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Linear tables LTE20-1605-B

with ball screw drive

Linear tables LTE20-1605-B, with ball screw drive
Compressive loadTensile loadMoments about all axesGrease lubrication
Linear tables LTE20-1605-B, with ball screw drive
Linear tables LTE20-1605-B, with ball screw drive
Linear tables LTE20-1605-B, with ball screw drive
 
H2 46  mm 
   
A 130  mm 
   
Ltot GH x 1,33 + 199 
  Only valid with standard bellows.
For a table without bellows:

L tot = A + B1 + B2 + total stroke
and Xmin = (A/2) + B2.

(GH = total stroke)
 
a 62  mm 
  Tolerance: +/-0,2
B1 20  mm 
   
B2 29  mm 
   
b 30  mm 
  Tolerance: +/-0,2
d1 9  mm 
  Tolerance for diameter: h7

Thread witness marks may be present on the pin.
d2 50g7  mm 
   
E1 115  mm 
   
E2 108  mm 
   
G1 65  mm 
  Position of lubrication nipples:
2x for linear ball bearings
G2 53,15  mm 
  Position of lubrication nipples:
1x for spindle nut
G3 12  mm 
  Position of lubrication nipples:
1x for locating bearing
G4 10  mm 
  Position of lubrication nipples:
1x for non-locating bearing
g1 7  mm 
  Position of lubrication nipples:
2x for linear ball bearings
g2 4,2  mm 
  Position of lubrication nipples:
1x for spindle nut
g3 12  mm 
  Position of lubrication nipples:
1x for locating bearing
g4  
  Position of lubrication nipples:
1x for non-locating bearing
H 23  mm 
   
H1 48  mm 
   
H5 21  mm 
   
L2 37  mm 
   
L3 18  mm 
   
L4 8  mm 
   
M M10 
   
R 72  mm 
   
Rx 74,6  mm 
   
S 6,7  mm 
   
S 11 x 8,4 
   
S1 M8x18 
  Thread:
M.. x depth
S4 M6x15 
  Thread:
M.. x depth
Xmin GH x 0,167 + 104 
  Only valid with standard bellows.
For a table without bellows:

L tot = A + B1 + B2 + total stroke
and Xmin = (A/2) + B2.

(GH = total stroke)
 
m 1,9  kg 
  Mass of carriage
mtot Ltot x 0,006 + 3,4  kg 
  Mass of complete table:
L tot x 0,006 + 3,4
  KB 2045 P 
  Linear ball bearing:
KB..-P
C 3600  N 
  Basic load ratings: Load direction Y I-II

Basic load rating when load is evenly distributed over all four linear ball bearings.
The stated basic loads and moments cannot be added together.
C0 4900  N 
  Basic load ratings: Load direction Y I-II

Basic load rating when load is evenly distributed over all four linear ball bearings.
The stated basic loads and moments cannot be added together.
C 3600  N 
  Basic load ratings: Load direction Z III

Basic load rating when load is evenly distributed over all four linear ball bearings.
The stated basic loads and moments cannot be added together.
C0 4900  N 
  Basic load ratings: Load direction Z III

Basic load rating when load is evenly distributed over all four linear ball bearings.
The stated basic loads and moments cannot be added together.
M0x 177  Nm 
  Moment ratings:

Basic load rating when load is evenly distributed over all four linear ball bearings.
The stated basic loads and moments cannot be added together.
M0y 184  Nm 
  Moment ratings:

Basic load rating when load is evenly distributed over all four linear ball bearings.
The stated basic loads and moments cannot be added together.
M0z 184  Nm 
  Moment ratings:

Basic load rating when load is evenly distributed over all four linear ball bearings.
The stated basic loads and moments cannot be added together.
  16 / 05  mm 
  Spindle:
diameter / pitch
  M / MM 
  Nut design:

M = cylindrical threaded nut, without preload
MM = double cylindrical threaded nut, with preload
C 12500  N 
  Basic load ratings for nut

Basic dynamic load rating C

Dynamic loads to DIN 69 051, Part 4, issued 1978.
C0 12700  N 
  Basic load ratings for nut

Basic static load rating Co.
  ZKLN1034-2RS 
  Rolling bearings
C 13400  N 
  Maximum axial load on locating bearing

Basic dynamic load rating C
C0 18800  N 
   
NIP A1 
  Lubrication nipple
   
  The shaft deflection must be taken into consideration.
For detailed design of the guidance system, see Catalogue PF1.
   
  M = cylindrical threaded nut, without preload

MM = double cylindrical threaded nut, with preload