Coding system
Selection chart for Vrska press rotary joints
(click on picture for full specification)
TYPE
Medium
Water
Steam
Air
Vaccum
Hydraulic Oil
Thermal Oil
Operating Conditions
P max. (bar)
T max. (C)
Speed max (rpm)
Dimension
Industries
Pulp and Paper
Corrugating
Tire and Rubber
Converting
Metal processing
Plastics
Textiles
Printing
Food and Medical
Oil and Gas
Renewable energy
RBMX and RBMA
Medium
Operating Conditions
10 / 50
130 / 180
3500
07 - 50
Industries
RBGY
Medium
Operating Conditions
13
192
850
65 - 100
Industries
UNKF
Medium
Operating Conditions
15
280
550
15 - 125
Industries
RBF, RBFX and SNS
Medium
Operating Conditions
10
95
100
15 - 40
Industries
TNB
Medium
Operating Conditions
15
300
60
125 - 150
Industries
UBP
Medium
Operating Conditions
16
235
500
125 - 150
Industries
RBPY
Medium
Operating Conditions
16
235
500
83 - 125
Industries
ANG, ANH & ANR
Medium
Operating Conditions
400
80
low
30 - 70
Industries
SWIVEL
Medium
Operating Conditions
16
200
low
12 - 40
Industries
CODING SYSTEM
The information and specifications presented in this catalogue are accurate, but are supplied for information purpose only. Nothing contained herein is to be construed as a warranty or guarantee. If the customer – user does not consult with company, then he assumes the ultimate responsibility for the proper selection, installation, operation and maintenance of “Vrska Press” products.
Because “Vrska Press” company is continually improving and upgrading its product design, the specifications, dimensions and information contained herein are subject to change without notice.
Ordering instructions:
Nominal diameter:
From ND 015 to ND 125
From ND 015 to ND 125
Type
- Specifies rotary joints design
- Rotary joints types are specified further in design guide
- Specifies rotary joints design
- Rotary joints types are specified further in design guide
Design:
S - Standard production
N - Not Standard, produced at the customers request
S - Standard production
N - Not Standard, produced at the customers request
Flow Passage:
1 - Monoflow
2 - Duoflow (stationary syphon)
4 - Duoflow (rotating syphon)
5 - Multiflow
1 - Monoflow
2 - Duoflow (stationary syphon)
4 - Duoflow (rotating syphon)
5 - Multiflow
Lubrication:
0 - Yes (with grease nipple)
1 - No (without gease nipple)
0 - Yes (with grease nipple)
1 - No (without gease nipple)
Shaft Connection:
RH – right hand BSP (ISO 228)
LH – left hand BSP (ISO 228)
G – right hand NPT
H – left hand NPT
I – K flange (design type I)
J – K flange (design type J)
K – K flange (design type K)
P – flange
Q – special connection
RH – right hand BSP (ISO 228)
LH – left hand BSP (ISO 228)
G – right hand NPT
H – left hand NPT
I – K flange (design type I)
J – K flange (design type J)
K – K flange (design type K)
P – flange
Q – special connection
Type of housing:
Z - closed housing
Z - closed housing
Series:
- Specifies rotary joints design, connecting elements and material
- Rotary joints series are specified further in design guide
- Specifies rotary joints design, connecting elements and material
- Rotary joints series are specified further in design guide
032
Nominal diameter:
From ND 015 to ND 125
From ND 015 to ND 125
Type
- Specifies rotary joints design
- Rotary joints types are specified further in design guide
- Specifies rotary joints design
- Rotary joints types are specified further in design guide
Design:
S - Standard production
N - Not Standard, produced at the customers request
S - Standard production
N - Not Standard, produced at the customers request
Flow Passage:
1 - Monoflow
2 - Duoflow (stationary syphon)
4 - Duoflow (rotating syphon)
5 - Multiflow
1 - Monoflow
2 - Duoflow (stationary syphon)
4 - Duoflow (rotating syphon)
5 - Multiflow
Lubrication:
0 - Yes (with grease nipple)
1 - No (without gease nipple)
0 - Yes (with grease nipple)
1 - No (without gease nipple)
Shaft Connection:
RH – right hand BSP (ISO 228)
LH – left hand BSP (ISO 228)
G – right hand NPT
H – left hand NPT
I – K flange (design type I)
J – K flange (design type J)
K – K flange (design type K)
P – flange
Q – special connection
RH – right hand BSP (ISO 228)
LH – left hand BSP (ISO 228)
G – right hand NPT
H – left hand NPT
I – K flange (design type I)
J – K flange (design type J)
K – K flange (design type K)
P – flange
Q – special connection
Type of housing:
Z - closed housing
Z - closed housing
Series:
- Specifies rotary joints design, connecting elements and material
- Rotary joints series are specified further in design guide
- Specifies rotary joints design, connecting elements and material
- Rotary joints series are specified further in design guide
RBMX
Type
- Specifies rotary joints design
- Rotary joints types are specified further in design guide
- Specifies rotary joints design
- Rotary joints types are specified further in design guide
Design:
S - Standard production
N - Not Standard, produced at the customers request
S - Standard production
N - Not Standard, produced at the customers request
Flow Passage:
1 - Monoflow
2 - Duoflow (stationary syphon)
4 - Duoflow (rotating syphon)
5 - Multiflow
1 - Monoflow
2 - Duoflow (stationary syphon)
4 - Duoflow (rotating syphon)
5 - Multiflow
Lubrication:
0 - Yes (with grease nipple)
1 - No (without gease nipple)
0 - Yes (with grease nipple)
1 - No (without gease nipple)
Shaft Connection:
RH – right hand BSP (ISO 228)
