Tài liệu Standard Parts for Mould Making P1 pdf

Standard Parts
for Mould
Making
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2 · 20818 · 2006 · 1 Q
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Index
2 · 20819 · 2006 · 1 Q
subject to alterations
3
Your Production Partner 4-5
Guide Elements Locating units, round 8
Locating units, flat 8
Compensation Discs 9
Adjusting washers 9
Ejector rods 10
Centering sleeves 11
Guide pillars 12-13

Guide pillars, shouldered
14-17

Locating guide pillars, shouldered
18-21

Guide pillars with flange
22
Guide pillars (diagonal load pillars) 24
Guide sleeves 25

Guide bushes

26

Locating guide bushes
27

Guide bushes
, Bronze with Non-Liquid Lubricant 28-32
Angled Guide Gibs,
Bronze with Non-Liquid Lubricant 33
Flat Guide Bars, Bronze with Non-Liquid Lubricant 34-35
Ball bearing guides 36
Rectangular guides with rollers 37-38
General Mould Components Socket Head Cap Screws 40-42

Countersunk Head Cap Screws 43
Flat mushroom head screw 44
Setscrews 46
Collar Nuts 46-47
Washers 47
T-Head Bolts 48
Spring,- Fit- and Spacer Units 49
Shoulder Screws 50

Spring Plungers
51-55
Lifting Eyebolts 56-58

Hoisting Snap Links
59
Rotary Safety Eye Bolts 60-61

Precision Dowel Pins 62-65
FIBROZIPP 66
Forming / Demoulding Bolt Guides 68-69
Ejector Pins 70-77
Ejector Sleeves 78-79
Date insert 80-81
Quill holders for core tempering 82
O-rings 83
Gas Springs Mould Line Gas Springs 85-101
Gas Springs Accessories 104-136
Auxiliary Equipment Chemical Tooling Aids 138-139
Representatives 142-143
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FIBRO - your production partner
4
0 ·17774·2005·2 Q
subject to alterations
Hassmersheim plant
Standard Parts
Weinsberg plant
Indexing Tables
From 1962 onwards FIBRO pioneered the design and
manufacture of indexing tables and soon gained an
enviable reputation.
FIBROTAKT
®
indexing tables with face gear and ultra-
high precision indexing, together with dependable
rigidity. Drive options: pneumatic, hydraulic via rack and
pinion or electric with worm drive.

FIBROPLAN
®
NC – indexing tables with backlash
adjustment worm drive or torque motor for use in
machine tools for universal positioning and round and
multi-axis processes (simultaneous operation).
FIBROTOR
®
revolving tables and indexing tables with
positive drive cam, offering very short cycle times even
when transporting heavy loads. Mainly used in non-
machining applications. Thousands of FIBRO units are
in use world-wide as integral key components in high-
output machinery.
Today the Standard Parts Division operates from
the Hassmersheim and Weinsberg works, which
manufacture a comprehensive range of standard parts
and maintain stocks ready for immediate despatch
world-wide. The machine tool, mechanical engineering
and systems engineering product ranges have been
developed to meet the needs of customers.
They include steel die sets, guide elements, oilless
guide elements and precision components such as
punches and matrixes, special steel compression
springs, gas springs, forming materials, metal bonding
agents, moulding resins, peripheral equipment for
pressing and tool making, tool slides with cam or roller
slides and hydraulic cam systems.
FIBRO has become renowned world-wide for its
comprehensive range of products in stock and its

readiness to deliver.
FIBRO – an internationally successful company.
As a market leader in Standard Parts, Rotary Indexing
Tables and Automation, FIBRO provides products and
solutions to ensure your production keeps moving.
So what is the secret of the FIBRO success? Products
developed in-house, tailor-made for the market with
uncompromising quality.
But good products are not enough on their own.
FIBRO combines excellent products, the know-how and
service competence of an internationally focused com-
pany, matched to the actual needs of customers -
wherever they are.
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0 ·17775 ·2005·2 Q
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Automation
FIBRO has been active in the field of automation and
robotics since 1974 and offers one of the most com-
prehensive ranges in this field. A cleverly designed
modular system based on translation units, rotary
units, grippers, and guide gantries with trolleys make
for easy construction of individual machines and com-
plete systems, ranging from simple pick & place units
right up to multi-axis robots. These series-manufac-
tured modules with electric, pneumatic or hydraulic
drive, guarantee both high functional reliability and
cost-effective prices.
The modular gantry systems can solve virtually any

