Bonfiglioli - Houston Bearing and Supply

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307Flange0.75 (x12)1.183.540.43A80x74DIN 5482W0A30°ø4.76ø3.346H7ø3.150H7ø 4.921 f7ø8.19TTTMaterial : Steel AISI 10406.890.550.83Sleeve couplingM0AOutput pinion gearH0.43P...TT3.54A80x74DIN 54821.18BA80x74DIN 5482ø 4.252 h7ø3.346H7ø3.150H7dedpdiø3.346H7ø3.150H7C1.18 0.43TTATMaterial : Steel SAE 8620Shrink disc2.05ø8.46G0ACode m z x dp di de H A B C PFG 8 16 0.500 128 117 149.5 90 0 0 0 PHC 10 12 0.450 120 104 145 90 0 0 0 PHE 10 14 0.320 140 121 162.5 116 13 26 95 PHF 10 15 0.150 150 130 171.5 107 20 17 100 PHG 10 16 0.500 160 145 186 90 0 0 0 PHH1 10 17 0 170 145 190 90 0 0 0 PHH2 10 17 0.500 170 154 198 90 0 0 0 PLD 12 13 0.500 156 138 192 102 0 12 95 PLE 12 14 0.500 168 150 199.2 90 0 0 0 PLI 12 18 0.500 216 198 249.6 107 7 17 95 PLT 12 26 0 312 282 336 90 10 0 0 Dimensions of pinion gears are in mmM10 K10.9Splined bar513 in.lbsB0A9.84 B80x74DIN 5482Material Steel AISI 9840 hardened <strong>and</strong> tempered Steel SAE 4320 Case hardenedm = modulez = number of teethx = addendum modificationdp = generated pitch diameterdi = root diameterde = outside diameterCase hardening steel SAE 4320must be case hardened to 50-55 HRC(mm) inch T(85) 3.346 H7 +0.001380(80) 3.150 H7 +0.001380(108) 4.252 h7 -0.001380(125) 4.921 f7 -0.00169-0.00327184
307Load application factor for calculation of admissible overhung load on output shaft2.202.00 HZ/PZNHC/NPC1.801.601.40fx 21.201.000.800.60R x2 =Rn 2 fx 2An 2 (±)=Rn 2 fa 2 (±)fa 2 (+) fa 2 (-)HZ/PZ 0.74 0.59NHC/NPC 0.86 0.690.400.200.000 1 2 3 4 5 6 7HZ/PZ3.543inchNHC/NPCXDistance of load from shaft shoulder7An 2 (±)=Rn 2 fa 2 (±)fa 2 (+) fa 2 (-)FZ 1.04 1.04Permitted overhung load on input shaft(based on input speed n 1 = 1000 rpm <strong>and</strong> theoretical lifetime Lh= 5000 hours).For different operating conditions refer to Par. 12 (c 2 ).5500500045004000NV07B3500Rn [lbs] 130002500200015001000NV05B500NV01ANV01B01 23 45X [inch]185
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GENERAL INFORMATIONChapterDescripti
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2.0 - GENERAL LAYOUTshaftapplicabil
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Icon symbolises the weight.Columns
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7.0 - EFFICIENCYThe parameter is de
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11.0 - SELECTING THE PRODUCTThe key
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d) Once « T c2 » and « i » are
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c 2 ) input shaftFor the resulting
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- Use bolts of grade 8.8 or greater
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3 L3 R18.0 - PRODUCT DESIGNATION3 1
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3/V L3/V 05 L 3 623 NPCOUTPUT VERSI
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3/A L3/A 06 L 2 69.9 NPCOUTPUT VERS
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3 L19.0 - MOUNTING POSITIONMounting
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3/V L(A12)AA-AE-AF-ADEA-EE-EF-EDTA-
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20.0 - LUBRICATION (prior to start-
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3 L3 R(A16)P0-P1-P2-P3 R0-R1-R2-R3
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3/A L(A21)ALL GEARBOXES(planetary s
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3/V L3/A ROil quantity [ liters ] -
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3 L300 L8,850 in•lbsn 1 i n 2 Tn
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3 L300 L8,850 in•lbsn 1 i n 2 Tn
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3 L301 L 17,700 in•lbsn 1 i n 2 T
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3 L301 L17,700 in•lbsn 1 i n 2 Tn
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3 L303 L25,000 in•lbsn 1 i n 2 Tn
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3 L303 L25,000 in•lbsn 1 i n 2 Tn
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3 L305 L49,000 in•lbsn 1 i n 2 Tn
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3 L305 L49,000 in•lbsn 1 i n 2 Tn
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3 L306 L84,000 in•lbsn 1 i n 2 Tn
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3 L306 L84,000 in•lbsn 1 i n 2 Tn
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3 L307 L125,000 in•lbsn 1 i n 2 T
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3 L307 L125,000 in•lbsn 1 i n 2 T
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3 L309 L180,000 in•lbsn 1 i n 2 T
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3 L310 L250,000 in•lbsn 1 i n 2 T
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3 L310 L250,000 in•lbsn 1 i n 2 T