LH – left hand BSP (ISO 228)
G – right hand NPT
H – left hand NPT
I – K flange (design type I)
J – K flange (design type J)
K – K flange (design type K)
P – flange
Q – special connection
RH – right hand BSP (ISO 228)
LH – left hand BSP (ISO 228)
G – right hand NPT
H – left hand NPT
I – K flange (design type I)
J – K flange (design type J)
K – K flange (design type K)
P – flange
Q – special connection
Type of housing:
Z - closed housing
Z - closed housing
Series:
- Specifies rotary joints design, connecting elements and material
- Rotary joints series are specified further in design guide
- Specifies rotary joints design, connecting elements and material
- Rotary joints series are specified further in design guide
S
Design:
S - Standard production
N - Not Standard, produced at the customers request
S - Standard production
N - Not Standard, produced at the customers request
Flow Passage:
1 - Monoflow
2 - Duoflow (stationary syphon)
4 - Duoflow (rotating syphon)
5 - Multiflow
1 - Monoflow
2 - Duoflow (stationary syphon)
4 - Duoflow (rotating syphon)
5 - Multiflow
Lubrication:
0 - Yes (with grease nipple)
1 - No (without gease nipple)
0 - Yes (with grease nipple)
1 - No (without gease nipple)
Shaft Connection:
RH – right hand BSP (ISO 228)
LH – left hand BSP (ISO 228)
G – right hand NPT
H – left hand NPT
I – K flange (design type I)
J – K flange (design type J)
K – K flange (design type K)
P – flange
Q – special connection
RH – right hand BSP (ISO 228)
LH – left hand BSP (ISO 228)
G – right hand NPT
H – left hand NPT
I – K flange (design type I)
J – K flange (design type J)
K – K flange (design type K)
P – flange
Q – special connection
Type of housing:
Z - closed housing
Z - closed housing
Series:
- Specifies rotary joints design, connecting elements and material
- Rotary joints series are specified further in design guide
- Specifies rotary joints design, connecting elements and material
- Rotary joints series are specified further in design guide
2
Flow Passage:
1 - Monoflow
2 - Duoflow (stationary syphon)
4 - Duoflow (rotating syphon)
5 - Multiflow
1 - Monoflow
2 - Duoflow (stationary syphon)
4 - Duoflow (rotating syphon)
5 - Multiflow
Lubrication:
0 - Yes (with grease nipple)
1 - No (without gease nipple)
0 - Yes (with grease nipple)
1 - No (without gease nipple)
Shaft Connection:
RH – right hand BSP (ISO 228)
LH – left hand BSP (ISO 228)
G – right hand NPT
H – left hand NPT
I – K flange (design type I)
J – K flange (design type J)
K – K flange (design type K)
P – flange
Q – special connection
RH – right hand BSP (ISO 228)
LH – left hand BSP (ISO 228)
G – right hand NPT
H – left hand NPT
I – K flange (design type I)
J – K flange (design type J)
K – K flange (design type K)
P – flange
Q – special connection
Type of housing:
Z - closed housing
Z - closed housing
Series:
- Specifies rotary joints design, connecting elements and material
- Rotary joints series are specified further in design guide
- Specifies rotary joints design, connecting elements and material
- Rotary joints series are specified further in design guide
0
Lubrication:
0 - Yes (with grease nipple)
1 - No (without gease nipple)
0 - Yes (with grease nipple)
1 - No (without gease nipple)
Shaft Connection:
RH – right hand BSP (ISO 228)
LH – left hand BSP (ISO 228)
G – right hand NPT
H – left hand NPT
I – K flange (design type I)
J – K flange (design type J)
K – K flange (design type K)
P – flange
Q – special connection
RH – right hand BSP (ISO 228)
LH – left hand BSP (ISO 228)
G – right hand NPT
H – left hand NPT
I – K flange (design type I)
J – K flange (design type J)
K – K flange (design type K)
P – flange
Q – special connection
Type of housing:
Z - closed housing
Z - closed housing
Series:
- Specifies rotary joints design, connecting elements and material
- Rotary joints series are specified further in design guide
- Specifies rotary joints design, connecting elements and material
- Rotary joints series are specified further in design guide
RH
Shaft Connection:
RH – right hand BSP (ISO 228)
LH – left hand BSP (ISO 228)
G – right hand NPT
H – left hand NPT
I – K flange (design type I)
J – K flange (design type J)
K – K flange (design type K)
P – flange
Q – special connection
RH – right hand BSP (ISO 228)
LH – left hand BSP (ISO 228)
G – right hand NPT
H – left hand NPT
I – K flange (design type I)
J – K flange (design type J)
K – K flange (design type K)
P – flange
Q – special connection
Type of housing:
Z - closed housing
Z - closed housing
Series:
- Specifies rotary joints design, connecting elements and material
- Rotary joints series are specified further in design guide
- Specifies rotary joints design, connecting elements and material
- Rotary joints series are specified further in design guide
Z
Type of housing:
Z - closed housing
Z - closed housing
Series:
- Specifies rotary joints design, connecting elements and material
- Rotary joints series are specified further in design guide
- Specifies rotary joints design, connecting elements and material
- Rotary joints series are specified further in design guide
0052
Series:
- Specifies rotary joints design, connecting elements and material
- Rotary joints series are specified further in design guide
- Specifies rotary joints design, connecting elements and material
- Rotary joints series are specified further in design guide