BW-Fixatoren Series RK

Transcription

1 BW-Fixaten...f the Levelling, Adjustment and Fixation of Machinery and Other Heavy Equipment Installation Varieties and Technical Infmation

2 Dimensions of GA Basic unit Size L B H* D SW d c z h l b e1 e2 k I II III IV V VI *Height with machined bottom (Variant b) Variant f Hole f 1 f variant wes Hole f 2 f variant we/2 Variant g Size f1 f2 g I M12 II M20 III M24 IV M30 V(M36) M36 V(M42) VI 58 - M42 BW-Fixats 2 Subject to modification without notice

3 Technical Datas f Size Permissible maximum load 1 ) Recommended machine dead weight 2 ) Dim N N RKI RKII RKIII RKIV RKV RKVI Spring constant in operation range 3 ) N/ m Tque at adjusting screw Specific Maximum N m 10 3 kg N m ,5 5, Security N m 2,5-5 2,5-5 3, Vertical Adjustment per screw turn Weight of basic unit mm kg 0,25 0,25 0,29 0,35 0,43 0,5 4 5,5 11, ) BW-Fixats are adjustable up to this load. 2 ) This is the standard fact f the determination of the BW-Fixat size. 3 ) Found by applying a changing load equal to the recommended proptional machine load. The operating range will be covered when the machine has beenlevelled and bound down with the anch bolts. Fmula f calculating the Resilience of BW-Fixats Serie RK Determination of BW-Fixat size The proptinal machine load recommended is a function of the net weight of the machine devided by the number of suppt points (BW-Fixats ). F machinery with sizable variations in partial weight, it is the heaviest machine load that has to be devided by the number of bearing points and the resulting BW-Fixat size has to be used everywhere under the machine. f m = F = Load change N c Spring constant N/ m Note: The total of the fces a - e exerted must not exceed the permissible maximum load a) Proptional machine load b) Tensile fce exerted by anch bolt c) Dynamic fces d) Changing loads (moving machine parts wkpieces) e) Fces counteracting moments BW-Fixats 3

4 Anch bolts and studs wes Anch bolt f direct connection of the machine to the foundation e Foundations Clamping fce RK M L l f d from to D T max. N I M II M III M IV M V VI M M Me infmation on request. we/2 Split anch bolt f direct connection of the machine to the foundation Note: Specify dimension e (thickness of machine leg) in your der sht e long e Foundations Clamping fce RK M L1 l1 d SW L l from to L l from to D T max. N I M II M III M IV M V M VI Me infmation on request. BW-Fixats 4 Subject to modification without notice

5 Anch bolts and studs due Resin anch (Capsule and stud) e Hole Clamping fce* RK M L SW f from to D T max. N I M II M III M *Concrete B25 due/2 Split resin anch (Capsule and split stud) Note: Specify dimension e (thickness of machine leg) in your der sht e long e Hole Clamping fce* RK M d SW L l from to L l from to L1 n D T max.n I M II M III M *Concrete B25 BW-Fixats 5

6 Anch bolts and studs ste Sht long stud bolt f attaching the machine to the BW-Fixat Note: Specify dimension e (thickness of machine leg) in your der sht e long e Clamping fce RK M d SW f L l from to L l from to max. N I M II M III M IV M V VI M Me infmation on request. Upper part ste/2 Sht long split stud bolt f attaching the machine to the BW-Fixat Note: Specify dimension e (thickness of machine leg) in your der Lower part sht e long e Clamping fce RK M d SW L l from to L l from to L1 M1 max. N II M M III M M IV M M V M M BW-Fixats 6 Subject to modification without notice

7 Anch bolts and studs c Side anch bolts f connecting BW-Fixat to the foundation Foundations Clamping fce RK M L l a L1 B1 H1 max. N I M II M III M IV M V M Other applications p Spherical washer set f non-parallel bearing surfaces r Large spherical washer set f non-parallel bearing surfaces z Foam centering bushing f the concentric location of the anch bolts in the machine foot holes RK D H d b I (M12) I (M16) II III IV V (M36) V (M42) RK D H d b I II III IV V (M36) V (M42) RK f D H d h I 16, II 20, III 24, IV 30, V (M36) 36, V(M42) 42, BW-Fixats 7

8 T min max c Other applications Other ap l= distance between bolt centerline and outside edge of the machine Minimum Foundations RK a c SW length l Tube L1 B1 H1 I x II x III x IV x V x le Extended set screw on BW-Fixat arranged inwards of the machine side RK a c I II III IV l = distance between bolt centerline and outside edge of the machine V a SW u ØD Minimum led led - l RK a c SW length l Tube min max U max max U max ød T I x II x III x IV x V x led RK a B H Extended set screw on BW-Fixat I arranged inwards of the machine II side III Fixing with Eye screw IV V l= distance between bolt centerline and outside edge of the machine Minimum Foundations RK a B H length l A1 Z1 B1 H1 X1 I II III les Extended set screw on flush-mounted BW-Fixat arranged inwards of the machine side IV V BW-Fixats 8 Subject to modification without notice B

9 Other applications d Lateral adjuster f adjusting machine location F RK M L SW H B b d a h N I M II M III M F = Max. hizontal fce IV M V M dz Offset lateral adjuster f adjusting machine location F RK M L SW H B b d a h N I M II M III M F = Max. hizontal fce IV M V M m Set screw guard on flush mounted BW-Fixat Foundations at combination of variants m and wes Foundations *Foundations 2 RK L B H Z L1 H1 B1 D1 T1 D2 T2 I II III IV V *Foundations 2 in connection with the next size of anch bolts mon Locking system f the spherical bearing plate frot Connection f mobile arrangement RK M l I 6 8 II 6 8 III 8 8 IV 8 12 V BW-Fixats 9

10 Various Combinations and applications Combination 1 Order specification RK (x*) f p wes Combination 2 Order specification RK (x*) f p due Combination 3 Order specification RK (x*) g c d ste Combination 4 Order specification RK (x*) g c p ste le Combination 5 Order specification RK (x*) g d m p ste Combination 6 Order specification RK (x*) f p wes les 500/ (x*) = size of BW-Fixat Subject to modification without notice BWF Fixatenbau Bertuch & Co GmbH Siemensstraße Leverkusen Telephon Fax BWF@Fixatenbau.de