Joints - FLUITEN-VIKOV, s. r. o.

Johnson-Fluiten ROTARY JOINTS:
The strong link in your system
The experience acquired by
Fluiten as a mechanical seal
manufacturer has led to the
construction of a wide range of
rotary joints for universal duties,
for coolants, pneumatics and
hydraulics.
Besides the standard models
described in this catalogue,
various special executions are
available (i.e. full Stainless Steel
execution for food and
pharmaceutical plants, with
more passages. etc.).
The reliability of our joints
is a result of the quality of
the materials, the precision
with which we accomplish
our operations, and the
testing of all the joints
before shipping.
Technological
developments can lead,
over time, to modifications.
For this reason, and for any
other kind of question not
included in this catalogue, we
ask you to contact us.

High precision roller bearings
Stainless steel rotor
ISO 228 threaded rotor
connection. NPT threads
or flanged connections
are available on request
Quick Replacement Device (QRD)
For a simple and quick replacement
of seal elements.
Balanced seal:
reduced friction torque
Wide range of seal rings materials for the
best performance with any product.
Premium grade Graphite, Chromium
Molybdenum stainless steel, high quality
Silicon Carbide.
Robust and reliable
antirotation device
Springs not in contact with the product:
no clogging and minimum head loss.
Wide range of gasket materials: NBR,
Fluoroelastomer, Ethylene Propylene,
Aflas.
Perfluoroelastomer available on request

EXTERNAL SPRINGS
Fluids that are highly viscous or contain
solid particles can produce clogging of
the seal springs. Externally mounted
seal springs which are not in contact
with the fluid make these joints suitable
to operate with any type of fluid.
LOW FRICTION TORQUE
The balanced seal design minimizes
values of friction torque at increasing
pressure. The diagram on right shows,
for all Rotary Joints sizes, measured
values of friction torque with water.
THE MECHANICAL SEAL: THE HEART
OF EVERY JOINT
Fluiten has been manifacturing
mechanical seals for any kind of
applications for 40 years, developing
an extensive knowledge of all issues
related to the design and production of
mechanical seals.
Fluiten has successfully challenged high
pressures, sliding speeds of 10 m/s
and more.
The range of products dealt with goes
from water, oil, and lubricants to
foodstuffs such as jam or honey, and
pharmaceuticals such as injectables
and antibiotics, for which no emission
are required.
The continuous growth of first installation
seals sales highlights Fluiten’s success
and is the best guarantee for our
customers.
2
1
In R type rotary joints, the seal substitution can be carried out
without dismounting the joint from its application. This is possible
by means of our “Quick Replacement Device”. It is sufficient to remove
the blocking screws (1) and separate the body to substitute the two
seal rings (2) and the O-rings. It is thus possible to quickly adapt
the joint to fluids requiring different sealing materials; in view of such
event we have prepared replacements kits comprising two seal rings,
O-ring gaskets and a series of springs.
Friction torque [N*m]
Friction torque [N*m]
70,000
60,000
50,000
40,000
30,000
20,000
10,000
0,000
R064
R076
2,5
ROTARY JOINTS TYPE R009-R050 - FRICTION TORQUE - FLUID : WATER
Pressure[bar]
ROTARY JOINTS TYPE R064-150 - FRICTION TORQUE - FLUID : WATER
R089
R102
5
R125
R150
7,5
10
12,5
15
Pressure[bar]
17,5
20
22,5
25

