Nitrogen gas cylinders
X
2/3 D
CAD FILES
Z
Y
Moeller-Special Springs offer a free 2D and 3D native CAD files ONLINE for all software formats.
Simply connect to www.specialsprings.com or www.moellerpunch.com
and go straight to the Moeller-Specialsprings CAD Library.
2
MOUNTING SPECIFICATIONS
RECOMMENDATIONS
CAUTION
PRINTING DATE 03 2006 - 3H
In case of any damage of gas spring structure
before handling exhaust all residual pressure
147
CAUTION
Avoid any mechanical working on
the body or the rod
Before throwing out any gas spring assure that
all residual pressure is completely exhausted
RECTANGULAR WIRE DIE SPRINGS
ISO 10243 COLORS & SIZES
INCH AND ME TRIC SIZES
JIS - JAPANESE INDUSTRIAL
STANDARD - DIE SPRINGS
METRIC ONLY
OV AL WIRE DIE SP RI NGS
IS O CO LOR CODING
INCH AND ME TRIC SIZES
CORPORATE HEADQUARTERS
BRANCH OFFICE
MOELLER MANUFACTURING COMPANY
43938 PLYMOUTH OAKS BLVD.
PLYMOUTH , MICHIGAN 48170-2584 U.S.A.
MOELLER MANUFACTURING COMPANY
7116 CROSSROADS BLVD.
BRENTWOOD , TENNESSEE 37027 U.S.A.
LOCAL ( 734 ) 416-0000
TOLL FREE 1-800-521-7613
FAX ( 734 ) 416-2200
LOCAL ( 615 ) 373-3431
TOLL FREE 1-800-227-7019
FAX ( 615 ) 371-9190
Visit us on the web @ www.moellerpunch.com
NITROGEN CYLINDER CAT NO 03 Rev. 3/2006
The aim of this catalog is to offer the users knowledge of MoellerSpecial Springs gas cylinders.
Moeller-Special Springs gas cylinders are setting the new standard
for all users.
Futhermore, Moeller-Special Springs offer, free of charge, the first
calculation and selection software to come onto the market ensuring
an easy and correct choice of cylinders. This configurator is available
and ready to use at www.specialsprings.com.
Moeller-Special Springs gas cylinders are distributed through an
international network of distributors and dealers, each ready to provide the best possible service avaiable.
Moeller-Special Springs strives to be a dynamic company, flexible
and able to satisfy its customers by keeping in step with their developments and needs.
Moeller-Special Springs are working in compliance with ISO 9000
quality system norms for continuous improvement of services.
The goal is to be recognized as the leading operator in its field, with
the ambition of supporting all the parties involved for mutual benefits.
All Moeller-Special Springs gas cylinders are designed, manufactured and inspected in accordance with good engineering practice and
fall within the PED (Pressure Equipment Directive) stipulated by the
Council of the European Community. Specifically, Art. 3 of Directive
97/23/CE defines, when the fluid volume is > 1dm3 and PS x V is >
50 bar x dm3 or when PS > 1000 bar, all gas cylinders must satisfy
all requirements defined in Annex I to the European Directive and
must be marked “CE”.
3
NITROGEN CYLYNDERS
WHY ?
MORE SPRING FORCE IN LESS SPACE
e.g: one K470-25 compact cylinder dia. 2.95” (75 mm), stroke .98” (25 mm) against 14 springs, G50x305
extra heavy load, dia. 1.97” (50 mm) with .98” (25 mm) pre-load.
=
BENEFITS
RESULT
- Greater reduction of required surface area, 6.82 in2 (44 cm2) for
the cylinder compared to 42.48 in2 (274 cm2) for the springs.
- Greater reduction of height, only 5.31” (135 mm) for the cylinder compared to 11.02” (280 mm) for the springs.
- Greater reduction of volume required, only 36.38 in3 (596 cm3) for
the cylinder compared to 486 in3 (7963cm3) for the springs.
- Greater reduction in the number of retaining devices to preload, guide and seat. None for the cylinder compared to 14 for
the springs.
- Significant cost savings.
THE SAME WORKING DEFLECTION IN LESS HEIGHT
BENEFITS
- Greater height reduction for the same working deflection and
force.
- Compact tool construction.
12 (305mm)
3.15
7.48 (190mm)
(80mm)
3.15 (80mm)
e.g: one HR300-80 cylinder dia. 1.26” (32 mm) working deflection 3.15” (80 mm), total height 7.48” (190
mm) and a final force of 1147 lbs (510 daN) against one B63x305 medium load spring, dia. 2.48” (63 mm),
working deflection 3.15” (80 mm) as 25% of length for long life, total height of 12” (305 mm) and a final force
of 1165 lbs (517,6 daN).
RESULT
- Significant cost savings.
4
NITROGEN CYLYNDERS
WHY ?
LARGE FORCES ON CONTACT
e.g: all nitrogen springs provide high and known initial forces on contact from 10 lbs (4.4 daN) for the NE16
- 220 psi (15 bar) with a body dia. of M16 up to 27 000 lbs (12 000 daN) for the K 1200 with a body dia. of
4,72” (120 mm).
Any mechanical wire compression spring requires a pre-load to obtain such initial forces.
(4.4 ÷ 12 000 daN)
(0 daN)
RESULT
BENEFITS
- No pre-load required.
- Easier and quicker installation.
- Significant cost savings.
BALANCED AND CONTROLLED FORCES
e.g: Nitrogen cylinders inter-connected by hoses will guarantee a balanced system ensuring equal force in
each cylinder. This is not possible using wire springs since their working characteristics are never exactly
the same.
BENEFITS
- Consistant force on each contact point.
- Forces may be located to exact position.
- System may be continually monitored for pressure.
5
RESULTS
- Consistant production conditions
of parts.
- Longer life for punches and tools.
- Significant cost savings.
NITROGEN CYLYNDERS
WHY ?
FORCES MAINTAINED ALMOST CONSTANT
e.g: When cylinders are used in an inter-connected system the forces may be held almost constant, regardless of deflection, by the use of suitable gas reservoirs or tanks. This is not possible using wire springs since
any deflection gives a linear increase in force.
F 0 = ~ 4725 lbs
(2 100 daN)
F 1 = ~ 5175 lbs
(2 300 daN)
ie.:
n.3 H1000 - 50
F 0 = ~ 1575 lbs (700 daN)
P = 1450 psi (100 bar)
PC-1 (pag. 135)
BENEFIT
RESULTS
- Maximum control of parts during forming and drawing operations.
- Controlled production conditions
on parts.
- Improved parts quality.
- Significant cost savings.
ADJUSTABLE FORCES
e.g: The initial force of self-contained (or singly used) cylinders can be adjusted by changing the gas pressure while for system operated cylinders, this can be done through a control console max pressure 2175
psi (150 bar).
Wire springs cannot be adjusted in any way.
DM
DM
N2
BENEFITS
- Cylinders to provide the actual forces required.
- Assurance of defined forces.
- The same cylinder may be re-used for different power application.
N2
RESULTS
- Flexible usage.
- Significant cost savings.
- Reduction of inventory
6
GENERAL INFORMATION
LIFE
Extended lifetime is guaranteed by the construction design and by using only the best materials and components available. Fundamental features include the treatments NITRIDING AND LAPPING (introduced for the first time by Special
Springs) on the work surfaces with hardness up to HV 1200 and max. roughness Ra. 0.05µ.
A further advantage of Special Springs SC and H series cylinders is the design with DOUBLE PERMANENT LUBRICATION, as well as use of SELF-LUBRICATING GUIDE ELEMENTS.
The minimum lifetime of the cylinders, as shown in the relative graphs, is to be considered a guideline only and refer
to the recommended operating conditions. Obviously cylinder performance can vary considerably according to the
effective operating conditions and correct use.
- Do not machine or alter the body or piston rod.
- Do not apply any shock impact on the sliding surface of the rod.
- Prevent contaminating solids and aggressive liquids.
- Do not charge with gases other than nitrogen (N2).
- Refrain from loading pressure values over specified maximum.
- Always ensure free return of rod after compression.
- Refrain from working stroke above rated value.
- Do not disassemble/maintenance with cylinders under pressure.
- Charge with piston-rod not completely retracted
- For optimal performance it is always reccommended to not exceed 90% of nominal stroke.
- Always secure the cylinders.
- Always ensure the rod is perpendicular to the contact surface.
- The rod head must always be in contact with the pressure surface.
- Pre-load the cylinders by at least .04” (1 mm) when possible.
- Maximum fluid temperature 176 °F (80 °C).
- Non-aggressive supplementary lubrication of the cylinder rod.
FORCE
The initial force (F0) specified for each model refers to standard loading pressure and fluid temperature at approx.
176 °F (80 °C).
The final force (F1) specified on the table refers to the average value. The specific graph also illustrates the approximate curve for each model.
Different initial forces are easily set with loading pressures other than the standard value, and can be calculated as follows:
F0 = S x P1
F0 =
S=
P1 =
nominal initial force
rod or piston section area
charging pressure
MAINTENANCE
Possible on all Special Springs cylinders. For obvious reasons of cost, maintenance is recommended only for cylinders
with diameters equal to or greater than 1.97” (50 mm).
A complete range of special tools and accessories is available for simple and optimal use, to ensure total efficiency
while restoring cylinders to new conditions also when the working surfaces are re-lapped (procedure always recommended).
7
i
Index
Index
(lb.)
Series
SC
SCF
H
HF
HR
HRF
LI
K
ML
LS
203
382
450
562.5
675
900
1125
1575
1690
42
90
170
200
250
300
400
500
700
750
1.97
Force
(daN)
M
NE
95
Mini cylinders
Gas ejectors
ISO 11901
Standard
ISO Standard sizes
High force
Shortest profile
Higher force
Low pressure
increase
Maximum forces
Piston sealed
Maximum force
Rod sealed
Zero force
on contact
Ø
(inch)
(mm)
Cu
(inch)
(mm)
Ø
(inch)
(mm)
Cu
(inch)
(mm)
Ø
(inch)
(mm)
Cu
(inch)
(mm)
Ø
(inch)
(mm)
M16x1,5
0.75
19
M24x1,5
0.98
25
0.39-3.94 0.27-3.15 0.39-3.94 0.39-4.92
10-100
7-80
10-100
10-125
1.26
1.50
1.77
32
38
45
50
M38x1,5
M45x1,5
0.39-4.92
0.39-4.92
0.51-6.30 0.51-11.81
10-125
10-125
13-160
1.26
32
1.50
38
M38x1,5
M50x1,5
13-300
1.77
45
M45x1,5
0.39-4.92 0.39-4.92 0.51-6.30
10-125
0.98
1.26
25
32
0.20-1.26
10-125
1.50
38
M38x1,5
13-160
1.77
45
M45x1,5
0.20-4.92 0.20-4.92 0.39-4.92
Cu
(inch)
(mm)
Ø
(inch)
(mm)
1.77
Cu
(inch)
(mm)
0.51-3.94
Ø
(inch)
(mm)
0.98
1.26
25
32
Cu
(inch)
(mm)
Ø
(inch)
(mm)
Cu
(inch)
(mm)
Ø
(inch)
(mm)
Cu
(inch)
(mm)
5-32
5-125
5-125
10-125
45
13-100
0.39-1.97 0.39-1.97
10-50
0.98
1.26
25
32
10-50
0.39-3.15 0.39-3.15
10-80
10-80
Non self-containing cylinders
Accessories / Maintenance
Mounting specifications / Recommendations
8
Index
2025
2250
3150
3375
4050
4500
5400
6750
7200
9450
10575
11250
14850
16875
17325
22500
26550
28575
41175
900
1000
1400
1500
1800
2000
2400
3000
3200
4200
4700
5000
6600
7500
7700
10000
11800
12700
18300
2.95
3.74
4.72
5.90
7.68
75
95
120
150
195
0.98-11.81
0.98-11.81
0.98-11.81
25-300
25-300
25-300
25-300
1.97
2.95
3.74
4.72
50
75
95
120
0.51-11.81
0.98-11.81
0.98-11.81
0.98-11.81
13-300
25-300
25-300
25-300
M50x1,5
25-300
1.97
2.48
2.95
3.74
4.72
5.90
50
63
75
95
120
150
0.39-4.92
0.63-4.92
0.63-4.92
0.75-4.92
10-125
16-125
16-125
19-125
M50x1,5
0.39-4.92 0.39-4.92
10-125
10-125
2.48
2.95
3.74
4.72
63
75
95
120
0.98-4.92 0.98-4.92 0.98-4.92
25-125
25-125
0.98-4.92
25-125
25-125
1.50
1.97
2.95
3.74
4.72
5.90
38
50
75
95
120
150
0.24-1.97
0.24-1.97
0.39-1.97
0.39-1.97
6-50
6-50
10-50
10-50
1.50
1.97
2.95
3.74
4.72
38
50
75
95
120
0.39-3.15
0.59-3.15
0.59-3.15
0.59-3.15
0.59-3.15
10-80
15-80
15-80
15-80
15-80
2.95
2.95
3.74
3.74
75
75
95
95
0.98-11.81
25-300
9
0.98-11.81 0.98-11.81
0.98-11.81 0.98-11.81 0.98-11.81
25-300
25-300
25-300
0.39-1.97 0.39-1.97
10-50
10-50
I
N
D
E
X
M
NE
GENERAL
INFORMATION
RANGE
-Body diameters: from M16 to 25 mm (.98”)
-Forces: from 6.3 lbs. (2.8 daN) to 450 lbs. (200 daN)
-Strokes: from .275” (7 mm) to 4.92” (125 mm)
BODY
-One piece construction for greater safety (except M)
-Black oxided
ROD
-One piece construction for greater safety
-Nitrided surface with hardness ab. 1200 HV for maximum durability, no wearing for optimum life of seal
-Lapped surface “mirror like” with roughness Ra 0,05µ for maximum performances, smoothest friction, lower over all temperature, longer lasting and less wear to the seal
GUIDE & SEAL
-Non-metallic self-lubricating guide elements for lower friction, longer lasting and minimize
side loading
-Wiper rod to protect inside room from contaminants
-Polyurethane dynamic rod seal
USE
-Self contained
LOADING PRESSURE
-Minimum allowed 145 psi (10 bar)
-Maximum allowed 2610 psi (180 bar)
SPEED
-The maximum recommended speed (cycles/minute) and the minimum estimated life are easily indicated
by specific graphs for each model
ØD
Series
M 90
M 200
NE 16
NE 24
Mounting specifications
Recommendations
Cu
L
F0
Page
inch
mm
inch
mm
inch
mm
lb.
daN
0.75
19
0.28 - 4.92
7- 125
2.2 - 8.07
11.61 - 295
11-203
5-90
0.98
25
0.39 - 4.92
10 - 125
2.44 - 11.61
62 - 295
38-450
17-200
-
M16
0.39 - 3.94
10 - 100
3.15 - 10.24
80 - 260
6.3-95
2.8-42
-
M24
0.39 - 3.94
10 - 100
3.15 - 10.24
80 - 260
25-383
11-170
12
14
15
16
17
10
M 90/200
force rating
color code
rod wiper
one piece rod
rod seal
self-lubricating
guide element
one way valve
body
O-Ring seal
retaining ring
end plug
NE 16/24
one piece rod
self-lubricating
guide element
O-Ring seal
one piece body
nut
11
rod wiper
retaining ring
rod seal
one way valve
charging hole plug
M
NE
M 90
Cu
Code
..
..
..
..
..
..
..
..
..
..
Weight
~ lb.
~ Kg
0.28
7
2.2
56
1.93
49
0.16
0,07
0.39
10
2.44
62
2.05
52
0.16
0,07
0.59
15
2.83
72
2.24
57
0.18
0,08
0.98
25
3.62
92
2.64
67
0.20
0,09
1.50
38
4.65
118
3.15 79,9
0.24
0,11
1.97
50
5.59
142
3.62
92
0.27
0,12
2.48
63
6.77
172
4.29
109
0.31
0,14
3.15
80
8.07
205
4.92
125
0.33
0,15
3.94
100
9.65
245
5.71
145
0.38
0,17
4.92
125
11.6
295
6.69
170
0.44
0,20
1
S
Force
inch. mm inch. mm inch. mm
in.2
OR
PR
GR
BU
RD
YW
BK
Adjustable
P
F0
±5%
F1
psi
bar
lb.
daN
lb.
daN
145
10
11
5
16
7
290
20
22
10
29
13
870
60
68
30
101
45
0.08 0,502 1450
100
113
50
169
75
2030
140
158
70
236
105
2610
180
203
90
304
135
cm2
145- 2610 10- 180 11- 203 5 - 90 16- 304 7 - 135
S = rod section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
1,5 x Fo
1,4 x Fo
Force (lbs. daN)
1,3 x Fo
1,2 x Fo
1,1 x Fo
Fo
.28 .39 .59 .98
1.50 1.97 2.48
3.15
3.94
4.92
Cu (inch)
Force (lbs. daN) / stroke (inch) diagram
140
3.5
120
3
ÿ
100
2.5
80
2
60
1.5
40
1
20
0.5
cod. FC19 A
(VDI 3003 - ISO 11901-2)
Cycles / min.
•
-
Lmin
Cycles (in millions)
•
•
•
•
•
•
M 90 - 007 - A
M 90 - 010 - A
M 90 - 015 - A
M 90 - 025 - A
M 90 - 038 - A
M 90 - 050 - A
M 90 - 063 - A
M 90 - 080 - A
M 90 - 100 - A
M 90 - 125 - A
ISO 11901-1
L
0
0
0
.28 .39 .59 .98
1.50
1.97
2.48
3.15
3.94
4.92
Cu (inch)
Ordering example:
(10) M 90 - 050 - A - YW
“All dimensions are nominal unless tolerance is stated”
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
12
M 90
Cu
Code
inch.
90 90 90 90 90 90 90 90 90 90 -
007
010
015
025
038
050
063
080
100
125
mm
inch.
mm
inch.
mm
7
2.2
56
1.93
49
10
2.44
62
2.05
52
15
2.83
72
2.24
57
CAUTION
(for TBM and TBI versions)
Do not
25
3.62
92
2.64
67
- A - .. - T.. 1.50
- A - .. - T.. 1.97
- A - .. - T.. 2.48
- A - .. - T.. 3.15
38
4.65
118
3.15
79,9
exceed
90% of
50
5.59
142
3.62
92
nominal
63
6.77
172
4.29
109
stroke
80
8.07
205
4.92
125
- A - .. - T.. 3.94
- A - .. - T.. 4.92
100
9.65
245
5.71
145
125
11.6
295
6.69
170
cod. TBT
M
NE
(optional)
TBI
TEM
Metric Thread M24 x 1.5
Inch Thread 1” x 8
Metric Thread M24 x 1.5
0,47
12
1.69
0,54
43
14
1.42
M 24 x 1,5
1.64
0,47
42
12
36
38
42
36
1.42
Installation and
Removal Tool
TBM
1.64
13
Lmin
1.50
M
M
M
M
M
M
M
M
M
M
- A - .. - T.. 0.28
- A - .. - T.. 0.39
- A - .. - T.. 0.59
- A - .. - T.. 0.98
L
- TBM / TBI / TEM
1" - 8
M 24 x 1,5
cod. TBM-JN
cod. TBI-JN
cod. TBM-JN
(optional)
(optional)
(optional)
Ordering example:
Ordering example:
Ordering example:
(10) M 90 - 050 - A - YW - TBM
(10) M 90 - 050 - A - YW - TBI
(10) M 90 - 050 - A - YW - TEM
“All dimensions are nominal unless tolerance is stated”
M 200
Code
Cu
L
Lmin
Weight
inch. mm inch. mm inch. mm
2.05
~ Kg
0.29
0,13
10
2.44
62
13
2.65
67,4
2.15 54,7
0.29
0,13
15
2.83
72
2.24
57
0.31
0,14
25
3.62
92
2.64
67
0.36
0,16
38
4.65 118,2 3.15 80,1
0.40
0,18
50
5.59
142
3.62
0.44
0,20
63
6.77
172
4.27 108,5
0.51
0,23
52
92
80
8.07
205
4.92
125
0.58
0,26
100
9.65
245
5.71
145
0.67
0,30
125
11.61
295
6.69
170
0.78
0,35
in.2
OR
PR
GR
BU
RD
YW
BK
Adjustable
P
F0
±5%
F1
psi
bar
lb.
daN
lb.
daN
218
15
38
17
56
25
362
25
63
28
90
40
653
45
113
50
180
80
0.17 1,13 1305
90
225
100
371
165
1958
135
338
150
551
245
2610
180
450
200
731
325
cm2
145/2610 10/180 25/450 11/200 56/732 25/325
S = rod section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
1,6 x Fo
Force (lbs. daN)
1,5 x Fo
1,4 x Fo
1,3 x Fo
1,2 x Fo
1,1 x Fo
Fo
.39
.59
.98
1.50
1.97
2.48
3.15
3.94
4.92
.51
Cu (inch)
Force (lbs. daN) / stroke (inch) diagram
140
3.5
120
3
100
2.5
80
2
60
1.5
40
1
20
0.5
cod. FC25 A
(VDI 3003 - ISO 11901-2)
0
Cycles / min.
Cycles (in millions)
•
•
•
•
•
•
•
•
•
M 200 - 010 - A - .. 0.39
M 200 - 013 - A - .. 0.51
M 200 - 015 - A - .. 0.59
M 200 - 025 - A - .. 0.98
M 200 - 038 - A - .. 1.50
M 200 - 050 - A - .. 1.97
M 200 - 063 - A - .. 2.48
M 200 - 080 - A - .. 3.15
M 200 - 100 - A - .. 3.94
M 200 - 125 - A - .. 4.92
ISO 11901-1
~ lb.
S
Force
0
0 .39 .59 .98
.51
1.50 1.97 2.48
3.15
3.94
4.92
Cu (inch)
Ordering example:
(10) M 200 - 100 - A - YW
“All dimensions are nominal unless tolerance is stated”
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
14
NE 16
Cu
Code
NE
NE
NE
NE
NE
NE
NE
NE
NE
16
16
16
16
16
16
16
16
16
-
L
Lmin
S
P
F0
F1
Weight
±5%
010
020
030
040
050
060
070
080
100
inch
mm
inch
mm
inch
mm
0.39
10
3.15
80
2.75
70
0.79
20
3.94
100
3.15
80
1.18
30
4.72
120
3.54
90
1.57
40
5.51
140
3.94
100
1.97
50
6.30
160
4.33
110
2.36
60
7.09
180
4.72
120
2.76
70
7.87
200
5.12
130
3.15
80
8.66
220
5.51
140
260
6.30
160
3.94 100 10.24
S = rod section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
in.2
0.04
cm2
psi
bar
lb.
daN
lb.
~ lb.
daN
145
10
6.3
2.8
13.5
6
min.
min.
min.
min.
min.
min.
-------------------
0,282
2175
150
95
42
137
61
max.
max.
max.
max.
max.
max.
~ Kg
0.15
0,07
0.18
0,08
0.20
0,09
0.20
0,09
0.22
0,10
0.22
0,10
0.24
0,11
0.27
0,12
0.29
0,13
1.5 x Fo
Force (lbs. daN)
1.4 x Fo
1.3 x Fo
1.2 x Fo
1.1 x Fo
Fo
0.39 0.79 1.18 1.57 1.97 2.36 2.76 3.15
3.94
Cu (inch)
cod. D M16
cod. C M16
(optional)
(optional)
3.5
140
3
120
100
2.5
80
2
60
1.5
40
1
20
0.5
0
0
0
Ordering example:
(10) NE 16 - 050
15
“All dimensions are nominal unless tolerance is stated”
0.79 1.18 1.57 1.97 2.36 2.76
0.39
3.15
3.94
Cu (inch)
Minimum estimated life (cycles x million)
Maximum recommended speed (cycles / min.)
Cycles / min.
Cycles (in millions)
Force (lbs. daN) / stroke (inch) diagram
M
NE
NE 24
Cu
Code
NE
NE
NE
NE
NE
NE
NE
NE
NE
24
24
24
24
24
24
24
24
24
-
L
Lmin
S
P
F0
F1
Weight
±5%
010
020
030
040
050
060
070
080
100
inch
mm
inch
mm
inch
mm
0.39
10
3.15
80
2.75
70
0.79
20
3.94
100
3.15
80
1.18
30
4.72
120
3.54
90
1.57
40
5.51
140
3.94
100
1.97
50
6.30
160
4.33
110
2.36
60
7.09
180
4.72
120
2.76
70
7.87
200
5.12
130
3.15
80
8.66
220
5.51
140
260
6.30
160
3.94 100 10.24
S = rod section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
in.2
0.17
cm2
psi
bar
lb.
daN
lb.
~ lb.
daN
145
10
25
11
106
47
min.
min.
min.
min.
min.
min.
-------------------
1,13
2175
150
383
170
776
345
max.
max.
max.
max.
max.
max.
~ Kg
0.40
0,18
0.44
0,20
0.49
0,22
0.55
0,25
0.60
0,27
0.64
0,29
0.69
0,31
0.71
0,32
0.82
0,37
2.2 x Fo
Force (lbs. daN)
2.0 x Fo
1.8 x Fo
1.6 x Fo
1.4 x Fo
1.2 x Fo
Fo
0.39 0.79 1.18 1.57 1.97 2.36 2.76 3.15
3.94
Cu (inch)
Force (lbs. daN) / stroke (inch) diagram
140
3.5
120
cod. D M24
cod. C M16
(optional)
(optional)
100
2.5
80
2
60
1.5
40
1
20
0.5
0
0
Ordering example:
(10) NE 24 - 050
Cycles / min.
Cycles (in millions)
3
0
0.79 1.18 1.57 1.97 2.36 2.76
0.39
3.15
3.94
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
16
MOUNTING SPECIFICATIONS
RECOMMENDATIONS
Cu
M90/200 = 4 Nm max
max 90% Cu
> 90% Cu
90°
90°
LOCTITE
min 1,5 x M
LOCTITE
M
M
NE
bar
P max = 180 bar
CAUTION
Do not release rod uncontrolled when returning
Do not exceed maximum recommended
pressure of 2610 psi (180 bar) when
charging, unless otherwise stated
100% Cu
°F
°C
176
80
N2
< Cu
CAUTION
MAX
Assure the rod is 100% extracted when charging. When charging cylinders
missing threaded hole at the rod end, initially fill with limited pressure of
75 psi (5 bar) to extract the rod completely; then charge to required pressure.
CAUTION
Always wear safety glasses when
exhausting a gas spring
Avoid any mechanical working on
the body or the rod
0,5 ÷ 1,0 mm
CAUTION
CAUTION
CAUTION
Before throwing out any gas spring assure that In case of any damage of gas spring structure It is recommended a little pre-load for maxiall residual pressure is completely exhausted before handling exhaust all residual pressure mum performances.
+1,0
+0,5
L min
> L min / 2
¯D
D ± 0,2
X
EE
8 max
17
“All dimensions are nominal unless tolerance is stated”
SC
GENERAL
INFORMATION
ISO 11901
BODY
-One piece construction for greater safety
-Internal surface burnished for maximum efficiency of static O-Ring
-Black oxided
ROD
-One piece construction for greater safety
-Nitrided surface with hardness ab. 1200 HV for maximum durability, no wearing for optimum life of seal
-Lapped surface “mirror like” with roughness Ra 0,05µ for maximum performances, smoothest friction, lower over all temperature, longer lasting and less wear to the seal
BUSHING / GUIDE & SEAL
-One piece construction
-Two non-metallic self-lubricating guide elements for lower friction, longer lasting and minimize
side loading
-Wiper rod to protect inside room from contaminants
-Polyurethane dynamic rod seal
-Permanent self-lubricating circular room for maximum lubricating and smoother working conditions
of the rod seal for greater life
-C-style retaining ring ensures operator safety and prevents from opening a charged cylinder
-Designed and built for easy, rapid and inexpensive maintenance
LUBRICATION
-Double permanent self-lubrication to maximize working performances in any position and minimize
over heating anytime
USE
-Self contained
-Hose system: for this application the cylinders are easily converted by removing the protective screw,
locking nut and one way valve
LOADING PRESSURE
-Minimum allowed 290 psi (20 bar)
-Maximum allowed 2175 psi (150 bar)
-For hose applications it is suggested to calculate the forces by charging at about 1450 psi (100 bar).
In this case the user can adjust the required force by increasing charging pressure up to the maximum
allowed of 2175 psi (150 bar) anytime
SPEED - LIFETIME
-The maximum recommended speed (cycles/minute) and the minimum estimated life are easily indicated
by specific graphs for each model
18
one piece rod
permanent self-lubrication chamber
retaining ring
rod wiper
SC
SCF
self-lubricating
guide elements
O-Ring seal
bushing
rod seal
one piece body
charging hole plug
Series
19
SC 150
SC 250
SC 500
SC 750
SC 1500
SC 3000
SC 5000
SC 7500
SC 10000
ØD
one way valve
nut
Cu
L
F0
Page
inch
mm
inch
mm
inch
mm
lb.
daN
1.26
32
0.39 - 4.92
10 - 125
2.76 - 11.81
70 - 300
383
170
1.50
38
0.39 - 4.92
10 - 125
2.76 - 11.81
70 - 300
585
260
1.77
45
0.51 - 6.30
13 - 160
4.35 - 15.94
110,4 - 405
1058
470
1.97
50
0.51 - 11.81
13 - 300
4.74 - 27.36
120,4 - 695
1665
740
2.95
75
0.98 - 11.81
25 - 300
6.3 - 27.95
160 - 710
3375
1500
3.74
95
0.98 - 11.81
25 - 300
6.69 - 28.35
170 - 720
6750
3000
4.72
120
0.98 - 11.81
25 - 300
7.48 - 29.13
190 - 740
11250
5000
5.91
150
0.98 - 11.81
25 - 300
8.07 - 29.72
205 - 755
16875
7500
7.68
195
0.98 - 11.81
25 - 300
8.27 - 29.92
210 - 760
23850
10600
20
22
24
26
28
30
32
34
33
SC 150
Cu
Code
inch
mm
inch
mm
0.39
10
2.76
70
2.36
60
0.51
13
2.97
75,4
2.47
62,7
0.63
16
3.23
82
2.6
66
0.98
25
3.94
100
2.95
75
1.50
38
4.96
126
3.46
88
1.97
50
5.91
150
3.94
100
2.48
63
6.97
177
4.47
113,5
3.15
80
8.27
210
5.12
130
3.94
100
9.84
250
5.91
150
4.92
125
11.81
300
6.89
175
S
in.2
0.18
P
psi
cm2
1,13
2175
F0
bar
150
lb.
F1
lb.
daN
383
170
450
Weight
daN
---------------------
200
(±5%)
~ lb.
~ Kg
0.62
0,28
0.64
0,29
0.65
0,30
0.73
0,33
0.79
0,36
0.87
0,40
0.96
0,44
1.08
0,49
1.21
0,55
1.42
0,64
Force (lbs. daN)
ISO 11901-1
M8x6
CHARGING HOLE M6
Ø 12
495
220
473
210
450
200
428
190
405
180
383
170
.39 .63 .98
.51
1.5
1.97
Ø 32 0,3
Ordering example:
(10) SC 150 - 50
3.15
3.94
4.92
4
160
3.5
140
3
120
2.5
100
2
80
1.5
60
1
40
0.5
20
0
.39 .63 .98
.51
1.5 1.97
2.48
3.15 3.94
4.92
0
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
Cycles / min.
Cycles (in millions)
3,5
0.14
Ø 27
2.48
Cu (inch)
10,5
0.41
0.08
1
Ø 30
4
± 0.01
230
Force (lbs. daN) / stroke (inch) diagram
R 0.04
¯ 1.18
¯ 1.06
¯ 1.26
518
2
¯ 0.47
0.16
•
010
013
016
025
038
050
063
080
100
125
mm
Cu
•
-
inch
L min
•
150
150
150
150
150
150
150
150
150
150
Lmin
± 0,25
•
•
SC
SC
SC
SC
SC
SC
SC
SC
SC
SC
L ± 0.01
•
L
ISO11901-1
20
ISO11901- 2
Fixing
A
0.27
0.16
1.97
1.38
7
4
50
35
50
0.2
5
1.97
1.38
¯ 1.28 Ø 32,5
¯ 1.12
Ø 6,6 (4x)
35
¯ 0.26
Ø 28,5
FS2 32
AA
A
SC
SCF
A
1.38
¯ 0.08
S = rod section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
21
35
35
1.38
Ø 34
=
¯ 1.33
Ø 6,6 (4x)
9
=
Ø 32,5
0.35
¯ 1.28
Ø 60
¯ 0.26
AA
¯ 2.36
FC 32 A
A
Ø2
SC 250
Cu
Code
inch
mm
inch
mm
0.39
10
2.76
70
2.36
60
0.51
13
2.97
75,4
2.47
62,7
0.63
16
3.23
82
2.60
66
0.98
25
3.94
100
2.95
75
1.50
38
4.96
126
3.46
88
1.97
50
5.91
150
3.94
100
2.48
63
6.97
177
4.47
113,5
3.15
80
8.27
210
5.12
130
3.94
100
9.84
250
5.91
150
4.92
125
11.81
300
6.89
175
S
in.2
P
cm2
0.27
1,77
psi
2175
F0
bar
150
lb.
daN
585
Weight
F1
260
lb.
daN
810
---------------------
360
(±5%)
~ lb.