transporting problem using linear gantries, surface
gantries and extension gantries. These systems are
being used successfully in many industries world-
wide. Applications include linking machine tools
(automotive production), tool changing in machining
facilities, palletising work pieces, unloading injection
moulding dies, PCB feeders, press linking, palletising,
stacking, loading and unloading, transporting and fle-
xible linking, storage and buffering of work pieces of
different sizes.
Since its establishment in 1974 GSA Automation
GmbH has developed to become a world market lea-
der in the manufacture of handling equipment and
transport systems. Over this period GSA has installed
over 200 fully automated systems for all the leading
automotive and machine tool manufacturers. GSA has
been a member of the FIBRO group since 2004.
Our production range consists of linear and surface
gantry systems, transport systems such as precision
roller guides, accumulating chain conveyors, pal-
let accumulating conveyors and flexible decoupling
modules,shelf stacking systems and pallet mechanical
handling systems.
We can provide our customers with dependable state
of the art high performance systems from our stan-
dard range. We take complete responsibility for the
complete project, starting with designing the solution
concepts at the design phase, right through to the
final handover of the ready-to-go system.
Hassmersheim plant

FIBRO is customer-focused – world-wide. A well-deve-
loped network of sales and service points and strategic
partners ensure that help is always at hand. This ensu-
res technical advance, world-wide experience in appli-
cations and rapid availability of products.
Facts and figures on FIBRO:
- founded 1958
- approximately 900 staff
- 80 representatives and service stations world-wide
- branches in France, USA, India, Switzerland and
Singapore
-
ISO 9001:2000 Quality Assurance and VDA 6.4
certification
- a company in the LÄPPLE Group
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2 · 20820 · 2006 · 1 Q
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2 · 20821 · 2006 · 1 Q
subject to alterations
Guide Elements
7
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11
15°
d
1 h6
m

1
m
d
2
l
3
l
2
s
1
s
1
l
1
2442.12. Locating unit, round (without
compensation disc)
Mounting Example
subject to alterations
2 · 20822 · 2006 · 1 Q
8
Locating units, round 2442.12.
Locating units, flat 2442.13.
d
1

d
2

l
1

l
2

l
3

m m
1
s
1
12 8 34 6 4 4 4 17
14 10 34 7,5 6 5 5 17
16 10 34 7,5 6 5 5 17
20 15 54 12 9 8 8 27
25 20 54 12 10 8 8 27
26 20 54 12 10 8 8 27
30 25 72 15 14 10 10 36
32 25 72 15 14 10 10 36
42 35 92 15 18 10 10 46
2442.12. Locating unit, round Description:
Conical centring inserts are used to increase repeat accuracy in
mould, die and machine-making.
Ordering-code (example):
Locating unit, round, two-part = 2442.
Conical angle = 15° = 2442.12.
d
1
= 25 mm = 2442.12.025.
l

1
= 54 mm = 2442.12.025.054
Order No = 2442.12.025.054
v
l
3
1,5
l
+0,4
+0,2
1
1
s
1
s
0,50,5
2
l
2
l
d
H8
e7
1
d
h6
1
d
m
m

t
0,40,4
1,6
1,6
1,6
15°
2442.13. Locating unit, flat
d
1

d

l
1

l
2

l
3

v

s
1
t m
30 4 72 5 10 18 36 5 10
42 5 92 6 14 23 46 7 10
54 6 112 8 17 30 56 8 12
80 8 152 8 27 42 76 11 16

2442.13. Locating unit, flat
Ordering-code (example):
Locating unit = 2442.
flat = 2442.13.
d
1
= 42 mm = 2442.13.042.
l
1
= 92 mm = 2442.13.042.092
Order No = 2442.13.042.092
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subject to alterations
9
2 · 20823 · 2006 · 1 Q
2442.12.3. Compensation Discs
2442.12.4. Adjusting washers
d
1
d
s
1,6
1,6
d
±0,1
2
d
-0,2
-0,4
4

d
3
h
+0,2
+0,1
k
±0,1
2442.12.3. Compensation Discs
d
1
s d d
1
s d d
1
s d d
1
s d
12 10 4,5 20 9 8,5 26 9 8,5 42 10 10,5
10 10 20
15 20 30
14 5 5,5 20 30
10 30 30 10 12,5
14 40 20
19 25 9 10,5 30
16 5 6,5 10 40
10 15 50
15 20 32 10 12,5
19 25 20
20 35 30
25 45 40