T
Head Loss [bar]
A
G
FLANGED
CONNECTIONS
SHOWN AT
PAGE 11
MODEL
R-RH 009
R-RH 012
R-RH 019
R-RH 025
R-RH 031
R-RH 038
R-RH 050
Dimensions subject to change without notice.
10,00
1,00
0,10
0,01
PRESSURE MAX bar 50 25 25 10 50 25 25 10 50 50 25 10
SPEED MAX rpm 3000 3000 1500 1500 2800 2800 1400 1400 2600 2600 1300 1300
SEAL MAT.: B
JOINT
SEAL MAT.:
FLUID: FLUID: WATER
A*
TYPE:
FLUID:
GASKET:
up to 90 R GASKET:
JOINT
AIR TYPE: R
* For abrasive liquids use SEAL MATERIAL: C (see page 15)
• See temperature limits on page 15
10
50
90
L1
130
170
L2
H
A
(ISO 228)
G 3/8 - A
G 1/2 - A
G 3/4 - A
G 1 - A
G 1 1/4 - A
G 1 1/2 - A
G 2 - A
210
250
290
330
FOR RH VERSION ONLY
Rotor
B
(ISO 7)
Rp 3/8
Rp 1/2
Rp 3/4
Rp 1
Rp 1 1/4
Rp 1 1/2
Rp 2
370
410
L3
450
490
L
Rotary ring
secondary
seal
530
570
Rotary
ring
C
(ISO 7)
Rp 1/4
Rp 3/8
Rp 1/2
Rp 3/4
Rp 1
Rp 1 1/4
Rp 1 1/2
610
Support
3
650
690
Stationary
ring
Springs
G
10
13
16
25
32
38
48
730
770
810
850
Flow Rate [l/min]
M
50
56
67
82
93
108
120
890
930
970
1010
T
f8
24
29
35
41
52
60
68
1050
1090
H
19
24
30
36
46
55
60
Rotary Joints type R009/050 - Head loss - 1 Passage • Fluid: Water
Body
B
Stationary ring
secondary seal
C
L10
1130
1170
M
1210
1250
L
89
98
118
134
154
170
180
1290
1330
1370
1410
L1
9
12
14
16
19
20
23
3
R009
R012
R019
R025
R031
R038
R050
L2
22
26
30
35
42
44
47
L3
71
78
92
104
116
126
131
WATER
up to 180
L10
22
23
27,5
35
39
44,5
50
JOINT
TYPE:
MASS
Kg
0,7
0,9
1,6
2,7
3,6
5,6
7,7
RH

SYPHON SUPPLIED
BY THE CUSTOMER
T
A
G
FLANGED
CONNECTIONS
SHOWN AT
PAGE 11
MODEL
R-RH 009
R-RH 012
R-RH 019
R-RH 025
R-RH 031
R-RH 038
R-RH 050
Dimensions subject to change without notice.
50 25 25 10 40 20 20 8 35 17,5 17,5 7 35 17,5 17,5 7
2300 2300 1150 1150 2000 2000 1000 1000 1700 1700 850 850 1400 1400 700
700
SEAL MATERIAL:
GASKET:
L1
B
2 (4) •
L2
A
(ISO 228)
H
G 3/8 - A
G 1/2 - A
G 3/4 - A
G 1 - A
G 1 1/4 - A
G 1 1/2 - A
G 2 - A
FLUID:
B
(ISO 7)
Rp 3/8
Rp 1/2
Rp 3/4
Rp 1
Rp 1 1/4
Rp 1 1/2
Rp 2
OIL
up to 200
Head Loss [bar]
L4
Rotary ring Stationary
FOR RH secondary
VERSION ONLY seal
Support
Rotary
ring
ring
Springs
Rotor
L3
D
(ISO 7)
Rp 1/4
Rp 3/8
Rp 1/2
Rp 1/2
Rp 3/4
Rp 3/4
Rp 1 1/4
100,00
10,00
1,00
0,10
0,01
1
E
h13
6
10
13 13
16
22
26 26
32,2
JOINT
TYPE:
21
F
B
41
L8
RH
61
L7
L5
F
(ISO 7)
M6x1
Rp 1/8
Rp 1/4
Rp 3/8
Rp 1/2
Rp 3/4
Rp 1
E
G
10
13
16
25
32
38
48
81
Stationary ring
secondary seal
D
H
19
24
30
36
46
55
60
M
50
56
67
82
93
108
120
SEAL MATERIAL:
GASKET:
101
Body
121
L9
T
f8
24
29
35
41
52
60
68
T*
3 (4) •
141
L10
M
161
L1
9
12
14
16
19
20
23
FLUID:
181
FIXED SYPHON
ROTATING SYPHON
201
L2
22
26
30
35
42
44
47
L3
71
78
92
104
116
126
131
STEAM
up to 180
221
Flow Rate [l/min]
241
261
L4
80
88
106
121
137
151
161
JOINT
TYPE:
281
L5
34
40
49
55
67
75
93
301
L7
20
20
24
26
32
38
38
RH
Rotary Joints type R009/050 - Head loss - 2 Passages • Fluid: Water
321
341
L8
10
8
11
12
16
18
21
L9
16
17
19
22
24
29
36
L10
22
23
27,5
35
39
44,5
50
SEAL MATERIAL:
GASKET:
361
381
MASS
Kg
0,7
1,0
1,8
3,1
4,2
6,7
9,1
B 2 (4) •
R 009
R 012
R 019
R 025
R 038
R 050
R 050

