Tangential keys

P. 3
Mechanism The tangentially arranged operating screw (1) engages the internal thread of the actuating key bar (2) to move a slide (3) which in turn moves the drive ring. Two further slides in the drive ring (4) transmit the force to the other two key bars. The key bars are provided with helical teeth

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2 DURO / DURO A Key bar chuck DURO-T DURO-T Gripping force The gripping force is the sum total of all jaw forces acting radially on the stationary workpiece. The specified gripping forces are standard values. They apply to chucks in a perfect condition which have been lubricated with RÖHM

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10 Jaws DURO-T Key bar chucks Jaws DURO-T Tool group A28 Type 002 Base jaw GB, set with mounting bolts Item no. Chuck Size Number of jaws Contents of delivery Jaw length Jaw width 212119 125 3 set 47 14 094004 160 3 set 74 20 094005 200 3 set 90 22 094006 250 3 set 110 26 094007 315 3

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4 Key bar chucks DURO-T Key bar chucks DURO-T DURO-T key bar chucks are successfully used wherever extremely high tension forces, high concentric accuracy and reliable continuous repeatability are needed. For lathes. Suitable for milling machines, dividing attachments and machining centres

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11 Chuck dimensions DURO-T Technical data - Key bar chucks A A1 E B C G H J D P F Q K Chuck size A 125 160 200 250 315 400 500 630 Outer-ø A1 128 164 206 256 322 407 507 630 Jaw movement B 4,8 6,2 6,8 8 10,2 12,5 12,5 14 Bore C 32 42 52 62 87 102 162 252 Bore cab be enlarged C

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> Straight RM 5113 p. 54 Curve RM 5115 p. 56 Ball Table RM 5760 p. 58 Ball Table with Omniwheels RM 5761 p. 60 Can be combined with Belt Conveyors ntelliveyor Driveshaft Roller Conveyor RollerDrlve Conveyor Tangential Chain Roller Conveyor Toothed Belt Roller Conveyor Accumulation Roller Conveyor Key

P. 33
KEY ELEMENTS Modular expansion and connection of conveyor lines S Flexible Easy to use The modular key elements realise basic conveying functions such as stopping, distributing, lifting and lowering All key elements are designed to be combined with belt and roller conveyors 62 Overview of Roller

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combinations Dimensions Dimensions   LW Clearance 310 to 760 mm P Min. roller pitch 75 mm AH Stroke 25 mm (5 mm below top edge of roller to 20 mm above top edge of roller) 66 Overview of Key Elements p. 62 Belt Conveyors p. 86 Accessories p. 108 The Interroll Single Blade Stop RM 5775 is an electrically

P. 36
INTERROLL END STOP RM 5774 Technical Data General technical data   Max. accumulation pressure 100 N Side profile   Combination of profile heights left/right Suitable for all profile combinations Dimensions 3 Dimensions LW Clearance LW 210 to 1,010mm Overview of Key Elements p. 62 Belt

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of profile heights left/right Suitable for all profile combinations Dimensions 40 LW Dimensions   LW Clearance 310 to 760 mm P Min. roller pitch 75 mm AH Stroke 25 mm (5 mm below top edge of roller to 20 mm above top edge of roller) Overview of Key Elements p. 62 Belt Conveyors p. 86 Accessories p. 108

P. 124
, position the gearbox vertically with the motor flange upwards. Before assembly, degrease the motor shaft and the blind hole in the gearbox. Remove the lock screw or two plastic plugs from the motor flange of the gearbox, and insert a long Allen key to reach the tangential clamping screw in the coupling

P. 4
1000 25 to 360 j [arcmin] 1 to 8 3 to 8 10 to 15 n1maxzul [min-1] 3500 to 6000 3500 to 8000 4500 to 8000 Solid shaft with key – [–] – Solid shaft without key – [–] – Hollow shaft with keyway – [–] – – – Hollow shaft with shrink disc

P. 96
ml 5 0 – M L 2 0 0 D IM E NSI O NS ML 50 d x l1 Size D2 D3 j6 j6 50 12 12 M6 44 100 18 18 M8 200 25 25 M10 F7 D7 D21 D22 D23 D25 f7 D31 D32 D33 Key D2 / D3 according to DIN 6885/1 64,5 54 4x4x20 f7 9 x 20 11 x 23 64,5 54 20 44 60 30 60 6x6x25 80 40 80 8x7x36 14 x 30 9 x 20 11 x 23 14 x 30 19

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M K S 1 – M K S 4 D IM E NSI O NS BA 30 BA 70 A B A B BA 40 A B BA50 A B d x l1 Size D16 Key D2/D3 according to DIN 6885/1 L L2 L3 L4 L5 L6 L7 88 72 8x7x40 200 47 47 58 55 37,5 75 M10 100 75 10x8x50 230 55 55 70 70 45 90 M12 127 90 14x9x60 280 70 70 85 85 55 110 D2 D3 j6 j6 1 30 30 M8 2 35 35

P. 219
(Pfeilrichtung) 1. Rollkopf umlaufend, Werkstück stillstehend 2. Rollkopf stillstehend, Werkstück umlaufend Vorschub erfolgt radial durch Rollengeometrie 1. Rollkopf umlaufend, Werkstück stillstehend 2. Rollkopf stillstehend, Werkstück umlaufend Vorschub erfolgt tangential (Pfeilrichtung) Rollkopf

P. 221
, workpiece stationary 2. Rolling head stationary, workpiece rotating Radial Feed 1. Rolling head rotating, workpiece stationary 2. Rolling head stationary, workpiece rotating Tangential Feed (Direction of arrow) rolling head stationary, workpiece rotating Workpiece Rollers Workpiece Rollers

P. 253
A.D.252 www.lmt-tools.com Tangential-Gewinde-Rollköpfe Tangential Thread Rolling Heads

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www.lmt-tools.com D.253 Gewinderollen Thread Rolling Tangential-Rollköpfe T120F, T160F, T220F, T350F Tangential rolling attachments T120F, T160F, T220F, T350F Ident No. Ident No. Ident No. Ident No. 2408491 2408423 2407499 2408020 Spitzenhöhe Center height Nutaufnahme Key way fitting

P. 223
.807" x 0.039" RAA DIN 82 3 Axial AC 2 Gewinde Thread 10 mm 0,31 s 5/8 ? 14 BSF 0.400" B.S. 84 4 Tangential T 18 Kegeliges Gewinde Tapered Thread 14 mm 0,58 s R 1/4 ? 19 0.550" DIN 2999 5 Axial AC2 R Glätten Burnishing 10 mm 0,18 s Ø 11,9 0.400" Ø 0.468" 6 Axial F 2 Gewinde Thread 10 mm 0,28 s

P. 4
poles attachments the spider made welded steel plates consists central hub radial arms welded to the central hub slots are axially obtained the end the arms suit able wedgeshaped keys they lock the spider to the rim tangential ra dial direction the poles consist punched steel laminations high mechanical

P. 5
centreline to be positioned right angle to the rotor radius this configuration used case high mechanical stresses may be the only option open designers to solve problems caused centrifugal forces acting the rotor winding the poles are fixed to the rotor rim thead pole joints wedge shaped keys rolled rotor