55 50
2442.12.3. Compensation Discs
Ordering-code (example):
Locating unit, round = 2442.12.
Compensation Disc = 2442.12.3.
d
1
= 25 mm = 2442.12.3.025.
s = 10 mm = 2442.12.3.025.010
Order No = 2442.12.3.025.010
2442.12.4. Adjusting washers
°
d
4

d
3

d
2

h

k
14 5,5 16 5 3,2
20 8,5 25,5 9 6,3
26 8,5 31,5 9 6,3
30 11 35,5 10 6,3
42 11 47,5 10 6,3
2442.12.4. Adjusting washers

Ordering-code (example):
Locating unit, round = 2442.12.
Adjusting washer = 2442.12.4.
d
4
= 30 mm = 2442.12.4.030
Order No = 2442.12.4.030
°
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l
2
l
4
d
2
d
2
g6
1
d
l
js12
R
Z
4
SW
d
1

l

d
2

l
2

l
4
A/F
24 120 M12 25 14 19
140
160
180
200
240
30 180 M16 30 16 24
220
260
300
d
1

l

d
2

l
2

l
4
A/F
10 60 M 6 16 9 9
70
80
100
120
140
14 60 M 8 16 11 12
70
80
100
120
140
160
180
18 100 M10 20 12 14
120
140
160
180
200
220
240
20 100 M12 25 14 16
120
140
160

180
200
220
240
subject to alterations
10
2 · 20824 · 2006 · 1 Q

Ejector rods 3300.10.
3300.10. Ejector rods
3300.10. Ejector rods
Ordering-code (example):
Ejector rod = 3300.10.
d
1
= 20 mm = 3300.10.020.
l = 140 mm = 3300.10.020.140
Order No = 3300.10.020.140
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+0,5
l
2
l
1
l
±0,5
k6
3
d
j6

3
d
1
d
2
d
R
Z
4
subject to alterations
11
2 · 20825 · 2006 · 1 Q
3100.04. Centering sleeves
3100.04. Centering sleeves
d
3

l

d
2

d
1

l
1
l
2
54 60 M20 43 13 4,5

80
120
160
200
240
280
d
3

l

d
2

d
1

l
1
l
2
14 20 M 6 11 8 2
30
40
50
60
70
80
100
20 30 M 8 16 13 2

40
60
80
100
120
140
160
26 30 M10 21 13 2,5
40
60
80
100
120
140
160
180
30 40 M12 25 13 2,5
60
80
100
120
140
160
180
200
240
42 40 M16 33 13 4,5
60
80
100

120
140
160
180
200
220
260
300
3100.04. Centering sleeves
Ordering-code (example):
Centering sleeve
= 3100.04.
d
3
= 26 mm = 3100.04.026.
l = 30 mm = 3100.04.026.030
Order No = 3100.04.026.030
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l
1
l
0,4x45°
k
±0,05
-0,2
4
d
h4
1
d

8°
R2
subject to alterations
12
3202.12.
Guide pillars 3202.13.
3202.12. Guide pillars
d
1

l

d
4

k

l
1
12 80 16 4 4
100
120
18 120 22 6 7
140
160
30 160 36 6 7
200
240
3202.12. Guide pillars
Ordering-code (example):

Guide pillar = 3202.13.
d
1
= 18 mm = 3202.13.018.
l = 160 mm = 3202.13.018.160
Order No = 3202.13.018.160
2 · 20826 · 2006 · 1 Q
Ordering-code (example):
Guide pillar = 3202.12.
d
1
= 18 mm = 3202.12.018.
l = 160 mm = 3202.12.018.160
Order No = 3202.12.018.160
l
1
l
h4
1
d
8°
R2
3
8°
3202.13. Guide pillars
d
1

l

l
1
12 100 3
125
18 125 4
160
30 160 6
240
3202.13. Guide pillars
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subject to alterations
13
3111.10. Guide pillars
R
Z
2,5
l
l
1
l
2
k
±0,2
-0,2
4
d
m6
1
d
g6