M
T
A
G
R125 - R150
AVAILABLE ONLY
WITH FLANGED
CONNECTIONS
FLANGED
CONNECTIONS
SHOWN AT
PAGE 10-11
R-RH 064
R-RH 076
R-RH 089
R-RH 102
R-RH 125
R-RH 150
Dimensions subject to change without notice.
10,00
1,00
0,10
Head loss [bar] MODEL
0,01
1500
1650
L1
1800
n6
holes d1
L2
1950
L11
A
(ISO 228)
G 2 1/2 - A
G 3 - A
G 3 1/2 - A
G 4 - A
-
-
2100
Support
Rotor
L12
B
(ISO 7)
Rp 2 1/2
Rp 3
Rp 4
Rp 4
-
-
2250
2400
2550
2700
2850
3000
G
60
72
81
95
118
145
3150
M
172
200
230
260
305
360
3300
3450
Flow Rate [l/min]
T
f8
95
112
124
144
-
-
3600
3750
L
240
285
310
340
-
-
MAX PRESSURE bar 25 12,5 12,5 10
MAX SPEED rpm 750 750 375 375
SEAL MATERIAL:
FLUID: FLUID:
GASKET:
JOINT
AIR TYPE: R
* For abrasive liquids use SEAL MATERIAL: C (see page 15)
• See temperature limits on page 15
L
Rotary ring
secondary
seal
d
L3
C
(ISO 7)
Rp 2 1/2
Rp 3
Rp 4
Rp 4
-
-
d2
Rotary
ring
Body
B
3
Stationary
ring
Springs
Stationary ring
secondary seal
Flange
Elbow
3900
4050
L1
32
42
45
50
-
-
4200
L2
70
90
90
115
142
150
WATER JOINT
up to 90 TYPE: R
Rotary Joints type R064/150 - Head loss - 1 Passage • Fluid: Water
B
C
4350
L10
R125 - R150
AVAILABLE ONLY
WITH FLANGED
CONNECTIONS
FLANGED
CONNECTIONS
SHOWN AT
PAGE 10-11
4500
L3
305
355
395
425
570
650
4650
4800
L10
70
80
95
95
-
-
4950
L11
115
145
150
175
210
230
SEAL MATERIAL:
GASKET:
A*
3
L12
35
35
55
55
55
55
25 12,5 12,5 5
750 750 750 375
R 064
R 076
R 089
R 102
R 125
R 150
FLUID:
d
10
10
16
16
16
16
d1
10
10
10
10
-
-
WATER
up to 180
d2
(ISO 7)
Rp1/8
Rp1/8
Rp1/8
Rp1/8
Rp1/4
Rp1/4
20 12,5 12
700 700 70
JOINT
TYPE:
MASS
Kg
22
30
42
52
92
125
RH