~ Kg
0.88
0,40
0.90
0,41
0.95
0,43
1.06
0,48
1.19
0,54
1.32
0,60
1.45
0,66
1.63
0,74
1.80
0,81
2.18
0,98
Force (lbs. daN)
ISO 11901-1
M8 x 6
CHARGING HOLE M6
Ø 15
385
810
360
753.7
335
697.5
310
641.2
285
585
260
.41 10,5
0.08
Ø 38
1.97
Ordering example:
(10) SC 250 - 50
Cycles (in millions)
3,5
0.14
Ø 33
±0,3
2.48
3.15
3.94
4.92
Cu (inch)
Force (lbs. daN) / stroke (inch) diagram
R 0.04
Ø 36
4
±0.01
1.5
4
160
3.5
140
3
120
2.5
100
1
¯1.42
¯1.3
¯ 1.5
.39 .63 .98
.51
2
866.2
2
80
1.5
60
1
40
0.5
20
0
.39 .63 .98
.51
1.5 1.97
2.48
3.15 3.94
4.92
0
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
Cycles / min.
¯ 0.59
0.16
•
mm
Cu
•
010
013
016
025
038
050
063
080
100
125
inch
L min
•
-
Lmin
±0,25
•
•
SC 250
SC 250
SC 250
SC 250
SC 250
SC 250
SC 250
SC 250
SC 250
SC 250
L ±0.01
•
L
ISO11901-1
22
Fixing
ISO11901- 2
A
0.27
0.16
2.16
1.57
7
4
55
40
Ø 6,6 (4x)
0.2
5
2.16 55
1.57 40
¯ 1.51 Ø 38,5
¯ 1.36 Ø 34,5
¯ 0.26
A
0.35
A
9
1.57
SCF
A
Ø 40
¯ 1.57
SC
40
40
Ø 38,5
=
¯ 1.51
Ø 6,6 (4x)
¯ 0.26
¯ 2.68
Ø 68
=
1.57
AA
¯Ê0.08
Ø2
A
0.35
=
52
40
1.57
2.05
52
1.57
40
A
Ø 6,6 (4x)
¯ 1.52
¯ 1.57
Ø 38,5
Ø 40
=
9
2.05
AA
¯ 0.26
FCQ 38 A
FC 38 A
FS2 38
AA
SCF 250
¯ 0.59
Threaded body cylinders
Ø 15
2.2
56
M38 x 1,5
2
0.08
Cu
CHARGING HOLE M6
0.47
12
0.2
0.11
5
L ± 0,25
2,8
cod. GM 38
L min
A-A
A
1.97 50
Ø 35,7
M 38 x 1,5
The SCF are threaded body 250 springs with the same length and force as the SC 250
23
Ordering example: (10) SCF 250 - 50
1.98 50,3
¯ 2.95 Ø 75
M 38 x 1.5
¯ 1.41
¯0.55 Ø14 (4x)
4,1
¯ 0.35 Ø 9 (4x)
8
0.31
0.11
2,8
= =
0.16
1.14 29
M6
A
0.31 8
0.47 12
cod. FCA 38
SC 500
Cu
Code
S
P
F1
V0
Weight
cm3
~ lb.
~ Kg
97,7
1.74
28
1.99
0,9
4.33
110
2.61
42
2.20
1,0
4.84
123
3.54
57
2.43
1,1
4.41
1058 470 1576 700 5.34
71
2.65
1,2
86
2.87
1,3
inch
mm
inch
mm
0.51
13
4.35
110,4
3.85
0.98
25
5.31
135
1.50
38
6.34
161
1.97
50
7.28
185
5.31
135
2.48
63
8.35
212
5.85
148,5
in.2 cm2 psi
F0
in.3
mm
0.49
3,14
2175
bar
150
lb.
daN
lb.
daN
3.15
80
9.65
245
6.5
165
6.52
105
3.09
1,4
3.94
100
11.22
285
7.28
185
8.01
129
3.53
1,6
4.92
125
13.19
335
8.27
210
9.75
157
3.97
1,8
6.3
160
15.94
405
9.65
245
12.3
198
4.63
2,1
(±5%)
ISO 11901-1
1733
770
1621
720
1508
670
1395
620
1283
570
1170
520
1058
470
Force (lbs. daN)
CHARGING HOLE G1/8"
2 x (M8 x 13)
Ø 0.79
20
Ø 0.79
20
.51 .98 1.5 1.97 2.48
Cu
M8
3.15
3.94
4.92
6.3
14,5
0.57
0.08
2
Cu (inch)
Force (lbs. daN) / stroke (inch) diagram
320
5
Ø 43
1
R 0.04
280
3,5
0.14
Ø 40
240
200
3
160
2
120
80
4
Ø 1.77
±0.01
Ø 45
0,3
0.16
0.41
10.5
Ø1.57
Cycles (in millions)
4
Cycles / min.
Ø 1.7
L min
•
013
025
038
050
063
080
100
125
160
0,25
•
-
±0.01
•
500
500
500
500
500
500
500
500
500
Lmin
inch
L
•
SC
SC
SC
SC
SC
SC
SC
SC
SC
L
ISO11901-1
1
40
Ordering example:
(10) SC 500 - 50
0
.5 .98 1.5 1.97 2.48 3.15
3.94
4.92
6.30
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
0
24
Fixing
ISO11901- 2
A
1.97
¯ 1.85
¯ 0.08
Ø2
(2x)
(2x)
50
2.75
1.97
Ø 18
0.98 25
2.24 57
2.76 70
A
A
0.51
AA
=
13
=
2.52
64
1.97
50
Threaded body cylinders
2
2.4
62
M45 x 1,5
Ø 20
0.2
L min
0.11
5
L ± 0,25
cod. GM 45
A
A-A
1.34
M 6
8
60
34
0.31
0.63
¯ 3.54
60
2.36
Ø 90
(4x)
Ø9
¯ 0.35
M 45 x 1.5
Ø 14
(10) SCF 500 - 50
¯ 0.55
The SCF are threaded body 500 springs with the same length and force as the SC 500
A
(4x)
¯ 42,7
M 45 x 1,5
Ordering example:
2.36
0.31
0.11
0.41 10.5
2,8
=
4,1
¯ 1.68
=
0.16
CHARGING HOLE G1/8"
25
12.3
2,8
0.48
SC
SCF
0.08
Cu
¯ 0.71
¯ 0.35 Ø 9 (4x)
SCF 500
¯ 0.79
70
(4x) ¯ 0.35
Ø9
Ø 15
(4x) ¯ 0.59
Ø 11
1.63 27
A
50
50
Ø 47
Ø 45,5
Ø 9 (4x)
1.97
=
¯ 1.8
Ø 86
¯ 0.35
=
A
13
0.16 4
50
0.51
AA
1.57 40
64
20
0.79
A
Ø 20
A
0.28 7
1.97
Ø 9 (4x)
50
2.76
1.97
70
¯ 1.79 Ø 45,5
¯1.63 Ø 41,5
¯ 0.35
¯0.79
A-A
2.52
50
70
50
A
¯ 1.79 Ø 45,5
4
70
0.47 12
Ø 45,5
2.76
1.97
7
2.75
1.97
20
14
¯ 1.79
0.27
0.16
¯ 3.39
FC 45 A
FS2 45
A
AA
¯ 0.43
A
20
¯ 1.63 Ø 41,5
Ø 20
Ø 47
¯ 0.79
¯ 1.85
Ø9
Ø 9 (2x)
Ø 9 (4x)
¯ 0.35
12
¯ 0.35
0.79
0.55
¯ 0.35
2.76
1.97
0.47
0.79
Ø 11
FBA 45
¯ 0.43
50
50
70
14
A
A-A
70
FS2A 45
A
2.76
1.97
FCQ 45 A
0.55
¯ 0.59 Ø 15 (4x) ¯ 0.59 Ø 15 (2x)
FB 45
AA
8
16
cod. FCA 45
SC 750
Cu
Code
S
F1
V0
Weight
cm3
~ lb.
~ Kg
107,7
2.86
46
2.76
1,25
4.72
120
3.97
64
3.64
1,38
5.24
133
5.15
83
3.38
1,53
5.71
145
6.27
101
3.64
1,65
6.24
158,5
7.51
121
3.97
1,80
255
6.89
175
295
7.68
195
345
8.66
415
10.04
19.49
495
23.43
595
27.36
695
mm
inch
mm
inch
mm
0.51
13
4.74
120,4
4.24
0.98
25
5.71
145
1.50
38
6.73
171
1.97
50
7.68
195
2.48
63
8.74
222
3.15
80
10.04
3.94
100
11.61
4.92
125
13.58
6.3
160
16.34
7.87
200
9.84
250
11.81
300
psi
bar
lb.
daN
lb.
daN
9.00
145
4.33
1,96
175
4.61
2,09
220
13.17
212
5.14
2,33
255
16.40
264
5.91
2,68
11.61
295
20.06
323
6.84
3,10
13.58
345
24.72
398
7.95
3,60
15.55
395
29.31
472
9.05
4,10
Ø 20
Ø 25
M8
4,90
2175 150 1665 740 2700
(±5%)
Force (lbs. daN)
2 x (M8 x 13)
¯ 0.79
cm2
10.87
0.75
CHARGING HOLE G1/8"
¯ 0.98
F0
in.3
inch
in.2
P
3015
1340
2790
1240
2565
1140
2340
1040
2115
940
1890
840
1665
740
1140
.51 1.50 2.48 3.94 4.92
.98 1.97 3.15
6.3
7.87
9.84
11.81
Cu (inch)
14,5
Force (lbs. daN) / stroke (inch) diagram
0.57
0.12
3
Cu
6
240
Ø 46
2
5
Ø 43
200
4
160
3
120
2
80
1
40
¯ 1.97
±0.01
Ø 50
±0,3
0.31
8
10,5
0.2
¯Ê1.69
Cycles (in millions)
R 0.08
5
Cycles / min.
O 1.81
0.41
•
Lmin
L min
•
•
•
•
±0,25
•
L ±0.01
•
SC 750 - 013
SC 750 - 025
SC 750 - 038
SC 750 - 050
SC 750 - 063
SC 750 - 080
SC 750 - 100
SC 750 - 125
SC 750 - 160
SC 750 - 200
SC 750 - 250
SC 750 - 300
ISO 11901 - 1
L
ISO11901-1
Ordering example:
(10) SC 750 - 50
0
.5 .981.5 2.48 3.94 4.92 6.30
1.97 3.15
7.87
9.84
11.81
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
0
26
Fixing
ISO11901- 2
0.51
AA
Ø 54
56,5
¯ 2.12
2.22
56,5
A
Ø 50,5
Ø 9 (4x)
¯ 0.35
2.22
=
¯Ê1.99
Ø 95
¯ 3.74
=
A
13
30
(2x)
(2x)
2.95 75
2.22 56,5
(4x) ¯ 0.35
Ø9
Ø 15
(4x) ¯ 0.59
¯ 0.71
Ø 11
Ø 18
62
75
0.98
25
2.95
2.44
SC
SCF
A
0.51
AA
=
13
=
2.75
70
2.22
56,5
=
.9
7
Ø
1.57
40
1
50
37,5
1.97
110
4.33
130
¯
1.48
5.12
A
20
50
60
0.79
¯ 0.35 Ø 9 (4x)
90
=
32
80
3.15
=
=
8
45
3.54
1.18
Ø4
2.36
Ø 9 (2x)
¯ 0.16
1.77
1.26
12
A
0.94
A
Ø 20
A
0.47
0.31
56,5
Ø 9 (4x)
24
2.95 75
2.22 56,5
¯ 1.99 Ø 50,5
¯ 1.75 Ø 44,5
¯ 0.35
¯ 0.79
A-A
2.22
56,5
70
8
75
75
56,5
A
2.75
2.95
2.22
12
Ø 50,5
0.47
0.31
¯ 0.35
FSA 50 FC 50 A FS2 50
A
AA
0.47 12
¯ 1.99
A
Ø 50,5
Ø9
20
14
¯ 1.99
¯ 0.35
12
20
¯ 0.43
¯ 0.59
0.47
0.79
Ø 44,5
Ø 20
¯ 1.75
¯ 0.79
Ø 54
Ø 9 (2x)
¯ 2.13
¯ 0.35
0.79
0.55
Ø 9 (4x)
2.95 75
2.22 56,5
Ø 11
Ø 15
¯ 0.59
¯ 0.43
2.95
2.22
¯ 0.35
14
A
A-A
FCQ 50 A FS2A 50 FBA 50
0.55
A
2.95 75
2.22 56,5
Ø 15
FB 50
AA
M8
SCF 750
68
Ø 25
2.68
2
0.08
Cu
M50 x 1,5
¯ 0.98
Threaded body cylinders
0.51
12,9
0.2
0.11
5
L ± 0,25
2,8
cod. GM 50
A
L min
A-A
= =
2.60 66
1.50 38
The SCF are threaded body 750 springs with the same length and force as the SC 750
27
Ordering example:
(10) SCF 750 - 50
2.60 66
¯ 3.94 Ø 100
M 50 x 1.5
¯ 47.7
M 50 x 1,5
¯ 0.35 Ø 9 (4x)
8
4,1
¯ 1,88
¯ 0.55 Ø 14 (4x)
0.16
CHARGING HOLE G1/8"
0.31
0.41
0.11
10.5
2,8
M6
A
0.31 8
0.63 16
cod. FCA 50
SC 1500
Cu
Code
• SC 1500 - 025
SC 1500 - 038
• SC 1500 - 050
SC 1500 - 063
• SC 1500 - 080
• SC 1500 - 100
• SC 1500 - 125
• SC 1500 - 160
SC 1500 - 200
SC 1500 - 250
SC 1500 - 300
• ISO 11901 - 1
L
ISO11901-1
Lmin
S
F0
F1
V0
Weight
in.3
cm3
~ lb.
~ Kg
135
9.38
151
8.03
3,64
5.83
148
12.05
194
8.63
3,91
6.3
160
14.47
233
9.16
4,15
237
6.83
173,5
17.27
278
9.87
4,47
270
7.48
190
20.68
333
10.62
4,81
12.20
310
8.27
210
24.84
400
11.52
5,22
14.17
360
9.25
235
30.00
483
12.69
5,75
inch
mm
inch
mm
inch
mm
0.98
25
6.3
160
5.31
1.50
38
7.32
186
1.97
50
8.27
210
2.48
63
9.33
3.15
80
10.63
3.94
100
4.92
125
in.2
P
1.58
cm2
10,17
psi
bar
lb.
2175 150 3375
daN
1500
lb.
4955
(±5%)
daN
2200
6.3
160
16.93
430
10.63
270
37.20
599
13.97
6,33
7.87
200
20.08
510
12.20
310
45.40
731
16.20
7,34
9.84
250
24.02
610
14.17
360
55.71
897
18.76
8,50
11.81
300
27.95
710
16.14
410
66.02 1063
21.19
9,60
5625
2500
5062.5
2250
4500
2000
3937.5
1750
3375
1500
Force (lbs. daN)
CHARGING HOLE G1/8"
4 x (M8 x 13)
Ø 1.57
Ø 40
Ø 1.42
Ø 36
M8
6.3
7.87
9.84
11.81
Cu (inch)
0.12
3
Cu
.98 1.97 3.15 3.94 4.92
1.50 2.48
.71 18
Force (lbs. daN) / stroke (inch) diagram
0,25
3
120
2,5
2.5
2
80
1.5
60
1
40
8
Ø 2.95
±0.01 Ø 75
0,3
0.31
0.41
10.5
0.2
5
Ø 67
Cycles (in millions)
L min
Ø 2.64
100
Cycles / min.
Ø 70
R 0.1
L ±0.01
Ø 2.75
0.5
0
Ordering example:
20
.98 1.5 2.48 3.94 4.92
1.97 3.15
6.30
7.87
9.84
11.81
0
Cu (inch)
(10) SC 1500 - 50
“All dimensions are nominal unless tolerance is stated”
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
28
Fixing
ISO11901- 2
(4x)
(4x)
100
¯ 0.71
Ø 18
3.94
2.89
(4x) ¯ 0.35
73,5
Ø9
Ø 15
(4x) ¯ 0.59
Ø 11
84
30
90
73,5
3.54
=
2.89
=
16
=
Ø
75
4.53
5
1.97
.9
115
52,5
2
¯
2.07
2.5
137
5.39
160
6.3
A
0.63
AA
20
63,5
75
0.79
50
=
2.95
=
M10
29
S = rod section area
P = nominal charging pressure
54
¯ 0.43 Ø 11 (4x)
105
4.13
=
F0 = nominal initial force
F1 = average final force
SCF
70
3.54
90
2.89
73,5
A
A
30
8
Ø 75,5
FCQ 75 A
73,5
2.89
Ø 80
¯ 3.15
1.18
Ø5
SC
1.18
0.94
73,5
2.89
Ø 75,5
Ø11 (4x)
=
¯Ê0.2
¯ 0.43
FSA 75
A
¯ 2.97
Ø122
¯ 4.8
¯ 0.43
=
2.76
2.13
12
A
16
0.63
AA
Ø 11 (2x)
FC 75 A
A
Ø 40
A
100
Ø 11 (4x)
24
3.94 100
2.89 73,5
¯ 2.97 Ø 75,5
¯ 0.43
¯ 1.57
3.94
3.31
73,5
0.47
0.31
¯ 2.97
8
100
12
Ø 75,5
3.94
2.89
12
100
73,5
A
Ø 80
0.47
0.32
14
A-A
¯ 3.15
AA
¯ 2.7 Ø 68,5
FS2 75
A
0.47
¯ 2.97
Ø 9 (4x)
A
20
Ø 11 (4x)
0.79
3.94
2.89
20
¯ 0.43
¯ 0.35
12
Ø 40
¯ 0.43
73,5
100
3.94
2.89
Ø 18 (4x)
.47
¯Ê1.57
0.79
0.55
Ø 68,5
73,5
A
¯ 2.70
2.89
FBA 75
100
¯ 0.59
Ø 11 (4x)
3.94
FS2A 75
Ø 15 (4x)
¯ 0.43
14
¯ 0.71
FB 75
0.55
A-A
A
AA
V0 = volume of gas
SC 3000
Cu
Code
• SC 3000 - 025
SC 3000 - 038
• SC 3000 - 050
SC 3000 - 063
• SC 3000 - 080
• SC 3000 - 100
• SC 3000 - 125
• SC 3000 - 160
SC 3000 - 200
SC 3000 - 250
SC 3000 - 300
• ISO 11901 - 1
L
ISO11901-1
Lmin
S
F0
F1
V0
Weight
in3
cm3
~ lb.
~ Kg
145
17.02
274
13.95
6,36
6.22
158
21.61
346
14.90
6,75
6.69
170
25.65
413
16.22
7,35
247
7.22
183,5
30.31
488
17.37
7,87
280
7.87
200
35.96
579
18.63
8,44
12.6
320
8.66
220
42.92
691
19.93
9,03
14.57
370
9.64
245
51.49
829
22.29
10,1
inch
mm
inch
mm
inch
mm
0.98
25
6.69
170
5.71
1.50
38
7.72
196
1.97
50
8.66
220
2.48
63
9.72
3.15
80
11.02
3.94
100
4.92
125
in.2
P
3.05
psi
cm2
19,62
bar
2175
150
lb.
6750
daN
3000
lb.
10450
daN
4640
(±5%)
6.3
160
17.32
440
11.02
280
63.60
1024
24.94
11,3
7.87
200
20.47
520
12.60
320
77.51
1246
28.26
12,8
9.84
250
24.41
620
14.57
370
94.66
1524
32.00
14,5
11.81
300
28.35
720
16.54
420
111.86 1801
35.76
16,2
Force (lbs. daN)
CHARGING HOLE G1/8"
4 x (M8 x 13)
Ø 2.36
Ø 60
Ø 1,97
Ø 50
12375
5500
11250
5000
10125
4500
9000
4000
7875
3500
6750
3000
.98 1.97 3.15 3.94 4.92
1.50 2.48
0.12
3
Cu
M8
6.3
7.87
9.84
11.81
Cu (inch)
21
Force (lbs. daN) / stroke (inch) diagram
90
70
60
2
50
1.5
40
30
1
20
8
Ø 3.74
±0.01 Ø 95
0,3
0.31
0.41
10.5
0.2
5
Ø 87
Cycles (in millions)
R 0.1
L min
Ø 3.43
80
2.5
Ordering example:
(10) SC 3000 - 50
“All dimensions are nominal unless tolerance is stated”
0.5
0
Cycles / min.
Ø 90
L
Ø 3.54
2,5
±0.01
0,25
0.83
3
10
.98 1.5 2.48 3.94 4.92
1.97 3.15
6.30
7.87
9.84
11.81
0
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
30
Fixing
ISO11901- 2
20
Ø 9 (4x)
(4x)
14
120
92
4.72 120
3.62 92
(4x) ¯ 0.35
(4x) ¯ 0.59
Ø9
(4x)
Ø 15
4.72
3.62
20
¯ 2.36
Ø 60
Ø 20
¯ 0.35
A
13
Ø 60
¯ 0.53
Ø 20 (4x)
0.51
0.79
A
0.79
0.55
Ø 13,5
¯ 2.36
4.72
3.62
120
92
92
Ø 15 (4x)
¯ 0.59
Ø 13,5 (4x)
A-A
120
FBA 95
¯ 0.53
14
¯ 0.79
FB 95
0.55
A
4.72
3.62
0.51
¯ 0.79
AA
13
A
¯ 0.53
30
40
110
92
4.33
3.62
Ø 95,5
¯ 3.76
Ø 100
¯ 3.94
=
67,5
95
2.66
Ø
145
4
2.46
.7
62,5
3
¯
5.71
3.15
170
6.69
3.64
195
7.68
3.62
=
20
80
92,5
0.79
4.33
18
125
4.92
=
0.71
=
Ø 13 (4x)
Ø5
A
AA
¯ 0.51
A
3.62
92
Ø 100
¯ 3.94
92
=
=
FCQ 95 A
3.62
=
Ø 95,5
Ø 13 (4x)
A
¯ 3.76
Ø150
¯ 5.91
¯ 0.51
1.18
A
18
¯Ê0.2
¯ 0.53
FSA 95
0.71
=
Ø 13,5 (2x)
FC 95 A
A
AA
M12
31
S = rod section area
P = nominal charging pressure
70
F0 = nominal initial force
F1 = average final force
1.57
Ø 13,5 (4x)
8
V0 = volume of gas
110
92
A
24
0.94
120
92,0
4.72
Ø 95,5
¯ 3.76
3.62
Ø 88,5
¯Ê0.53
SCF
90
100
92,0
120
3.62
3.54
2.76
12
4.72
3.94
8
Ø 95,5
0.31
0.47
0.31
¯ 3.76
120
A
Ø 88,5
4.72
A-A
¯ 3.48
12
¯ 3.48
FS2 95
0.47
FS2A 95
SC
A
AA
Ø 13,5
(4x)
SC 5000
Cu
Code
inch
• SC 5000 - 025 0.98
SC 5000 - 038 1.50
• SC 5000 - 050 1.97
SC 5000 - 063 2.48
• SC 5000 - 080 3.15
• SC 5000 - 100 3.94
• SC 5000 - 125 4.92
• SC 5000 - 160 6.30
SC 5000 - 200 7.87
SC 5000 - 250 9.84
SC 5000 - 300 11.81
• ISO 11901 - 1
L
ISO11901-1
Lmin
S
F0
F1
V0
Weight
in.3
cm3
~ lb.
~ Kg
165
27.70
446
26.93
12,2
7.01
178
34.72
559
28.48
12,9
7.48
190
41.18
663
30.24
13,7
267
8.01
203,5
48.45
780
32.00
14,5
300
8.66
220
57.39
924
33.99
15,4
340
9.45
240
68.14
1097
36.86
16,7
390
10.43
265
81.61
1314
40.40
18,3
18.11
460
11.81
300
100.5
1618
44.37
20,1
21.26
540
13.39
340
122.0
1965
49.22
22,3
250
25.20
640
15.35
390
149.0
2399
54.75
24,8
300
29.13
740
17.32
440
176.0
2833
60.26
27,3
mm
inch
mm
inch
mm
25
7.48
190
6.50
38
8.50
216
50
9.45
240
63
10.51
80
11.81
100
13.39
125
15.35
160
200
in.2
P
5.14
Force (lbs. daN)
Ø 3.15
Ø 80
Ø 2.56
Ø 65
M8
33,17
bar
2175
150
lb.
daN
lb.
11250 5000 17750
(±5%)
CHARGING HOLE G1/8"
4 x (M10 x 16)
psi
cm2
21375
9500
20250
9000
19125
8500
18000
8000
16875
7500
15750
7000
14625
6500
13500
6000
12375
5500
11250
5000
daN
7880
.98 1.97 3.15 3.94 4.92
1.50 2.48
6.3
7.87
9.84
11.81
22,5
Force (lbs. daN) / stroke (inch) diagram
0.89
0.12
3
Cu
Cu (inch)
90
Ø 4.72
±0.01 Ø 120
0,3
0.31
0.41
10,5
8
0.2
5
Ø 112
Cycles (in millions)
L min
Ø 4.41
80
2.5
60
2
50
1.5
40
30
1
20
0.5
0
Ordering example:
70
Cycles / min.
Ø 115
R 0.1
Ø 4.53
2,5
L ±0.01
0,25
3
10
.98 1.5 2.48 3.94 4.92
1.97 3.15
6.30
7.87
9.84
11.81
0
Cu (inch)
(10) SC 5000 - 50
“All dimensions are nominal unless tolerance is stated”
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
32
33
30
=
0.79
S = rod section area
P = nominal charging pressure
¯
4
.7
4.31
5.83
2
Ø
109,5
¯Ê0.51
A
21
109,5
A
Ø5
=
0
12
Ø 13 (4x)
F0 = nominal initial force
F1 = average final force
AA
0.83
=
50
¯ 0.53
¯ 0.79
Ø 20
5.51 140
4.31 109,5
Ø
(4x) ¯ 0.71
(4x) ¯ 0.43
Ø 13,5
(4x)
11 (4x)
Ø 18
20
15
5.51
4.31
A-A
12
8
3.54
2.76
A
21
=
4.31
5.12
148
20
=
M12
V0 = volume of gas
1.97
120
140
Ø 120,5
¯ 4.74
5.51
4.72
Ø 113,5
A-A
A
4.31
130
8
109.5
0.31
0.47
0.31
5.12
140
4.31
5.51
0.51 13
Ø 120,5
12
0.79
0.59
¯ 4.74
A
¯ 4.47
Ø 11 (4x)
Ø 125
0.47
Ø 80
¯ 4.92
¯ 3.15
Ø 13,5 (4x)
109,5
FBA 120
A
¯ 0.53
24
140
FS2A 120
0.94
AA
FCQ 120 A
A
=
77,5
¯ 0.43
A
3.05
¯ 0.2
4.31
165
Ø 18 (4x)
Ø 13,5 (4x)
74
109,5
140
¯ 0.71
¯ 0.53
4.31
5.51
Ø 20 (4x)
5.51
6.49
109,5
140
109,5
5.51
Ø 120,5
¯ 4.74
¯ 0.79
AA
2.91
92,5
4.31
0.83
4.31
Ø 113,5
¯ 4.47
FB 120
20
3.64
=
13
0.79
195
1.18
0.51
7.68
Ø 125
¯ 4.92
=
105
AA
4.13
Ø 120,5
¯ 4.74
Ø 13,5 (4x)
Ø 175
¯ 0.53
O 6.89
FS2 120
15
220
Ø 13,5 (2x)
FC 120 A
0.59
8.66
¯ 0.53
FSA 120
ISO11901- 2
Fixing
A
109,5
140
¯ 3.15
¯ 0.53
A
109.5
130
Ø 80
A
A
SC
115
SCF
95
Ø 13,5
(4x)
SC 7500
Cu
Code
inch
• SC 7500 - 025 0.98
SC 7500 - 038 1.50
• SC 7500 - 050 1.97
SC 7500 - 063 2.48
• SC 7500 - 080 3.15
• SC 7500 - 100 3.94
• SC 7500 - 125 4.92
• SC 7500 - 160 6.30
SC 7500 - 200 7.87
SC 7500 - 250 9.84
SC 7500 - 300 11.81
• ISO 11901 - 1
L
ISO11901-1
Lmin
S
F0
F1
V0
Weight
in.3
cm3
~ lb.
~ Kg
180
47.20
760
43.70
19,8
7.60
193
57.95
933
46.35
21,0
8.07
205
67.89
1093
48.12
21,8
282
8.60
218,5
79.19
1275
49.89
22,6
315
9.25
235
92.73
1493
53.86
24,4
13.98
355
10.04
255
16875 7500 26257 11670 109.3
1759
57.61
26,1
14.94
405
11.02
280
129.9
2091
61.81
28,0
160
18.70
475
12.40
315
158.8
2557
69.31
31,4
200
21.85
555
13.98
355
191.9
3090
77.26
35,0
250
25.79
655
15.94
405
233.2
3755
84.99
38,5
300
29.72
755
17.91
455
274.6
4421
93.60
42,4
mm
inch
mm
inch
mm
25
8.07
205
7.09
38
9.09
231
50
10.04
255
63
11.10
80
12.40
100
125
in.2
P
7.79
Force (lbs. daN)
Ø 3.94
Ø 3.15
Ø 100
Ø 80
50,24
psi
bar
2175
150
lb.
daN
lb.
daN
(±5%)
CHARGING HOLE G1/8"
4 x (M10 x 16)
cm2
32625
14500
30375
13500
28125
12500
25875
11500
23625
10500
21375
9500
19125
8500
16875
7500
M8
6.3
7.87
9.84
11.81
Cu (inch)
24,5
Force (lbs. daN) / stroke (inch) diagram
0.96
0.12
3
Cu
.98 1.97 3.15 3.94 4.92
1.50 2.48
2.5
90
80
0,25
7
L min
0.28
Ø 142
8
Ø 5.91±0.01
Ø 150
0,3
70
60
1.5
50
40
1
30
20
0.5
0.31
0.41
10.5
Ø 5.59
Cycles (in millions)
2
10
0
Ordering example:
(10) SC 7500 - 50
“All dimensions are nominal unless tolerance is stated”
Cycles / min.
2,5
Ø 145
R 0.1
L ±0.01
Ø 5.7
.98 1.5 2.48 3.94 4.92
1.97 3.15
6.30
7.87
9.84
11.81
0
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
34
ISO11901- 2
A-A
138
138
A
5.43
Ø5
30
= =
7.87
230
4.33
11 (4x)
(4x)
190
¯ 1.02
Ø 26
7.48
5.43
(4x) ¯ 0.43
138
Ø
Ø 18
(4x) ¯ 0.71
Ø 17,5
¯ 0.69
165
190
A
1.06
=
Ø
27
=
=
0
15
M12
35
S = rod section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
2.36
60
AA
95
4.92
260
A
20
.9
¯5
120
¯ 0.69
200
110
125
0.79
=
8
3.60 91,5 3.74
7.87 200
Ø 155
¯ 6.10
Ø 17,5 (4x)
Ø 150,5
¯ 5.92
¯ 0.69
1.18
5.43
=
¯ 0.19
10.24
¯ 0.53
Ø 13,5 (2x)
¯ 8.66
Ø 220
=
A
27
9.05
FC 150 A
1.06
AA
SCF
145
V0 = volume of gas
6.38
162
5.43
138
A
24
138
Ø 17,5 (4x)
0.94
190
5.43
Ø 150,5
¯ 5.92
7.48
Ø 143,5
¯ 5.65
¯ 0.69
SC
7.48
6.50
138
162
5.43
5.71
4.72
12
138
8
0.47
0.31
6.38
0.31
A
5.43
190
Ø 100
A
Ø 150,5
7.48
190
138
¯ 3.94
A-A
¯ 5.93
12
15
Ø 150,5
0.47
7.48
5.43
25
¯ 5.93
A
AA
0.67 17
Ø 143,5
Ø 11 (4x)
¯ 5.65
¯ 0.43
A
Ø 155
17
25
¯ 6.10
138
190
7.48
¯ 1.02
0.67
0.98
A
FSA 150
Ø 100
Ø 26
5.43
¯ 0.71
Ø 18
¯ 3.94
Ø 17,5 (4x)
190
138
A
0.98
0.59
¯ 0.69
5.43
Ø 17,5 (4x)
FS2A 150
¯ 0.69
15
FCQ 150 A
7.48
0.59
FS2 150
FB 150
AA
FBA 150
A
Ø 17,5
(4x)
SC 10000
Cu
Code
S
F0
F1
V0
Weight
cm3
~ lb.