1
d
3111.10. Guide pillars
2 · 20827 · 2006 · 1 Q
d
1

l

d
4

k

l
1

l
2
32 160 36 15 7 56
200
240 76
40 200 48 15 10 56
240 76
300 96
50 200 58 15 10 56
240 76
300 96
60 240 68 20 12 76
300 96

360 116
d
1

l

d
4

k

l
1

l
2
10 40 12 3 4 17
60
80 22
100 27
12 60 16 6 7 17
80 22
100 27
120 36
14 60 18 8 7 17
80 22
100 27
120 36
140 46
160

16 60 20 8 7 22
80 27
100
120 36
140 46
160
18 80 22 8 7 27
100
120 36
140 46
160
180 56
200
20 80 24 8 7 27
100
120 36
140 46
160
180 56
200
22 100 26 15 7 36
120 46
140
160 56
180
200 76
220
24 100 28 15 7 36
120 46
140

160 56
180
200 76
220
30 160 36 15 7 56
200
240 76
3111.10. Guide pillars
Ordering-code (example):
Guide pillar = 3111.10.
d
1
= 22 mm = 3111.10. 022.
l = 140 mm = 3111.10.022.140
Order No = 3111.10.022.140
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subject to alterations
14
2 · 20828 · 2006 · 1 Q

Guide pillars, shouldered 3111.20.
A
0,8
0,8
-0,2
4
d
k6
3
d

e7
3
d
g6
1
d
ø0,01
A
k
±0,05
s
-0,5
-1,0
l
1
l
3111.20. Guide pillars, shouldered
d
1

s

l

d
3

d
4

l
1

k
14/15 56 20 20 25 7 6
35
55
75
95
66 55
65
95
76 55
95
86 55
95
18/20 22 20 26 31 7 6
35
40
45
50
55
60
65
70
80
85
115
27 20
35

40
45
50
55
60
65
70
80
85
105
125


d
1

s

l

d
3

d
4

l
1

k

9/10 12 45 14 16 4 3
17 20
30
35
22 25
35
55
27 25
30
35
50
36 25
35
45
46 30
45
55
75
14/15 22 20 20 25 7 6
35
40
45
50
55
65
70
90
110
27 20
35

40
45
55
65
85
105
36 20
35
40
45
55
65
75
95
46 20
35
45
65
85
105

3111.20. Guide pillars, shouldered
Ordering-code (example):
Guide pillar, shouldered = 3111.20.
d
1
= 14 mm = 3111.20.014.
s = 36 mm = 3111.20.014.036.
l = 75 mm = 3111.20.014.036.075
Order No = 3111.20.014.036.075

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subject to alterations
15
2 · 20829 · 2006 · 1 Q
3111.20. Guide pillars, shouldered
A
0,8
0,8
-0,2
4
d
k6
3
d
e7
3
d
g6
1
d
ø0,01
A
k
±0,05
s
-0,5
-1,0
l
1
l

3111.20. Guide pillars, shouldered
d
1

s

l

d
3

d
4

l
1

k
22/24 36 25 30 35 7 6
45
50
55
60
70
75
80
95
115
135
165

46 25
45
50
60
65
70
80
85
105
125
165
56 25
45
55
75
95
115
165
66 55
75
95
76 25
45
55
75
95
115

d
1

s

l

d
3

d
4

l
1

k

18/20 36 20 26 31 7 3
35
40
45
50
55
60
65
70
75

80
95
115
135
46 20
45
65
85
105
135
165
56 20 26 31 7 6
35
55
75
95
66 55
75
95
76 55
75
95
86 55
75
95
96 55
95
116 115
22/24 27 25 30 35 7 6
45

50
60
65
70
80
85
105
125
165





3111.20. Guide pillars, shouldered
Ordering-code (example):
Guide pillar, shouldered = 3111.20.
d
1
= 24 mm = 3111.20.024.
s = 76 mm = 3111.20.024.076.
l = 115 mm = 3111.20.024.076.115
Order No = 3111.20.024.076.115
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subject to alterations
16
2 · 20830 · 2006 · 1 Q