M
T
A
G
R125 - R150
AVAILABLE ONLY
WITH FLANGED
CONNECTIONS
FLANGED
CONNECTIONS
SHOWN AT
PAGE 10-11
MODEL
R-RH 064
R-RH 076
R-RH 089
R-RH 102
R-RH 125
R-RH 150
Dimensions subject to change without notice.
5
350
SEAL MATERIAL:
GASKET:
B
2 (4) •
L1
L2
A
(ISO 228)
G 2 1/2-A
G 3-A
G 3 1/2-A
G 4-A
-
-
G
60
72
81
95
118
145
20 10 10 4
600 600 600 300
FLUID:
Rotor
n6
holes d1
L11
B
(ISO 7)
Rp 1 1/2
Rp 2
Rp 2
Rp 2 1/2
Rp 3
Rp 4
OIL
up to 200
Head loss [bar]
L3
10,00
1,00
0,10
0,01
L6
Support Body
d
Rotary ring
secondary
seal
L12
D
(ISO 7)
Rp 1 1/2
Rp 2
Rp 2
Rp 2 1/2
Rp 3
Rp 4
JOINT
TYPE:
400
475
M
172
200
230
260
305
360
550
d2
T
f8
L1
L2
L3
L5
95 32 70 245 135
112 42 90 290 165
124 4 45 90 310 165
144 4 50 115 352 188
- - 142 408 222
- - 150 447 253
625
Rotary
ring
RH
700
775
Stationary
ring
850
B
925
1000
L8
L7
Stationary ring
secondary seal
Springs
F
E
Support
siphon
1075
1150
L6
270
320
340
390
455
505
T*
3 (4) •
1225
1300
L7
40
50
50
55
60
60
1375
L8
22
25
25
30
35
40
20 10 10 4
500 500 500 250
SEAL MATERIAL:
GASKET:
L5
FLUID:
Elbow
1450
D
L9 L10 L11 L12 d
50
60
60
70
80
95
1525
FIXED SYPHON
65
75
85
95
105
130
STEAM
up to 180
1600
Flow Rate [l/min]
L9
L10
ROTATING SYPHON
1675
115
145
150
175
210
230
1750
1825
35
35
55
55
55
55
1900
10
10
16
16
16
16
1975
d1
10
10
10
10
-
-
RH
2050
d2
(ISO 7)
Rp1/8
Rp1/8
Rp1/8
Rp1/8
Rp1/4
Rp1/4
2125
2200
2275
E
e8
45
60
60
75
88
110
2350
2425
F
(ISO 7)
Rp 1 1/2
Rp 2
Rp 2
Rp 2 1/2
Rp 3
Rp 4
15 7,5 7,5 3
400 400 500 200
JOINT
TYPE:
Rotary Joints type R064/150 - Head loss - 2 Passages • Fluid: Water
SEAL MATERIAL:
GASKET:
2500
B 2 (4) •
MASS
Kg
28
32,5
50
70
98
145
R 064
R 076
R 089
R 102
R 125
R 150

MODEL
R-RH 064
R-RH 076
R-RH 089
R-RH 102
R-RH 125
R-RH 150
Dimensions subject to change without notice.
MODEL
R-RH 064
R-RH 076
R-RH 089
R-RH 102
R-RH 125
R-RH 150
L3
Dimensions subject to change without notice.
L3
DN
DN 65-PN40
DN 80-PN40
DN100-PN40
DN100-PN40
DN125-PN16
DN150-PN16
DN
DN 40-PN40
DN 50-PN40
DN 50-PN40
DN 65-PN40
DN 80-PN40
DN100-PN40
L3
245
290
310
352
408
447
DN
L3
305
355
395
425
570
650
L10
JOINT R/RH 064-150
SINGLE PASSAGE
FOR ROTOR CONNECTION
SEE PAGES 8-11
L5
165
205
205
250
282
338
L10
DN DN JOINT R/RH 064-150
L5
DOUBLE PASSAGE
FOR ROTOR
CONNECTION SEE
PAGES 9-11
L10
140
155
180
180
245
285
L10
125
140
150
170
180
215
MASS
Kg
25
34
45
58
92
125
MASS
Kg
36
45
60
82
110
150

MODEL
R-RH 019
R-RH 025
R-RH 031
R-RH 038
R-RH 050
R-RH 064
R-RH 076
R-RH 089
R-RH 102
R-RH 125
R-RH 150
Dimensions subject to change without notice.
D
W
(HOUSING) K
M
MODEL
G
16
25
32
38
48
60
72
81
95
118
145
DN40-PN40
DN50-PN40
DN65-PN40
DN80-PN40
DN100-PN40
DN125-PN16
DN150-PN16
Dimensions subject to change without notice.
15
D
150
165
185
200
235
250
285
Housing K
G 7
30
35
45
50
65
85
105
105
114
150
180
G
O B
1
W
110
125
145
160
190
210
240
F
8
8
8
10
10
12
15
15
20
20
20
L2
D
75
80
100
105
130
180
210
210
230
250
305
N
d1
d
88
102
122
138
162
188
212
Fixed Flanges type F for rotor
W
55
60
75
80
100
145
175
175
195
210
260
B
18
20
22
24
24
22
22
B
12
12
12
15
15
25
30
30
30
35
40
Nr holes
4
4
8
8
8
8
8
Nr holes
4
4
4
4
4
4
6
6
8
8
8
d
9
9
11
11
14
18
18
18
18
18
22
L2
50
50
55
60
70
70
90
90
115
142
150
Screws
M8
M8
M10
M10
M12
M16
M16
M16
M16
M16
M20
(HOUSING) K
G
Dimensions subject to change without notice.
d
18
18
18
18
22
18
22
MODEL
R-RH 019
R-RH 025
R-RH 031
R-RH 038
R-RH 050
R-RH 064
R-RH 076
R-RH 089
R-RH 102
R-RH 125
R-RH 150
Flanges UNI 2282/2284
for housing connections
Screws
M16
M16
M16
M16
M20
M16
M20
G
16
25
32
38
48
60
72
81
95
118
145
Housing
K
B
30
35
45
50
65
85
105
105
114
150
180
M
H8-h8
N
28 32
33 37
43 48
48 53
63 69
82 89
102 109
102 109
110 120
145 155
175 185
d
F B
L2
d
W
D
Flanges type K with conical rings
in two halves for rotor
O
8
8
8
10
10
10
12
12
30
35
40
D
75
80
100
105
130
150
180
180
220
260
300
W
55
60
75
80
100
120
145
145
185
225
260
W
DN
d1
D
B
12
12
12
15
15
15
18
18
30
35
40
Nr
Holes
4
4
4
4
4
4
4
4
6
8
8
d
9
9
11
11
14
14
18
18
18
18
18
L2
50
50
55
60
70
70
90
90
115
142
150
Screws
M8
M8
M10
M10
M12
M12
M16
M16
M16
M16
M16

