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ANB?0 pages
TRELLEBORG
ANB™
Novlbra® type ANB™
The shock buffer type ANB is used to effectively limit
movement of equipment or machine components.
Typical field applications would be:
r Wagons Forestry vehicles
r Cabinets Traversing cranes
r Falling goods r Working beams
T Lifting cranes
f Off-road material handling equipment
Container handling handling equipment
Through the damping of the rubber a high degree of
energy absorption is achieved. The rubber is stiffer under
dynamic conditions compared to static or pseudo static
loading; hence more energy is absorbed for a given
deformation. Diagram 4 shows the effect of the energy
factor.
Features
Buffer type ANB consists of a cylindrical rubber body bonded
to a square baseplate of steel. Each corner of the baseplate
has a fixing hole.
Special high-hysteresis rubber compound is used to ensure
as much energy absorption as possible. The volume of the
rubber is used at optimum efficiency.
For new machine developments simpler designs and lighter
calculated forces can be considered enabling a lower cost.
->-^ 1 | -1 1 1 | ||
T 1 1 | |||
-' | |||
1 1 | |||
1 | |||
Fig, 1. Traverse crane with shock buffer ANB
-1 | |
1 | T |
__,. , ,- —-1 |
i
Fig, 2. Traverse crane with 2 ANB buffers connected in series
Drawing no. Part no.
K
Dimensions in mm
D
Weight
(Kg)
F-Max
(N)
ANB50
ANB75
ANB100
ANB150
ANB200
15-4034
15-4035
15-4037
15-4032
15-4033
10-00151
10-00152
10-00153
10-00010
10-00011
70
100
130
185
240
50
75
100
150
200
50
75
100
150
200
7
9
11
13.5
13.5
43
63
84
126
168
0.2
0.5
1.2
3.9
9.1
8000
20000
41000
90000
180000
18
Metalastik®
Novibra®
Trellextreme®
"