Guide pillars, shouldered 3111.20.
A

0,8
0,8
-0,2
4
d
k6
3
d
e7
3
d
g6
1
d
ø0,01
A
k
±0,05
s
-0,5
-1,0
l
1
l
3111.20. Guide pillars, shouldered
d
1

s

l

d
3

d
4

l
1

k
30/32 116 75 42 47 7 6
115
155
136 95
115
155
156 115
155
196 155
195
40/42 56 75 54 60 7 10
115
155
195
66 75
135
76 75
115

175
86 75
135
96 75
115
155
116 95
135
195
136 95
135
215
156 115
155
215
196 155
195
235









d
1

s

l

d
3

d
4

l
1

k
22/24 86 55 30 35 7 6
75
95
96 55
75
95
116 75
115
155
136 135
30/32 27 45 42 47 7 6
65
105
165
36 55
75

95
115
155
46 45
65
85
105
125
165
56 55
75
95
115
135
175
66 55
75
95
115
135
175
76 55
75
95
115
155
86 55
75
95
115

155
96 55
75
95
115
155


3111.20. Guide pillars, shouldered
Ordering-code (example):
Guide pillar, shouldered = 3111.20.
d
1
= 32 mm = 3111.20.032.
s = 116 mm = 3111.20.032.116 .
l

= 115 mma = 3111.20.032.116.115
Order No = 3111.20.032.116.115
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subject to alterations
17
2 · 20831 · 2006 · 1 Q
3111.20. Guide pillars, shouldered
A
0,8
0,8
-0,2
4
d

k6
3
d
e7
3
d
g6
1
d
ø0,01
A
k
±0,05
s
-0,5
-1,0
l
1
l
3111.20. Guide pillars, shouldered
d
1

s

l

d
3

d
4

l
1

k

50 96 115 66 72 10 10
155
195
116 135
155
195
136 135
155
195
156 135
155
195
196 175
195
235
60 96 115 80 86 10 20
155
195
116 135
155
195
136 135

155
195
156 155
195
235
196 175
195
235
246 195
235
275
315
















3111.20. Guide pillars, shouldered
Ordering-code (example):

Guide pillar, shouldered = 3111.20.
d
1
= 60 mm = 3111.20.060.
s = 96 mm = 3111.20.060.096.
l = 195 mm = 3111.20.060.096.195
Order No = 3111.20.060.096.195
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subject to alterations
18
2 · 20832 · 2006 · 1 Q

Locating guide pillars, shouldered 3111.21.
k
A
0,8
0,8
0,8
±0,05
fs
-0,5
-1,0
l
1
l
-0,2
4
d
e7
3

d
g6
1
d
k6
3
d
e7
3
d
ø0,01
A
ø0,01
A
3111.21. Locating guide pillars, shouldered
d
1

s

l

d
3

d
4

l
1

k f

14/15 36 35 20 25 7 6 9
55
75
95
125
155
46 35
45
65
85
105
125
145
56 35
55
75
95
135
66 55
65
95
125
76 55
95
86 55
95
96 55

95
116 75
18/20 17 35 26 31 7 6 9
55
75
120
22 35
45
65
85
115







d
1

s

l

d
3

d
4

l
1

k f

9/10 12 25 14 16 7 3 3
45
65
17 20
25
30
35
50
55
70
75
22 25
35
55
75
95
27 20
25
30
45
50
70
90
36 25

35
45
65
85
46 30
35
45
70
56 35
60
14/15 17 35 20 25 7 6 9
55
75
95
22 30
50
70
90
110
125
150
27 30
45
65
85
105
125
145
165
3111.21. Locating guide pillars, shouldered

Ordering-code (example):
Locating guide pillar, shouldered = 3111.21.
d
1
= 15 mm = 3111.21.015.
s = 27 mm = 3111.21.015.027.
l = 85 mm = 3111.21.015.027.085
Order No = 3111.21.015.027.085
B2_Formenbau_GB_11_2008.indd 18B2_Formenbau_GB_11_2008.indd 18 08.12.2008 10:18:2608.12.2008 10:18:26
subject to alterations
19
2 · 20833 · 2006 · 1 Q
3111.21. Locating guide pillars, shouldered
k
A
0,8
0,8
0,8
±0,05
fs
-0,5
-1,0
l
1
l
-0,2
4
d
e7
3

d
g6
1
d
k6
3
d
e7
3
d
ø0,01
A
ø0,01
A
3111.21. Locating guide pillars, shouldered
d
1

s

l

d
3

d
4

l
1

k f

22/24 17 35 30 35 7 6 9
55
75
22 35
55
75
105
130
27 35
45
65
85
105
125
165
205
245
285
36 35
55
75
95
115
135
165
205
245

