Dovetail Slide
with micrometer spindle
grey cast iron
- Micrometer knurl with scale division 0.02 mm
- Dimensioned for dynamic loads of up to 850 N
- Service life of over 1 million lifting operations
- Different sizes with strokes from 29 to 108 mm
- Centring holes
Sales unit
€923.07
plus sales tax
Added to your shopping cart
Designation
Dovetail Slide
Version 1
with micrometer spindle
Body material
grey cast iron
B=Width
75
L=Plate length
180
A
32
A1
19,5
A2
22
B1
74,5
C
72
D
M08X1
D1
10
D2
M05
D3
5,3
D4
10
E
62
E1
25
E2
25
E3
50
K
29
L1
105
L2
60
L3
5,5
M
M05
M1
M05
M2
M05
Mx (Nm)
5
My (Nm)
19
Mz (Nm)
6
O
22,4
P
2,1
P1
3,6
R
8
T1
0,025
T2
0,025
TA_E
4
TA_E1
6
TI_E
4
TI_E1
14
U2
48,5
f (N)
90
Description
Material
EN-GJL-250
Version
Bright, ground.
Note
These precise slideways are used in e.g. machine, fixture and metrology equipment construction as well as in the optical and precision engineering industries. The central set screw M1 can be replaced by a clamping lever 06460.
The stated permissible load values (F) are designed for dynamic loads with a service life of 1 million travel cycles.
For static loads, 10 times the table value F is permitted.
The torque values apply only to centred slides.
An additional centring hole is located at holes D2 and D3 on the top of the slide. Other connecting elements can be precisely mounted on the slide in combination with our centring rings 20240.
TI E = number of fastening holes E/M inside.
TA E = number of fastening holes E/M outside.
TI E1 = number of fastening holes E1/D1 inside.
TA E1 = number of fastening holes E1/D1 outside.
The stated permissible load values (F) are designed for dynamic loads with a service life of 1 million travel cycles.
For static loads, 10 times the table value F is permitted.
The torque values apply only to centred slides.
An additional centring hole is located at holes D2 and D3 on the top of the slide. Other connecting elements can be precisely mounted on the slide in combination with our centring rings 20240.
TI E = number of fastening holes E/M inside.
TA E = number of fastening holes E/M outside.
TI E1 = number of fastening holes E1/D1 inside.
TA E1 = number of fastening holes E1/D1 outside.
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