Seal on atmosphere side
Thermal insulation to
reduce energy losses
Cooling fluid creates a barrier
against the process temperature
Flanged connections according
to DIN, ANSI or other standards
Type RHB
Cooling and pressurisation circuit
(Hydraulic pack LHF)
Joints type RB/RHB are designed to work at
the contemporaneous presence of temperatures
of 400C and high rotation speeds. Such
performances can be reached by using two special
seals, with double balancing and with the
interposition of a pressurised fluid for the cooling
of the primary seal.
This fluid is circulated by a pumping and cooling
group that continuously verifies the system’s
effectiveness, and signals through visual and
sound alarms, possible variations from the set
values.
The above results are reached by using ball
bearings with closed loop oil cooling. Oil sealing
is obtained by two double balanced seals that
guarantee the effectiveness of the system even
in case of an electrical failure.
Double mechanical seals with pressurised barrier
fluid avoid any leakage of the process fluid to the
atmosphere; in a worst case event, the barrier
fluid will leak into the process.
Such double mechanical seal systems have been
manufactured and installed in chemical,
petrochemical and pharmaceutical applications
by Fluiten since 1972.
Special design roller bearings
suitable for high temperature.
Easy installation on rotary joint
Rotary joint housing in
special stainless steel
SPEED ROTATION [rpm]
3000
2500
2000
1500
1000
500
Double balancing seal
on process side
Joint Type RB/RHB: Speed vs. Nominal Diameter Diagram
0
20 30 50 20 80 95 110 125 140 155 170 185 200
NOMINAL DIAMETER [mm]

Circuit temperature indicator
Oil return from
rotary joint
Heat
exchanger
Oil level
switch
Oil level indicator
Temperature
alarm
Relief valve
Pressure
switch/
transducer
Cooling water inlet Cooling water outlet
Circuit pressure gauge
Drain
Circulation pump driven
by electric motor
Reservoir
Flow switch
Oil supply to rotary joint