285
46 35
45
65
85
105
125
165
205
56 35
55
75
95
115
165
205


d
1

s

l

d
3

d
4

l
1

k f

18/20 27 35 26 31 7 6 9
45
65
85
105
125
165
225
245
36 35
55
75
95
115
135
165
225
255
46 35
45
65
85
105
135

165
245
56 35
55
75
95
155
66 35
55
75
95
145
76 55
75
95
135
86 55
75
95
125
96 55
95
116 75
115
136 135




3111.21. Locating guide pillars, shouldered

Ordering-code (example):
Locating guide pillar, shouldered = 3111.21.
d
1
= 20 mm = 3111.21. 020.
s = 46 mm = 3111.21.020.046.
l = 105 mm = 3111.21.020.046.105
Order No = 3111.21.020.046.105
B2_Formenbau_GB_11_2008.indd 19B2_Formenbau_GB_11_2008.indd 19 08.12.2008 10:18:2708.12.2008 10:18:27
subject to alterations
20
2 · 20834 · 2006 · 1 Q

Locating guide pillars, shouldered 3111.21.
k
A
0,8
0,8
0,8
±0,05
fs
-0,5
-1,0
l
1
l
-0,2
4
d
e7

3
d
g6
1
d
k6
3
d
e7
3
d
ø0,01
A
ø0,01
A
3111.21. Locating guide pillars, shouldered
d
1

s

l

d
3

d
4

l

1

k f

30/32 66 55 42 47 7 6 9
75
95
115
135
175
245
295
76 55
75
95
115
155
225
86 55
75
95
115
155
225
96 55
75
95
115
155
205

116 75
115
155
136 95
115
155
156 115
155
196 155
195









d
1

s

l

d
3

d

4

l
1

k f

22/24 66 35 30 35 7 6 9
55
75
95
155
76 55
75
95
115
145
86 55
75
95
135
96 55
75
95
125
116 75
115
155
136 95
135

156 155
30/32 27 45 42 47 7 6 9
65
105
165
185
245
285
36 55
75
95
115
155
245
285
46 45
65
85
105
125
165
245
285
56 55
75
95
115
135
175
245

295
3111.21. Locating guide pillars, shouldered
Ordering-code (example):
Locating guide pillar, shouldered = 3111.21.
d
1
= 32 mm = 3111.21. 032.
s = 86 mm = 3111.21.032.086.
l = 95 mm = 3111.21.032.086.095
Order No = 3111.21.032.086.095
B2_Formenbau_GB_11_2008.indd 20B2_Formenbau_GB_11_2008.indd 20 08.12.2008 10:18:2808.12.2008 10:18:28
subject to alterations
21
2 · 20835 · 2006 · 1 Q
3111.21. Locating guide pillars, shouldered
k
A
0,8
0,8
0,8
±0,05
fs
-0,5
-1,0
l
1
l
-0,2
4
d

e7
3
d
g6
1
d
k6
3
d
e7
3
d
ø0,01
A
ø0,01
A
3111.21. Locating guide pillars, shouldered
d
1

s

l

d
3

d
4

l
1

k f

40/42 46 95 54 60 7 10 12
165
56 75
115
155
195
66 75
135
76 75
115
175
86 75
135
96 75
115
155
116 95
135
195
136 95
135
215
156 115
155
215

196 155
195
235
246 165
245
























3111.21. Locating guide pillars, shouldered

Ordering-code (example):
Locating guide pillar, shouldered = 3111.21.
d
1
= 42 mm = 3111.21.042.
s = 96 mm = 3111.21.042.096.
l = 115 mm = 3111.21.042.096.115
Order No = 3111.21.042.096.115
B2_Formenbau_GB_11_2008.indd 21B2_Formenbau_GB_11_2008.indd 21 08.12.2008 10:18:2808.12.2008 10:18:28
subject to alterations
22
d
1