~ Kg
185
62.67
1009
76.8
34,8
7.79
198
81.18
1307
81.0
36,7
8.27
210
98.26
1582
85.0
38,5
287
8.80
223,5
116.8
1881
89.4
40,5
320
9.45
240
141.0
2270
94.9
43,0
14.17
360
10.24
260
23850 10600 32883 14600 169.5
2729
101.5
46,0
16.14
410
11.22
285
205.1
3302
109.9
49,8
160
18.90
480
12.60
320
255.0
4105
121.4
55,0
200
22.05
560
14.17
360
331.9
5022
134.6
61,0
9.84
250
25.98
660
16.14
410
383.2
6169
151.2
68,5
11.81
300
29.92
760
18.11
460
413.5
6657
167.7
76,0
inch
mm
inch
mm
0.98
25
8.27
210
7.28
1.50
38
9.29
236
1.97
50
10.23
260
2.48
63
11.30
3.15
80
12.60
3.94
100
4.92
125
6.30
7.87
in.2
P
in.3
mm
10.9
Force (lbs. daN)
4 x (M12 x 16)
Ø 4.72
Ø 3.74
Ø 120
Ø 95
psi
cm2
70,8
bar
2175
150
lb.
daN
lb.
daN
(±5%)
CHARGING HOLE G1/8"
39600
17600
37350
16600
35400
15600
32850
14600
30600
13600
28350
12600
26100
11600
23850
10600
Cu
M8
6.3
7.87
9.84
11.81
Cu (inch)
Force (lbs. daN) / stroke (inch) diagram
1.18
30
3
0.12
.98 1.97 3.15 3.94 4.92
1.50 2.48
90
2.5
80
8
L min
Ø 187
0.31
Ø 7.36
70
60
1.5
50
40
1
30
20
10
8
Ø 195
0.3
0.31
0.41
10.5
0.5
Ø 7.68 ±0.001
Ordering example:
(10) SC 10000 - 100
“All dimensions are nominal unless tolerance is stated”
Cycles / min.
R 0.1
2,5
Ø 7.48 Ø 190
Cycles (in millions)
0,25
2
±0.01
•
•
•
•
•
•
•
•
Lmin
inch
L
•
SC 10000 - 025
SC 10000 - 038
SC 10000 - 050
SC 10000 - 063
SC 10000 - 080
SC 10000 - 100
SC 10000 - 125
SC 10000 - 160
SC 10000 - 200
SC 10000 - 250
SC 10000 - 300
ISO 11901 - 1
L
ISO11901-1
0
.98 1.5 2.48 3.94 4.92
1.97 3.15
6.30
7.87
9.84
11.81
0
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
36
Fixing
ISO11901- 2
17
25
¯ 0.53
A
Ø 13,5 (4x)
210
170
13,5 (4x)
(4x)
15
8.27
6.70
210
170
Ø
(4x) ¯ 0.53
¯ 4.72
Ø 120
Ø 26
¯ 1.02
0.67
0.98
8.27
6.70
25
¯ 1.02
210
170
¯ 0.79
8.27
Ø 120
Ø 26
6.69
¯ 4.72
Ø 20
170
(4x) ¯ 0.79
6.69
A
0.98
0.59
Ø 17,5
Ø 17,5 (4x)
¯ 0.69
¯ 0.69
13
Ø 20
0.51
210
FBA 195
8.27
FB 195
A-A
A
AA
0.67 17
A
¯Ê0.20
Ø5
185
210
80
3.15
Ø 195,5
¯ 7.70
8.27
7.28
Ø 188
¯ 7.40
(4x)
210
170
=
8.27
=
8.27
210
6.70
170
A
A
Ø 200
¯ 7.87
170
Ø 195,5
¯ 7.70
6.69
Ø 17,5 (4x)
¯ 0.69
170
27
6.70
6.69
Ø 17,5
A
1.06
AA
Ø 195,5
A
27
=
Ø 290
=
190
165
A
¯ 7.70
1.06
AA
7.48
6.50
13
8
¯ 0.69
Ø 200
0.94
24
8.27 210
6.69 170
A
Ø 17,5 (4x)
0.51
0.31
¯ 7.87
170
¯Ê0.69
¯ 7.70 Ø 195,5
¯ 7.40 Ø 188
210
SCF
A
Ø 17,5 (4x)
8
A-A
¯ 0.69
8.27
6.69
13
¯ 11.42
FS2 195
FC 195 A
0.51
0.31
FCQ 195 A
A
AA
FS2A 195
SC
S = rod section area P = nominal charging pressure F0 = nominal initial force F1 = average final force V0 = volume of gas
37
H
GENERAL
INFORMATION
BODY
-One piece construction for greater safety
-Internal surface burnished for maximum efficiency of static O-Ring
-Black oxided
ROD
-One piece construction for greater safety
-Nitrided surface with hardness ab. 1200 HV for maximum durability, no wearing for optimum life of seal
-Lapped surface “mirror like” with roughness Ra 0,05µ for maximum performances, smoothest friction, lower over all temperature, longer lasting and less wear to the seal
BUSHING / GUIDE & SEAL
-One piece construction
-Two non-metallic self-lubricating guide elements for lower friction, longer lasting and minimize
side loading
-Wiper rod to protect inside room from contaminants
-Polyurethane dynamic rod seal
-Permanent self-lubricating circular room for maximum lubricating and smoother working conditions
of the rod seal for greater life
-C-style retaining ring ensures operator safety and prevents from opening a charged cylinder
-Designed and built for easy, rapid and inexpensive maintenance
LUBRICATION
-Double permanent self-lubrication to maximize working performances in any position and minimize
over heating anytime
USE
-Self contained
-Hose system: for this application the cylinders are easily converted by removing the protective screw,
locking nut and one way valve
LOADING PRESSURE
-Minimum allowed 290 psi (20 bar)
-Maximum allowed 2175 psi (150 bar)
-For hose applications it is suggested to calculate the forces by charging at about 1450 psi (100 bar).
In this case the user can adjust the required force by increasing charging pressure up to the maximum
allowed of 2175 psi (150 bar) anytime
SPEED - LIFETIME
-The maximum recommended speed (cycles/minute) and the minimum estimated life are easily indicated
by specific graphs for each model
38
one piece rod
permanent self-lubrication chamber
rod wiper
O-Ring seal
retaining ring
H
HF
rod seal
self-lubricating
guide elements
one piece body
bushing
charging hole plug
Series
39
H 300
H 500
H 700
H 1000
H 2400
H 4200
H 6600
H 18500
one way valve
nut
ØD
Cu
L
F0
Page
inch
mm
inch
mm
inch
mm
lb.
daN
1.26
32
0.39 - 4.92
10 - 125
2.76 - 11.81
70 - 300
675
300
40
1.50
38
0.39 - 4.92
10 - 125
2.76 - 11.81
70 - 300
1057
470
42
1.77
45
0.51 - 6.30
13 - 160
4.35 - 15.94
110,4 - 405
1530
680
44
1.97
50
0.51 - 11.81
13 - 300
4.74 - 27.36
120,4 - 695
2385
1060
46
2.95
75
0.98 - 11.81
25 - 300
6.30 - 27.95
160 - 710
5372
2385
48
3.74
95
0.98 - 11.81
25 - 300
6.69 - 28.35
170 - 720
9550
4240
50
4.72
120
0.98 - 11.81
25 - 300
7.48 - 29.13
190 - 740
14920
6630
52
7.68
195
0.98 - 11.81
25 - 300
8.27 - 29.92
210 - 760
41440
18400
54
H 300
Cu
Code
300
300
300
300
300
300
300
300
300
300
-
010
013
016
025
038
050
063
080
100
125
Lmin
inch
mm
inch
mm
inch
mm
0.39
10
2.76
70
2.36
60
0.51
13
2.97
75,4
2.47
62,7
0.63
16
3.23
82
2.60
66
0.98
25
3.94
100
2.95
75
1.50
38
4.96
126
3.46
88
1.97
50
5.91
150
3.94
100
2.48
63
6.97
177
4.47
113,5
3.15
80
8.27
210
5.12
130
3.94
100
9.84
250
5.91
150
4.92
125
11.81
300
6.89
175
S
in.2
0.31
M8 x 6
CHARGING HOLE M6
Ø 16
cm2
2,01
psi
F0
bar
2175
150
lb.
F1
daN
675
300
lb.
1215
1350
600
1238
550
1125
500
1013
450
900
400
788
350
675
300
.39 .63 .98
.51
daN
---------------------
540
2.48
3.15
~ lb.
~ Kg
0.64
0,29
0.66
0,30
0.68
0,31
0.75
0,34
0.84
0,38
0.95
0,43
1.06
0,48
1.19
0,54
1.35
0,61
1.52
0,69
3.94
4.92
Cu (inch)
10,5
0.41
0.08
Weight
1.5 1.97
2
Cu
¯ 0.63
P
(±5%)
Force (lbs. daN)
H
H
H
H
H
H
H
H
H
H
L
¯ 1.26
±0.01
Ø 32
±0,3
0.16
4
0.14
Ø 27
Ordering example:
(10) H 300 - 50
Cycles (in millions)
3,5
L m in
¯ 1.06
4
160
3.5
140
3
120
2.5
100
2
80
1.5
60
1
40
0.5
20
0
0
0
.39 .63 .98
.51
1.5 1.97
2.48
3.15 3.94
4.92
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
Cycles / min.
Ø 30
R 0.04
L
¯ 1.18
1
±0.01
±0,25
Force (lbs. daN) / stroke (inch) diagram
40
ISO11901- 2
Fixing
0.27
0.16
1.97
1.38
7
4
50
35
50
Ø 6,6 (4x)
35
0.2
5
1.97
1.38
¯ 1.28 Ø 32,5
Ø 28,5
¯ 0.26
¯ 1.12
FS2 32
A
AA
A
A
1.38
¯ 0.08
S = rod section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
41
35
35
1.38
Ø 34
=
¯ 1.33
Ø 6,6 (4x)
9
=
Ø 32,5
0.35
¯ 1.28
Ø 60
¯ 0.26
AA
¯ 2.36
FC 32 A
A
Ø2
H
HF
H 500
Cu
Code
-
010
013
016
025
038
050
063
080
100
125
inch
mm
inch
mm
inch
mm
0.39
10
2.76
70
2.36
60
0.51
13
2.97
75,4
2.47
62,7
0.63
16
3.23
82
2.60
66
0.98
25
3.94
100
2.95
75
1.50
38
4.96
126
3.46
88
1.97
50
5.9
150
3.94
100
2.48
63
6.97
177
4.47
113,5
3.15
80
8.27
210
5.12
130
3.94
100
9.84
250
5.91
150
4.92
125
11.81
300
6.89
175
S
in.2
0.49
M8 x 6
2175
2632
1170
240
1070
2182
970
1957
870
1732
770
1507
670
1282
570
1057
470
150
lb.
lb.
daN
1057
.39 .63 .98
.51
10,5
0.41
0.08
3,5
0.14
4
± 0,3
Cycles (in millions)
R 0.04
Ø 33
0.16
Ø 38
bar
470
2320
Weight
daN
---------------------
1 030
1.5
1.97
2.48
3.15
~ lb.
~ Kg
0.93
0,42
0.95
0,43
0.99
0,45
1.10
0,50
1.24
0,56
1.39
0,63
1.55
0,70
1.74
0,79
1.96
0,89
2.40
1,08
3.94
4.92
Cu (inch)
Force (lbs. daN) / stroke (inch) diagram
1
Ø 36
L min
±0.01
3,14
psi
F1
2
Cu
Ø 20
0,25
±0.01
L
¯ 1.42
¯ 1.30
¯ 1.5
cm2
F0
(±5%)
CHARGING HOLE M6
¯ 0.79
P
4
160
3.5
140
3
120
2.5
100
2
80
1.5
60
1
40
0.5
20
0
Ordering example:
(10) H 500 - 50
“All dimensions are nominal unless tolerance is stated”
Cycles / min.
500
500
500
500
500
500
500
500
500
500
Lmin
Force (lbs. daN)
H
H
H
H
H
H
H
H
H
H
L
0
0
.39 .63 .98
.51
1.5 1.97
2.48
3.15 3.94
4.92
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
42
Fixing
ISO11901- 2
0.27
0.16
2.16
1.57
7
4
55
40
5
Ø 6,6 (4x)
0.2
¯ 1.51 Ø 38,5
2.16 55
1.57 40
¯ 0.26
¯ 1.36 Ø 34,5
FS2 38
A
AA
0.35
1.57
H
A
Ø 40
¯ 1.57
40
40
Ø 38,5
Ø 6,6 (4x)
A
9
=
¯ 1.51
¯ 0.26
¯Ê0.08
Ø2
HF
A
0.35
40
2.05
52
1.57
40
A
52
Ø 38,5
¯ 1.52
¯ 1.57
1.57
=
Ø 40
=
9
2.05
AA
Ø 6,6 (4x)
¯ 2.68
Ø 68
=
1.57
AA
¯ 0.26
FCQ 38 A
FC 38 A
A
HF 500
¯ 0.79
Threaded body cylinders
Ø 20
56
2.2
0.08
2
Cu
M38 x 1,5
CHARGING HOLE M6
12
0.2
5
0.47
2,8
0.11
±0.01 ± 0,25
L min
A-A
A
1.97 50
= =
L
cod. GM 38
1.14 29
M 38 x 1,5
The HF are threaded body 500 springs with the same length and force as the H 500
43
Ordering example: (10) HF 500 - 50
1.98 50,3
¯ 2.95 Ø 75
M 38 x 1.5
¯0.55 Ø14 (4x)
0.16 4,1
¯ 1.40 Ø35,7
¯ 0.35 Ø 9 (4x)
8
0.31
0.11
2,8
M6
A
0.31 8
0.47 12
cod. FCA 38
H 700
Cu
Code
H
H
H
H
H
H
H
H
H
700
700
700
700
700
700
700
700
700
-
013
025
038
050
063
080
100
125
160
L
Lmin
S
F0
F1
V0
Weight
in.3
cm3
~ lb.
~ Kg
97,7
1.92
31
2.16
0,98
4.33
110
2.86
46
2.36
1,07
4.84
123
3.85
62
2.56
1,16
4.72
76
2.76
1,25
5.78
93
2.98
1,35
inch
mm
inch
mm
inch
mm
0.51
13
4.35
110,4
3.85
0.98
25
5.31
135
1.50
38
6.34
161
1.97
50
7.28
185
5.31
135
2.48
63
8.35
212
5.85
148,5
in.2
P
0.70
cm2
4,52
psi
bar
2175
150
lb.
1530
daN
680
lb.
2480
daN
1 100
3.15
80
9.65
245
6.50
165
7.02
113
3.25
1,47
3.94
100
11.22
285
7.28
185
8.51
137
3.8
1,72
4.92
125
13.19
335
8.27
210
10.37
167
3.97
1,80
6.30
160
15.94
405
9.65
245
13.04
210
4.52
2,05
(±5%)
3105
1380
2880
1280
2655
1180
2430
1080
2205
980
1980
880
1755
780
1530
680
Force (lbs. daN)
CHARGING HOLE G1/8"
2 x (M8 x 13)
¯ 0.79
Ø 20
¯ 0.94
Ø 24
M8
.51 .98 1.5 1.97 2.48
3.15
3.94
4.92
6.3
14,5
0.57
Force (lbs. daN) / stroke (inch) diagram
±0,25
0.08
2
Cu
Cu (inch)
1
±0.01
Ø 45
±0,3
200
2.0
160
1.6
1.2
120
0.8
80
0.4
40
0
Ordering example:
240
2.4
.51
.98 1.50 1.97 2.48
3.15
3.94
4.92
Cycles / min.
Cycles (in millions)
3,5
4
¯ 1.77
0.16
0.41
10,5
0.14
Ø 40
280
2.8
L min
L
¯ 1.57
320
3.2
Ø 43
R 0.04
±0.01
¯ 1.69
0
Cu (inch)
(10) H 700 - 50
“All dimensions are nominal unless tolerance is stated”
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
44
Fixing
ISO11901- 2
1.97
=
50
A
1.97
¯ 1.85
50
Ø 47
Ø 45,5
Ø 9 (4x)
¯ 1.8
Ø 86
¯ 0.35
=
A
13
¯ 0.08
Ø2
(2x)
(2x)
50
2.75
1.97
Ø 18
¯ 0.71
0.98 25
2.24 57
A
0.51
AA
=
13
=
HF 700
2.52
64
1.97
50
Threaded body cylinders
Ø 24
62
2.4
0.08
2
Cu
M45 x 1,5
¯ 0.94
70
(4x) ¯ 0.35
Ø9
Ø 15
(4x) ¯ 0.59
Ø 11
¯ 0.43
A
A
0.51
AA
¯ 0.35 Ø 9 (4x)
2.76 70
20
0.79
A
Ø 9 (4x)
1.57 40
1.63 27
50
70
2.76
1.97
50
¯ 1.79 Ø 45,5
¯1.63 Ø 41,5
¯ 0.35
0.28 7
0.16 4
64
50
1.97
70
2.52
4
Ø 20
A
¯ 1.79 Ø 45,5
2.76
1.97
7
¯0.79
A-A
Ø 45,5
0.27
0.16
70
50
A
¯ 1.79
AA
¯ 3.39
FC 45 A
FS2 45
A
0.47 12
¯ 1.63 Ø 41,5
A
20
Ø 47
Ø 20
¯ 1.85
¯ 0.79
Ø 9 (4x)
Ø 9 (2x)
2.75
1.97
20
14
¯ 0.35
Ø9
¯ 0.35
FBA 45
¯ 0.35
12
Ø 11
FS2A 45
¯ 0.43
2.76
1.97
0.47
0.79
0.79
0.55
70
50
50
70
14
A
A-A
FCQ 45 A
0.55
¯ 0.59 Ø 15 (4x) ¯ 0.59 Ø 15 (2x)
FB 45
AA
A
2.76
1.97
12,3
cod. GM 45
L min
L
0.11
2,8
±0.01 ± 0,25
0.2
5
0.48
A
A-A
8
(10) HF 700 - 50
34
0.31
0.63
¯ 3.54
60
2.36
Ø 90
(4x)
Ø9
M 45 x 1.5
¯ 0.35
A
(4x)
Ø 14
¯ 0.55
M 45 x 1,5
Ordering example:
1.34
M 6
60
0.31
0.41
0.11
10,5
2,8
=
0.16 4,1
¯ 1.68 Ø 42,7
The HF are threaded body 700 springs with the same length and force as the H 700
45
=
CHARGING HOLE G1/8"
2.36
8
16
FCA 45
H
HF
H 1000
Cu
Code
inch
H 1000 - 013 0.51
H 1000 - 025 0.98
H 1000 - 038 1.50
H 1000 - 050 1.97
H 1000 - 063 2.48
H 1000 - 080 3.15
H 1000 - 100 3.94
H 1000 - 125 4.92
H 1000 - 160 6.30
H 1000 - 200 7.87
H 1000 - 250 9.84
H 1000 - 300 11.81
L
Lmin
S
F1
V0
Weight
cm3
~ lb.
~ Kg
107,7
3.23
52
2.98
1,35
4.72
120
4.47
72
3.18
1,44
5.24
133
5.78
93
3.51
1,59
5.71
145
7.02
113
3.71
1,68
6.24
158,5
8.35
135
4.04
1,83
255
6.89
175
10.06
162
4.39
1,99
295
7.68
195
12.11
195
4.83
2,19
345
8.66
220
14.66
236
5.36
2,43
415
10.04
255
18.20
293
6.11
2,77
19.49
495
11.61
295
22.30
359
6.98
3,16
23.43
595
13.58
345
27.33
440
8.04
3,64
27.36
695
15.55
395
32.42
522
9.12
4,13
inch
mm
inch
mm
13
4.74
120,4
4.24
25
5.71
145
38
6.73
171
50
7.68
195
63
8.74
222
80
10.04
100
11.61
125
13.58
160
16.34
200
250
300
1.09
cm2
7,07
Force (lbs. daN)
2 x (M8 x 13)
¯ 0.79
psi
bar
2175
150
lb.
2385
daN
1 060
(±5%)
CHARGING HOLE G1/8"
¯ 1.18
F0
in.3
mm
in.2
P
Ø 20
Ø 30
5085
2260
4635
2060
4185
1860
3735
1660
3285
1460
2835
1260
2385
1060
lb.
3895
daN
1 730
M8
.51 1.50 2.48
3.94 4.92
.98 1.97 3.15
6.3
7.87
9.84
11.81
Ø 46
14,5
0.57
±0.01
Ø 50
± 0,3
0.31
8
10,5
0.41
¯Ê1.97
3
240
2.5
200
2
160
1.5
120
1
Ordering example:
80
0.5
0
Cycles / min.
5
Ø 43
0.2
¯ 1.69
Cycles (in millions)
L min
R 0.08
L
¯ 1.81
Force (lbs. daN) / stroke (inch) diagram
2
±0.01 ± 0,25
0.12
3
Cu
Cu (inch)
40
.5 .981.5 2.48 3.94 4.92 6.30
1.97 3.15
7.87
9.84
11.81
0
Cu (inch)
(10) H 1000 - 50
“All dimensions are nominal unless tolerance is stated”
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
46
Fixing
ISO11901- 2
56,5
2.22
56,5
A
Ø 54
¯ 2.12
Ø 9 (4x)
Ø 50,5
¯ 0.35
2.22
=
¯Ê1.99
Ø 95
¯ 3.74
=
A
13
30
(2x)
(2x)
2.95 75
2.22 56,5
(4x) ¯ 0.35
Ø9
Ø 15
Ø 18
(4x) ¯ 0.59
¯ 0.71
Ø 11
62
75
0.98
25
2.95
2.44
A
A
0.51
AA
=
13
=
2.75
70
2.22
56,5
H
HF
=
.9
7
Ø
1.57
40
1
50
37,5
1.97
110
4.33
130
¯
1.48
5.12
¯ 0.35 Ø 9 (4x)
20
50
60
0.79
32
90
=
8
45
80
3.15
=
=
1.77
1.26
12
3.54
1.18
Ø4
2.36
Ø 9 (2x)
¯ 0.16
A
0.47
0.31
A
0.51
AA
A-A
70
0.94
A
Ø 20
56,5
Ø 9 (4x)
24
2.95 75
2.22 56,5
¯ 1.99 Ø 50,5
¯ 1.75 Ø 44,5
¯ 0.35
¯ 0.79
A
2.75
56,5
75
56,5
2.22
8
75
Ø 50,5
2.95
2.22
12
0.47 12
¯ 1.99
A
0.47
0.31
14
Ø 50,5
A
2.95
2.22
20
¯ 1.99
Ø9
¯ 0.43
¯ 0.35
12
20
Ø 44,5
¯ 0.59
0.47
0.79
¯ 1.75
Ø 20
Ø 54
Ø 9 (2x)
¯ 0.79
¯ 2.13
¯ 0.35
Ø 9 (4x)
Ø 11
0.79
0.55
¯ 0.35
¯ 0.43
Ø 15
¯ 0.59
2.95 75
2.22 56,5
Ø 15
14
A
A-A
A
2.95 75
2.22 56,5
FCQ 50 A FS2A 50 FBA 50
0.55
AA
¯ 0.35
FSA 50 FC 50 A FS2 50
FB 50
AA
M8
HF 1000
Ø 30
68
2.68
0.51
2,8
±0.01 ± 0,25
0.2
5
0.08
2
Cu
M50 x 1,5
¯ 1.18
Threaded body cylinders
12,9
L
0.11
cod. GM 50
L min
(10) SCF 750 - 50
2.60 66
¯ 3.94 Ø 100
¯ 0.35 Ø 9 (4x)
M 50 x 1.5
¯ 0.55 Ø 14 (4x)
M 50 x 1,5
Ordering example:
1.50 38
8
0.16 4,1
¯ 1.88 Ø 47,7
The SCF are threaded body 750 springs with the same length and force as the SC 750
47
2.60 66
M6
0.31
0.11
10
2,8
= =
0.39
CHARGING HOLE G1/8"
A
A-A
A
0.31 8
0.63 16
cod. FCA 50
H 2400
Cu
Code
inch
H 2400 - 025 0.98
H 2400 - 038 1.50
H 2400 - 050 1.97
H 2400 - 063 2.48
H 2400 - 080 3.15
H 2400 - 100 3.94
H 2400 - 125 4.92
H 2400 - 160 6.30
H 2400 - 200 7.87
H 2400 - 250 9.84
H 2400 - 300 11.81
L
Lmin
S
F0
F1
V0
Weight
in.3
cm3
~ lb.
~ Kg
135
10.81
174
8.17
3,70
5.83
148
13.80
222
8.74
3,96
6.30
160
16.52
266
9.29
4,21
237
6.83
173,5
19.63
316
9.93
4,50
270
7.48
190
23.42
377
10.62
4,81
12.20
310
8.27
210
28.00
451
11.55
5,23
14.17
360
9.25
235
33.73
543
12.52
5,67
160
16.93
430
10.63
270
41.74
672
14.30
6,48
200
20.08
510
12.20
310
50.87
819
16.53
7,49
250
24.02
610
14.17
360
62.30
1003
20.66
9,36
300
27.95
710
16.14
410
73.73
1187
24.79
11,23
mm
inch
mm
inch
mm
25
6.30
160
5.31
38
7.32
186
50
8.27
210
63
9.33
80
10.63
100
125
in.2
P
2.47
cm2
15,90
psi
bar
2175
lb.
daN
150 5372 2 385
lb.
9540
daN
4 240
(±5%)
12106
5375
10980
4875
9854
4375
8727
3875
7601
3375
6475
2875
5372
2385
Force (lbs. daN)
CHARGING HOLE G1/8"
4 x (M8 x 13)
¯ 1.57
¯Ê1.77
Ø 40
Ø 45
M8
.98 1.97 3.15 3.94 4.92
1.50 2.48
6.3
7.87
9.84
11.81
0.12
3
Cu
Cu (inch)
120
8
¯ 2.95
±0.01
Ø 75
± 0,3
80
1
60
40
0.5
0.31
0.41 10.5
0.2
5
Ø 67
Cycles (in millions)
L min
¯ 2.64
100
1.5
20
0
Ordering example:
Cycles / min.
Ø 70
L
¯Ê2.76
2
R 0.1 2,5
±0.01 ± 0,25
0.71
18
Force (lbs. daN) / stroke (inch) diagram
.98 1.5 2.48 3.94 4.92
1.97 3.15
6.30
7.87
9.84
11.81
0
Cu (inch)
(10) H 2400 - 50
“All dimensions are nominal unless tolerance is stated”
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
48
Fixing
ISO11901- 2
(4x)
(4x)
12
A
0.47
0.31
2.76
2.13
12
8
¯ 0.43 Ø 11 (4x)
H
Ø
75
2.07
30
90
73,5
3.54
2.89
Ø 75,5
¯ 2.97
52,5
5
115
.9
50
2
¯
1.97
5.39
137
2.5
2.95
160
Ø 80
=
20
63,5
75
0.79
4.53
=
=
105
4.13
=
=
16
M10
49
S = rod section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
3.54
90
2.89
73,5
A
A
30
6.3
¯ 0.43
1.18
Ø5
¯ 3.15
73,5
2.89
Ø 80
¯ 3.15
¯Ê0.2
=
Ø 11 (4x)
73,5
2.89
HF
A
0.63
AA
¯ 0.43
FCQ 75 A
=
Ø 75,5
Ø11 (4x)
A
A
¯ 2.97
Ø122
¯ 4.8
¯ 0.43
=
Ø 11 (2x)
FC 75 A
FSA 75
16
0.63
70
54
1.18
0.94
A
A
AA
Ø 40
Ø 18
3.94
2.89
100
73,5
Ø9
Ø 15
(4x) ¯ 0.35
¯ 1.57
84
Ø 11 (4x)
24
3.94 100
2.89 73,5
¯ 2.97 Ø 75,5
0.47
100
100
73,5
100
73,5
3.94
3.31
8
FBA 75
3.94
2.89
12
¯ 0.43
¯ 2.7 Ø 68,5
FB 75
0.47
0.32
14
A-A
A
AA
3.94
2.89
20
¯ 0.71
Ø 9 (4x)
A
20
Ø 75,5
0.79
¯ 2.97
¯ 0.35
12
Ø 40
(4x) ¯ 0.59
73,5
100
3.94
2.89
Ø 18 (4x)
¯ 0.71
.47
¯Ê1.57
Ø 11
73,5
¯ 0.43
2.89
Ø 68,5
Ø 11 (4x)
A
0.79
0.55
¯ 2.70
¯ 0.43
14
100
FBA 75
Ø 15 (4x)
0.55
3.94
¯ 0.59
FB 75
A-A
A
AA
V0 = volume of gas
H 4200
Cu
Code
inch
H 4200 - 025 0.98
H 4200 - 038 1.50
H 4200 - 050 1.97
H 4200 - 063 2.48
H 4200 - 080 3.15
H 4200 - 100 3.94
H 4200 - 125 4.92
H 4200 - 160 6.30
H 4200 - 200 7.87
H 4200 - 250 9.84
H 4200 - 300 11.81
L
Lmin
S
F0
F1
V0
Weight
in.3
cm3
~ lb.
~ Kg
145
19.25
310
14.44
6,54
6.22
158
24.16
389
15.45
7,00
6.69
170
28.70
462
16.27
7,37
247
7.22
183,5
33.80
544
17.31
7,84
280
7.87
200
40.00
644
18.43
8,35
12.60
320
8.66
220
47.51
765
20.53
9,30
14.57
370
9.65
245
56.89
916
21.63
9,80
160
17.32
440
11.02
280
70.00
1128
23.18
10,5
200
20.47
520
12.60
320
85.15
1371
24.94
11,3
250
24.41
620
14.57
370
104.0
1674
27.15
12,3
300
28.35
720
16.54
420
122.6
1974
29.36
13,3
.98 1.97 3.15 3.94 4.92
1.50 2.48
6.3
mm
inch
mm
inch
mm
25
6.69
170
5.71
38
7.72
196
50
8.66
220
63
9.72
80
11.02
100
125
in.2
P
cm2
4.38 28,27 2175
Force (lbs. daN)
¯Ê2.36
¯Ê2.36
Ø 60
bar
150
lb.
daN
9550
lb.
daN
4 240 17330 7700
(±5%)
CHARGING HOLE G1/8"
4 x (M8 x 13)
psi
Ø 60
23063
10240
20811
9240
18558
8240
16306
7240
14054
6240
11802
5240
9550
4240
M8
7.87
9.84
11.81
0.12
3
Cu
Cu (inch)
80
60
50
1
40
30
0.5
20
8
¯Ê3.74
±0.01
Ø 95
± 0,3
0.31
0.41
10.5
0.2
5
Ø 87
Cycles (in millions)
R 0.1
L min
¯Ê3.43
70
1.5
10
0
Ordering example:
Cycles / min.
Ø 90
L
¯ 3.54
90
2
2,5
±0.01 ± 0,25
0.83
21
Force (lbs. daN) / stroke (inch) diagram
.98 1.5 2.48 3.94 4.92
1.97 3.15
6.30
7.87
9.84
11.81
0
Cu (inch)
(10) H 4200 - 50
“All dimensions are nominal unless tolerance is stated”
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
50
Fixing
ISO11901- 2
(4x)
Ø9
(4x)
Ø 15
4.72 120
3.62 92
(4x) ¯ 0.35
(4x) ¯ 0.59
8
100
Ø
95
110
92
4.33
3.62
Ø 95,5
5.71
4
2.46
.7
145
67,5
3
¯
M12
51
S = rod section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
1.57
40
3.62
¯ 3.76
Ø 100
¯ 3.94
Ø 13 (4x)
4.33
=
=
3.15
170
6.69
3.64
=
18
20
80
92,5
0.79
0.71
V0 = volume of gas
Ø 13,5
(4x)
H
HF
A
AA
¯ 0.51
FCQ 95 A
A
=
195
=
70
A
125
4.92
=
2.66
Ø 100
¯ 3.94
30
62,5
1.18
Ø5
7.68
¯ 0.53
Ø 13,5 (2x)
¯Ê0.2
92
92
Ø 95,5
Ø 13 (4x)
3.62
=
¯ 3.76
¯ 0.51
¯ 5.91
Ø150
=
A
18
3.62
FC 95 A
FSA 95
0.71
90
¯ 0.53
A
AA
Ø 60
Ø 20
Ø 13,5
¯ 0.79
3.54
2.76
12
110
92
A
24
Ø 13,5 (4x)
0.94
120
92,0
4.72
Ø 95,5
¯ 3.76
3.62
Ø 88,5
¯Ê0.53
¯ 3.48
¯ 2.36
A
120
92,0
120
92
4.72
3.94
120
3.62
14
A
0.47
0.31
Ø 95,5
4.72
8
13
¯ 3.76
12
0.31
4.72
3.62
20
A-A
A
0.47
0.51
Ø 88,5
20
Ø 9 (4x)
¯ 3.48
¯ 0.35
A
13
Ø 60
¯ 0.53
¯ 2.36
FBA 95
92
FS2A 95
Ø 20 (4x)
0.51
0.79
A
0.79
0.55
120
4.72
3.62
120
¯ 0.59
4.72
3.62
Ø 13,5 (4x)
92
¯ 0.53
14
Ø 15 (4x)
0.55
AA
FS2 95
A-A
A
¯ 0.79
FB 95
AA
H 6600
Cu
Code
inch
H 6600
H 6600
H 6600
H 6600
H 6600
H 6600
H 6600
H 6600
H 6600
H 6600
H 6600
-
025 0.98
038 1.50
050 1.97
063 2.48
080 3.15
100 3.94
125 4.92
160 6.30
200 7.87
250 9.84
300 11.81
L
Lmin
S
F0
F1
V0
Weight
in.3
cm3
~ lb.