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3 L311 L400,000 in•lbsn 1 i n 2 T
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3 L311 L400,000 in•lbsn 1 i n 2 T
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3 L313 L485,000 in•lbsn 1 i n 2 T
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3 L315 L900,000 in•lbsn 1 i n 2 T
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3 L316 L1,100,000 in•lbsn 1 i n 2
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3 L317 L1,500,000 in•lbsn 1 i n 2
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3 L318 L2,200,000 in•lbsn 1 i n 2
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3 L319 L3,000,000 in•lbsn 1 i n 2
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84This page intentionally left blan
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3 R300 R8,850 in•lbsn 1 i n 2 Tn
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3 R300 R8,850 in•lbsn 1 i n 2 Tn
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3 R301 R17,000 in•lbsn 1 i n 2 Tn
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3 R303 R23,000 in•lbsn 1 i n 2 Tn
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3 R305 R47,000 in•lbsn 1 i n 2 Tn
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3 R306 R83,000 in•lbsn 1 i n 2 Tn
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3 R306 R83,000 in•lbsn 1 i n 2 Tn
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3 R307 R115,000 in•lbsn 1 i n 2 T
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3 R309 R170,000 in•lbsn 1 i n 2 T
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3 R310 R265,000 in•lbsn 1 i n 2 T
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3 R311 R398,000 in•lbsn 1 i n 2 T
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3 R313 R485,000 in•lbsn 1 i n 2 T
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3 R313 R485,000 in•lbsn 1 i n 2 T
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3 R315 R900,000 in•lbsn 1 i n 2 T
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3 R317 R1,500,000 in•lbsn 1 i n 2
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3 R318 R2,200,000 in•lbsn 1 i n 2
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3 R319 R3,000,000 in·lbsn 1 i n 2
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3/V L3/V 00 L38,200 in•lbsn 1 i n
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3/V L3/V 06 L375,000 in•lbsn 1 i
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3/V L3/V 10 L4246,000 in•lbsn 1 i
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3/V Ln 1 i n 2 Tn 2 Pn 1 Rn 2 [lbs]
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3/V Ln 1 i n 2 Tn 2 Pn 1 Rn 2 [lbs]
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3/A L3/A 00 L25,500 in•lbsn 1 i n
Page 136 and 137: 3/A Ln 1 i n 2 Tn 2 Pn 1 Rn 2 [lbs]
Page 138 and 139: 3/A Ln 1 i n 2 Tn 2 Pn 1 Rn 2 [lbs]
Page 140 and 141: 30025.0 - INSTALLATION DRAWINGSNEMA
Page 142 and 143: 300NHCHZNEMA inputSolid input shaft
Page 144 and 145: 300FPFZNEMA inputSolid input shaftT
Page 146 and 147: 300Flange60°0.41 (x6)0.832.170.20A
Page 148 and 149: 301NPCPZNEMA inputSolid input shaft
Page 154 and 155: 301Flange60°0.41 (x6)0.832.170.20A
Page 162 and 163: 303Flange0.49 (x12)0.942.680.35A58x
Page 192 and 193: 309 FPNEMA inputSolid input shaftT2
Page 194 and 195: FZNEMA inputSolid input shaftT2ETVT
Page 204 and 205: 310Flange0.83 (x12)1.464.330.47A100
Page 212 and 213: 311Flange0.83 (x12)1.464.330.47A100
Page 220 and 221: 313Flange0.98 (x12)1.305.120.43N120
Page 224 and 225: 315 NHC HZNEMA inputSolid input sha
Page 226 and 227: 315 FP FZNEMA inputSolid input shaf
Page 228 and 229: 315Flange1.26 (x12)1.225.910.47N150
Page 230 and 231: 316PCPZNEMA inputSolid input shaftT
Page 232 and 233: 316 HC HZNEMA inputSolid input shaf
Page 234 and 235: 316 FP FZNEMA inputSolid input shaf
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316Flange20°1.576.500.63N170x5x32D
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317PCPZNEMA inputSolid input shaftT
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317 HC HZNEMA inputSolid input shaf
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317 FP FZNEMA inputSolid input shaf
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317Flange0.79(x10)36°9° 18°2.057
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318Flange15°1.978.270.83N220x5x42D
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319Flange12°2.3610.243.94N260x5DIN
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321Flange10°3.1511.814.33 N 300x8D
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3/V3/A(A)L7UNI 6604DIN 8885(B)L73/V
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Selection criteriaIf the mechanical
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R2This publication supersedes any p
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