32 40 50 63 80
d
2

40 50 63 80 100
d
3

76 92 112 138 170
d
5

55 68 84 105 130
d
6

9 11 14 16 18
d
7

15 18 20 24 26
r 1,6 2 2,5 2,5 3
r
1
4 4 5 6 8
l
2
11 13 14 16 2 0
l
3

6 6 8 8 10
l
5
15,1 18,4 22,5 27,4 32,1
l
6
11 13 14 16 2 0
l
7
19 23 28 34 40
l
8
8 9 10 13 15
l
9

9 10 12 15 18
l
10
1,5 1,5 2 3 4
l
1
(l) (l) (l) (l) (l)
067 97
080 110 116
095 125 131 137
112 142 148 154 162
132 168 174 182 192
160 202 210 220
190 240 250
224 284
436 486
Ordering code (example):
Guide pillar with flange = 3111.31.
d
1
= 32 mm = 3111.31. 032.
l
1
= 112 mm = 3111.31.032.112
Order no. = 3111.31.032.112
2 · 20500 · 2006 · 1
◽

Guide pillars with flange 3111.31.
3111.31. Guide pillars with flange

3111.31. Guide pillars with flange
Material:
Steel
Surface hardness: case hardened
62+2 HRC
Hardness
penetration depth: 1.2 mm
Model:
Ground
Note:
Holding fixture bore H7.
Delivery does not include screws.
Fixing:
socket head screw DIN EN ISO 4762
M 8x20
M 10x25
M 12x30
M 14x35
M 16x40
should be used
radiussed
B2_Formenbau_GB_11_2008.indd 22B2_Formenbau_GB_11_2008.indd 22 08.12.2008 10:18:2908.12.2008 10:18:29
2 · 20519 · 2006 · 1
◽
subject to alterations
23
B2_Formenbau_GB_11_2008.indd 23B2_Formenbau_GB_11_2008.indd 23 08.12.2008 10:18:3108.12.2008 10:18:31
subject to alterations
24
2 · 20836 · 2006 · 1 Q

Guide pillars (diagonal load pillars) 3110.11.
R
Z
2,5
l
k
-0,2
l
1
g6
1
d
-0,2
4
d
3110.11.
Guide pillars (diagonal load pillars)
d
1
8 9 10 12 14 15 16 18 20 22 24 30 32 40 50
d
4
10 12 12 16 18 18 20 22 24 26 28 36 36 48 58
k 3 3 3 6 8 8 8 8 8 15 15 15 15 15 15
l
1
4 4 4 7 7 7 7 7 7 7 7 7 7 10 10
l
40 b b b b b

60 b b b b b b b b b
80 b b b b b b b b b b b
100 b b b b b b b b b b b b b
120 b b b b b b b b b b b b
140 b b b b b b b b
160 b b b b b b b b b b b b
180 b b b b b b b
200 b b b b b b b b b
220 b b
240 b b b b b b b b
300 b b b b b b
360 b b b b


3110.11.
Guide pillars (diagonal load pillars)
Ordering-code (example):
Guide pillar (diagonal load pillar) = 3110.11.
d
1
= 20 mm = 3110.11.020.
l = 180 mm = 3110.11.020.180
Order No = 3110.11.020.180
B2_Formenbau_GB_11_2008.indd 24B2_Formenbau_GB_11_2008.indd 24 08.12.2008 10:18:3108.12.2008 10:18:31
subject to alterations
25
2 · 20837 · 2006 · 1 Q
3100.09. Guide sleeves
l
js10

d
2
g6
1
d
R
Z
4
3100.09.
Guide sleeves
d
1
10 14 18 24 30
d
2
6,2 8,3 10,4 12,5 16,5
l
20 b
30 b b
40 b b b
50 b b
60 b b b b
70 b b
80 b b b b b
100 b b b b b
120 b b b b b
140 b b b b b
160 b b b b
180 b b b b
200 b b

220 b b
240 b b
260 b
300 b
3100.09.
Guide sleeves
Ordering-code (example):
Guide sleeve = 3100.09.
d
1
= 10 mm = 3100.09.010.
l = 100 mm = 3100.09.010.100
Order No = 3100.09.010.100
B2_Formenbau_GB_11_2008.indd 25B2_Formenbau_GB_11_2008.indd 25 08.12.2008 10:18:3308.12.2008 10:18:33