~ Kg
165
29.56
476
26.71
12,1
7.01
178
36.83
593
30.24
13,7
7.48
190
43.60
702
33.33
15,1
267
8.01
203,5
51.18
824
34.22
15,5
300
8.66
220
60.50
974
35.54
16,1
340
9.45
240
14920 6 630 28150 12510 71.74
1155
38.63
17,5
390
10.43
265
85.78
1381
42.60
19,3
18.11
460
11.81
300
105.5
1698
48.12
21,8
21.26
540
13.39
340
127.9
2060
54.53
24,7
250
25.20
640
15.35
390
156.0
2512
62.47
28,3
300
29.13
740
17.32
440
184.4
2969
70.42
31,9
mm
inch
mm
inch
mm
25
7.48
190
6.50
38
8.50
216
50
9.45
240
63
10.51
80
11.81
100
13.39
125
15.35
160
200
in.2
P
¯Ê2.95
¯Ê 80
Ø 75
M8
bar
150
lb.
daN
lb.
daN
(±5%)
Force (lbs. daN)
¯Ê3.15
psi
6.85 44,18 2175
CHARGING HOLE G1/8"
4 x (M10 x 16)
cm2
37420
16630
35170
15630
32920
14630
30670
13630
28420
12630
26170
11630
23920
10630
21670
9630
19420
8690
17170
7630
14920
6630
.98 1.97 3.15 3.94 4.92
1.50 2.48
6.3
7.87
9.84
11.81
22,5
Force (lbs. daN) / stroke (inch) diagram
0.89
90
Ø 115
5
Ø 112
¯Ê4.72
±0.01
Ø 120
± 0.3
0.31 8
0.41
10.5
0.2
¯Ê4.41
Cycles (in millions)
80
L min
L
R 0.1 2,5
±0.01 ± 0,25
2
¯ 4.53
70
1.5
60
50
1
40
30
0.5
Cycles / min.
0.12
3
Cu
Cu (inch)
20
10
0
Ordering example:
.98 1.5 2.48 3.94 4.92
1.97 3.15
6.30
7.87
9.84
11.81
0
Cu (inch)
(10) H 6600 - 50
“All dimensions are nominal unless tolerance is stated”
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
52
53
30
0.79
S = rod section area
P = nominal charging pressure
¯
4
.7
4.31
5.83
2
Ø
21
A
109,5
Ø5
=
0
12
F0 = nominal initial force
F1 = average final force
AA
0.83
=
50
¯ 0.53
¯ 0.79
Ø 20
5.51 140
4.31 109,5
Ø
(4x) ¯ 0.71
(4x) ¯ 0.43
Ø 13,5
(4x)
11 (4x)
Ø 18
20
15
5.51
4.31
A-A
8
12
3.54
2.76
A
21
=
4.31
5.12
148
20
=
M12
V0 = volume of gas
1.97
120
140
Ø 120,5
¯ 4.74
5.51
4.72
Ø 113,5
A-A
A
A
Ø 13 (4x)
130
¯Ê0.51
0.47
0.31
109.5
109,5
5.12
140
4.31
0.79
0.59
4.31
5.51
8
Ø 120,5
12
0.31
0.51 13
¯ 4.74
A
¯ 4.47
Ø 11 (4x)
Ø 125
0.47
Ø 80
¯ 4.92
¯ 3.15
Ø 13,5 (4x)
109,5
FBA 120
A
¯ 0.53
24
140
109,5
140
FS2A 120
0.94
AA
FCQ 120 A
A
=
77,5
¯ 0.43
A
3.05
=
4.31
165
5.51
Ø 18 (4x)
Ø 13,5 (4x)
74
¯ 0.2
4.31
¯ 0.71
5.51
6.49
92,5
140
20
109,5
13
0.79
5.51
Ø 20 (4x)
¯ 0.53
4.31
0.51
109,5
Ø 120,5
¯ 4.74
¯ 0.79
FB 120
15
4.31
Ø 113,5
¯ 4.47
FS2 120
AA
2.91
3.64
=
195
Ø 125
¯ 4.92
0.83
7.68
1.18
105
=
4.13
Ø 120,5
¯ 4.74
Ø 13,5 (4x)
Ø 175
¯ 0.53
O 6.89
AA
220
Ø 13,5 (2x)
FC 120 A
0.59
8.66
¯ 0.53
FSA 120
ISO11901- 2
Fixing
A
109,5
140
¯ 3.15
¯ 0.53
A
109.5
130
Ø 80
A
A
95
115
Ø 13,5
(4x)
HF
H
H 18500
Cu
Code
inch
H
H
H
H
H
H
H
H
H
H
H
18500
18500
18500
18500
18500
18500
18500
18500
18500
18500
18500
-
025 0.98
038 1.50
050 1.97
063 2.48
080 3.15
100 3.94
125 4.92
160 6.30
200 7.87
250 9.84
300 11.81
L
Lmin
S
F0
F1
V0
Weight
in.3
cm3
~ lb.
~ Kg
185
103.0
1658
72.6
32,9
7.79
198
125.3
2018
75.9
34,4
8.27
210
146.0
2351
79.0
35,8
287
8.80
223,5
169.2
2725
82.3
37,3
320
9.45
240
197.6
3182
85.6
38,8
14.17
360
10.24
260
41440 18400 77770 34530 232.0
3736
91.6
41,5
16.14
410
11.22
285
275.1
4429
99.6
45,1
160
18.90
480
12.60
320
335.3
5399
106.6
48,3
200
22.05
560
14.17
360
404.2
6507
116.8
52,9
250
25.98
660
16.14
410
490.2
7893
127.4
57,7
300
29.92
760
18.11
460
576.3
9278
140.8
63,8
mm
inch
mm
inch
mm
25
8.27
210
7.28
38
9.29
236
50
10.23
260
63
11.30
80
12.60
100
125
in.2
P
19.0
psi
cm2
122,7
bar
2175
150
lb.
daN
lb.
daN
(±5%)
109010
48400
97750
43400
86490
38400
75220
33400
63960
28400
52700
23400
41440
18400
Force (lbs. daN)
CHARGING HOLE G1/8"
4 x (M12 x 16)
¯ 4.72
¯ 4.92
Ø 120
Ø 125
M 16
.98 1.97 3.15 3.94 4.92
1.50 2.48
6.3
7.87
9.84
11.81
Cu
Cu (inch)
30,5
90
2.5
1.2
0.12
3
Force (lbs. daN) / stroke (inch) diagram
80
70
60
1.5
50
40
1
30
20
10
8
±0.001
Ø 195 ± 0.3
0.31
0.41
10.5
0.5
¯ 7.68
Ordering example:
(10) H 18500 - 100
“All dimensions are nominal unless tolerance is stated”
Cycles / min.
Cycles (in millions)
Ø 187
0.31
¯ 7.36
8
L min
L
R 0.1
Ø 190
2,5
±0.01 ± 0,25
2
¯ 7.48
0
.98 1.5 2.48 3.94 4.92
1.97 3.15
6.30
7.87
9.84
11.81
0
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
54
Fixing
ISO11901- 2
¯Ê0.20
Ø5
13,5 (4x)
(4x)
Ø 20
210
170
Ø 26
8.27
6.70
(4x) ¯ 0.53
Ø
(4x) ¯ 0.79
Ø 17,5
¯ 1.02
7.48
6.50
13
8
190
165
Ø 17,5
(4x)
H
185
HF
A
3.15
80
8.27
7.28
210
¯ 0.69
A
1.06
=
27
=
210
AA
8.27
210
6.70
170
A
A
Ø 200
¯ 7.87
170
Ø 195,5
¯ 7.70
6.69
Ø 17,5 (4x)
¯ 0.69
170
Ø 120
A
0.51
0.31
170
6.69
=
Ø 290
=
A
27
¯ 4.72
A-A
8.27
1.06
AA
210
170
A
6.70
24
0.94
A
Ø 17,5 (4x)
15
Ø 195,5
¯Ê0.69
8.27 210
6.69 170
¯ 7.40 Ø 188
170
8.27
6.70
25
¯ 7.70
8
210
Ø 195,5
8.27
6.69
13
¯ 7.70 Ø 195,5
0.51
0.31
0.67 17
¯ 7.70
A
AA
¯ 0.69
Ø 13,5 (4x)
Ø 188
¯ 0.53
A
¯ 7.40
17
25
Ø 200
¯ 1.02
0.67
0.98
¯ 7.87
210
170
¯ 0.79
8.27
Ø 120
Ø 26
6.69
¯ 4.72
A
0.98
0.59
Ø 17,5 (4x)
170
FBA 195
6.69
FS2A 195
Ø 17,5 (4x)
FCQ 195 A
¯ 0.69
13
210
Ø 20
0.51
¯ 11.42
FB 195
FS2 195
FC 195 A
A-A
A
8.27
¯ 0.69
AA
S = rod section area P = nominal charging pressure F0 = nominal initial force F1 = average final force V0 = volume of gas
55
HR
GENERAL
INFORMATION
BODY
-One piece construction for greater safety
-Black oxided
ROD
-One piece construction for greater safety
-Nitrided surface with hardness ab. 1200 HV for maximum durability, no wearing for optimum life of seal
-Lapped surface “mirror like” with roughness Ra 0,05µ for maximum performances, smoothest friction, lower over temperature, longer lasting and less wear to the seal
BUSHING / GUIDE & SEAL
-One piece construction
-Two non-metallic self-lubricating guide elements for lower friction, longer lasting and minimize
side loading
-Wiper rod to protect inside room from contaminants
-Polyurethane dynamic rod seal
-C-style retaining ring ensures operator safety and prevents from opening a charged cylinder
-Designed and built for easy, rapid and inexpensive maintenance
USE
-Self contained
-Hose system: for this application the cylinders are easily converted by removing the protective screw,
locking nut and one way valve (except HR 700 subjected to supply a specific .39” higher body)
LOADING PRESSURE
-Minimum allowed 290 psi (20 bar)
-Maximum allowed 2175 psi (150 bar), except HR 200 charged at 2537.5 psi (175 bar)
-For hose applications it is suggested to calculate the forces by charging at about 1450 psi (100 bar).
In this case the user can adjust the required force by increasing charging pressure up to the maximum
allowed of 2175 psi (150 bar) anytime
SPEED - LIFETIME
-The maximum recommended speed (cycles/minute) and the minimum estimated life are easily indicated
by specific graphs for each model
56
one piece rod
retaining ring
rod wiper
rod seal
self-lubricating
guide elements
HR
bushing
O-Ring seal
nut
charging hole plug
Series
57
HR 200
HR 300
HR 500
HR 700
HR 1000
HR 1500
HR 2400
HR 4200
HR 6600
HR 11800
ØD
one way valve
Cu
one piece body
L
F0
Page
inch
mm
inch
mm
inch
mm
lb.
daN
0.98
25
0.20 - 1.26
5 - 32
1.57 - 3.70
40 - 94
450
200
1.26
32
0.20 - 4.92
5 - 125
1.57 - 11.02
40 - 280
675
300
1.50
38
0.20 - 4.92
5 - 125
1.57 - 11.02
40 - 280
1058
470
1.77
45
0.39 - 4.92
10 - 125
2.05 - 11.10
52 - 282
1530
680
1.97
50
0.39 - 4.92
10 - 125
2.28 - 11.34
58 - 288
2385
1060
2.48
63
0.39 - 4.92
10 - 125
2.52 - 11.57
64 - 294
3442
1530
2.95
75
0.39 - 4.92
10 - 125
2.56 - 11.61
65 - 295
5366
2385
3.74
95
0.63 - 4.92
16 - 125
3.82 - 12.40
97 - 315
9540
4240
4.72
120
0.63 - 4.92
16 - 125
4.21 - 12.80
107 - 325
14920
6630
5.90
150
0.75 - 4.92
19 - 125
4.57 - 12.91
116 - 328
26510 11780
58
60
62
64
66
68
70
72
74
76
HRF
HR 200
Cu
Code
-
005
010
013
016
019
025
032
Lmin
D
E
ØF
S
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
0.20
5
1.57
40
1.38
35
-
-
-
-
-
-
0.39
10
1.97
50
1.57
40
-
-
-
-
-
-
0.51
13
2.20
56
1.69
43
-
-
-
-
-
-
0.63
16
2.44
62
1.81
46
-
-
-
-
-
-
0.75
19
2.68
68
1.93
49
-
-
-
-
-
-
0.98
25
3.15
80
2.17
55
-
-
-
-
-
1.26
32
3.70
94
2.44
62
-
-
-
-
-
720
320
675
300
630
280
585
260
540
240
495
220
450
200
Force (lbs. daN)
HR 200
HR 200
HR 200
HR 200
HR 200
HR 200
HR 200
L
M6 x 4
CHARGING HOLE M6
¯ 0.47
Ø 12
in.2
P
psi
cm2
F0
bar
lb.
0.18 1,13 2537 175 450
F1
daN
200
lb.
653
Weight
~ lb. ~ Kg
daN
290
(±5%)
-----------
0.19
0,09
0.22
0,10
0.22
0,10
0.24 ,0,11
0.27
0,12
-
0.29
0,13
-
0.36
0,16
0.2
0.39 0.51 0.63
0.75
0.98
1.26
Cu (inch)
¯ 0.98
±0.01
Ø 25 ± 0,3
Ordering example:
(10) HR 200 - 25
5
170
4.5
160
4
150
3.5
140
3
130
2.5
120
2
110
1.5
100
0
0.2
0.39 0.51 0.63 0.75
0.98
1.26
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
Cycles / min.
Ø 23
Cycles (in millions)
¯0.90
L min
R0.04
1
0.31
L ±0.01 ± 0,25
8
0.04
1
Cu
Force (lbs. daN) / stroke (inch) diagram
58
AA
0.35
A
9
1.18
30
18
1.34 34
0.71
4 Ø 0.28
Ø7
A
Ø 1.06 Ø 27
Ø 50
Ø 1.97
Ø 25,5
= =
Ø 1.00
FC 25 A
ISO11901- 2
Fixing
2 x M5
S = rod section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
HR
HRF
59
HR 300
HR 300
HR 300
HR 300
HR 300
HR 300
HR 300
HR 300
HR 300
HR 300
HR 300
HR 300
HR 300
HR 300
HR 300
-
005
010
013
016
019
025
032
038
050
063
075
080
100
125
L
Lmin
D
E
ØF
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
0.20
5
1.57
40
1.38
35
-
-
-
-
-
-
0.39
10
1.97
50
1.57
40
-
-
-
-
-
-
0.51
13
2.20
56
1.69
43
-
-
-
-
-
-
0.63
16
2.44
62
1.81
46
-
-
-
-
-
-
0.75
19
2.68
68
1.93
49
0.14
3,5
0.16
4
1.06
27
0.98
25
3.15
80
2.17
55
0.14
3,5
0.16
4
1.06
27
1.26
32
3.70
94
2.44
62
0.14
3,5
0.16
4
1.06
27
1.50
38
4.17
106
2.68
68
0.14
3,5
0.16
4
1.06
27
1.97
50
5.12
130
3.15
80
0.14
3,5
0.16
4
1.06
27
2.48
63
6.14
156
3.66
93
0.14
3,5
0.16
4
1.06
27
2.95
75
7.08
180
4.13
105
0.14
3,5
0.16
4
1.06
27
3.15
80
7.48
190
4.33
110
0.14
3,5
0.16
4
1.06
27
3.94
100
9.06
230
5.12
130
0.14
3,5
0.16
4
1.06
27
4.92
125
11.0
280
6.10
155
0.14
3,5
0.16
4
1.06
27
Force (lbs. daN)
2
M8 x 4
CHARGING HOLE M6
Ø 16
1350
600
1238
550
1125
500
1013
450
900
400
788
350
675
300
L min
¯F
¯ 1.26
±0.01
Ø 32 ± 0,3
Cycles (in millions)
L ±0.01 ± 0,25
10.5
0.41
1
Ø 30
E D
¯1.18
in.2
P
cm2
psi
F0
bar
lb.
0.31 2,01 2175 150 675
daN
300
F1
lb.
1148
Weight
~ lb. ~ Kg
daN
510
(±5%)
.2 .39 .63 .98 1.26
1.97 2.48 2.95
.51 .75
1.5
Cu (inch)3.15
-----------------------------
3.94
0.38
0,17
0.40
0,18
0.42
0,19
0.44
0,20
0.49
0,22
0.55
0,25
0.60
0,27
0.64
0,29
0.75
0,34
0.86
0,39
0.94
0,42
0.99
0,45
1.17
0,53
1.52
0,68
4.92
Force (lbs. daN) / stroke (inch) diagram
0.04
1
Cu
¯ 0.63
R0.04
S
4
160
3.5
140
3
120
2.5
100
2
80
1.5
60
1
40
0.5
20
0
Ordering example:
.2.51 .63 .98 1.5
1.97 2.48 3.15 3.94
.39 .75
1.26
2.95
4.92
Cycles / min.
Cu
Code
0
Cu (inch)
(10) HR 300 - 50
“All dimensions are nominal unless tolerance is stated”
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
60
ISO11901- 2
Fixing
0.27
0.16
1.97
1.38
7
4
50
35
50
Ø 6,6 (4x)
35
0.2
5
1.97
1.38
¯ 1.28 Ø 32,5
Ø 28,5
¯ 0.26
¯ 1.12
FS2 32
A
AA
A
A
1.38
¯ 0.08
S = rod section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
61
35
35
1.38
Ø 34
=
¯ 1.33
Ø 6,6 (4x)
9
=
Ø 32,5
0.35
¯ 1.28
Ø 60
¯ 0.26
AA
¯ 2.36
FC 32 A
A
Ø2
HR
HRF
HR 500
Cu
-
005
010
013
016
019
025
032
038
050
063
075
080
100
125
Lmin
D
E
ØF
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
0.20
5
1.57
40
1.38
35
-
-
-
-
-
-
0.39
10
1.97
50
1.57
40
-
-
-
-
-
-
0.51
13
2.20
56
1.69
43
-
-
-
-
-
-
0.63
16
2.44
62
1.81
46
-
-
-
-
-
-
0.75
19
2.68
68
1.93
49
0.14
3,5
0.16
4
1.30
33
0.98
25
3.15
80
2.17
55
0.14
3,5
0.16
4
1.30
33
1.26
32
3.70
94
2.44
62
0.14
3,5
0.16
4
1.30
33
1.50
38
4.17 106 2.68
68
0.14
3,5
0.16
4
1.30
33
1.97
50
5.12 130 3.15
80
0.14
3,5
0.16
4
1.30
33
2.48
63
6.14 156 3.66
93
0.14
3,5
0.16
4
1.30
33
2.95
75
7.08 180 4.13 105 0.14
3,5
0.16
4
1.30
33
80 7.48 190 4.33 110 0.14
3.94 100 9.06 230 5.12 130 0.14
3,5
0.16
4
1.30
33
3,5
0.16
4
1.30
33
4.92 125 11.02 280 6.10 155 0.14
3,5
0.16
4
1.30
33
3.15
M8 x 4
CHARGING HOLE M6
Ø 20
2407
1070
2182
970
1957
870
1732
770
1507
670
1282
570
1058
470
1
in.2
P
cm2
pas
0.49 3,14 2175
F0
bar
150
lb.
F1
daN
lb.
Weight
daN
1058 470 2115 940
(±5%)
.2 .39 .63 .98 1.26
1.97 2.48 2.95
.51 .75
1.5
3.15
-----------------------------
3.94
~ lb.
~ Kg
0.55
0,25
0.60
0,27
0.64
0,29
0.68
0,31
0.74
0,33
0.79
0,36
0,89
0,40
0.97
0,44
1.10
0,50
1.26
0,57
1.36
0,61
1.46
0,66
1.70
0,77
2.01
0,90
4.92
Cu (inch)
Cu
¯Ê0.79
3.5
140
3
120
2.5
100
¯F
¯ 1.50
±0.01
Ø 38 ± 0,3
Cycles (in millions)
± 0,25
Ø 36
160
L ±0.01
¯1.42
4
L min
0.410
10.5
0.04
Force (lbs. daN) / stroke (inch) diagram
E D
R0.04 1
S
2
80
1.5
60
1
40
0.5
20
0
Ordering example:
(10) HR 500 - 50
“All dimensions are nominal unless tolerance is stated”
.2.51 .63 .98 1.5
1.97 2.48 3.15 3.94
.39 .75
1.26
2.95
4.92
Cycles / min.
HR 500
HR 500
HR 500
HR 500
HR 500
HR 500
HR 500
HR 500
HR 500
HR 500
HR 500
HR 500
HR 500
HR 500
L
Force (lbs. daN)
Code
0
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
62
Fixing
ISO11901- 2
0.27
0.16
2.16
1.57
7
4
55
40
¯ 0.26
Ø 6,6 (4x)
0.2
5
2.16 55
1.57 40
¯ 1.51 Ø 38,5
¯ 1.36 Ø 34,5
FS2 38
A
AA
0.35
1.57
A
Ø 40
¯ 1.57
40
40
Ø 38,5
Ø 6,6 (4x)
A
9
=
¯ 1.51
¯ 0.26
¯ 2.68
Ø 68
=
1.57
AA
¯Ê0.08
Ø2
A
0.35
AA
=
9
=
2.05
52
1.57
40
HR
52
40
2.05
1.57
A
Ø 6,6 (4x)
¯ 1.52
¯ 1.57
Ø 38,5
Ø 40
HRF
¯ 0.26
FCQ 38 A
FC 38 A
A
HRF 500
Ø 0.79
Threaded body cylinders
Ø 20
2,8
0,25
0.2
5
0.08
2
Cu
CHARGING HOLE M6
L min
L
0.11
cod. GM 38
A-A
A
1.97 50
8
M 38 x 1,5
The HRF are threaded body 500 springs with the same length and force as the HR 500
63
Ordering example:
(10) HRF 500 - 50
1.98 50,3
¯ 2.95 Ø 75
¯ 0.35 Ø 9 (4x)
Ø 35,7
¯0.55 Ø14 (4x)
4,1
Ø 1.40
M 38 x 1.5
0.31
0.11
2,8
= =
0.16
1.14 29
M6
A
0.31 8
0.47 12
cod. FCA 38
HR 700
Cu
Code
700
700
700
700
700
700
700
700
700
700
700
700
700
-
010
013
016
019
025
032
038
050
063
075
080
100
125
Lmin
S
F0
F1
V0
Weight
in.3
cm3
42
0.8
13
1.77
45
1.06
1.89
48
1.24
70
2.01
51
82
2.24
57
3.78
96
2.52
64
4.25
108
2.76
70
inch
mm
inch
mm
inch
mm
0.39
10
2.05
52
1.65
0.51
13
2.28
58
0.63
16
2.52
64
0.75
19
2.76
0.98
25
3.23
1.26
32
1.50
38
in.2
P
0.70
cm2
4,52
psi
bar
2175
150
lb.
1530
daN
680
(±5%)
lb.
3060
daN
1 360
~ lb.
~ Kg
-
0.87
0,39
17
-
0.93
0,42
20
-
1.00
0,45
1.30
21
-
1.06
0,48
1.74
28
-
1.17
0,53
2.24
36
-
1.29
0,58
2.73
44
-
1.37
0,62
1.97
50
5.20
132
3.23
82
3.60
58
-
1.57
0,71
2.48
63
6.22
158
3.74
95
4.53
73
-
1.79
0,81
2.95
75
7.16
182
4.21
107
5.34
86
-
1.89
0,85
3.15
80
7.56
192
4.41
112
5.78
93
-
2.05
0,93
3.94
100
9.13
232
5.20
132
7.21
116
-
2.30
1,04
4.92
125
11.10
282
6.18
157
9.01
145
-
2.83
1,28
2 x (M8 x 4)
¯ 0.79
Ø 20
Force (lbs. daN)
HR
HR
HR
HR
HR
HR
HR
HR
HR
HR
HR
HR
HR
L
CHARGING HOLE M6
¯ 0.95
3330
1480
3105
1380
2880
1280
2655
1180
2430
1080
2205
980
1980
880
1755
780
1530
680
Ø 24
.39 .63 .98 1.5 1.97 2.48
3.15
.51 .75 1.26
2.95
3.94
4.92
Cu (inch)
¯ 1.57
¯ 1.77
±0.01
Ø 40
Ø 45
± 0,3
Ordering example:
Cycles (in millions)
L ±0.01
L min
Ø 43
280
2.8
± 0,25
14.5
0.57
R0.04 1
¯1.69
0.14 3,5
0.16 4
320
3.2
240
2.4
200
2.0
160
1.6
1.2
120
0.8
80
0.4
40
0
Cycles / min.
0.04
1
Cu
Force (lbs. daN) / stroke (inch) diagram
0
.39 .63 .98 1.5 1.97 2.48 3.15
2.95
.51 .75 1.26
3.94
4.92
Cu (inch)
(10) HR 700 - 50
“All dimensions are nominal unless tolerance is stated”
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
64
Fixing
ISO11901- 2
50
Ø 47
50
A
1.97
¯ 0.08
Ø2
HR 700 - ... N
(2x)
(2x)
50
2.75
1.97
70
(4x) ¯ 0.35
Ø9
Ø 15
Ø 18
¯ 0.71
0.16 4
1.63 27
A
0.98 25
2.76 70
2.24 57
¯ 0.35 Ø 9 (4x)
A
0.51
AA
=
13
=
2.52
64
1.97
50
A
1.97
=
¯ 1.85
Ø 9 (4x)
Ø 45,5
¯ 1.8
Ø 86
¯ 0.35
=
A
13
1.57 40
50
0.51
AA
Ø 20
A
0.28 7
64
0.79
20
2.76
1.97
70
Ø 9 (4x)
50
¯ 1.79 Ø 45,5
¯1.63 Ø 41,5
¯ 0.35
¯0.79
A-A
1.97
50
70
50
A
2.52
4
70
0.47 12
¯ 1.79 Ø 45,5
2.76
1.97
7
14
Ø 45,5
0.27
0.16
A
¯ 3.39
FC 45 A FS2 45
A
AA
2.75
1.97
20
¯ 1.79
A
20
(4x) ¯ 0.59
Ø 20
Ø 11
¯ 0.79
¯ 0.43
Ø9
Ø 9 (2x)
¯ 1.63 Ø 41,5
¯ 0.35
12
¯ 0.35
Ø 47
0.47
0.79
Ø 11
¯ 1.85
2.76
1.97
50
70
¯ 0.43
50
0.79
0.55
Ø 9 (4x)
14
A
A-A
70
Non self-containing cylinders
The HR 700 - ...N are non self-containing cylinders
with the same stroke as the HR 700 but with the
lengths L and Lmin increased of 10 mm
HRF 700
Ø 0.95
Threaded body cylinders
Ø 24
cod. GM 45
L min
L
0.11
2,8
0,25
0.2
5
0.08
2
Cu
CHARGING HOLE M6
A-A
A
8
2.36
1.34
M 6
60
34
0.31
0.63
60
Ø 90
¯ 3.54
2.36
(4x)
Ø9
¯ 0.35
A
(4x)
Ø 14
¯ 0.55
The HRF are threaded body 700 springs with the same length and force as the HR 700
Ordering example: (10) HRF 700 - 50
M 45 x 1.5
0.31
0.11
2,8
=
4,1
M 45 x 1.5
65
=
0.16
Ø 1.68 Ø 42,7
HR
HRF
¯ 0.35
A
2.76
1.97
FCQ 45A FS2A 45 FBA 45
0.55
¯ 0.59 Ø 15 (4x) ¯ 0.59 Ø 15 (2x)
FB 45
AA
8
16
cod. FCA 45
HR 1000
Cu
Code
HR
HR
HR
HR
HR
HR
HR
HR
HR
HR
HR
HR
HR
1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 -
010
013
016
019
025
032
038
050
063
075
080
100
125
L
Lmin
S
F0
F1
V0
Weight
in.3
cm3
~ lb.
~ Kg
48
1.62
26
1.26
0,57
2.01
51
1.86
30
1.30
0,59
2.13
54
2.17
35
1.38
0,62
76
2.24
57
2.48
40
1.43
0,65
88
2.48
63
3.04
49
1.54
0,70
4.02
102
2.75
70
3.73
60
1.72
0,77
4.49
114
2.99
76
4.35
70
1.83
0,83
50
5.43
138
3.46
88
5.47
88
2.08
0,94
63
6.46
164
3.98
101
6.77
109
2.36
1,07
2.95
75
7.40
188
4.45
113
7.95
128
2.59
1,16
3.15
80
7.80
198
4.65
118
8.45
136
2.67
1,21
3.94
100
9.37
238
5.43
138
10.37
167
3.16
1,43
4.92
125
11.34
288
6.42
163
12.80
206
3.75
1,70
inch
mm
inch
mm
inch
mm
0.39
10
2.28
58
1.89
0.51
13
2.52
64
0.63
16
2.76
70
0.75
19
2.99
0.98
25
3.46
1.26
32
1.50
38
1.97
2.48
in.2
P
1.09
cm2
7,07
psi
bar
2175
150
lb.
2385
daN
1060
(±5%)
lb.
4255
daN
1890
see page 146
5085
2260
4635
2060
4185
1860
3738
1660
3285
1460
2835
1260
2385
1060
2 x (M8 x 5)
¯Ê0.79
Ø 20
¯Ê1.18
Ø 30
Force (lbs. daN)
CHARGING HOLE M6
Cu
M8
.39.51 .75 .98
1.5 1.97 2.48
3.15
.63
1.26
2.95
Cu (inch)
3.94
4.92
0.04
1
Force (lbs. daN) / stroke (inch) diagram
¯ 1.97
±0.01
Ø 50 ± 0,3
280
2.8
240
2.4
200
2.0
160
1.6
1.2
120
0.8
80
0.4
40
0
Ordering example:
(10) HR 1000 - 50
“All dimensions are nominal unless tolerance is stated”
Cycles / min.
Cycles (in millions)
L ±0.01
L min
7
0.08
2
0.28
Ø 46
5,5
¯1.81
0.22
R0.08 2
0.57
± 0,25
14.5
320
3.2
0
.39 .63 .98 1.5 1.97 2.48 3.15
2.95
.51 .75 1.26
Cu (inch)
3.94
4.92
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
66
Fixing
A-A
7
1.57
Ø
50
1.48
90
40
4.33
.9
37,5
110
2.36
130
5.12
1
¯
M8
(2x)
(2x)
2.95 75
2.22 56,5
(4x) ¯ 0.35
Ø9
Ø 15
(4x) ¯ 0.59
Ø 18
¯ 0.71
A
A
0.51
=
2.75
70
Ø 50,5
2.75
70
2.22
56,5
56,5
=
13
A
2.22
AA
25
A
0.45
HR
0.73 18,5 1.8127,5
1.81 46
2.36 60
11,5
A-A
HRF 1000
HRF
Threaded body cylinders
Ø 30
cod. GM 50
0.11
2,8
L ± 0,25
0.2
5
0.08
2
Cu
Ø 1.18
Ø 20
0.98
=
20
50
60
0.79
¯ 0.79
A
80
3.15
=
75
56,5
56
30
=
=
3.54
1.18
Ø4
1.97
Ø 9 (2x)
¯ 0.16
0.47 12
¯ 1.99
56,5
2.22
A
Ø 54
56,5
14
70
2.22
¯ 2.12
Ø 9 (4x)
A
13
Ø 50,5
¯ 0.35
A
=
¯Ê1.99
Ø 95
¯ 3.74
=
Ø9
2.95
2.22
20
2.75
2.20
0.51
AA
¯ 0.35
12
20
Ø 11
¯ 0.59
0.47
0.79
¯ 0.43
Ø 20
Ø 54
¯ 0.79
¯ 2.13
Ø 9 (2x)
Ø 9 (4x)
¯ 0.35
A
0.79
0.55
¯ 0.35
Ø 11
Ø 9 (4x)
¯ 0.43
Ø 15
¯ 0.59
2.95 75
2.22 56,5
Ø 15
14
4 ¯ 0.35
0.55
A
2.95 75
2.22 56,5
FHR01000 FCQ 50A FBA 50
AA
¯ 0.35
FSA 50 FC 50 A
FB 50
ISO11901- 2
8
The HRF are threaded body 1000 springs with the same length and force as the HR 1000
67
Ordering example:
(10) HRF 1000 - 50
A
2.60 66
1.50 38
M6
Ø9
¯ 3.94 Ø 100
¯2.60 Ø66
(4x)
= =
¯ 0.35
(4x) M 50 x 1.5
Ø 47,7
M 50 x 1,5
Ø 14
4,1
Ø1,88
¯ 0.55
0.16
CHARGING HOLE G1/8"
0.31
0.39
0.06
10
1,5
L min
A-A
0.31
0.63
A
8
16
cod. FCA 50
HR 1500
Code
Cu
L
Lmin
D
E
ØF
S
inch mm inch mm inch mm inch mm inch mm inch mm in.2
HR
HR
HR
HR
HR
HR
HR
HR
HR
HR
HR
HR
HR
1500
1500
1500
1500
1500
1500
1500
1500
1500
1500
1500
1500
1500
-
010 0.39 10
013 0.51 13
016 0.63 16
019 0.75 19
025 0.98 25
032 1.26 32
038 1.50 38
050 1.97 50
063 2.48 63
075 2.95 75
080 3.15 80
100 3.94 100
125 4.92 125
P
cm2
psi
F0
bar
lb.
