
9
8
2. WELDING THE REINFORCING PLATE:
• If the vessel wall thickness is too thin, weld a reinforcing plate onto it. Welding procedure should use
all-around welding so that no gap arises between the vessel and the reinforcing plate. Leave one spot
unwelded for bleeding air. If no spot is left unwelded for bleeding the air, the air creates a cushion,
dampening the effect of impact.
• A large impact force is transferred to the reinforcing plate at the time of operation. In order to avoid
failure, install as instructed.
Reinforcing Plate Size (inches)
Model (KNR-)
Square Type
Round Type
Φ
A
Φ
B
C
30 / 30-SS / 30-DI
□
6 × t1/8
Φ
6 × t1/8
5/8
3/4
2
40 / 40-SS / 40-DI
□
8 × t1/8
Φ
8 × t1/8
3
60 / 60-SS / 60-DI
□
12 × t3/8
Φ
12 × t3/8
2
3 1/2
80 / 80-DI
□
16 × t3/8
Φ
16 × t3/8
1
4 3/4
100 / 100-DI
□
20 × t1/4
Φ
20 × t1/4
3 3/8
5 1/2
Welding
Installation
Welding
3/8 inch
3/8 inch
C
C
Reinforcing Plate
Air deflation
ΦB
ΦB
KNR - DI
Welding
Air deflation
3/8 inch
3/8 inch
ΦA
Reinforcing Plate
ΦA
KNR
1. INSTALLING POSITION
INSTALLING POSITION
For small cone,pyramid hopper.
For large cone,pyramid hopper.
In case of clinging on the surface
of wall and the inside pipe.
In case of bad fluid materials.
L
1/3L
L
1/2L
L
1/2L
L
1/2L
L
L
1/3L
1/4L
L
1/3L
L
1/3L
INSTALLING POSITION
For small cone,pyramid hopper.
For large cone,pyramid hopper.
In case of clinging on the surface
of wall and the inside pipe.
In case of bad fluid materials.
L
1/3L
L
1/2L
L
1/2L
L
1/2L
L
L
1/3L
1/4L
L
1/3L
L
1/3L