with certified hygienic
"PKX" Series Right Angle ServoFit Precision Planetary Gearhead Performance Specification Overview
P "P" Series Right Angle Performance Specification Overview P221 P222 P21 P22 P421 P422 P521 P522 P721 P722 P821 P822 P922 4 5 4 7 5 8 7 8 Acceleration Torque in.lbs. 195 576 106 2,657 6,201 14,17 26,574
PLE. PLE Economy Line. Unparalleled: This planetary gearbox maintains its maximum efficiency even at the highest speeds
Economy Line Unparalleled: This planetary gearbox maintains its maximum efficiency even at the highest speeds The is perhaps the basis of our success. It is notably light, extremely powerful, yet suitable
PSN. PSN Precision Line. The helical-toothed precision planetary gearbox for low-noise operation and high bearing loads
Precision Line The helical-toothed precision planetary gearbox for low-noise operation and high bearing loads Our embodies pure progress: Its innovative helical teeth safeguard low-noise operations. This
alphira Economical entry-level model
Economical entry-level model The low backlash planetary gearhead with output shaft. This economical entry level model is suitable for simple applications. The impresses through its quality, availability,
SPH Series GAM CAN, JUST ASK!
SPH Series GAM CAN, JUST ASK! - Highest Precision Class The SPH is GAM s latest solution for today s demanding motion control challenges. Available in six frame sizes and nominal torque ratings ranging
STH SERIES Hollow Rotary Index Tables
STH SERIES T he STH is an excellent fit for mid-range index table applications that require high accuracy, flexible mounting and a large hollow shaft. This product sets the standard for rotary positioning
WPLE. The right angle gearbox of the PLE series with circular output flange. Economy Line
44 The right angle gearbox of the series with circular output flange The is the logical refinement of our series. This right angle gearbox series was designed especially for spacesaving installation in
High Performance: EPR Series
High Performance: EPR Series GAM can. If you don t see exactly what you need, let us know. We can modify the EPR Series gearboxes to meet your needs. Page 4 provides a list of commonly requested modifications
The STH is a mid-range speed and torque gear reducer that
STH-SERIES The STH is a mid-range speed and torque gear reducer that sets a new standard for rotary positioning performance at an exceptional price point. A SHIMPO ABE planetary gearbox is the interface
H Synchronous Precision. T Compact Precision. S Classic Precision. Low-Backlash Servo Gearhead. V-Drive C 01/04 US Technical modifications reserved.
H Synchronous Precision T Compact Precision Low-Backlash Servo Gearhead V-Drive C 01/04 US Technical modifications reserved. S Classic Precision 7 8 10 The Best of TOP100 Germany prize is among the highest-profile
"KS" Series Right Angle ServoFit Precision Planetary Gearhead Performance Specification Overview
"" eries Right Angle ervofit Precision Planetary Gearhead Performance pecification Overview ize 402 403 502 503 702 703 Acceleration Torque M2B MAX in.lbs. 797 1,772 3,543 Nm 90 200 400 Output Torque Nom.
Performance: PE Series
Performance: PE Series GAM can. If you don t see exactly what you need, let us know. We can modify the PE Series gearboxes to meet your needs. Page 4 provides a list of commonly requested modifications
POWER GEAR. The HighSpeed bevel gearbox.
MS-Graessner GmbH & Co. KG THE GEAR COMPANY POWER GEAR The HighSpeed bevel gearbox HS www.graessner.de Nothing but highlights! Designed for special requirements no adaption, no compromises: There are decades
Low backlash planetary gearheads Economy
Low backlash planetary gearheads Economy LP + Economical multitalent Low backlash planetary gearhead with output shaft pplications in cyclic or continuous operation Torsional backlash 8 arcmin Ratio: 3-100
HG + New hollow shaft precision
ew hollow shaft precision The successor to our versatile hypoid gearhead with hollow shaft on one/both sides. With the, low torsional backlash and high torsional rigidity assure maximum positioning accuracy
Precision on the highest level
6 - line Precision on the highest level The series is the standard Neugart inline high precision planetary gearhead for applications with very high precision requirements. Whether high torque density,
HT hypoid bevel gear boxes
HT hypoid bevel gear boxes Solid and Hollow Shaft Design Cycloid gearboxes Planetary gearboxes evel gearboxes Planetary bevel gearboxes Hypoid gearboxes Gear technology Eppinger hypoid gear boxes The compact
Highest Precision: SPL Series
Highest Precision: SPL Series GAM can. Just ask! If you don t see exactly what you need, let us know. We can modify the SPL Series gearboxes to meet your needs. Page 3 provides a list of commonly requested
P/PA Series: INLINE Shaft Output
P/PA Series: INLINE Shaft Output Features 3:1 to 100:1 ratios (higher ratios available. Contact STOBER.) Quiet running (as low as 60dB(A)) Bearing options to suit your application needs. Large motor input
Low backlash planetary gearheads Economy
Low backlash planetary gearheads Economy LP + Innovation sets standards The low-backlash LP + planetary gearhead extends and completes the product portfolio. Up to 75% higher torques oise level halved
K/KL Series: RIGHT ANGLE Versatile Outputs
ServoFit Planetary & Modular Gearheads K/KL Series: RIGHT ANGLE Versatile Outputs STOBER K Series helical/bevel gear drives are the most versatile ServoFit right angle gearheads. With mounting flexibility
High Performance: Dyna-Lite Series
High Performance: Dyna-Lite Series GAM can. If you don t see exactly what you need, let us know. We can modify the Dyna-Lite Series gearboxes to meet your needs. Page 4 provides a list of commonly requested
Highest Performance: SPH Series
Highest Performance: Series The series features helical gearing which brings a whole new level of power and precision to GAM s already extensive portfolio of gear reducer technology. With special attention
PLE. The base of the economy gearbox with round output flange. Economy Line
4 The base of the economy gearbox with round output flange The is the perfect economy alternative to our precision lines. We have specifically designed this planetary gearbox for all applications in which
Precision Drives Precision Gears Performance in Accuracy
Precision Gears Performance in Accuracy Your addition in transmission. The foundations were laid over 100 years ago: In the small mill belonging to the Stephan family in the 1890s, everything already
alpha Basic Line WORM GEARBOXES CVH / CVS
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