F1
daN
lb.
daN
V0
Weight
in.3
cm3
~ lb. ~ Kg
2.52 64 2.13
54
-
-
-
-
-
-
1.99
32
2.25
1,02
2.76 70 2.24
57
0.2
5
0.31
8
2.20
56
2.42
39
2.34
1.05
2.99 76 2.36
60
0.2
5
0.31
8
2.20
56
2.92
47
2.45
1.10
3.23 82 2.48
63
0.2
5
0.31
8
2.20
56
3.35
54
2.56
1.15
3.70 94 2.72
69
0.2
5
0.31
8
2.20
56
4.22
68
2.76
1,25
4.25 108 2.99
76
0.2
5
0.31
8
2.20
56
3.01
1.35
82
0.2
5
0.31
8
2.20
56
5.28
1.58 10,18 2175 150 3442 1530 6593 2930 6.15
85
4.72 120 3.23
99
3.18
1,44
5.67 144 3.70
(±5%)
0.2
5
0.31
8
2.20
56
7.95 128
3.55
1,61
6.69 170 4.21 107 0.2
5
0.31
8
2.20
56
9.88 158
4.00
1,81
7.64 194 4.68 119 0.2
5
0.31
8
2.20
56
11.6 187
4.24
1.90
8.03 204 4.88 124 0.2
5
0.31
8
2.20
56
12.4 199
4.55
2,06
9.61 244 5.67 144 0.2
5
0.31
8
2.20
56
15.3 246
5.25
2,38
11.5 294 6.65 169 0.2
5
0.31
8
2.20
56
19.0 306
6.31
2,86
94
see page 146
2 x (M8x5)
¯Ê0.79
Ø 20
¯Ê1.42
Ø 36
Force (lbs. daN)
CHARGING HOLE M6
M8
7492
3330
7042
3130
6592
2930
6142
2730
5692
2530
5242
2330
4792
2130
4342
1930
3892
1730
3442
1530
.51 .75 .98 1.5 1.97 2.48
.39 .63
1.26
3.15
2.95
3.94
4.92
Cu (inch)
240
2.5
200
2
160
1.5
120
5,5
¯ 2.48
±0.01
0.22
¯F
Ø 63
1
Cycles / min.
L min
Ø 59
Cycles (in millions)
L ±0.01
0.71
2
¯2.32
E D
R0.08
3
±0,25
18
0.04
1
Cu
Force (lbs. daN) / stroke (inch) diagram
80
0.5
40
±0,3
0
0
Ordering example:
(10) HR 1500 - 50
“All dimensions are nominal unless tolerance is stated”
.39 .63 .98 1.5 1.97 2.48 3.15
2.95
.51 .75 1.26
3.94
4.92
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
68
ISO11901- 2
0.55
A
2.95 75
2.22 56,5
14
¯ 0.43
Ø 11
¯ 0.35
Ø 9 (2x)
¯ 0.79
Ø 20
¯ 0.59
Ø 15
¯ 0.59
2.95 75
2.22 56,5
Ø 15
FB 50
AA
0.47
0.79
¯ 0.35
12
Ø9
20
A
14
75
56,5
(4x) ¯ 0.35
Ø9
Ø 15
¯ 0.79
¯ 0.71
A
A
3,35 85
2,5 63,5
HR
3,35 85
2,,5 63,5
Ø 0,31 Ø 63,5
Ø 2,26 Ø 57,5
0,47 12
0,31 8
Ø 0,43 Ø 11 (4x)
0.47 12
A-A
FS2 63
Ø 20
Ø 18
(4x) ¯ 0.59
Ø 11
¯ 0.43
2.95
2.22
20
(2x)
(2x)
0.79
0.55
2.95 75
2.22 56,5
FBA 50
A-A
A
HRF
0,94 24
A
A-A
0.47
0.31
8
58
42
30
1.18
Ø 63,5
¯ 2.50
3.3 85
2.72 69
Ø 57,5
¯ 2.26
A
0.63
AA
=
A
16
2.89
=
73,5
A
2.89
73,5
Ø 2.64 Ø 67
Ø 11
Ø 0.15
Ø4
A
0.63
3.54
2.89
90
73,5
A
90
73,5
2.89
Ø 63,5
=
3.54
Ø 11 (4x)
¯ 2.64
Ø 67
=
16
¯ 2.50
AA
¯ 0.43
Ø 11
Ø 63,5
Ø 2.50
Ø 0.43
Ø 122
4 Ø 0.43
S = rod section area
P = nominal charging pressure
69
2.28
1.65
12
¯ 0.43 Ø 11 (4x)
Ø 4.80
FCQ 63 FC 63 A FS2A 63
A
F0 = nominal initial force
F1 = average final force
V0 = volume of gas
HR 2400
Code
Cu
L
Lmin
D
E
ØF
S
inch mm inch mm inch mm inch mm inch mm inch mm in.2
HR
HR
HR
HR
HR
HR
HR
HR
HR
HR
HR
HR
HR
2400
2400
2400
2400
2400
2400
2400
2400
2400
2400
2400
2400
2400
-
010 0.39 10 2.56 65 2.17 55
013 0.51 13 2.79 71 2.28 58
016 0.63 16 3.03 77 2.40 61
019 0.75 19 3.27 83 2.52 64
025 0.98 25 3.74 95 2.76 70
032 1.26 32 4.76 109 3.27 77
038 1.50 38 4.29 121 3.03 83
050 1.97 50 5.71 145 3.74 95
063 2.48 63 6.73 171 4.25 108
075 2.95 75 7.68 195 4.72 120
080 3.15 80 8.07 205 4.92 125
100 3.94 100 9.65 245 5.71 145
125 4.92 125 11.61 295 6.69 170
P
cm2
psi
F0
bar
lb.
daN
F1
lb.
V0
in.3
daN
Weight
~ lb. ~ Kg
cm3
-
-
-
-
-
-
3.11 50
3.25
1,47
0.2
5
0.31
8
2.64
67
3.79 61
3.39
1,52
0.2
5
0.31
8
2.64
67
4.47 72
3.52
1,58
0.2
5
0.31
8
2.64
67
5.09 82
3.68
1,65
0.2
5
0.31
8
2.64
67
6.46 104
3.90
1,77
0.2
5
0.31
8
2.64
67
0.2
5
0.31
8
2.64
67
0.2
5
0.31
8
2.64
67
0.2
5
0.31
8
2.64
67
0.2
5
0.31
8
2.64
0.2
5
0.31
8
2.64
0.2
5
0.31
8
0.2
5
0.31
8
8.01 129
4.31
1,93
5366 2385 10834 4815 9.38 150
4.52
2,05
12.1 193
5.08
2,30
14.9 240
5.63
2,55
67
17.6 283
6.13
2,75
67
18.7 301
6.29
2,85
2.64
67
23.2 372
7.24
3,28
2.64
67
28.7 462
8.67
3,93
2.47 15,9 2175
150
(±5%)
see page 146
12116
5385
10991
4885
9866
4385
8741
3885
7616
3385
6491
2885
5366
2385
4 x (M8 x 6)
¯ 1.57
¯ 1.77
Ø 40
Force (lbs. daN)
CHARGING HOLE M6
Ø 45
M8
.51 .75 .98 1.5 1.97 2.48
.39 .63
1.26
3.15
2.95
3.94
4.92
Cu
Cu (inch)
5,5
¯ 2.95
±0.01
0.22
¯F
3
240
2.5
200
2
160
1.5
120
1
80
0.5
40
Ø 75 0,3
0
0
Ordering example:
(10) HR 2400 - 50
“All dimensions are nominal unless tolerance is stated”
Cycles / min.
Cycles (in millions)
Ø 70
L min
¯2.76
E D
R0.1
2,5
L ±0.01
0.71
0,25
18
0.04
1
Force (lbs. daN) / stroke (inch) diagram
.39 .63 .98 1.5 1.97 2.48 3.15
2.95
.51 .75 1.26
3.94
4.92
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
70
71
=
A
A
30
0.94
24
3.94 100
2.89 73,5
3.94
2.89
73,5
100
(4x) ¯ 0.35
Ø9
(4x)
(4x)
¯ 0.35
A-A
20
14
3.94
2.89
3.94
2.89
A-A
12
8
2.76
2.13
A
=
16
2.89
16
=
30
0.79
3.54
90
2.89
73,5
=
4.13
¯
2
.9
5
Ø
75
1.18
84
100
8
52,5
3.94
3.31
Ø 18
Ø 15
12
2.07
73,5
12
2.89
73,5
100
Ø 18 (4x)
3.94
¯ 0.71
¯ 0.59
Ø 15 (4x)
73,5
115
0.63
20
100
2.89
50
¯Ê0.2
Ø 11 (4x)
3.94
M10
4.53
2.89
0.47
0.31
90
0.47
0.32
73,5
12
¯ 0.71
(4x) ¯ 0.59
0.79
0.55
3.54
¯ 2.97 Ø 75,5
Ø 11
0.79
2.89
Ø 75,5
¯ 2.97
¯ 0.43
AA
1.97
=
63,5
=
2.5
1.18
¯ 0.43
137
AA
14
5.39
Ø 80
¯ 3.15
=
Ø 75,5
Ø 80
0.63
¯ 2.97
¯ 3.15
¯ 2.7 Ø 68,5
AA
160
Ø 11 (4x)
Ø 68,5
¯ 2.70
0.47
6.3
¯ 0.43
Ø11 (4x)
Ø 75,5
¯ 2.97
Ø122
¯ 4.8
¯ 0.43
AA
75
Ø 11 (2x)
FB 75
.47
0.55
2.95
¯ 0.43
FSA 75 FCQ 75A FC 75A FS2A 75 FS2 75 FBA 75
ISO11901- 2
¯Ê1.57
A
100
A
73,5
¯ 1.57
Ø 40
¯ 0.43
Ø 11 (4x)
A
70
A
54
¯ 0.43 Ø 11 (4x)
73,5
A
Ø5
A
105
20
=
Fixing
A
Ø 40
A
Ø 9 (4x)
A
73,5
100
HRF
HR
HR 4200
Cu
Code
HR
HR
HR
HR
HR
HR
HR
HR
HR
HR
HR
4200 4200 4200 4200 4200 4200 4200 4200 4200 4200 4200 -
016
019
025
032
038
050
063
075
080
100
125
L
Lmin
S
F0
F1
V0
Weight
in.3
cm3
~ lb.
~ Kg
81
8.94
144
7.58
3,40
3.30
84
10.1
162
7.69
3,45
3.54
90
12.3
198
8.06
3,65
3.82
97
14.9
240
8.52
3,82
4.06
103
17.1
276
8.83
4,00
165
4.53
115
21.6
348
9.80
4,44
191
5.04
128
26.5
426
10.93
4,95
8.46
215
5.51
140
30.9
497
11.60
5,20
8.86
225
5.71
145
32.8
528
11.94
5,41
100
10.43
265
6.50
165
40.2
647
13.25
6,00
125
12.40
315
7.48
190
49.5
797
14.85
6,73
inch
mm
inch
mm
inch
mm
0.63
16
3.82
97
3.19
0.75
19
4.06
103
0.98
25
4.53
115
1.26
32
5.08
129
1.50
38
5.55
141
1.97
50
6.50
2.48
63
7.52
2.95
75
3.15
80
3.94
4.92
in.2
P
4.38
cm2
28,26
psi
2175
bar
150
lb.
daN
9540
4240
(±5%)
lb.
daN
19395 8620
see page 146
4 x (M8 x 8)
¯Ê2.36
¯ 2.36
Ø 60
Force (lbs. daN)
CHARGING HOLE M6
Ø 60
M8
23040
10240
20790
9240
18540
8240
16290
7240
14040
6240
11790
5240
9540
4240
.63 .98 1.5 1.97 2.48
.75 1.26
3.15
2.95
3.94
4.92
1
Cu
Cu (inch)
L ±0.01
¯ 3.74
±0.01
Ø 87
Ø 95 ± 0,3
Cycles (in millions)
L min
7
.27
¯ 3.42
80
70
1.5
60
50
1
40
30
0.5
Cycles / min.
0.83
2,5
R0.1
Ø 90
5
¯3.54
0.2
0.31 8
90
2
± 0,25
21
0.04
Force (lbs. daN) / stroke (inch) diagram
20
10
0
0
Ordering example:
(10) HR 4200 - 50
“All dimensions are nominal unless tolerance is stated”
1.5 1.97 2.48 3.15
.63 .98
2.95
.75 1.26
3.94
4.92
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
72
73
A
A
40
0.94
=
24
4.72 120
3.62 92
(4x) ¯ 0.35
Ø9
(4x)
Ø 15
(4x)
A-A
20
14
4.72
3.62
AA
0.47
12
4.72
120
0.31
8
3.62
92,0
A-A
12
3.54
2.76
A
=
18
3.62
18
=
4.33
3.62
30
0.79
=
4.92
¯
3
.7
4
Ø
95
1.57
8
67,5
Ø 20
(4x) ¯ 0.59
¯ 0.79
¯ 0.35
A
2.66
120
92,0
4.72
3.62
¯ 0.79
Ø 13,5
13
M12
145
¯Ê0.2
100
120
Ø 95,5
¯ 3.76
¯ 0.53
20
62,5
4.72
3.94
Ø 88,5
¯ 3.48
92
120
¯ 0.59
4.72
3.62
Ø 20 (4x)
Ø 15 (4x)
Ø 13,5 (4x)
4.72
3.62
5.71
0.71
92
Ø 100
¯ 3.94
Ø 95,5
¯ 3.76
0.47
0.31
3.62
Ø 95,5
¯ 3.76
Ø 88,5
¯ 3.48
AA
2.46
80
=
13
92
Ø150
Ø 13 (4x)
0.79
0.55
110
¯ 5.91
¯ 0.51
FB 95
0.51
0.79
3.62
=
¯ 0.53
3.15
1.18
14
4.33
0.71
170
Ø 95,5
Ø 100
=
6.69
¯ 3.76
¯ 3.94
AA
92,5
Ø 13 (4x)
AA
3.64
¯ 0.51
0.51
195
Ø 13,5 (2x)
FBA 95
0.55
7.68
¯ 0.53
FSA 95 FCQ 95 A FC 95 A FS2A 95 FS2 95
ISO11901- 2
¯ 2.36
¯ 2.36
¯Ê0.53
A
90
A
70
¯ 0.53
92
A
Ø5
A
110
92
20
125
=
Ø 13,5
(4x)
Fixing
A
120
92
Ø 60
Ø 9 (4x)
A
92
120
Ø 60
A
A
Ø 13,5 (4x)
HRF
HR
HR 6600
Cu
Code
6600 6600 6600 6600 6600 6600 6600 6600 6600 6600 6600 -
016
019
025
032
038
050
063
075
080
100
125
Lmin
S
P
F0
~ lb.
~ Kg
91
14.84
239
14.72
6,60
3.70
94
16.58
267
14.83
6,65
3.94
100
20.19
325
15.05
6,82
139
4.21
107
24.22
390
16.01
7,18
151
4.45
113
27.83
448
16.71
7,57
6.89
175
4.92
125
14920 6630 29678 13190 34.85
7.91
201
5.43
138
75
8.86
225
5.91
80
9.25
235
6.10
3.94
100
10.83
275
4.92
125
12.80
325
inch
mm
inch
mm
0.63
16
4.21
107
3.58
0.75
19
4.45
113
0.98
25
4.92
125
1.26
32
5.47
1.50
38
5.94
1.97
50
2.48
63
2.95
3.15
6.85 44,16 2175
daN
lb.
daN
561
18.06
8,18
684
19.45
8,81
150
49.50
797
20.00
8,95
155
52.49
845
20.00
9,10
6.89
175
64.22
1034
23.62
10,7
7.87
200
78.94
1271
27.59
12,5
Ø 80
150
35170
15630
32920
14630
30670
13630
28420
12630
26170
11630
23920
10630
21670
9630
19420
8630
17170
7630
14920
6630
Cu
¯ 2.95 Ø 75
M8
.63 .98 1.5 1.97 2.48
3.15
.75 1.26
2.95
3.94
4.92
Cu (inch)
0.04
1
lb.
(±5%)
Force (lbs. daN)
¯Ê3.15
bar
42.49
4 x (M10 x 10)
.41 10,5
¯ 4.72
±0.01
Ø 112
Ø 120
±0,3
Cycles (in millions)
Ø 115
0.2
¯ 4.41
80
L min
2,5
¯4.53
90
2
L ±0.01
0.89
±0,25
22,5
Force (lbs. daN) / stroke (inch) diagram
5
R0.1
Weight
cm3
mm
CHARGING HOLE G1/8"
0.31 8
V0
in.3
inch
in.2 cm2 psi
F1
70
1.5
60
50
1
40
30
0.5
Cycles / min.
HR
HR
HR
HR
HR
HR
HR
HR
HR
HR
HR
L
20
10
0
0
Ordering example:
(10) HR 6600 - 50
1.5 1.97 2.48 3.15
.63 .98
2.95
.75 1.26
3.94
4.92
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
74
75
S = rod section area
P = nominal charging pressure
A
A
50
0.94
24
140
109,5
5.51
4.31
5.51 140
4.31 109,5
¯ 0.43
A
A-A
15
5.51
4.31
AA
A-A
8
12
3.54
2.76
A
=
21
4.31
21
=
4.31
5.12
30
0.79
=
5.83
¯
4
.7
2
Ø
0
12
1.97
120
140
20
77,5
=
5.51
4.31
109,5
140
¯ 0.71
Ø 18 (4x)
4.31
0.47
12
5.51
140
0.31
8
4.31
109,5
3.05
5.51
4.72
Ø 20 (4x)
Ø 13,5 (4x)
F0 = nominal initial force
F1 = average final force
M12
165
109,5
11 (4x)
¯ 0.79
5.51
74
4.31
Ø
(4x)
AA
6.49
¯ 0.2
2.91
=
92,5
1.18
3.64
=
130
0.47
0.31
109.5
(4x) ¯ 0.43
Ø 18
0.79
0.59
5.12
Ø 20
(4x) ¯ 0.71
¯ 0.53
4.31
0.83
¯ 0.79
Ø 13,5
20
195
Ø 120,5
¯ 4.74
¯ 0.53
13
0.79
7.68
Ø 120,5
¯ 4.74
Ø 113,5
¯ 4.47
0.51
220
Ø 125
¯ 4.92
Ø 113,5
¯ 4.47
15
8.66
Ø 125
AA
Ø 120,5
¯ 4.92
0.83
¯ 4.74
Ø 13,5 (4x)
=
0.51 13
105
¯ 0.53
0.59
4.13
Ø 13,5 (2x)
AA
¯ 0.53
Ø 120,5
¯ 4.74
Ø 13,5 (4x)
Ø 175
¯ 0.53
O 6.89
FSA 120 FCQ 120A FC 120 A FS2A 120 FS2 120 FBA 120 FB 120
ISO11901- 2
¯ 3.15
¯ 3.15
¯Ê0.51
¯ 0.53
Ø 13,5
Fixing
A
109,5
140
Ø 80
Ø 11 (4x)
A
109,5
140
Ø 80
A
A
Ø 13 (4x)
A
A
HRF
HR
95
115
(4x)
109,5
A
Ø5
A
109.5
130
20
148
=
V0 = volume of gas
HR 11800
Cu
Code
-
019
025
032
038
050
063
075
080
100
125
Lmin
S
P
F0
~ lb.
~ Kg
97
34.72
559
21.12
9,57
4.05
103
41.18
663
21.98
9,96
4.33
110
48.69
784
22.96
10,4
154
4.57
116
55.09
887
23.84
10,8
178
5.04
128
68.01
1095
25.60
11,6
8.03
204
5.55
141
26510 11780 48820 21698 81.99
8.98
228
6.02
153
inch
mm
inch
mm
0.75
19
4.56
116
3.82
0.98
25
5.03
128
1.26
32
5.59
142
1.50
38
6.06
1.97
50
7.00
2.48
63
2.95
75
bar
12.2 78,54 2175
150
lb.
daN
(±5%)
lb.
daN
1320
27.37
12,4
94.84
1527
26.27
11,9
3.15
80
9.37
238
6.22
158
100.2
1614
26.93
12,2
3.94
100
10.94
278
7.00
178
121.7
1960
29.80
13,5
4.92
125
12.91
328
7.99
203
148.6
2392
33.33
15,1
¯Ê3.94
¯ 3.94
Ø 100
Ø 100
M8
Force (lbs. daN)
4 x (M10 x 13)
58063
25780
53558
23780
49054
21780
44510
19780
40010
17780
35510
15780
31010
13780
26510
11780
.75
Cu
0.12
3
.98
1.5 1.97 2.48
3.15
1.26
2.95
3.94
4.92
Cu (inch)
90
2
Ø 145
10
.39
0.2
8
¯ 5.71
¯ 5.91
Ø 145
±0.01 Ø 150
±0,3
80
Cycles (in millions)
¯5.71
L min
2,5
L ±0.01
0.96
±0,25
24,5
Force (lbs. daN) / stroke (inch) diagram
5
0.1
Weight
cm3
mm
CHARGING HOLE G1/8"
0.31
V0
in.3
inch
in.2 cm2 psi
F1
70
1.5
60
50
1
40
30
0.5
Cycles / min.
HR 11800
HR 11800
HR 11800
HR 11800
HR 11800
HR 11800
HR 11800
HR 11800
HR 11800
HR 11800
L
20
10
0
Ordering example:
(10) HR 11800 - 50
1.5 1.97 2.48 3.15
.98
2.95
.75 1.26
3.94
4.92
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
0
76
Fixing
ISO11901- 2
77
7.48
0.59
¯ 0.69
5.43
Ø 17,5 (4x)
190
138
190
138
Ø 100
¯ 1.02
Ø 26
7.48
¯ 3.94
5.43
¯ 0.71
Ø 18
15
0.67
17
0.98
25
¯ 0.43
Ø 11 (4x)
A
A-A
A
7.48
5.43
25
15
190
138
190
138
7.48
5.43
¯ 3.94
Ø 100
¯ 1.02
¯ 0.69
Ø 26
Ø 17,5
(4x) ¯ 0.43
(4x) ¯ 0.71
Ø
Ø 18
11 (4x)
(4x)
0.98
0.59
0.67 17
A
A
AA
0.47
12
7.48
190
0.31
8
5.43
138
24
138
Ø 17,5 (4x)
0.94
190
5.43
Ø 150,5
¯ 5.92
7.48
Ø 143,5
¯ 5.65
¯ 0.69
HR
A
A-A
HRF
A
0.47
0.31
5.71
4.72
12
8
145
120
1.06
2.36
60
5.43
138
¯ 0.19
A
Ø 155
¯ 6.10
5.43
Ø 150,5
¯ 5.92
138
Ø5
A
0.83
5.12
21
4.31
130
¯ 0.53
A
5.12
4.31
Ø 120,5
¯ 4.74
¯ 4.92
Ø 13,5 (4x)
130
109.5
109.5
=
Ø 125
=
30
= =
=
7.87
200
=
20
S = rod section area
P = nominal charging pressure
95
4.33
230
9.05
260
4.92
110
125
0.79
¯5
.9 Ø
0
15
3.60 91,5 3.74
7.87 200
1.18
10.24
Ø 13,5 (2x)
Ø 17,5 (4x)
A
27
=
AA
¯ 0.53
¯ 0.69
Ø 220
=
(4x)
165
190
Ø 150,5
¯ 5.93
A
AA
Ø 17,5
7.48
6.50
Ø 143,5
¯ 5.65
¯ 0.69
¯ 8.66
FSA 150 FCQ 150A FC 150 A FS2A 150 FS2 150 FBA 150 FB 150
A
AA
F0 = nominal initial force
M12
F1 = average final force
V0 = volume of gas
LI
GENERAL
INFORMATION
BODY
-One piece construction for greater safety
-Internal surface burnished for maximum efficiency of static O-Ring
-Black oxided
ROD
-One piece construction for greater safety
-Nitrided surface with hardness ab. 1200 HV for maximum durability, no wearing for optimum life of seal
-Lapped surface “mirror like” with roughness Ra 0,05µ for maximum performances, smoothest friction, lower over all temperature, longer lasting and less wear to the seal
BUSHING / GUIDE & SEAL
-One piece construction
-Two non-metallic self-lubricating guide elements for lower friction, longer lasting and minimize
side loading
-Wiper rod to protect inside room from contaminants
-Polyurethane dynamic rod seal
-C-style retaining ring ensures operator safety and prevents from opening a charged cylinder
-Designed and built for easy, rapid and inexpensive maintenance
USE
-Self contained
-Hose system: for this application the cylinders are easily converted by removing the protective screw,
locking nut and one way valve (except LI 400 subjected to supply a specific .39” higher body)
LOADING PRESSURE
-Minimum allowed 290 psi (20 bar)
-Maximum allowed 2900 psi (200 bar)
-For hose applications it is suggested to calculate the forces by charging at about 1450 psi (150 bar).
In this case the user can adjust the required force by increasing charging pressure up to the maximum
allowed of 2175 psi (200 bar) anytime
SPEED - LIFETIME
-The maximum recommended speed (cycles/minute) and the minimum estimated life are easily indicated
by specific graphs for each model
78
one piece rod
retaining ring
rod wiper
rod seal
self-lubricating
guide elements
bushing
O-Ring seal
nut
charging hole plug
Series
79
LI
LI
LI
LI
LI
400
900
1400
2000
3200
ØD
one way valve
Cu
one piece body
L
F0
Page
inch
mm
inch
mm
inch
mm
lb.
daN
1.77
45
0.51 - 3.94
13 - 100
2.28 - 9.13
58 - 232
900
400
2.48
63
0.98 - 4.92
25 - 125
3.70 - 11.57
94 - 294
2027
900
2.95
75
0.98 - 4.92
25 - 125
3.74 - 11.61
95 - 295
3175
1410
3.74
95
0.98 - 4.92
25 - 125
4.53 - 12.40
115 - 315
4583
2035
4.72
120
0.98 - 4.92
25 - 125
4.92 - 12.80
125 - 325
7162
3180
80
82
84
86
88
LI
LI 400
Code
400
400
400
400
400
400
400
400
-
013
025
032
038
050
063
080
100
L
Lmin
S
F0
F1
V0
Weight
in.3
cm3
45
-
-
2.24
57
-
2.52
64
-
108
2.76
70
132
3.29
82
6.22
158
3.74
7.56
192
4.41
9.13
232
5.20
132
inch
mm
inch
mm
inch
mm
0.51
13
2.28
58
1.77
0.98
25
3.29
82
1.26
32
3.78
96
1.50
38
4.25
1.97
50
5.20
2.48
63
3.15
80
3.94
100
in.2
P
~ lb.
~ Kg
-
0.95
0,43
-
-
1.10
0,50
-
-
1.21
0,55
-
-
-
1.28
0,58
-
-
-
1.43
0,65
95
-
-
-
1.59
0,72
112
-
-
-
1.83
0,83
-
-
-
2.07
0,94
cm2
0.32
2,01
psi
2900
bar
200
lb.
900
daN
400
lb.
1210
daN
537
(±5%)
Force (lbs. daN)
LI
LI
LI
LI
LI
LI
LI
LI
Cu
1260
560
1215
540
1170
520
1125
500
1035
480
450
460
990
440
945
420
900
400
.51
.98 1.26 1.5
1.97
2.48
3.15
3.94
Cu (inch)
Ordering example:
(10) LI 400 - 50
4
160
3.5
140
3
120
2.5
100
2
80
1.5
60
1
40
0.5
20
0
0
0
.51
.98
1.5 1.97
1.26
2.48
3.15 3.94
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
Cycles / min.
Cycles (in millions)
Force (lbs. daN) / stroke (inch) diagram
80
Fixing
ISO11901- 2
4
70
50
70
0.79
20
2.76
1.97
¯ 1.79 Ø 45,5
50
¯ 0.35
A
(2x)
(2x)
2.75
1.97
70
50
Ø9
(4x) ¯ 0.35
Ø 18
¯ 0.71
A
A
A-A
0.28 7
1.57 40
0.16 4
1.63 27
¯ 0.35 Ø 9 (4x)
A
8
16
50
1.97
2.52
64
1.97
50
LI
A
64
2.52
Ø 45,5
=
¯ 1.79
Ø 47
13
Non self-containing cylinders
Cu
The LI 400 - ...N are non self-containing
cylinders with the same stroke as the LI 400
but with the lengths L and Lmin increased of
10 mm
Ordering example: (10) LI 400 - 50 N
.39 10
L min
±0,25
L ±0.01
=
¯ 1.85
60
Ø 90
¯ 3.54
¯ 0.35
¯ 0.55
0.63
2.36
(4x)
Ø9
M 45 x 1.5
Ø 14
(4x)
A
A
0.51
AA
Ø 9 (4x)
=
0.31
34
¯ 0.35
1.34
M 6
60
FCQ 45 A
=
2.36
LI 400 - ... N
CHARGING HOLE G1/8"
81
Ø 20
A
A-A
FC 45 A
Ø 9 (4x)
¯0.79
0.98 25
2.76
1.97
7
70
50
2.24 57
0.27
0.16
2.75
1.97
20
14
2.76 70
AA
¯1.63 Ø 41,5
FS2 45
A
0.47 12
¯ 1.79 Ø 45,5
A
Ø 15
Ø 20
(4x) ¯ 0.59
¯ 0.79
Ø 11
Ø9
Ø 9 (2x)
¯ 0.43
¯ 0.35
12
20
¯ 0.35
0.79
0.55
¯ 1.63 Ø 41,5
0.47
0.79
Ø 11
FBA 45
¯ 0.43
2.76
1.97
70
70
50
FS2A 45
14
A
A-A
50
0.55
¯ 0.59 Ø 15 (4x) ¯ 0.59 Ø 15 (2x)
FB 45
AA
A
2.76
1.97
LI 900
Code
900
900
900
900
900
900
900
900
-
025
032
038
050
063
080
100
125
L
Lmin
S
F0
F1
V0
Weight
in.3
cm3
~ lb.
~ Kg
69
1.49
24
2.56
1,16
2.99
76
2.36
38
2.74
1,24
3.23
82
3.17
51
2.87
1,30
4.72
76
3.20
1,45
6.40
103
3.53
1,60
inch
mm
inch
mm
inch
mm
0.98
25
3.70
94
2.72
1.26
32
4.25
108
1.50
38
4.72
120
1.97
50
5.67
144
3.70
94
2.48
63
6.69
170
4.21
107
in.2
P
cm2
0.70
4,52
psi
bar
2900
200
lb.
2027
daN
900
lb.
2714
(±5%)
daN
1205
3.15
80
8.03
204
4.88
124
8.63
139
3.97
1,80
3.94
100
9.61
244
5.67
144
11.3
182
4.48
2,03
4.92
125
11.57
294
6.65
169
14.6
235
5.16
2,34
Force (lbs. daN)
LI
LI
LI
LI
LI
LI
LI
LI
Cu
2925
1300
2812.5
1250
2700
1200
2587.5
1150
2475
1100
2362.5
1050
2250
1000
2137.5
950
2025
900
.98
1.50 1.97
1.26
2.48
3.15
3.94
4.92
Cu (inch)
Force (lbs. daN) / stroke (inch) diagram
320
3.2
280
2.8
Ordering example:
(10) LI 900 - 50
200
2.0
160
1.6
120
1.2
0.8
80
0.4
40
0
0
.98 1.50 2.48 3.15 3.94
1.26 1.97
4.92
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
Cycles / min.