ROTARY JOINT INSTALLATION AND SPARE PARTS REPLACEMENT
The application of JOHNSON-FLUITEN rotary joints is simple and reliable when carried out according to the herebelow
described procedures.
CONNECTION
1. Use only flexible hoses for stationary part connection to
avoid overloading of the roller bearings support.
2. Put the RJ housing in a clamp to tighten the fittings.
3. Use flexible hoses of adequate length in order to have
good flexibility.
4. Very long rotating syphon pipes can overload the rotary
joint bushing.
5. Rotating syphons should have a good concentricity with
the joint rotational axis.For speeds higher than 1000 rpm
an additional bushing, made in PTFE or similar antifriction
material, should be provided in the machinery.
6. Clean carefully the machinery lines connected with the
rotary joint.
NO
FRICTION TORQUE
JOHNSON-FLUITEN Rotary joints have reduced friction
torque (see also diagram on page 5); in any case suitable
antirotation devices must be implemented to avoid rotation
of the stationary part.
• For sizes up to R050 flexible hoses generally give a
sufficient reaction.
• For larger sizes the use of the antirotation pin (see pages
8 & 9) is recommended.
SPARE PARTS
For all sizes a spare parts kit is available.
Each kit consists of:
• Stationary and rotary rings
• Secondary seals (O-Rings)
• Springs
NOTE: For sizes R009 & R012 the entire rotor must be
replaced
YES NO
7. In case of abrasive products the use of seal faces in
hard materials (Silicon carbide vs. Tungsten carbide –
Arrangement C) is recommended. Dry-running is not allowed
with this seal faces material combination.
8. For safety reasons it is recommended to shield the
Rotary Joint with suitable barriers to avoid that people
could be harmed by accidental dangerous emissions.
YES
NOTE
Avoid using the rotary joints in conditions in which pressure,
speed and temperature are simultaneously near to the
max. allowed values.
For high duty operating conditions a correct selection of
seal materials is recommended. In doubt, please contact
JOHNSON-FLUITEN.
Seal faces are lapped with a planarity of two optical fringes
(monocromatic light method).
QRD system (see page 5) gives the possibility to check
seal element conditions facilitating the maintenance schedule.
Rotary joints up to R050 size have pre-lubricated roller
bearings which do not require relubrication.
Rotary joints RH version, recommended for temperatures
higher than 100C, have roller bearing of special design
for high temperatures and require periodic relubrication
(grease with drip point at 250C or higher, SILEX PLS.2
or equivalent).
For this operation a lubricator is provided on joint support.
For sizes larger than R050 a lubricator is always provided.

HB
HIGH TEMPERATURE CONFIGURATIONS:
T max 180 C
T max 250 C
T max 400 C
009 – 150 ROTARY JOINT NOMINAL DIAMETER
DRAWING NUMBER FOR SPECIAL DESIGN
MATERIALS – SEAL FACES:
CHROMIUM-MOLYBDENUM STAINLESS STEEL VS. ANTIMONY GRAPHITE
1 SILICON CARBIDE VS. ANTIMONY GRAPHITE
1 SILICON CARBIDE VS. TUNGSTEN CARBIDE
INTEGRAL ANTIMONY GRAPHITE VS. CHROMIUM-MOLYBDENUM STAINLESS STEEL
2 SILICON CARBIDE VS. BRONZE
MATERIALS – SECONDARY SEALS:
NBR (Temp. –54C 121C)
ETHYLENE PROPYLENE
AFLAS (Temp. –20C 230C)
(*) (Temp. –54C 149C)
FLUOROELASTOMER (Temp. –29C 204C)
ETHYLENE PROPYLENE (*)/FLUIGAM (Temp. –54C 149C)/(Temp. –180C 250C)
PASSAGES:
SINGLE PASSAGE
TWO PASSAGES – FIXED SYPHON
TWO PASSAGES – ROTATING SYPHON
MATERIALS – HOUSING / SUPPORT:
BRASS/ALUMINIUM
3 STAINLESS STEEL AISI 304/ ALUMINIUM
3 STAINLESS STEEL AISI 304/ STAINLESS STEEL AISI 304
CONNECTIONS: Rotor
G (ISO 228) RH ()
G (ISO 228) LH ()
NPT
NPT
4 K
4 K
5 F
RH ()
LH ()
G (ISO 228) RH ()
G (ISO 228) LH ()
5 F
1 For R009 & R012 Silicon Carbide in place of Tungsten Carbide
2 For R009 & R012 Hardened Stainless Steel in place of Silicon Carbide
3 Stainless Steel Elbow included for Two Passages
4 Flanges type K with conical rings in two halves (see page 11)
5 Fixed flanges type F (see page 11)
6 Flanges for housing connections (see page 11)
() RH = Right handed threading LH = Left handed threading
(*) Warning ! Use only siliconic grease to lubricate these gaskets.
Housing
G (ISO 7) RH ()
G (ISO 7) RH ()
NPT RH
NPT
()
RH ()
G (ISO 7) RH ()
G (ISO 7) RH ()
6 F
6 F
6 F
6 F
ROTARY JOINT ORDERING CODE EXAMPLE:
Rotary Joint:
025
Temperature:
180C
Materials-Seal faces:
Cr-Mo St.St. Vs
Antimony Graphite
Passages:
Single passage
Materials-Secondary seals:
NBR
Materials-Housing:
Brass/Aluminium
Connections:
Rotor G (ISO 228) RH
Spare part ordering code: add letter K before Rotary Joint ordering code

C028 - Rev. 03/04