18830_HydraulicDataSheets
1/10/02 11:32 AM
Page 5
Chesterton ® Engineered Polymer Solutions
10K Super Monoseal
10K
®
10K – Product Data
Chesterton® 10K seals are
individually molded rod and
piston mounted U-Cups
which provide excellent
performance in both
HYDRAULIC and
PNEUMATIC applications.
■ Super Monoseals
provide an optimal
amount of radial
sealing load to provide
sealing with minimal
frictional resistance.
This results in equipment
that runs smoothly
with longer seal life.
■ Sizes up to 70 inches
(1778 mm ) are available
in 95A Super Polymer
through our fusion
program.
■ 95A Super Polymer
is recognized as the
best overall seal
material that can be
used in the majority
of situations.
Other materials available
to meet specific
requirements.
10K Standard
Available Materials & Seal Sizes
Materials
Code
H
S
95A Super Polymer*
O
≤1.50 ( 38 )
≤1.25 ( 32 )
85A Super Polymer
A
≤1.50 ( 38 )
≤1.25 ( 32 )
Fluoroelastomer
J
≤0.75 (19 )
≤0.75 (19 )
Hi-Temp. Polymer
H
≤1.50 ( 38 )
≤1.25 ( 32 )
Composite 95A/75D
W
≥0.50 (13 )
≥0.38 ( 7 )
Composite 85A/75D
X
≥0.50 (13 )
≥0.38 ( 7 )
FDA Polymer
Z
≤1.50 ( 38 )
≤1.25 ( 32 )
FDA Fluoroelastomer**
Y
≤0.75 ( 19 )
≤0.75 ( 19 )
0
12
24
36
48
(0)
(305)
(610)
(914)
(1219)
Minimum I.D. to Maximum O.D. – Inch (mm)
H
S
*
= Seal Height
= Cross Section
= Sizes up to 70 inches (1778 mm) are available through our fusion program
Typical Applications
•
•
•
•
Accumulators
Elevators
Baling presses
Laminating presses
•
•
•
•
Doctor cylinders
Oscillator cylinders
Kicker cylinders
Railroad car
dumpers
• Food processing
equipment
• Intensifiers
• Stamping presses
• Counter balance
cylinders
• Pipe testers
• Plywood presses
• Hydraulic shears
www.chesterton.com
REV. 12/02
18830_HydraulicDataSheets
1/10/02 11:32 AM
Page 6
Chesterton ® Engineered Polymer Solutions
10K Super Monoseal
10K
®
10K – Technical Data
To select a 10K seal:
■ Choose the appropriate
material according to
temperature, speed and
pressure considerations
given in the charts.
Operating Temperature Range –°F (°C )
95A Super Polymer
85A Super Polymer
Fluoroelastomer
Hi-Temp. Polymer
Composite 95A/75D
Composite 85A/75D
FDA Polymer
FDA Fluoroelastomer
–100
(–73)
0
(0)
100
(38)
200
(93)
300
(149)
400
(204)
500
(260)
200
(1.00)
250
(1.25)
300
(1.50)
40
(1.0)
48
(1.2)
56
(1.4)
Approximate Operating Speeds – ft/min (m/sec )
95A Super Polymer
85A Super Polymer
Fluoroelastomer
Hi-Temp. Polymer
Composite 95A/75D
Composite 85A/75D
FDA Polymer
FDA Fluoroelastomer
■ Rotary Speed
■ Reciprocating Speed
0
(0)
50
(0.25)
100
(0.50)
150
(0.75)
Recommended Surface Finishes – µ Inch (µ m )
95A Super Polymer
85A Super Polymer
Fluoroelastomer
Hi-Temp. Polymer
Composite 95A/75D
Composite 85A/75D
FDA Polymer
FDA Fluoroelastomer
■ Static Surface
■ Dynamic Surface
8
(0.2)
16
(0.4)
24
(0.6)
32
(0.8)
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18830_HydraulicDataSheets
1/10/02 11:33 AM
Page 7
Chesterton ® Engineered Polymer Solutions
10K
10K Super Monoseal
®
10K – Technical Data – Recommended Operating Pressures – psi ( bar )
95A Super Polymer – Hi-Temp. Polymer
Calculate diametrical
clearances as follows :
400
Pressure – BAR
500
600
800
700
900
1000
Anti-extrusion
ring necessary
0.025
0.6
0.02
0.4
0.015
0.01
0.2
Diametrical Clearance – mm
0.8
0.03
0.005
0
Notes:
■ Groove height ( L )
must be a minimum
of .062 inches
( 1.6 mm ) greater than
the seal height ( H ).
6,000
3,000
0
9,000
Pressure – psi
12,000
15,000
85A Super Polymer – FDA Polymer
50
100
150
200
Pressure – BAR
250
300
400
350
450
500
0.035
Diametrical Clearance – Inch
Anti-extrusion
ring necessary
0.025
0.6
0.02
0.4
0.015
0.01
0.2
Diametrical Clearance – mm
0.8
0.03
0.005
0
3,000
4,500
Pressure – psi
Do not use above 7,500 psi (517 BAR )
1,500
0
7,500
6,000
Fluoroelastomer – FDA Fluoroelastomer
50
100
Pressure – BAR
150
200
300
250
0.035
0.8
Diametrical Clearance – Inch
0.03
Anti-extrusion
ring necessary
0.025
0.6
0.02
0.4
0.015
0.01
0.2
Diametrical Clearance – mm
Piston Seal:
Diametrical clearance
=D–p
Cylinder bore = D
Piston outside diameter = p
300
0.035
Diametrical Clearance – Inch
Rod Seal:
Diametrical clearance
=C–d
Gland inside diameter = C
Rod diameter = d
200
100
0.005
0
0
1,000
2,000
3,000
Pressure – psi
Do not use above 5,000 psi (345 BAR )
4,000
5,000
REV. 12/02