Cycles (in millions)
240
2.4
82
83
A
0.63
73,5
=
¯ 0.15
0,47 12
0,31 8
=
16
2.89
Ø4
3,35 85
2,5 63,5
0,94 24
A
73,5
¯ 0.71
0.47 12
0.47
0.31
Ø 18
Ø 11
2.95 75
2.22 56,5
(4x) ¯ 0.35
(4x) ¯ 0.59
Ø9
(2x)
(2x)
Ø 15
14
20
2.95
2.22
A-A
12
8
2.28
1.65
30
¯ 0.43
A-A
A
1.18
Ø 15
FBA 50
A
62
A
Ø 20
75
¯ 0.79
0.79
0.55
2.95
2.44
2.95 75
2.22 56,5
¯ 0.59
Ø 9 (2x)
Ø 63,5
A-A
¯ 0.35
¯ 2.50
Ø9
Ø 11
Ø 57,5
¯ 0.35
¯ 0.43
¯ 2.26
20
Ø 0,43 Ø 11 (4x)
Ø 15
14
A
2.95 75
2.22 56,5
FS2A 63
3,35 85
2,,5 63,5
12
2.89
AA
Ø 0,31 Ø 63,5
Ø 2,26 Ø 57,5
¯ 0.59
0.47
0.79
Ø 67
(4x)
FB 50
0.55
¯ 2.64
Ø 63,5
Ø 11
Ø 122
FS2 63
AA
¯Ê2.50
¯ 0.43
¯ 4.80
FC 63 A
ISO11901- 2
Fixing
A
56,5
75
¯ 0.79
Ø 20
A
58
A
42
¯ 0.43 Ø 11 (4x)
A
LI
LI 1400
Cu
Code
-
025
032
038
050
063
080
100
125
Lmin
S
F0
F1
V0
Weight
in.3
cm3
~ lb.
~ Kg
70
5.78
93
3.56
1,62
3.03
77
7.14
115
3.83
1,74
3.27
83
8.32
134
4.03
1,83
10.8
172
4.33
1,99
13.2
213
4.84
2,20
125
16.5
266
5.76
2,62
145
20.4
329
6.09
2,77
170
25.3
408
7.19
3,27
inch
mm
inch
mm
inch
mm
0.98
25
3.74
95
2.76
1.26
32
4.29
109
1.50
38
4.76
121
1.97
50
5.71
145
3.74
95
2.48
63
6.73
171
4.25
108
3.15
80
8.07
205
4.92
3.94
100
9.64
245
5.71
4.92
125
11.61
295
6.69
in.2
P
cm2
1.09
7,07
psi
2900
bar
200
lb.
daN
3175
1410
(±5%)
Force (lbs. daN)
LI 1400
LI 1400
LI 1400
LI 1400
LI 1400
LI 1400
LI 1400
LI 1400
L
4525
2010
4300
1910
4075
1810
3850
1710
3625
1610
3400
1510
3175
1410
lb.
4308
daN
1913
.98 1.50 1.97
1.26
2.48
3.15
3.94
4.92
Cu (inch)
Ordering example:
(10) LI 1400 - 50
3
240
2.5
200
2
160
1.5
120
1
80
0.5
40
0
0
.98 1.50
2.48 3.15
1.26 1.97
3.94
4.92
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
Cycles / min.
Cycles (in millions)
Force (lbs. daN) / stroke (inch) diagram
84
85
=
30
=
0.79
¯
2
16
2.89
=
4.13
.9
5
Ø
75
73,5
A
Ø5
105
20
=
M10
A
AA
0.63
=
90
A
73,5
Ø 11 (4x)
16
=
30
¯ 0.43
¯ 0.71
Ø 18
(4x) ¯ 0.59
3.94
2.89
73,5
100
(4x) ¯ 0.35
Ø 11
Ø9
(4x)
(4x)
Ø 15
A-A
20
14
3.94
2.89
A-A
12
8
2.76
2.13
A
3.54
90
2.89
73,5
1.18
84
100
Ø 75,5
¯ 2.97
3.94
3.31
Ø 68,5
¯ 2.70
0.47
0.31
3.54
¯ 0.43
0.79
0.55
2.89
73,5
12
Ø 75,5
A
0.47
¯ 2.97
100
FBA 75
Ø 9 (4x)
Ø 80
A
¯ 3.15
3.94
2.89
Ø 40
Ø 11 (4x)
Ø 15 (4x)
A
¯ 0.43
¯Ê1.57
FS2A 75
¯ 0.35
FCQ 75 A
24
8
73,5
115
0.94
12
2.89
4.53
A
12
52,5
73,5
20
100
2.07
2.89
73,5
¯ 0.59
Ø 11 (4x)
3.94
50
¯Ê0.2
2.89
100
Ø 18 (4x)
3.94
¯ 0.71
FB 75
AA
1.97
=
63,5
0.63
3.94 100
2.89 73,5
¯ 2.97 Ø 75,5
0.47
0.32
2.5
=
¯ 0.43
137
1.18
14
5.39
Ø 80
¯ 3.15
AA
75
AA
2.95
¯ 2.7 Ø 68,5
0.79
160
Ø 75,5
Ø11 (4x)
¯ 2.97
Ø122
¯ 4.8
¯ 0.43
FS2 75
0.55
6.3
Ø 11 (2x)
FC 75 A
.47
¯ 0.43
FSA 75
ISO11901- 2
Fixing
A
73,5
100
¯ 1.57
Ø 40
A
70
A
54
¯ 0.43 Ø 11 (4x)
A
LI
LI 2000
Cu
Code
-
025
032
038
050
063
080
100
125
Lmin
S
F0
F1
V0
Weight
in.3
cm3
~ lb.
~ Kg
90
12.9
208
7.26
3,29
3.82
97
15.0
242
7.72
3,50
4.05
103
16.9
272
8.00
3,62
165
4.53
115
20.6
332
8.59
3,89
191
5.04
128
24.6
396
9.36
4,24
inch
mm
inch
mm
inch
mm
0.98
25
4.53
115
3.54
1.26
32
5.08
129
1.50
38
5.55
141
1.97
50
6.50
2.48
63
7.52
in.2
P
cm2
1.58
10,18
psi
bar
2900
200
lb.
lb.
daN
4583
2035
5750
(±5%)
daN
2553
3.15
80
8.86
225
5.71
145
29.8
480
10.6
4,78
3.94
100
10.43
265
6.50
165
36.0
579
11.4
5,16
4.92
125
12.40
315
7.48
190
43.7
703
12.8
5,82
Force (lbs. daN)
LI 2000
LI 2000
LI 2000
LI 2000
LI 2000
LI 2000
LI 2000
LI 2000
L
6158
2735
5933
2635
5708
2535
5483
2435
5258
2335
5033
2235
4808
2135
4583
2035
.98
1.50 1.97
1.26
2.48
3.15
3.94
4.92
Cu (inch)
Ordering example:
(10) LI 2000 - 50
3
240
2.5
200
2
160
1.5
120
1
80
0.5
40
0
0
.98 1.50
2.48 3.15
1.2 1.97
3.94
4.92
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
Cycles / min.
Cycles (in millions)
Force (lbs. daN) / stroke (inch) diagram
86
87
=
0.79
30
3.62
3
¯
.7
18
A
92
Ø5
=
4.92
4
125
20
=
Ø
95
M12
18
=
40
100
120
¯ 0.79
Ø 20
4.72 120
3.62 92
(4x)
Ø 15
Ø9
(4x) ¯ 0.59
(4x) ¯ 0.35
Ø 13,5
(4x)
20
14
4.72
3.62
A-A
8
12
3.54
2.76
A
A
4.33
3.62
1.57
4.72
3.94
¯ 0.53
A-A
A
=
92
Ø 95,5
¯ 3.76
0.47
0.31
110
0.71
13
3.62
Ø 88,5
0.79
0.55
4.33
AA
Ø 95,5
92,0
0.51
¯ 3.76
A
¯ 3.48
Ø 9 (4x)
Ø 60
Ø 100
¯ 2.36
¯ 3.94
92
FBA 95
120
Ø 13 (4x)
3.62
Ø 13
120
¯Ê0.51
Ø 15 (4x)
A
¯ 0.51
0
-0.1
4.72
FS2A 95
24
AA
FCQ 95 A
0.94
¯ 0.35
A
145
13
5.71
A
20
67,5
=
4.72
3.62
2.66
¯Ê0.2
92
120
¯ 0.59
4.72
3.62
Ø 20 (4x)
Ø 13,5 (4x)
62,5
¯ 0.79
FB 95
AA
2.46
80
120
92,0
4.72
8
3.62
Ø 95,5
¯ 3.76
0.47 12
0
0.31 -0.004
3.15
=
170
0.71
6.69
1.18
¯ 0.53
92
Ø 88,5
¯ 3.48
FS2 95
14
3.62
Ø 100
¯ 3.94
=
92,5
AA
3.64
Ø 95,5
Ø 13 (4x)
¯ 3.76
¯ 0.51
Ø150
0.51
0.79
195
Ø 13,5 (2x)
¯ 5.91
FC 95 A
0.55
7.68
¯ 0.53
FSA 95
ISO11901- 2
Fixing
A
92
120
¯ 2.36
¯ 0.53
92
Ø 13,5
Ø 60
A
90
A
70
(4x)
A
110
LI
LI 3200
Cu
Code
-
025
032
038
050
063
080
100
125
Lmin
S
F0
F1
V0
Weight
in.3
cm3
~ lb.
~ Kg
100
20.8
343
10.46
4,74
4.21
107
24.1
398
12.38
5,61
4.49
113
27.0
445
14.30
6,48
175
4.92
125
32.7
539
15.38
6,97
201
5.43
138
38.9
641
16.47
7,46
inch
mm
inch
mm
inch
mm
0.98
25
4.92
125
3.94
1.26
32
5.47
139
1.50
38
5.94
151
1.97
50
6.89
2.48
63
7.91
in.2
P
cm2
2.47
15,9
psi
bar
2900
200
lb.
daN
7162
3180
lb.
8831
(±5%)
daN
3921
3.15
80
9.25
235
6.10
155
46.9
774
18.12
8,21
3.94
100
10.83
275
6.89
175
56.5
932
19.73
8,94
4.92
125
12.79
325
7.87
200
68.3
1127
22.25
10,08
Force (lbs. daN)
LI 3200
LI 3200
LI 3200
LI 3200
LI 3200
LI 3200
LI 3200
LI 3200
L
9412
4180
9187
4080
8962
3980
8737
3880
8512
3780
8287
3680
8062
3580
7837
3480
7612
3380
7387
3280
7162
3180
.98
1.50 1.97
1.26
2.48
3.15
3.94
4.92
Cu (inch)
Ordering example:
(10) LI 3200 - 50
3
240
2.5
200
2
160
1.5
120
1
80
0.5
40
0
0
.98 1.50
2.48 3.15
1.26 1.97
3.94
4.92
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
Cycles / min.
Cycles (in millions)
Force (lbs. daN) / stroke (inch) diagram
88
89
=
4.31
30
0.79
¯
21
=
5.83
4
.7
2
Ø
0
12
M12
A
A
109,5
Ø5
148
20
=
AA
0.83
=
21
=
50
¯ 0.53
¯ 0.79
Ø 20
5.51 140
4.31 109,5
Ø
(4x) ¯ 0.71
(4x) ¯ 0.43
Ø 13,5
(4x)
11 (4x)
Ø 18
20
15
5.51
4.31
A-A
8
12
3.54
2.76
A
4.31
5.12
1.97
120
140
Ø 120,5
¯ 4.74
5.51
4.72
Ø 113,5
¯ 4.47
A-A
A
Ø 13 (4x)
130
¯Ê0.51
0.47
0.31
109.5
109,5
5.12
140
4.31
0.79
0.59
4.31
5.51
8
Ø 120,5
12
0.31
0.51 13
¯ 4.74
A
Ø 125
Ø 11 (4x)
¯ 4.92
0.47
Ø 80
Ø 13,5 (4x)
109,5
FBA 120
140
FS2A 120
140
109,5
A
¯ 0.53
AA
FCQ 120 A
24
¯ 0.43
A
165
0.94
¯ 3.15
6.49
=
4.31
77,5
5.51
Ø 13,5 (4x)
3.05
¯ 0.2
4.31
Ø 18 (4x)
5.51
74
A
140
109,5
5.51
¯ 0.71
¯ 0.53
4.31
Ø 20 (4x)
AA
2.91
92,5
1.18
3.64
=
109,5
0.83
4.31
20
195
Ø 120,5
¯ 4.74
¯ 0.79
FB 120
13
0.79
7.68
=
0.51
220
Ø 125
¯ 4.92
Ø 113,5
¯ 4.47
FS2 120
15
8.66
Ø 120,5
¯ 4.74
Ø 13,5 (4x)
Ø 175
¯ 0.53
O 6.89
AA
105
Ø 13,5 (2x)
FC 120 A
0.59
4.13
¯ 0.53
FSA 120
ISO11901- 2
Fixing
A
109,5
140
¯ 3.15
¯ 0.53
109.5
Ø 13,5
Ø 80
A
A
95
115
(4x)
A
130
LI
K
GENERAL
INFORMATION
BODY
-Internal surface burnished for maximum efficiency of static O-Ring
-Nitrided surface with hardness ab. 800 HV for maximum durability, no wearing for optimum life of seal
-Lapped surface “mirror like” with roughness Ra 0,05µ for maximum performances, smoothest friction, lower over temperature, longer lasting and less wear to the seal
-Black oxided
ROD
-One piece construction for greater safety
-Nitrided surface
-Ground and polished surface
GUIDE & SEAL
-Two non-metallic self-lubricating guide elements for lower friction, longer lasting and minimized
side loading
-Wiper rod to protect inside room from contaminants
-Polyurethane dynamic piston seal
-C-style retaining ring to ensures operator best safety and prevents from opening a charged cylinder
-Designed and built for easy, rapid and inexpensive maintenance
USE
-Self contained
-Hose system: subjected to supply a specific .79” (20mm) higher body
LOADING PRESSURE
-Minimum allowed 290 psi (20 bar)
-Maximum allowed 2175 psi (150 bar)
-For hose applications it is suggested to calculate the forces by charging at about 1450 psi (100 bar).
In this case the user can adjust the required force by increasing charging pressure up to the maximum
allowed of 2175 psi (150 bar) anytime
SPEED - LIFETIME
-The maximum recommended speed (cycles/minute) and the minimum estimated life are easily indicated
by specific graphs for each model
90
one piece rod
rod wiper
body
self-lubricating
guide elements
plug
rod seal
spring
O-Ring seal
ball
retaining ring
O-Ring seal
end plate
Series
91
K 40
K 75
K 100
K 180
K 470
K 750
K 1200
K 1830
ØD
charging hole plug
Cu
L
F0
Page
inch
mm
inch
mm
inch
mm
lb.
daN
0.98
25
0.39 - 1.97
10 - 50
2.95 - 7.68
75 - 195
956
425
1.26
32
0.39 - 1.97
10 - 50
2.95 - 7.68
75 - 195
1665
740
1.50
38
0.24 - 1.97
6 - 50
2.40 - 9.06
61 - 230
2385
1060
1.97
50
0.24 - 1.97
6 - 50
2.60 - 8.66
66 - 220
4241
1885
2.95
75
0.39 - 1.97
10 - 50
3.15 - 9.45
80 - 240
10520
4675
3.74
95
0.39 - 1.97
10 - 50
3.54 - 10.04
90 - 255
16965
7540
4.72
120
0.39 - 1.97
10 - 50
3.94 - 10.24
100 - 260
26505
11780
5.90
150
0.39 - 1.97
10 - 50
4.33 - 10.62
110 - 270
41422
18410
92
93
94
96
98
100
102
104
K
K 40
Cu
Code
L
Lmin
inch
mm
inch
mm
inch
mm
K 40 - 010
0.39
10
2.95
75
2.56
65
K 40 - 015
0.59
15
3.54
90
2.95
75
K 40 - 025
0.98
25
4.72
120
3.74
95
K 40 - 050
1.97
50
7.68
195
5.71
145
S
in.2
0.44
P
psi
cm2
2,83
F0
bar
2175
150
lb.
F1
daN
956
425
lb.
1924
Weight
~ lb.
~ Kg
---
0.40
0,18
---
0.44
0,20
---
0.53
0,24
---
0.77
0,35
daN
855
(±5%)
2 x (M4 x 7)
¯ 0.47
Ø 12
¯ 0.55
Ø 14
Force (lbs. daN)
S = piston section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
Cu
M8
2306
1025
2081
925
1856
825
1631
725
1406
625
1181
525
956
425
.39
.59
.98
1.97
0.04
1
Cu (inch)
L min
L
±0.01
0,25
Force (lbs. daN) / stroke (inch) diagram
2.5
80
70
±0.01 Ø 25
0,3
CHARGING HOLE M6
60
50
1.5
40
1
30
Cycles / min.
¯ 0.98
Cycles (in millions)
2
20
0.5
10
Ordering example:
(10) K 40 - 50
0
0
0
.39 .59
.98
1.97
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
92
K 75
Cu
Code
L
Lmin
inch
mm
inch
mm
inch
mm
K 75 - 010
0.39
10
2.95
75
2.56
65
K 75 - 015
0.59
15
3.54
90
2.95
75
K 75 - 025
0.98
25
4.72
120
3.74
95
K 75 - 050
1.97
50
7.68
195
5.71
145
S
in.2
0.75
P
psi
cm2
4,91
F0
bar
2175
150
lb.
F1
daN
1665
740
lb.
Weight
~ lb.
~ Kg
---
0.66
0,30
---
0.71
0,32
---
0.86
0,39
---
1.26
0,57
daN
3600 1 600
(±5%)
2 x (M5x7)
¯ 0.59
Ø 15
¯ 0.75
Ø 19
Force (lbs. daN)
S = piston section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
Cu
M8
4365
1940
3915
1740
3465
1540
3015
1340
2565
1140
2115
940
1665
740
.39
.59
.98
1.97
0.04
1
Cu (inch)
L min
L
±0.01
±0,25
Force (lbs. daN) / stroke (inch) diagram
2.5
80
70
±0.01
Ø 32
±0,3
CHARGING HOLE M6
60
50
1.5
40
1
30
Cycles / min.
¯ 1.26
Cycles (in millions)
2
20
0.5
10
Ordering example:
(10) K 75 - 50
93
0
0
0
.39 .59
.98
1.97
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
K
K 100
Cu
Code
K
K
K
K
K
K
K
100
100
100
100
100
100
100
-
006
010
016
025
032
040
050
L
Lmin
S
F0
F1
V0
Weight
in.3
cm3
55
0.68
11
2.56
65
1.12
18
3.31
84
2.05
33
135
4.33
110
2385 1 060 4073 1 810 3.29
53
167
5.31
135
4.47
72
7.68
195
6.10
155
5.40
87
9.06
230
7.09
180
6.65
107
inch
mm
inch
mm
inch
mm
0.24
6
2.40
61
2.17
0.39
10
2.95
75
0.63
16
3.94
100
0.98
25
5.31
1.26
32
6.57
1.57
40
1.97
50
in.2
P
1.09
cm2
psi
bar
7,06 2175 150
lb.
daN
lb.
daN
(±5%)
---------------
~ lb.
~ Kg
0.80
0,36
0.91
0,41
1.06
0,48
1.28
0,58
1.37
0,62
1.50
0,68
1.63
0,74
2 x (M6x7)
¯Ê0.67
Ø 17
¯ 0.79
Ø 20
Force (lbs. daN)
S = piston section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
5085
2260
4635
2060
4185
1860
3735
1660
3385
1460
2835
1260
2385
1060
0.37 9,5
Cu
0.04
1
M8
.24 .39
.63
.98
1.26
1.57
1.97
Ø 36
¯ 1.42
Ø 36
R0.04
¯ 1.42
Force (lbs. daN) / stroke (inch) diagram
80
1.4
70
1.2
60
Ø 38 ± 0,3
1.0
50
CHARGING HOLE G1/8"
0.8
40
0.6
30
0.4
20
0.2
10
Ordering example:
(10) K 100 - 50
0
0
0 .24 .39 .63
.98
1.26 1.57
1.97
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
Cycles / min.
±0.01
Cycles (in millions)
10,5
R0.04
0.41
¯ 1.50
1.6
1
L min
L
±0.01
0,25
1
Cu (inch)
94
Fixing
0.35
A
9
1.57
Ø 40
¯ 1.57
40
40
Ø 38,5
=
¯ 1.51
A
Ø 6,6 (4x)
¯ 0.26
¯ 2.68
Ø 68
=
1.57
AA
¯Ê0.08
FCQ 38 A
Ø2
A
0.35
40
1.57
2.05
52
1.57
40
A
52
2.05
=
¯ 0.26
Ø 6,6 (4x)
¯ 1.57
Ø 40
=
9
Ø 38,5
AA
¯ 1.52
FC 38 A
ISO11901- 2
K 100 - ... N
Non self-containing cylinders
Cu
Code
K
K
K
K
K
K
K
100 100 100 100 100 100 100 -
Cu
M6 x 5
006N
010N
016N
025N
032N
040N
050N
L
Lmin
inch
mm
inch
mm
inch
mm
0.24
6
3.19
81
2.95
75
0.39
10
3.74
95
3.35
85
0.63
16
4.72
120
4.09
104
0.98
25
6.10
155
5.12
130
1.26
32
7.36
187
6.10
155
1.57
40
8.46
215
6.89
175
1.97
50
9.84
250
7.87
200
Ordering example:
0.16 4
95
¯Ê1.3
Ø 33
¯ 0.27
0
-0.1
55
40
0.2
5
2.16 55
1.57 40
4
2.16
1.57
Ø7
A
0.27 7
0
0.16 -0.004
¯ 1.51 Ø 38,5
PA CONNECTIONS TYPE
¯ 1.36 Ø 34,5
20
0.79
0.41 10,5
0.14 3.5
G1/8"
FS2 38
AA
L min
L ±0,25
(10) K 100 - 50 N
A
K
K 180
Cu
Code
K
K
K
K
K
K
K
180
180
180
180
180
180
180
-
006
010
016
025
032
040
050
L
Lmin
S
F0
F1
V0
Weight
in.3
cm3
60
1.43
23
2.76
70
2.30
37
3.54
90
3.97
64
inch
mm
inch
mm
inch
mm
0.24
6
2.60
66
2.36
0.39
10
3.15
80
0.63
16
4.17
106
0.98
25
5.31
135
4.33
110
1.26
32
6.38
162
5.12
130
1.57
40
7.48
190
5.91
1.97
50
8.66
220
6.69
in.2
P
cm2
psi
bar
1.94 12,57 2175
lb.
daN
lb.
daN
150 4241 1885 7000 3110
5.77
93
7.51
121
150
7.51
148
170
11.1
179
(±5%)
---------------
~ lb.
~ Kg
1.57
0,71
1.72
0,78
2.01
0,91
2.30
1,04
2.47
1,12
2.67
1,21
2.94
1,33
2 x (M6 x 8)
¯ 1.02
Ø 26
¯ 1.18
Ø 30
Force (lbs. daN)
S = piston section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
3485
7391
3285
6941
3085
6491
2885
6041
2685
5591
2485
5141
2285
4691
2085
4241
1885
.24 .39
.63
0.53 13,5
Cu
0.04
1
M8
7841
.98
1.26
1.57
1.97
Ø 46
Force (lbs. daN) / stroke (inch) diagram
Ø 50
0,3
CHARGING HOLE G1/8"
Ordering example:
(10) K 180 - 50
Cycles (in millions)
14,5
0.57
¯Ê1.97
±0.01
80
1.4
70
1.2
60
1.0
50
0.8
40
0.6
30
0.4
20
0.2
10
0
0
0 .24 .39 .63
.98
1.26 1.57
1.97
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
Cycles / min.
Ø 46
R0.08
¯Ê1.81
1.6
2
L min
L
±0.01
¯Ê1.81
R0.08
0,25
2
Cu (inch)
96
Fixing
ISO11901- 2
7
Ø
1.57
70
56,5
2.75
2.22
¯ 1.99
40
.9
50
37,5
1
1.48
¯
90
1.97
110
4.33
Ø 50,5
Ø 54
¯ 2.13
=
20
50
60
2.36
130
5.12
70
56,5
80
3.15
0.79
2.75
2.22
A
30
=
=
¯ 0.35
Ø4
=
=
=
13
3.54
1.18
0.51
AA
Ø 9 (4x)
56,5
2.22
56,5
A
Ø 54
¯ 2.12
Ø 9 (4x)
Ø 50,5
¯ 0.35
Ø 9 (2x)
¯ 0.16
¯ 0.35
FSA 50
2.22
=
¯Ê1.99
Ø 95
¯ 3.74
=
A
13
FCQ 50
FC 50 A
A
0.51
AA
M8
K 180 - ... N
Non self-containing cylinders
Cu
Code
006N
010N
016N
025N
032N
040N
050N
inch
mm
inch
mm
inch
mm
0.24
6
3.38
86
3.15
80
0.39
10
3.94
100
3.54
90
0.63
16
4.96
126
4.33
110
0.98
25
6.10
155
5.12
130
1.26
32
7.17
182
5.91
150
1.57
40
8.27
210
6.69
170
1.97
50
9.45
240
7.48
190
A
97
O r d e r i n g e x a m p l e : (10) K 180 - 50 N
75
56,5
24
¯ 0.35
Ø9
2.95
2.22
0.94
75
56,5
2.95
Ø 50,5
¯ 1.99
2.22
Ø 44,5
¯ 1.75
0
8 -0.1
A
A-A
A
0.47
0.31
1.77
1.26
12
8
45
32
62
75
2.95
2.44
Ø 50,5
¯ 0.35 Ø 9 (4x)
¯ 1.99
20
0.79
Ø 43
12
0
0.31 -0.004
Ø 44,5
¯Ê1.69
PA CONNECTIONS TYPE
0.47
¯ 1.75
0.31
8
0.41
10,5
0.2
5
G1/8"
FS2A 50 FS2 50
L min
L ±0,25
AA
25
Ø 26
180 180 180 180 180 180 180 -
Lmin
A
0.98
¯Ê1.02
Cu
4 x (M6 x 8)
K
K
K
K
K
K
K
L
K
K 470
Cu
Code
K
K
K
K
K
K
470
470
470
470
470
470
-
010
016
025
032
040
050
L
Lmin
S
F0
F1
V0
Weight
in.3
cm3
70
5.90
95
3.54
90
10.2
165
4.33
110
14.8
238
167
5.31
135
20.3
327
200
6.30
160
25.8
416
240
7.48
190
32.5
523
inch
mm
inch
mm
inch
mm
0.39
10
3.15
80
2.76
0.63
16
4.17
106
0.98
25
5.31
135
1.26
32
6.57
1.57
40
7.87
1.97
50
9.45
in.2
P
cm2
psi
bar
4.81 31,16 2175
150
lb.
lb.
daN
daN
10520 4 675 17651 7 845
(±5%)
-------------
~ lb.
~ Kg
4.08
1,85
4.66
2,11
5.17
2,34
5.61
2,54
6.12
2,77
6.76
3,06
4 x (M8x8)
¯ 1.57
O 1.97
Ø 40
Force (lbs. daN)
S = piston section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
V0 = volume of gas
19520
8675
18395
8175
17270
7675
16145
7175
15020
6675
13895
6175
12770
5675
11645
5175
10520
4675
Ø 50
.39
.63
.98
1.26
1.57
1.97
Cu (inch)
17
Cu
0.04
1
M8
2,5
Ø 70
50
1.2
L
L min
45
18
0.71
¯ 2.95
±0.01
Ø 75
±0,3
CHARGING HOLE G1/8"
Cycles (in millions)
2,5
Ø 70
R0.1
¯ 2.76
1.0
40
35
0.8
30
25
0.6
20
0.4
Cycles / min.
±0.01
¯ 2.76
R0.1
±0,25
0.67
Force (lbs. daN) / stroke (inch) diagram
15
10
0.2
5
Ordering example:
(10) K 470 - 50
0
0
0
.39 .63
.98
1.26 1.57
1.97
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
98
Fixing
A
90
73,5
3.54
¯ 2.97
2.89
Ø 75,5
Ø 80
¯ 3.15
=
52,5
5.39
2
.9
5
Ø
75
50
137
2.5
2.95
160
¯
1.97
6.3
90
73,5
20
63,5
75
0.79
2.07
=
3.54
2.89
105
4.13
=
=
Ø 11 (4x)
A
30
=
115
1.18
Ø5
=
16
4.53
¯Ê0.2
A
0.63
AA
¯ 0.43
73,5
73,5
2.89
Ø 80
¯ 3.15
2.89
FCQ 75 A
=
Ø 75,5
Ø11 (4x)
A
¯ 2.97
Ø122
¯ 4.8
¯ 0.43
=
¯ 0.43
FSA 75
16
0.63
AA
Ø 11 (2x)
FC 75 A
ISO11901- 2
M10
K 470 - ... N
Non self-containing cylinders
Cu
Code
010N
016N
025N
032N
040N
050N
inch
mm
inch
mm
inch
mm
0.39
10
3.94
100
3.54
90
0.63
16
4.96
126
4.33
110
0.98
25
6.10
155
5.12
130
1.26
32
7.36
187
6.10
155
1.58
40
8.66
220
7.09
180
1.97
50
10.24
260
8.26
210
8
3.94
2.89
0
-0.1
100
73,5
0.94
24
3.94 100
2.89 73,5
¯ 2.97 Ø 75,5
¯ 2.7 Ø 68,5
FS2 75
L min
L ±0,25
0.47 12
0
0.32 -0.004
A
2.76
2.13
12
8
70
54
84
100
30
3.94
3.31
Ø 75,5
¯ 0.43 Ø 1
¯ 2.97
20
(10) K 470- 50 N
A
0.47
0.31
Ø 68,5
Ordering example:
99
0.79
Ø 67
A-A
¯ 2.70
¯Ê2.64
FS2A 75
0.31
8
0.41
10,5
0.2
5
G1/8"
PA CONNECTIONS TYPE
Ø 11
A
AA
¯ 0.43
Ø 40
470 470 470 470 470 470 -
Lmin
A
1.18
¯ 1.57
Cu
4 x (M8 x 8)
K
K
K
K
K
K
L
K
K 750
Cu
Code
K
K
K
K
K
K
750
750
750
750
750
750
-
010
016
025
032
040
050
L
Lmin
S
F0
F1
V0
Weight
in.3
cm3
80
10.1
163
3.94
100
16.9
273
4.72
120
24.1
388
33.8
545
41.2
663
53.1
855
inch
mm
inch
mm
inch
mm
0.39
10
3.54
90
3.15
0.63
16
4.57
116
0.98
25
5.71
145
1.26
32
7.17
182
5.91
150
1.57
40
8.27
210
6.69
170
1.97
50
10.04
255
8.07
205
in.2
P
cm2
psi
bar
7.75 50,27 2175
150
lb.
16965
lb.
daN
7540
daN
27697 12310
(±5%)
-------------
~ lb.
~ Kg
5.88
2,94
7.30
3,32
8.21
3,73
9.50
4,32
10.38
4,72
11.84
5,38
S = piston section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
V0 = volume of gas
27090 12040
25965 11540
4 x (M8x8)
¯ 2.05
Ø 52
O 2.17
Ø 55
23715 10540
22590 10040
21465
9540
20340
9040
19215
8540
18090
8040
16965
7540
.39
.63
.98
1.26
1.57
1.97
Cu (inch)
Force (lbs. daN) / stroke (inch) diagram
2,5
Ø 90
40
1.2
±0.01
Ø 95
± 0,3
CHARGING HOLE G1/8"
Cycles (in millions)
21
0.83
¯ 3.74
35
1.0
30
0.8
25
20
0.6
15
0.4
10
0.2
Ordering example:
(10) K 750 - 50
5
0
0
0
.39 .63
.98
1.26 1.58
1.97
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
Cycles / min.
Ø 90
R0.1
¯ 3.54
2,5
L min
L
±0.01
¯ 3.54
R0.1
0,25
0.79
20
Cu
0.04
1
M8
Force (lbs. daN)
24840 11040
100
Fixing
30
110
92
3.62
¯ 3.76
4.33
Ø 95,5
Ø 100
67,5
Ø
2.66
4
95
¯
145
.7
62,5
3
2.46
170
6.69
¯ 3.94
=
3.15
195
7.68
3.64
92
20
80
92,5
0.79
110
5.71
=
3.62
125
4.92
=
=
4.33
=
A
A
Ø5
=
18
Ø 13 (4x)
92
Ø 100
¯ 3.94
3.62
Ø 95,5
92
A
0.71
AA
¯ 0.51
3.62
=
¯Ê0.2
1.18
FCQ 95 A
A
18
¯ 3.76
¯ 5.91
¯ 0.51
Ø150
Ø 13 (4x)
=
¯ 0.53
FSA 95
0.71
AA
Ø 13,5 (2x)
FC 95 A
ISO11901- 2
M12
K 750 - ... N
Non self-containing cylinders
Cu
Code
mm
inch
mm
inch
mm
0.39
10
4.33
110
3.94
100
0.63
16
5.35
136
4.72
120
0.98
25
6.50
165
5.51
140
1.26
32
7.95
202
6.69
170
1.57
40
9.06
230
7.48
190
1.97
50
10.83
275
8.86
225
A
120
3.62
92,0
24
4.72
0.94
120
92,0
0
-0.1
4.72
Ø 95,5
¯ 3.76
8
3.62
Ø 88,5
0.47 12
0
0.31 -0.004
¯ 3.48
FS2 95
AA
L min
L ±0,25
inch
Ø 13
Ø 52
010N
016N
025N
032N
040N
050N
Lmin
¯Ê0.51
¯ 2.05
750 750 750 750 750 750 -
Cu
4 x (M8 x 8)
K
K
K
K
K
K
L
A
3.54
2.76
12
8
90
70
100
120
40
4.72
3.94
Ø 95,5
¯ 3.76
¯ 0.53
Ø 88,5
20
(10) K 750- 50 N
A
0.47
0.31
A
1.57
Ordering example:
101
0.79
Ø 87
A-A
¯ 3.48
¯Ê3.74
PA CONNECTIONS TYPE
FS2A 95
0.31
8
0.41
10,5
0.2
5
G1/8"
Ø 13
K
K 1200
Cu
Code
K 1200
K 1200
K 1200
K 1200
K 1200
K 1200
-
010
016
025
032
040
050
L
Lmin
S
F0
F1
V0
Weight
in.3
cm3
90
18.7
302
4.33
110
29.5
476
5.12
130
40.9
659
187
6.10
155
54.3
875
220
7.09
180
67.9
1094
260
8.27
210
84.3
1358
-------------
.98
1.26
inch
mm
inch
mm
inch
mm
0.39
10
3.94
100
3.54
0.63
16
4.96
126
0.98
25
6.10
155
1.26
32
7.36
1.57
40
8.66
1.97
50
10.24
in.2
P
cm2
psi
bar
12.17 78,50 2175
150
lb.
daN
lb.
daN
26505 11 780 42638 18 950
(±5%)
~ lb.
~ Kg
12.03
5,47
13.40
6,07
14.96
6,80
16.72
7,60
18.44
8,38
20.66
9,39
4 x (M10x8)
¯ 2.68
Ø 68
¯ 2.76
Ø 70
44505
19780
42255
18780
40005
17780
37755
16780
35505
15780
33255
14780
31005
13780
28755
12780
26505
11780
.39
0.04
Force (lbs. daN) / stroke (inch) diagram
1.97
2,5
0.85 21,5
1.57
Ø 115
1.2
40
35
22,5
0.89
¯ 4.72
±0.01 Ø 120
±0,3
CHARGING HOLE G1/8"
Cycles (in millions)
Ø 115
R0.1
¯ 4.53Ê
2,5
1.0
30
0.8
25
0.6
20
15
0.4
10
0.2
Ordering example:
(10) K1200 - 50
5
0
0
0
.39 .63
.98
1.26 1.58
1.97
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
Cycles / min.
L min
L
±0.01
¯ 4.53Ê
.63
Cu (inch)
R0.1
±0,25
Cu
1
M8
Force (lbs. daN)
S = piston section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
V0 = volume of gas
10
Fixing
30
5.83
109.5
130
A
5.12
¯ 4.74
4.31
Ø 120,5
Ø 125
=
.7
2
Ø
0
12
74
4
3.05
77,5
92,5
¯
2.91
195
7.68
¯ 4.92
148
20
3.64
4.13
220
8.66
130
109.5
165
0.79
5.12
4.31
=
6.49
=
105
=
=
21
Ø 13,5 (4x)
A
Ø 125
¯ 4.92
109,5
Ø5
=
¯ 0.53
FSA 120
Ø 13,5 (2x)
¯ 0.2
1.18
109,5
A
0.83
AA
¯ 0.53
4.31
=
Ø 120,5
Ø 13,5 (4x)
A
21
¯ 4.74
¯ 0.53
O 6.89
Ø 175
=
FCQ 120 A
0.83
AA
4.31
FC 120 A
ISO11901- 2
M12
K 1200 - ... N
Non self-containing cylinders
Cu
010N
016N
025N
032N
040N
050N
inch
mm
0.39
10
4.72
120
4.33
110
0.63
16
5.75
146
5.12
130
0.98
25
6.89
175
5.91
150
1.26
32
8.15
207
6.89
175
1.57
40
9.45
240
7.87
200
1.97
50
11.02
280
9.06
230
4.31
109,5
Ø 13
140
24
5.51
0.94
140
109,5
5.51
Ø 120,5
¯ 4.74
0
-0.1
4.31
Ø 113,5
¯ 4.47
0.31
12
0
-0.004 8
A
A-A
A
0.47
0.31
3.54
2.76
12
8
115
95
120
50
Ø 120,5
¯ 4.74
¯ 0.53
A
1.97
O r d e r i n g e x a m p l e : (10) K1200- 50 N
mm
A
0.47
Ø 113,5
20
0.79
10,5
0.41
Ø 112
inch
AA
¯ 4.47
5
0.2
8
0.31
10
¯Ê4.41
PA CONNECTIONS TYPE
FS2A 120 FS2 120
L min
L ±0,25
G1/8"
mm
¯Ê0.51
-
Cu
Ø 68
1200
1200
1200
1200
1200
1200
Lmin
inch
140
4 x (M10 X 8)
¯ 2.68
K
K
K
K
K
K
L
5.51
4.72
22 ,5 ¡
Code
Ø 13,5
K
K 1830
Cu
Code
K 1830
K 1830
K 1830
K 1830
K 1830
K 1830
-
010
016
025
032
040
050
L
Lmin
S
F0
F1
V0
Weight
in.3
cm3
~ lb.
~ Kg
100
34.4
555
20.3
9,20
4.72
120
51.7
832
22.9
10,4
5.51
140
70.0
1127
25.8
11,7
197
6.50
165
91.4
1471
28,9
13,1
235
7.68
195
117
1889
30,2
13,7
270
8.66
220
139
2244
36,2
16,4
inch
mm
inch
mm
inch
mm
0.39
10
4.33
110
3.94
0.63
16
5.35
136
0.98
25
6.50
165
1.26
32
7.75
1.57
40
9.25
1.97
50
10.62
in.2
P
cm2
psi
bar
19.03 122.7 2175
150
lb.
daN
lb.
daN
41422 18 410 61380 27280
(±5%)
4 x (M10x8)
¯ 3.54
Ø 90
¯ 3.94
Force (lbs. daN)
S = piston section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
V0 = volume of gas
77422
34410
72922
32410
68422
30410
63922
28410
59422
26410
54922
24410
50422
22410
42922
20410
41422
18410
Ø 100
1.26
1.57
Force (lbs. daN) / stroke (inch) diagram
1.97
2,5
0.04
.98
0.92 23,5
.63
Ø 145
1.2
40
24,5
0.96
¯ 5.9
±0.01
Ø 150
±0,3
CHARGING HOLE G1/8"
Cycles (in millions)
2,5
Ø 145
R0.1
¯ 5.71Ê
35
1.0
30
0.8
25
0.6
20
15
0.4
10
0.2
Ordering example:
(10) K1830 - 50
5
0
0
0
.39 .63
.98
1.26 1.58
1.97
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
Cycles / min.
L min
L
±0.01
¯ 5.71Ê
.39
Cu (inch)
R0.1
±0,25
Cu
1
M8
10
Fixing
30
= =
7.87
162
138
6.38
¯ 5.93
5.43
Ø 150,5
Ø 155
¯ 6.10
6.38
162
5.43
138
=
20
95
4.33
4.92
230
260
¯5
9.05
10.24
=
200
110
125
0.79
=
=
27
A
Ø5
A
1.06
Ø 17,5 (4x)
A
¯ 0.19
AA
¯ 0.69
FCQ 150 A
138
Ø 155
¯ 6.10
1.18
138
5.43
Ø 150,5
Ø 17,5 (4x)
5.43
=
¯ 5.92
¯ 0.69
Ø 13,5 (2x)
¯ 8.66
Ø 220
=
A
27
.9 Ø
0
15
3.60 91,5 3.74
7.87 200
1.06
AA
¯ 0.53
FSA 150
FC 150 A
ISO11901- 2
M12
K 1830 - ... N
,5 ¡
Cu
Code
45¡
22
Non self-containing cylinders
Ø 90
4 x (M10x8)
1830
1830
1830
1830
1830
1830
-
010N
016N
025N
032N
040N
050N
Lmin
inch
mm
inch
mm
inch
mm
0.39
10
5.12
130
4.72
120
0.63
16
6.14
156
5.51
140
0.98
25
7.28
185
6.30
160
1.26
32
8.54
217
7.28
185
1.57
40
10.04
255
8.46
215
1.97
50
11.42
290
9.45
240
K
138
Ø 17,5
5.43
¯ 0.69
190
24
138
7.48
0.94
190
5.43
Ø 150,5
¯ 5.92
0
-0.1
7.48
Ø 143,5
¯ 5.65
12
0
-0.004 8
A
A-A
A
0.47
0.31
5.71
4.72
12
8
145
120
165
190
60
7.48
6.50
Ø 150,5
¯ 0.69
A
2.36
O r d e r i n g e x a m p l e : (10) K1830- 50 N
105
0.31
¯ 5.93
20
0.79
Ø 142
0.47
Ø 143,5
¯Ê5.59
PA CONNECTIONS TYPE
A
AA
¯ 5.65
0.31
8
0.41
10,5
0.28
7
G1/8"
FS2A 150 FS2 150
L min
L ±0,25
Cu
¯ 3.54
K
K
K
K
K
K
L
Ø 17,5
(
ML
GENERAL
INFORMATION
BODY
-Internal surface burnished for maximum efficiency of static O-Ring
-Black oxided
ROD
-One piece construction for greater safety
-Nitrided surface with hardness ab. 1200 HV for maximum durability, no wearing for optimum life of seal
-Lapped surface “mirror like” with roughness Ra 0,05µ for maximum performances, smoothest friction, lower over all temperature, longer lasting and less wear to the seal
GUIDE & SEAL
-Two non-metallic self-lubricating guide elements for lower friction, longer lasting and minimized
side loading
-Wiper rod to protect inside room from contaminants
-Polyurethane dynamic rod seal
-Permanent self-lubricating circular room for maximum lubricating and smoother working conditions
of the rod seal for greater life
-C-style retaining ring to ensures operator best safety and prevents from opening a charged cylinder
-Designed and built for easy, rapid and inexpensive maintenance
LUBRICATION
-Double permanent self-lubrication to maximize working performances in any position and minimize
over heating anytime
USE
-Self contained
-Hose system: subjected to supply a specific .79” (20mm) higher body
LOADING PRESSURE
-Minimum allowed 290 psi (20 bar)
-Maximum allowed 2900 psi (200 bar)
-For hose applications it is suggested to calculate the forces by charging at about 2175 psi (150 bar).
In this case the user can adjust the required force by increasing charging pressure up to the maximum
allowed of 2900 psi (200 bar) anytime
SPEED - LIFETIME
-The maximum recommended speed (cycles/minute) and the minimum estimated life are easily indicated
by specific graphs for each model
106
one piece rod
rod wiper
permanent
self-lubrication
chamber
self-lubricating
guide elements
body
rod seal
plug
spring
ball
O-Ring seal
retaining ring
O-Ring seal
end plate
Series
107
ML 300
ML 500
ML 1000
ML 1800
ML 4700
ML 7500
ML 12000
ØD
ML
charging hole
Cu
L
F0
Page
inch
mm
inch
mm
inch
mm
lb.
daN
0.98
25
0.39 - 3.15
10 - 80
2.95 - 8.66
75 - 220
698
310
1.26
32
0.39 - 3.15
10 - 80
2.95 - 8.86
75 - 225
1149
510
1.50
38
0.39 - 3.15
10 - 80
2.95 - 9.45
75 - 240
2205
980
1.97
50
0.59 - 3.15
15 - 80
3.74 - 9.65
95 - 245
4335
1925
2.95
75
0.59 - 3.15
15 - 80
3.94 - 9.84
100 - 250
11081
4925
3.74
95
0.59 - 3.15
15 - 80
4.53 - 10.24
115 - 260
17325
7700
4.72
120
0.59 - 3.15
15 - 80
4.53 - 10.43
115 - 265
28620
12720
108
109
110
112
114
116
118
ML 300
Cu
Code
ML
ML
ML
ML
ML
ML
ML
300
300
300
300
300
300
300
-
010
015
025
038
050
063
080
L
Lmin
inch
mm
inch
mm
inch
mm
0.39
10
2.95
75
2.56
65
0.59
15
3.35
85
2.76
70
0.98
25
4.13
105
3.15
80
1.50
38
5.12
130
3.62
92
1.97
50
6.10
155
4.13
105
2.48
63
7.28
185
4.80
122
3.15
80
8.66
220
5.51
140
S
in.2
0.24
P
F0
psi
cm2
1.54
lb.
bar
2900
200
F1
daN
698
310
lb.
1241
Weight
~ lb.
daN
---------------
551
(±5%)
~ Kg
0.40
0,18
0.42
0,19
0.49
0,22
0.55
0,25
0.62
0,28
0.73
0,33
0.84
0,38
Force (lbs. daN)
S = rod section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
1598
710
1485
660
1373
610
1260
560
1148
510
1035
460
923
410
810
360
698
310
.39 .59
.98
1.50
1.97
2.48
3.15
Cu (inch)
Ordering example:
(10) ML 300 - 50
4
160
3.5
140
3
120
2.5
100
2
80
1.5
60
1
40
0.5
20
0
0
0
.39
.98
.59
1.5 1.97
2.48
3.15
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
Cycles / min.
Cycles (in millions)
Force (lbs. daN) / stroke (inch) diagram
108
ML 500
Cu
Code
ML
ML
ML
ML
ML
ML
ML
500
500
500
500
500
500
500
-
010
015
025
038
050
063
080
L
Lmin
inch
mm
inch
mm
inch
mm
0.39
10
2.95
75
2.56
65
0.59
15
3.35
85
2.76
70
0.98
25
4.13
105
3.15
80
1.50
38
5.12
130
3.62
92
1.97
50
6.10
155
4.13
105
2.48
63
7.48
190
5.00
127
3.15
80
8.86
225
5.71
145
S
in.2
0.39
P
psi
cm2
2.54
F0
bar
2900
200
lb.
F1
daN
1149
510
lb.
1980
Weight
~ lb.
daN
---------------
879
(±5%)
~ Kg
0.66
0,30
0.73
0,33
0.79
0,36
0.93
0,42
1.02
0,46
1.19
0,54
1.39
0,63
Force (lbs. daN)
S = rod section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
2161
960
2049
910
1936
860
1824
810
1711
760
1599
710
1486
660
1374
610
1261
560
1149
510
.39 .59
.98
1.50
1.97
2.48
3.15
Cu (inch)
Ordering example:
(10) ML 500 - 50
109
4
160
3.5
140
3
120
2.5
100
2
80
1.5
60
1
40
0.5
20
ML
Cycles / min.
Cycles (in millions)
Force (lbs. daN) / stroke (inch) diagram
0
0
0
.39
.98
.59
1.5 1.97 2.48
3.15
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
ML 1000
Cu
Code
ML
ML
ML
ML
ML
ML
ML
1000
1000
1000
1000
1000
1000
1000
-
010
015
025
038
050
063
080
L
Lmin
inch
mm
inch
mm
inch
mm
0.39
10
2.95
75
2.56
65
0.59
15
3.35
85
2.76
70
0.98
25
4.13
105
3.15
80
1.50
38
5.31
135
3.82
97
1.97
50
6.30
160
4.33
110
2.48
63
8.07
205
5.59
142
3.15
80
9.45
240
6.30
160
S
in.2
0.75
P
psi
cm2
4,91
F0
bar
2900
200
lb.
F1
daN
2205
980
lb.
1241
Weight
~ lb.
daN
---------------
1764
(±5%)
~ Kg
0.88
0,40
0.95
0,43
1.08
0,49
1.28
0,58
1.46
0,66
1.77
0,80
1.92
0,87
Force (lbs. daN)
S = rod section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
4905
2180
4455
1980
4005
1780
3555
1580
3105
1380
2655
1180
2205
980
.39 .59
.98
1.50
1.97
2.48
3.15
Cu (inch)
Ordering example:
(10) ML 1000 - 50
4
160
3.5
140
3
120
2.5
100
2
80
1.5
60
1
40
0.5
20
0
0
0
.39
.98
.59
1.5 1.97
2.48
3.15
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
Cycles / min.
Cycles (in millions)
Force (lbs. daN) / stroke (inch) diagram
110
Fixing
ML1000 - ... N
Non self-containing cylinders
Cu
Code
ML
ML
ML
ML
ML
ML
ML
1000
1000
1000
1000
1000
1000
1000
-
010N
015N
025N
038N
050N
063N
080N
L
inch
mm
inch
0.39
10
0.59
15
0.98
1.50
Lmin
mm
inch
mm
3.74
95
3.35
85
4.13
105
3.54
90
25
4.92
125
3.94
100
38
6.10
155
4.61
117
1.97
50
7.09
180
5.12
130
2.48
63
8.86
225
6.38
162
3.15
80
10.23
260
7.09
180
Ordering example:
(10) ML 1000 - 50 N
¯ 0.27
0
-0.1
55
40
0.2
5
2.16 55
1.57 40
4
2.16
1.57
Ø7
A
0.27 7
0
0.16 -0.004
¯ 1.51 Ø 38,5
¯ 1.36 Ø 34,5
FS2 38
AA
A
111
ML
ML 1800
Cu
Code
ML
ML
ML
ML
ML
ML
1800
1800
1800
1800
1800
1800
-
015
025
038
050
063
080
L
Lmin
inch
mm
inch
mm
inch
mm
0.59
15
3.74
95
3.15
80
0.98
25
4.53
115
3.54
90
1.50
38
5.90
150
4.41
112
1.97
50
6.89
175
4.92
125
2.48
63
8.07
205
5.59
142
3.15
80
9.65
245
6.50
165
S
in.2
1.49
P
psi
cm2
9,62
F0
bar
2900
200
lb.
F1
daN
4335
1925
lb.
7831
Weight
~ lb.
daN
-------------
3477
(±5%)
~ Kg
1.85
0,84
2.03
0,92
2.45
1,11
2.69
1,22
3.05
1,38
3.47
1,57
Force (lbs. daN)
S = rod section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
8840
3925
7714
3425
6588
2925
5462
2425
4335
1925
.59
.98
1.50
1.97
2.48
3.15
Cu (inch)
Force (lbs. daN) / stroke (inch) diagram
2
160
120
1.5
100
80
1
60
0.5
Cycles / min.
Cycles (in millions)
140
40
20
Ordering example:
(10) ML 1800 - 50
0
0
0
.59 .98
1.5 1.97 2.48
3.15
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
112
30
80
3.15
=
0.79
=
7
Ø
1.57
40
.9
50
37,5
1
¯
1.48
5.12
4.33
130
110
1.97
2.36
50
20
90
=
60
=
3.54
1.18
¯ 0.35
FSA 50
Ø 9 (2x)
Fixing
M8
ML1800 - ... N
Non self-containing cylinders
Cu
Code
ML
ML
ML
ML
ML
ML
1800
1800
1800
1800
1800
1800
-
015N
025N
038N
050N
063N
080N
L
Lmin
inch
mm
inch
mm
inch
mm
0.59
15
4.52
115
3.94
100
0.98
25
5.31
135
4.33
110
1.50
38
6.69
170
5.20
132
1.97
50
7.68
195
5.71
145
2.48
63
8.86
225
6.38
162
3.15
80
10.43
265
7.28
185
Ordering example:
(10) ML 1800 - 50 N
113
80
3.15
=
=
20
7
Ø
50
1.57
40
¯
.9
M8
90
1.97
1
37,5
4.33
110
2.36
50
60
0.79
3.54
=
130
=
8
45
32
62
75
25
2.95
2.44
Ø 50,5
¯ 1.99
¯ 0.35
24
30
1.48
1.18
5.12
Ø 9 (2x)
¯ 0.35
FSA 50
A
1.77
1.26
12
¯ 0.35 Ø 9 (4x)
Ø 44,5
56,5
0.47
0.31
¯ 1.75
2.22
A
A-A
FS2A 50
75
Ø9
2.95
0.94
75
56,5
2.95
Ø 50,5
¯ 1.99
2.22
Ø 44,5
12
0
0
0.31 -0.004 8 -0.1
¯ 1.75
FS2 50
0.47
A
0.98
A
AA
ML
ML 4700
Cu
Code
ML
ML
ML
ML
ML
ML
4700
4700
4700
4700
4700
4700
-
015
025
038
050
063
080
L
Lmin
inch
mm
inch
mm
inch
mm
0.59
15
3.94
100
3.35
85
0.98
25
4.72
120
3.74
95
1.50
38
5.91
150
4.41
112
1.97
50
7.09
180
5.12
130
2.48
63
8.27
210
5.79
147
3.15
80
9.84
250
6.69
170
S
in.2
3.80
P
psi
cm2
24,63
F0
bar
2900
200
lb.
F1
daN
lb.
Weight
~ lb.
daN
-------------
11081 4925 18800 8347
(±5%)
~ Kg
4.15
1,88
4.59
2,08
5.21
2,36
5.85
2,65
6.45
2,92
7.15
3,24
Force (lbs. daN)
S = rod section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
21206
9425
20081
8925
18956
8425
17831
7925
16706
7425
15581
6925
14456
6425
13331
5925
12206
5425
11081
4925
.59
.98
1.50
1.97
2.48
3.15
Cu (inch)
Force (lbs. daN) / stroke (inch) diagram
2
160
120
1.5
100
1
80
60
Cycles / min.
Cycles (in millions)
140
40
0.5
20
Ordering example:
(10) ML 4700 - 50
0
0
0
.59 .98
1.5 1.97
2.48
3.15
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
114
30
105
4.13
=
0.79
=
5
Ø
75
¯
1.97
6.3
.9
2.07
52,5
2
5.39
160
137
2.5
2.95
63,5
20
115
=
50
=
4.53
1.18
75
¯ 0.43
FSA 75
Ø 11 (2x)
Fixing
M10
ML4700 - ... N
Non self-containing cylinders
Cu
Code
ML
ML
ML
ML
ML
ML
4700
4700
4700
4700
4700
4700
-
015N
025N
038N
050N
063N
080N
L
Lmin
inch
mm
inch
mm
inch
mm
0.59
15
4.72
120
4.13
105
0.98
25
5.70
140
4.53
115
1.50
38
6.69
170
5.20
132
1.97
50
7.87
200
5.91
150
2.48
63
9.06
230
6.57
167
3.15
80
10.63
270
7.48
190
Ordering example:
(10) ML 4700 - 50 N
105
4.13
=
=
20
¯
.9
5
75
2.07
Ø
115
52,5
2
50
5.39
137
2.5
2.95
63,5
75
0.79
M10
115
4.53
=
160
=
0.47
0.31
2.76
2.13
12
8
70
54
84
100
30
3.94
3.31
Ø 75,5
¯ 2.97
¯ 0.43 Ø 11 (4x)
Ø 68,5
24
30
1.97
1.18
6.3
¯ 0.43
FSA 75
Ø 11 (2x)
A
A
¯ 2.70
73,5
FS2A 75
Ø 11
A-A
¯ 0.43
0
-0.1
100
0.94
8
3.94
2.89
3.94 100
2.89 73,5
¯ 2.97 Ø 75,5
¯ 2.7 Ø 68,5
FS2 75
0.47 12
0
0.32 -0.004
A
1.18
A
AA
ML
ML 7500
Cu
Code
ML
ML
ML
ML
ML
ML
7500
7500
7500
7500
7500
7500
-
015
025
038
050
063
080
L
Lmin
inch
mm
inch
mm
inch
mm
0.59
15
4.53
115
3.94
100
0.98
25
5.31
135
4.33
110
1.50
38
6.50
165
5.00
127
1.97
50
7.48
190
5.51
140
2.48
63
8.66
220
6.18
157
3.15
80
10.24
260
7.09
180
S
in.2
5.94
P
psi
cm2
38,48
F0
bar
2900
200
lb.
F1
daN
lb.
Weight
~ lb.
daN
-------------
17325 7700 28182 12513
(±5%)
~ Kg
7.79
3,53
8.48
3,84
9.71
4,40
10.31
4,67
11.37
5,15
12.72
5,76
S = rod section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
33075
14700
Force (lbs. daN)
30825 13700
28575 12700
26325
11700
24075
10700
21825
9700
19575
8700
17325
7700
.59
.98
1.50
1.97
2.48
3.15
Cu (inch)
Force (lbs. daN) / stroke (inch) diagram
2
160
1.5
120
100
80
1
60
0.5
Cycles / min.
Cycles (in millions)
140
40
20
Ordering example:
(10) ML 7500 - 50
0
0
0
.59 .98
1.5 1.97
2.48
3.15
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
116
125
4.92
=
0.79
=
4
Ø
2.66
67,5
.7
95
62,5
3
¯
2.46
170
6.69
3.15
195
7.68
3.64
80
20
145
=
5.71
=
92,5
FSA 95
30
1.18
¯ 0.53
Ø 13,5 (2x)
Fixing
M12
ML7500 - ... N
Non self-containing cylinders
Cu
Code
ML
ML
ML
ML
ML
ML
7500
7500
7500
7500
7500
7500
-
015N
025N
038N
050N
063N
080N
L
Lmin
inch
mm
inch
mm
inch
mm
0.59
15
5.31
135
4.72
120
0.98
25
6.10
155
5.12
130
1.50
38
7.28
185
5.79
147
1.97
50
8.27
210
6.53
160
2.48
63
9.45
240
6.97
177
3.15
80
11.02
280
7.87
200
Ordering example:
(10) ML 7500 - 50 N
117
30
125
4.92
=
=
20
¯
.7
Ø
95
2.66
4
M12
145
67,5
3
62,5
3.15
170
6.69
3.64
80
92,5
0.79
5.71
=
195
=
2.46
1.18
7.68
¯ 0.53
FSA 95
Ø 13,5 (2x)
A
A-A
A
0.47
0.31
3.54
2.76
12
8
90
70
100
120
40
A
1.57
Ø 95,5
¯ 3.76
4.72
3.94
Ø 88,5
¯ 0.53
¯ 3.48
92,0
FS2A 95
3.62
¯Ê0.51
120
24
4.72
0.94
120
92,0
0
-0.1
4.72
Ø 95,5
¯ 3.76
8
3.62
Ø 88,5
¯ 3.48
FS2 95
0.47 12
0
0.31 -0.004
Ø 13
A
AA
Ø 13,5
(4x)
ML
ML12000
Cu
Code
ML
ML
ML
ML
ML
ML
12000
12000
12000
12000
12000
12000
-
015
025
038
050
063
080
L
Lmin
inch
mm
inch
mm
inch
mm
0.59
15
4.53
115
3.94
100
0.98
25
5.31
135
4.33
110
1.50
38
6.50
165
5.00
127
1.97
50
7.68
195
5.71
145
2.48
63
8.86
225
6.38
162
3.15
80
10.43
265
7.28
185
S
in.2
9.82
P
psi
cm2
63,62
F0
bar
2900
200
lb.
F1
daN
lb.
Weight
~ lb.
daN
-------------
286201272047556 21115
(±5%)
~ Kg
12.89
5,84
14.46
6,55
16.00
7,25
17.79
8,06
20.18
9,14
21.72
9,84
Force (lbs. daN)
S = rod section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
55620
24720
51120
22720
46620
20720
42120
18720
37620
16720
33120
14720
28620
12720
.59
.98
1.50
1.97
2.48
3.15
Cu (inch)
Force (lbs. daN) / stroke (inch) diagram
160
2
120
1.5
100
80
1
60
Cycles / min.
Cycles (in millions)
140
40
0.5
20
Ordering example:
(10) ML 12000 - 50
0
0
0
.59 .98
1.5 1.97
2.48
3.15
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
118
30
148
5.83
=
0.79
=
77,5
.7
2
Ø
3.05
195
7.68
4
0
12
74
220
8.66
3.64
4.13
92,5
20
165
=
¯
2.91
=
6.49
1.18
105
¯ 0.53
FSA 120
Ø 13,5 (2x)
Fixing
M12
ML12000 - ... N
Non self-containing cylinders
Cu
Code
ML12000
ML12000
ML12000
ML12000
ML12000
ML12000
-
015N
025N
038N
050N
063N
080N
L
Lmin
inch
mm
inch
mm
inch
mm
0.59
15
5.31
135
4.72
120
0.98
25
6.10
155
5.12
130
1.50
38
7.28
185
5.79
147
1.97
50
8.46
215
6.50
165
2.48
63
9.65
245
7.17
182
3.15
80
11.22
285
8.07
205
Ordering example:
(10) ML 12000 - 50 N
119
30
5.83
148
=
=
¯
.7
2
Ø
0
12
3.05
195
7.68
4
M12
165
220
8.66
3.64
77,5
92,5
20
74
0.79
6.49
=
105
=
2.91
1.18
4.13
Ø 13,5 (2x)
¯ 0.53
FSA 120
A
12
8
95
¯ 0.53
50
24
0.94
140
109,5
5.51
Ø 120,5
¯ 4.74
4.31
Ø 113,5
¯Ê0.51
0.47
0.31
A
1.97
109,5
115
120
4.31
140
8
A
3.54
2.76
5.51
4.72
0.31
A-A
Ø 120,5
140
¯ 4.74
5.51
Ø 113,5
12
¯ 4.47
0.47
FS2A 120
A
¯ 4.47
FS2 120
AA
Ø 13,5
(4x)
ML
LS
GENERAL
INFORMATION
BODY
-One piece construction for greater safety
-Internal surface burnished for maximum efficiency of static O-Ring
-Black oxided
ROD
-One piece construction for greater safety
-Nitrided surface with hardness ab. 1200 HV for maximum durability, no wearing for optimum life of seal
-Lapped surface “mirror like” with roughness Ra 0,05µ for maximum performances, smoothest friction, lower over all temperature, longer lasting and less wear to the seal
BUSHING / GUIDE & SEAL
-One piece construction
-Two non-metallic self-lubricating guide elements for lower friction, longer lasting and minimize
side loading
-Wiper rod to protect inside room from contaminants
-Polyurethane dynamic rod seal
-Permanent self-lubricating circular room for maximum lubricating and smoother working conditions
of the rod seal for greater life
-C-style retaining ring ensures operator safety and prevents from opening a charged cylinder
-Designed and built for easy, rapid and inexpensive maintenance
LUBRICATION
-Double permanent self-lubrication to maximize working performances in any position and minimize
over heating anytime
USE
-Self contained
-Hose system: for this application the cylinders are easily converted by removing the protective screw,
locking nut and one way valve
LOADING PRESSURE
-Minimum allowed 290 psi (20 bar)
-Maximum allowed 2175 psi (150 bar)
-For hose applications it is suggested to calculate the forces by charging at about 1450 psi (100 bar).
In this case the user can adjust the required force by increasing charging pressure up to the maximum
allowed of 2175 psi (150 bar) anytime
SPEED - LIFETIME
-The maximum recommended speed (cycles/minute) and the minimum estimated life are easily indicated
by specific graphs for each model
120
Zero force on contact. Drastically reduced noise and vibration. Great improvement in ambient and production conditions. Dimensionally interchangeable with the SC/ISO series.
INITIAL IMPACT VIBRATIONS
FORCE CURVE
12,5
10,0
LS series
Standard series
7,5
F1
F0
2,5
0
- 2,5
Force
Acceleration [g]
5,0
LS series
Standard series
- 5,0
- 7,5
- 10,0
0
C ls
- 12,5
-0,2
0
0,2
Time [sec]
0,4
Cu
Stroke
0,6
one piece rod
retaining ring
permanent
self-lubrication
chamber
rod wiper
self-lubricating
guide elements
O-Ring seal
bushing
rod seal
one piece body
one way valve
charging hole plug
Series
121
LS
LS
LS
LS
1500
2400
3000
4200
nut
ØD
Cu
L
F0
Page
inch
mm
inch
mm
inch
mm
lb.
daN
2.95
75
0.98 - 11.81
25 - 300
6.30 - 27.95
160 - 710
3581
1590
2.95
75
0.98 - 11.81
25 - 300
6.30 - 27.95
160 - 710
5372
2385
3.74
95
0.98 - 11.81
25 - 300
6.69 - 28.34
170 - 720
6374
2830
3.74
95
0.98 - 11.81
25 - 300
6.69 - 28.34
170 - 720
9550
4240
122
124
126
128
LS
LS 1500
Cu
Code
LS
LS
LS
LS
LS
LS
LS
LS
LS
LS
LS
1500 1500 1500 1500 1500 1500 1500 1500 1500 1500 1500 -
025
038
050
063
080
100
125
160
200
250
300
L
Lmin
inch
mm
inch
mm
inch
mm
0.98
25
6.30
160
5.31
1.50
38
7.32
186
1.97
50
8.27
210
2.48
63
9.33
3.15
80
10.63
3.94
100
4.92
125
6.30
7.87
S
in.2
8.19
3,71
5.83
148
8.37
3,79
6.30
160
8.59
3,89
237
6.83
173,5
9.89
4,48
270
7.48
190
10.44
4,73
12.20
310
8.27
210
10.79
4,89
14.17
360
9.25
235
12.30
5,57
160
16.93
430
10.63
270
13.97
6,33
200
20.08
510
12.20
310
15.87
7,19
9.84
250
24.02
610
14.17
360
20.28
9,19
11.81
300
27.95
710
16.14
410
24.37
11,04
2.45
Force (lbs. daN)
7631
3390
7181
3190
6731
2990
6281
2790
5831
2590
5381
2390
4931
2190
4481
1990
Ø 1.77 Ø 45
4031
1790
Ø 0.79 Ø 20
3581
1590
5
(Cls)
1450
3
0.12
3581
1590
6898
3063
.98 1.97 3.15
4.92
1.50 2.48 3.94
6.30
7.87
9.84
11.81
Cu (inch)
18
Cu
100
daN
(±5%)
M8 x 13 (4x)
Ø 1.57 Ø 40
15,9
daN
lb.
Weight
135
bar
lb.
F1
~ Kg
cm2
psi
F0
~ lb.
G 1/8"
0.20
P
2,5
0.71
Force (lbs. daN) / stroke (inch) diagram
120
L min
0,25
2.5
2
80
1.5
60
1
40
0.5
20
Cycles / min.
100
8
Ø 2.95 ± 0.01
Ø 75 ± 0.3
0.31
0.41
10,5
0.20
5
Ø 2.64 Ø 67
Cycles (in millions)
±0.01
L
3
R 0.1
Ø 2.76 Ø 70
Ordering example:
(10) LS 1500 - 50
0
0
.98 1.97 3.15
4.92 6.30
1.50 2.48 3.94
7.87
9.84
11.81
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
122
Fixing
ISO11901- 2
30
5
Ø
75
(4x)
(4x)
100
¯ 0.71
Ø 18
3.94
2.89
(4x) ¯ 0.35
73,5
Ø9
Ø 15
(4x) ¯ 0.59
Ø 11
S = rod section area
P = nominal charging pressure
90
73,5
A
M10
123
84
100
90
73,5
3.54
2.89
4.53
¯
.9
115
52,5
2
3.54
2.89
LS
1.97
5.39
137
2.5
2.95
160
6.3
=
20
63,5
75
0.79
=
16
=
2.07
=
A
0.63
AA
105
4.13
=
=
70
54
¯ 0.43 Ø 11 (4x)
Ø 75,5
FCQ 75 A
A
Ø5
50
1.18
2.76
2.13
12
8
30
0.94
73,5
2.89
Ø 80
¯ 3.15
Ø11 (4x)
Ø 75,5
¯ 0.43
73,5
2.89
¯Ê0.2
¯ 0.43
FSA 75
=
¯ 2.97
Ø122
¯ 4.8
=
A
Ø 40
A
A
16
0.63
AA
Ø 11 (2x)
FC 75 A
A
¯ 1.57
3.94
3.31
Ø 11 (4x)
24
3.94 100
2.89 73,5
¯ 2.97 Ø 75,5
¯ 0.43
0.47
0.31
Ø 75,5
100
73,5
12
¯ 2.97
8
Ø 80
3.94
2.89
12
100
73,5
A
¯ 3.15
0.47
0.32
14
A-A
Ø 11 (4x)
AA
¯ 2.7 Ø 68,5
FS2 75
A
0.47
¯ 2.97
Ø 9 (4x)
A
20
FS2A 75
0.79
3.94
2.89
20
¯ 0.43
¯ 0.35
12
Ø 40
¯ 0.43
73,5
100
3.94
2.89
Ø 18 (4x)
.47
¯Ê1.57
0.79
0.55
Ø 68,5
73,5
A
¯ 2.70
2.89
FBA 75
Ø 11 (4x)
100
¯ 0.59
Ø 15 (4x)
¯ 0.43
14
¯ 0.71
FB 75
0.55
A-A
3.94
1.18
A
AA
F0 = nominal initial force
F1 = average final force
V0 = volume of gas
LS 2400
Cu
Code
LS
LS
LS
LS
LS
LS
LS
LS
LS
LS
LS
2400 2400 2400 2400 2400 2400 2400 2400 2400 2400 2400 -
025
038
050
063
080
100
125
160
200
250
300
L
Lmin
inch
mm
inch
mm
inch
mm
0.98
25
6.30
160
5.31
1.50
38
7.32
186
1.97
50
8.27
210
2.48
63
9.33
3.15
80
10.63
3.94
100
4.92
125
6.30
7.87
S
in.2
8.19
3,71
5.83
148
8.37
3,79
6.30
160
8.59
3,89
237
6.83
173,5
9.89
4,48
270
7.48
190
10.44
4,73
12.20
310
8.27
210
10.79
4,89
14.17
360
9.25
235
12.30
5,57
160
16.93
430
10.63
270
13.97
6,33
200
20.08
510
12.20
310
15.87
7,19
9.84
250
24.02
610
14.17
360
20.28
9,19
11.81
300
27.95
710
16.14
410
24.37
11,04
2.45
12122
5385
10998
4885
9873
4385
8747
3885
7622
3385
6497
2885
5372
2385
Force (lbs. daN)
Ø 40
2175
150
5372
daN
2385 10358 4599
(±5%)
M8 x 13 (4x)
Ø 1.57
15,9
daN
lb.
Weight
135
bar
lb.
F1
~ Kg
cm2
psi
F0
~ lb.
G 1/8"
Ø 1.77 Ø 45
Ø 0.79 Ø 20
3
0.20
5
(Cls)
P
6.30
7.87
9.84
11.81
Cu (inch)
18
Cu
0.12
.98 1.97 3.15
4.92
1.50 2.48 3.94
2,5
0.71
Force (lbs. daN) / stroke (inch) diagram
120
8
Ø 2.95 ± 0.01
Ø 75 ± 0.3
80
1
60
Ordering example:
(10) LS 2400 - 50
40
0.5
20
0
0
.98 1.97 3.15
4.92 6.30
1.50 2.48 3.94
7.87
9.84
11.81
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
Cycles / min.
100
1.5
0.31
0.41
10,5
0.20
5
Ø 2.64 Ø 67
Cycles (in millions)
L min
0,25
±0.01
L
2
R 0.1
Ø 2.76 Ø 70
124
Fixing
ISO11901- 2
30
5
Ø
75
(4x)
(4x)
100
¯ 0.71
Ø 18
3.94
2.89
(4x) ¯ 0.35
73,5
Ø9
Ø 15
(4x) ¯ 0.59
Ø 11
M10
125
S = rod section area
P = nominal charging pressure
84
90
73,5
A
90
73,5
3.54
2.89
Ø 75,5
4.53
.9
115
52,5
2
¯
3.54
2.89
LS
1.97
5.39
137
2.5
2.95
160
=
20
63,5
75
0.79
=
16
=
2.07
=
A
0.63
AA
105
4.13
=
=
¯ 0.43 Ø 11 (4x)
¯ 2.97
FCQ 75 A
A
Ø 80
73,5
Ø5
50
1.18
6.3
Ø 11 (2x)
¯Ê0.2
70
54
30
0.94
73,5
2.89
¯ 3.15
Ø11 (4x)
=
Ø 75,5
¯ 0.43
A
¯ 2.97
Ø122
¯ 4.8
=
¯ 0.43
FSA 75
16
0.63
AA
2.76
2.13
12
8
A
2.89
FC 75 A
A
0.47
0.31
100
Ø 11 (4x)
24
3.94 100
2.89 73,5
¯ 2.97 Ø 75,5
¯ 0.43
A
3.94
3.31
100
73,5
12
Ø 75,5
8
Ø 40
A
Ø 80
3.94
2.89
12
100
73,5
¯ 1.57
A-A
¯ 3.15
0.47
0.32
0.47
Ø 11 (4x)
AA
¯ 2.7 Ø 68,5
FS2 75
A
14
¯ 2.97
Ø 9 (4x)
A
20
3.94
2.89
20
¯ 0.43
0.79
¯ 0.43
¯ 0.35
12
Ø 40
0.79
0.55
Ø 68,5
3.94
2.89
100
73,5
Ø 18 (4x)
.47
¯Ê1.57
A
¯ 2.70
73,5
FBA 75
2.89
¯ 0.59
Ø 11 (4x)
100
FS2A 75
Ø 15 (4x)
¯ 0.43
14
¯ 0.71
FB 75
0.55
A-A
3.94
1.18
A
AA
F0 = nominal initial force
F1 = average final force
V0 = volume of gas
LS 3000
Cu
Code
LS
LS
LS
LS
LS
LS
LS
LS
LS
LS
LS
3000 3000 3000 3000 3000 3000 3000 3000 3000 3000 3000 -
025
038
050
063
080
100
125
160
200
250
300
L
Lmin
inch
mm
inch
mm
inch
mm
0.98
25
6.69
170
5.71
1.50
38
7.72
196
1.97
50
8.66
220
2.48
63
9.72
3.15
80
11.02
3.94
100
4.92
125
6.30
7.87
S
in.2
12.56
5,69
6.22
158
14.30
6,48
6.69
170
14.94
6,77
247
7.22
183,5
15.10
6,84
280
7.87
200
15.96
7,23
12.60
320
8.66
220
17.55
7,95
14.57
370
9.65
245
21.15
9,58
160
17.32
440
11.02
280
24.04
10,89
200
20.47
520
12.60
320
24.35
11,03
9.84
250
24.41
620
14.57
370
26.62
12,06
11.81
300
28.35
720
16.54
420
28.74
13,02
28,27
1450
100
daN
6374
daN
2830 12691 5635
(±5%)
15374
6830
14249
6330
13124
5830
11999
5330
10874
4830
9749
4330
8624
3830
Ø 2.36 Ø 60
7501
3330
Ø 1.38 Ø 35
6374
2830
Force (lbs. daN)
M8 x 13 (4x)
Ø 2.36 Ø 60
bar
lb.
Weight
145
4.36
lb.
F1
~ Kg
cm2
psi
F0
~ lb.
G 1/8"
.98 1.97 3.15
4.92
1.50 2.48 3.94
6.30
7.87
9.84
11.81
Cu (inch)
21
Cu
0.12
3
0.20
5
(Cls)
P
2,5
0.83
Force (lbs. daN) / stroke (inch) diagram
0,25
80
2.5
L min
50
1.5
40
1
30
8
Ø 3.74 ± 0.01
Ø 95 ± 0.3
0.31
0.41
10,5
0.20
5
Ø 3.42 Ø 87
60
2
Cycles / min.
70
Cycles (in millions)
±0.01
L
90
3
R 0.1
Ø 3.54 Ø 90
20
0.5
10
Ordering example:
(10) LS 3000 - 50
0
0
.98 1.97 3.15
4.92
1.50 2.48 3.94
6.30
7.87
9.84
11.81
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
126
Fixing
ISO11901- 2
(4x)
(4x) ¯ 0.35
4.72 120
3.62 92
Ø9
(4x)
Ø 15
(4x) ¯ 0.59
Ø 20
¯ 0.79
A
A-A
A
0.47
0.31
3.54
2.76
12
8
90
70
¯ 0.53
A
A
Ø5
(4x)
A
0.71
4.33
3.62
110
92
4.33
3.62
=
Ø 95,5
¯ 3.94
Ø 100
=
18
¯ 3.76
AA
Ø 13 (4x)
92
Ø 100
¯ 3.94
3.62
Ø 95,5
¯Ê0.2
92
Ø 13,5
110
92
¯ 0.51
3.62
=
¯ 3.76
Ø 13 (4x)
Ø150
¯ 5.91
A
18
FCQ 95 A
0.71
=
¯ 0.51
FC 95 A
A
AA
Ø 60
40
Ø 13,5 (4x)
¯ 2.36
1.57
24
0.94
120
92,0
4.72
Ø 95,5
¯ 3.76
3.62
Ø 88,5
¯ 3.48
¯Ê0.53
120
92
100
92,0
14
120
120
3.62
4.72
3.62
20
4.72
3.94
4.72
8
13
Ø 95,5
12
0.31
0.51
¯ 3.76
A
0.47
Ø 13,5
¯ 0.53
Ø 9 (4x)
Ø 88,5
¯ 0.35
A
13
20
A
0.79
0.55
¯ 3.48
0.51
0.79
Ø 60
FBA 95
Ø 20 (4x)
4.72
3.62
¯ 2.36
AA
FS2 95
92
92
120
¯ 0.59
Ø 13,5 (4x)
A-A
120
FS2A 95
¯ 0.53
14
Ø 15 (4x)
0.55
4.72
3.62
A
A
¯ 0.79
FB 95
AA
FSA 95
LS
127
S = rod section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
V0 = volume of gas
LS 4200
Cu
Code
LS
LS
LS
LS
LS
LS
LS
LS
LS
LS
LS
4200 4200 4200 4200 4200 4200 4200 4200 4200 4200 4200 -
025
038
050
063
080
100
125
160
200
250
300
L
Lmin
inch
mm
inch
mm
inch
mm
0.98
25
6.69
170
5.71
1.50
38
7.72
196
1.97
50
8.66
220
2.48
63
9.72
3.15
80
11.02
3.94
100
4.92
125
6.30
7.87
S
in.2
12.56
5,69
6.22
158
14.30
6,48
6.69
170
14.94
6,77
247
7.22
183,5
15.10
6,84
280
7.87
200
15.96
7,23
12.60
320
8.66
220
17.55
7,95
14.57
370
9.65
245
21.15
9,58
160
17.32
440
11.02
280
24.04
10,89
200
20.47
520
12.60
320
24.35
11,03
9.84
250
24.41
620
14.57
370
26.62
12,06
11.81
300
28.35
720
16.54
420
28.74
13,02
28,27
150
9550
daN
4240 19013 8442
(±5%)
23050
10240
20800
9240
18550
8240
16300
7240
14050
6240
11800
5240
9550
4240
Force (lbs. daN)
M8 x 13 (4x)
Ø 2.36 Ø 60
2175
daN
lb.
Weight
145
bar
lb.
F1
~ Kg
4.36
psi
F0
~ lb.
cm2
G 1/8"
Ø 2.36 Ø 60
Ø 1.38 Ø 35
.98 1.97 3.15
4.92
1.50 2.48 3.94
6.30
7.87
9.84
11.81
Cu (inch)
21
Cu
0.12
3
0.20
5
(Cls)
P
2,5
0.83
Force (lbs. daN) / stroke (inch) diagram
80
60
50
1
40
Cycles / min.
5
0.20
8
70
1.5
30
0.5
20
0.31
10,5
0.41
Ø 3.74 ± 0.01
Ø 95 ± 0.3
Cycles (in millions)
L min
0,25
±0.01
L
Ø 3.42 Ø 87
90
2
R 0.1
Ø 3.54 Ø 90
10
Ordering example:
(10) LS 4200 - 50
0
0
.98 1.97 3.15
4.92
1.50 2.48 3.94
6.30
7.87
9.84
11.81
Cu (inch)
Minimum estimated life (cycles x millions)
Maximum recommended speed (cycles / min.)
“All dimensions are nominal unless tolerance is stated”
128
Fixing
ISO11901- 2
A
Ø5
(4x)
(4x) ¯ 0.35
4.72 120
3.62 92
Ø9
(4x)
Ø 15
(4x) ¯ 0.59
Ø 60
Ø 20
¯ 0.79
8
90
70
(4x)
100
Ø 13,5
A
1.57
40
4.72
3.94
120
Ø 95,5
¯ 3.76
¯ 0.53
A
0.71
4.33
3.62
=
92
=
18
110
AA
3.62
92
Ø 100
¯ 3.94
3.62
Ø 95,5
¯Ê0.2
92
3.54
2.76
4.33
3.62
=
¯ 3.76
Ø 13 (4x)
Ø150
¯ 5.91
A
18
¯ 2.36
A
Ø 95,5
0.71
=
¯ 0.51
FC 95 A
A
Ø 13,5 (4x)
120
92
A
12
¯ 3.76
24
0.94
120
92,0
4.72
Ø 95,5
¯ 3.76
3.62
Ø 88,5
¯ 3.48
¯Ê0.53
AA
Ø 13,5
¯ 0.53
92,0
14
0.47
0.31
Ø 88,5
3.62
13
¯ 3.48
120
8
4.72
3.62
20
A-A
Ø 100
4.72
0.31
A
0.51
¯ 3.94
12
Ø 9 (4x)
Ø 13 (4x)
0.47
13
A
0.79
0.55
110
92
¯ 0.51
20
FS2A 95
Ø 20 (4x)
¯ 0.35
A
0.51
0.79
Ø 60
FBA 95
92
¯ 2.36
AA
FS2 95
92
4.72
3.62
120
¯ 0.59
Ø 13,5 (4x)
A-A
120
FCQ 95 A
¯ 0.53
14
Ø 15 (4x)
0.55
4.72
3.62
A
A
¯ 0.79
FB 95
AA
FSA 95
LS
129
S = rod section area
P = nominal charging pressure
F0 = nominal initial force
F1 = average final force
V0 = volume of gas
NON SELF-CONTAINING
CYLINDERS
The nitrogen cylinders may be used in two different operating modes: self containing or non self-containing (hosed).
In the non self-containing operating mode, several cylinders are positioned in the die in the desired configuration and are connected using a network of special high-pressure hoses. The circuit includes a control panel, equipped with a pressure gauge, a quick-fit coupling for charging and discharge valve.
Once the nitrogen has been charged into the circuit, the pressure is virtually the same in each cylinder. If
the system pressure decreases, just re-connect the nitrogen bottle to the control panel to return to rated
conditions. If the pressure is excessive, on the other hand, it can be reduced using the discharging valve.
The control panel could be equipped (optional) with a special rupture-disc safety device which completely
discharging the entire circuit if the pressure should exceed a safe level.
To order non-self-containing cylinders, add letter N or NA to the code.
PC - 3
BD 6
MCP
AUMCP
BD 10
MCP
PC 5
130
“All dimensions are nominal unless tolerance is stated”
MCP - MINI CONTROL PANEL
The Special Springs mini control panel, thanks to its unique miniaturized design, offers wide flexibility of use,
increased when combined with additional AUMCP units.
It consists of a steel block with pressure gauge, charging and discharging valve, 5 outlets and one on-off valve.
Cod. MCP
131
NON SELF-CONTAINING
CYLINDERS
AUMCP - ADDITIONAL UNIT MINI CONTROL PANEL
Additional units for the mini control panel MCP. Ideal for operating hosed systems or single cylinders with different pressures in the same mould.
Each unit includes pressure gauge, on-off valve and 1 outlet.
Designed fo a maximum combination of 1 MCP + 4 AUMCP.
Cod. AUMCP
132
“All dimensions are nominal unless tolerance is stated”
CPV - CONTROL PANEL
Standard control panel to charge, adjust and check the pressure in the connected system.
It consists of a steel plate with pressure gauge, charging and discharging valve, 3 outlets, steel case and can
be equipped with a rupture disc (optional).
Cod. CPV
CPV PANEL MEMBRANE PRESSURE SWITCH WITH CLAMP
The use of a suitable pressure switch will immediately stop the press when the system pressure falls below the
fixed minimum limit.
This can be easily achieved by the introduction of the switch into the hosed system, the console/control panel
or into the body of singly used/or self contained cylinders.
Pressure adjusting range:
725 ÷ 2175 psi (50 ÷150 bar)
Operating voltage:
110/220 V AC max.
Cod. PMM 150
133
DISTRIBUTION BLOCK
cod. BD6
cod. BD6/1
cod. BD6/2
cod. BD10
WARNING SIGN
70
5
5
Cod. TAR-GB
9
125
134
“All dimensions are nominal unless tolerance is stated”
COMPENSATION TANKS
Gas cylinders operating in non self-contained mode may be connected to a compensation tank. The principal aim is
to limit the pressure within the system to a lower figure than would normally be obtained with standard compression
rates. The compensation tank volume may be easily found using the following formula:
Vp = n • {[S • x • R / (R-1)] - V0}
Vp
n
S
x
R
compensation volume [inch3 cm3]
no. of gas cylinders required.
Area of rod (piston for series K) in [inch2 cm3]
effective working stroke in [inch cm]
Ratio between final required pressure and
initial pressure of the system.
V0 = Initial volume of each cylinder in [inch3 cm3]
=
=
=
=
=
Attention!
The maximum charging pressure for the system is limited to 1450 psi (100 bar), therefore it is necessary to
re-calculate the initial force for each cylinder using the following formula: F0 = S • P.
example:
Force required ~9000 lbs. 4000 daN and R = 1,1 (10%).
No. of cylinders = 4 Type SC1500-50 (or 2 Type SC3000-50). The compensation volume required is approximately 92
inch31500 cm3. Therefore, the compensation tank required will be type PC-3. Extra volume in the tank is generally not a problem, and to obtain more accurate volume, extra tanks may be connected in the system.
Code
ØD
L
A
H
No. holes
face 1 face 2
Holes Ø
C
Fittings
Volume
inch3 cm3
inch mm
PC PC PC PC PC -
1
3
5
8
10
3.94 100
11.4 290
3.54
90
2.28 58
3
4
G1/8”
1.57 40
5.90 150
12.2 310
5.35 136
3.27 83
4
4
G1/8”
2.75 70
5.90 150
18.7 475
5.35 136
3.27 83
4
4
G1/8”
2.75 70
7.87 200
16.3 415
8.35 212
4.25 108
6
6
G1/8”
3.81 97
7.87 200
19.9 505
8.35 212
4.25 108
6
6
G1/8”
3.81 97
Ordering example:
Maximum charging pressure:
(1) PC - 5
P = 1450 psi (100 bar)
Maximum working pressure increase: 40 %
Test pressure:
Example:
135
pag.98
61
183
305
488
610
Pmax = 2030 psi (140 bar)
Pc = 3625 psi (250 bar)
1,000
3,000
5,000
8,000
9,960
JIC 37° STANDARD
HOSE FOR COMPRESSED NITROGEN GAS
Wide range of connections and accessories for any application. This standard recommended when using compensation tanks.
Length upon request including end hose fittings
Minimum lenght “L” :
10” min.
(254 mm min.)
Operation pressure:
5.000 psi max.
(345 bar max.)
Burst pressure:
20.000 psi
(1.380 bar)
R (bending radius):
2” min.
(51 mm min.)
Operation temperature:
-40 ÷ +212 °F
(-40 ÷ +100 °C)
Standard lengths available inclusive of no. 2 connections SMREP (M8 or 7/16”-20 UNF)
(inch)
7.87
11.81
15.75
19.68
24.80
31.50
39.37
49.21
59.05
78.74
98.42
1000
1250
1500
2000
2500
(mm)
200
300
400
500
630
800
O r d e r i n g e x a m p l e : (3) HY 400 - 12” (305mm)
136
“All dimensions are nominal unless tolerance is stated”
JIC 37° STANDARD
CRITERIA OF SELECTION
L (inch) = ( X - 0.98” ) * 1.05
L (metric) = ( X - 25 ) * 1.05
Right
R min = 2” (51 mm)
137
Wrong
JIC 37° STANDARD
HOSE-CYLINDER FITTINGS
code: PA-S
code: PA-E
Port Adapter-Straight
Port Adapter-Elbow
22
.87
22
.87
code: PA-AS
code: PA-BTS
Port Adapter-Angle Swivel
Port Adapter-Branch Tee Swivel
50.4
1.98
code: PA-RT
code: PA-TWS
Port Adapter-Run Tee
Port Adapter-Two Way Swivel
50.4
1.98
22
.87
code: PA-MWS
Port Adapter-Multi Way Swivel
138
“All dimensions are nominal unless tolerance is stated”
JIC 37° STANDARD
HOSE-HOSE FITTINGS
43.2
1.70
43.2
1.70
21.6
.85
27.4
1.08
21.6
.85
21.6
.85
code: F-U
code: F-E
code: F-T
code: F-C
Fitting-Union
Fitting-Elbow
Fitting-Tee
Fitting-Cross
STANDARD SWIVEL NUT FITTINGS
9/16-18
21.6
.85
43.2
1.70
48.8
1.92
27.2
1.07
48.5
1.91
139
code: SN-A
code: SN-BT
code: SN-RT
Swivel Nut-Angle
Swivel Nut-Branch Tee
Swivel Nut-Run Tee
MICRO STANDARD
HOSE FOR COMPRESSED NITROGEN GAS
Great flexibility thanks to micro hoses and special connections (exclusive use of Special Springs). Perfect for
the HR series with M6 charging hole. recommended when using mini control panel MCP.
cod. TSMM8
cod. FF06
Minimum lenght “L” :
Operation pressure:
Burst pressure:
R (bending radius):
Operation temperature:
7.87” min.
9,135 psi max.
27,405 psi
0.79” min.
-40 ÷ +212 °F
(200 mm min.)
(630 bar max.)
(1,890 bar)
(20 mm min.)
(-40 ÷ +100 °C)
Standard lengths available inclusive of no. 2 connections SMREP (M8 or 7/16”-20 UNF)
(inch)
7.87
11.81
15.75
19.68
24.80
31.50
39.37
49.21
59.05
78.74
98.42
1000
1250
1500
2000
2500
(mm)
200
300
400
500
630
800
O r d e r i n g e x a m p l e : (3) TSSM8 - 39.37” (1000 mm)
140
“All dimensions are nominal unless tolerance is stated”
MICRO STANDARD
NIPPLES
cod. RSMTCD
FITTINGS
cod. RSMPTD
cod. MT
cod. MB
(only for M series)
(only for M series)
HOSE-CYLINDER BLOCK
cod. BDSM1
cod. BDSM2
cod. BDSM2-45
Examples
MT
RSMPTD
RSMTCD
MCP
BD6/2
141
TSMM8
ACCESSORIES
The DM multi-device is designed and built
to facilitate checking, decreasing/increasing
pressure or pressurising self-contained
cylinders or hosed systems.
It consists of two units: main and secondary.
Main unit:
-
steel block
psi/bar gauge
2 hand grips
1 discharging valve
1 G1/8” built in adapter
1 quick fit male
Secondary unit:
-
m high pressure hose
female quick-fit
ON/OFF valve
hose release valve
1/2-20 UNF coupling for pressure/tank
Ø 0.63 16
Charging adapters
S 15
- full set of adapters
A
Code
3
1
1
1
1
ADM01
ADM02
ADM03
ADM04
ADM05
ADM06
ADM08
Directly with
DM
(without adapter)
A
Model
G1/8”
M6
K180÷1830
ML1800÷12000
K75÷100
HR300-5÷16
HR500-5÷16
HR700-10÷16
HRF300-5÷16
HRF500-5÷16
HRF700-10÷16
ML500÷1000
LI400-13
M6
M6
M6
M6
M6
G1/8”
NE16, NE24
HR1000÷4200
HRF1000
LI900÷2000
SC150÷250
SCF250
H300÷500
HF500
HR300-25÷125
HR500-25÷125
HR700-19÷125
HRF300-25÷125
HRF500-25÷125
HRF700-19÷125
LI400-25÷100
K40
ML300
MCS19
MCS25
M90
M200
HR200
SC500÷10000
SCF500÷750
H700÷6600
HF700÷1000
HR6600÷11800
LI3200
LS1500÷4200
142
ACCESSORIES
)
DISCARGING DEVICES
Code
DDS-M6/1
DDS-M6/2
DDS-1/8G
DDS-1/8G1
A
M6
M6
G1/8”
G1/8”
Model
M
K
ML
HR
LI
NE
SC
H
HR
LI
SC
H
HR
LI
LS
K
ML
THRUST PAD AND PLATES
0.39 10 0.27 7
R 0.98 25
cod.
FA 022
M8
(SC500÷10000
H700÷6600)
CH 3/4
19
Example
¯ 0.87
Hardened
22
Hardened
Code
A
B
C
ØD
ØD1
E
E1
F
inch mm inch mm inch mm inch mm inch mm inch mm inch mm inch
143
PS040040 1.57
40
PS056056 2.20
Model reference
mm
0.83
21
0.39
10
32
1.26
32
0.51
13
1.89
48
1.89
48
0.51
13
0.27
7
1.26
32
0.31
8
0.31
8
11
0.27
7
1.57
40
0.55
14
0.31
8
0.59
15
0.35
9
1.89
48
0.55
14
0.39
10
15
0.59
15
0.35
9
2.20
56
1.18
30
0.39
10
0.59
15
0.59
15
0.35
9
2.60
66
1.57
40
0.39
10
0.79
20
0.71
18
0.43
11
2.83
72
2.20
56
0.47
12
PS110100 4.33 110 3.94 100 0.79
20
0.71
18
0.43
11
3.35
85
2.95
75
0.47
12
1.57
40
56
2.20
PS071071 2.79
71
0.59
15
56
0.79
2.79
71
PS050025 1.97
50
PS055030 2.16
0.59
15
20
0.71
0.79
20
0.98
25
55
1.18
PS070035 2.75
70
PS075050 2.95
PS085060 3.35
0.35
9
18
0.43
0.71
18
0.47
12
30
0.47
1.38
35
75
1.97
85
0.83
21
11
1.26
0.43
11
0.43
11
12
0.43
0.59
15
50
0.59
2.36
60
PS100080 3.94 100 3.15
80
SC150÷500, SCF500, H300÷500,HR300÷500, HRF500,
K40÷100, LI400, ML300÷500
SC750÷1500, SCF750, H700÷1000, HF700÷1000,
HR700÷1500, HRF700÷1000, K180, LI900÷1400, ML1000
SC3000÷5000, H2400÷4200, HR2400÷4200, K470÷750,
ML1800÷4700, LS1500÷2400
SC250, H300, HR300, ML300÷500, LI400
SC500, H500, HR500, K40÷100
SC750, H700, HR700, ML1000, LI900
SC1500, H1000, HR1000÷1500, K180, ML1800,
LI1400÷2000
SC3000, H2400, HR2400, K470, ML4700, LI3200,
LS1500÷2400
SC5000, H4200, HR4200, K750, ML7500, LS3000÷4200
SC7500÷10000, H6600, HR6600÷11800, K1200÷1830,
ML12000
ACCESSORIES
cod. QDFV
Code
Model reference
QDFV01
(G1/8”)
SC500 / SC10000
H700 / H6600
HR6600
K180 / K1830
MCS19 / MCS25
NE16 / NE24
HR200
HR1000 / HR4200
K40
SC150 / SC250
H300 / H500
HR300 / HR700
K75 / K100
QDFV02
(M6)
QDFV03
(M6)
Quick disconnect filler valves.
Cod. FT 4700
Cod. IPC/DIG
Force testing rig equipped with:
-
0÷5.000 daN
steel structure
electronic load cell
digital force display
hydraulic jack
digital line for compression measuring
CE
0÷20.000 daN
144
“All dimensions are nominal unless tolerance is stated”
MAINTENANCE
Special Springs cylinders guarantee extended life and minimum maintenance thanks to the exclusive use of
the best materials and components along with their advanced constructional design.
If pressure losses occur after extended use or particularly heavy applications, this indicates that the sealing
gaskets are worn or damaged.
Using special tools and kits, and with the support of videos and detailed instructions, it is possible to restore
the original seal and guide conditions.
For obvious reasons of economy, Special Springs only foresees maintenance for cylinders with body Ø ı
19,7” (50 mm).
Complete set of hardware for dismantling and assembling nitrogen cylinders
cod. CMC
full set
Cylinder maintenance kit
cod. CMCT
tool set only
cod. CMC-...
set of accessories for a
specific family of cylinders
(es. SC10000)
Ordering example
BM - model + bn xxxxx xxxx
(ex. BM - SC750 - 038 - B bn 78448 3604)
145
MOUNTING SPECIFICATIONS
RECOMMENDATIONS
Obsolete
L
L + 10 mm
The realization of special connections and hoses, exclusive
use of Moeller/Special Springs, allow HR self contained
cylinders (with M6 charging hole) to be used in linked
systems (non self contained cylinders).
This bring a saving of 10 mm in overall length compared to
the non self contained standard version (HR...-N).
To order the new linked version, please add “NA” next to
the standard code.
Example: (4) HR 1500-50 NA
Cu
HR ........ - N
max 90% Cu
HR ........ - NA
Hose and accessories: page 140-141
> 90% Cu
150
bar
CAUTION
Do not release rod uncontrolled when returning
Do not exceed maximum recommended
pressure of 2175 psi (150 bar) when
charging, unless otherwise stated
100% Cu
N2
176
< Cu
80
CAUTION
100% Cu
Assure the rod is 100% extracted when charging. When charging cylinders
missing threaded hole at the rod end, initially fill with limited pressure of
75 psi (5 bar) to extract the rod completely; then charge to required pressure.
CAUTION
CAUTION
Always wear safety glasses when
exhausting a gas spring
Before servicing gas spring assure all pressure is
exhausted and the rod fully retracted into the body
146