Brochure Heavy Duty Buffers

Heavy Duty
BUFFERS
Energy Absorption Vibration Control
A BRAND. SWISS MADE.

FPI Series Heavy Industry Buffers
Overview 4
Example 5
YOUR TRUST. OUR SOLUTION.
SUCCESSFUL TOGETHER
Furka’s strategy is to be the competent partner for friction related topics. Founded as
friction specialist for all kind of industrial applications based on organic materials.
With the new shareholder structure and the background of the new main owner a new
focus of product line expansions has become more and more a priority as well.
Technical Data 6-7
Example Installations 8-9
FP Series Heavy Duty Buffers
Overview 10-11
Technical Data 12-16
Mounting & Accessories 17
Ordering 18
By joining forces with an experienced Asian partner, Furka Reibbeläge AG is able to
deliver high quality buffers based on many years of manufacturing, development and
testing know-how.
Product features:
• High quality design
• Component selection is based on top brands
• Assembly process is highly standardized
• Products are 100 % tested before shipment
• Product design is in accordance to international standards
Brand Advantages:
• Easy and fast product selection possible due to online configurator
• Service support available within 24 hours
• Long life performance
THE ONE AND ONLY IN SWITZERLAND | MORE? Visit us on www.furka-ag.com
2 A BRAND.
SWISS MADE.
For further information and your individual online configuration visit us on www.furka-ag.com
3

EKD Heavy Industry EI Series Shock Absorbers
Heavy Industry Buffers
FPI series
Overview
Heavy Industry Buffers
FPI series
Piston Rod
Ordering
Example
Cylinder
Piston Cap
Oil Reservoir
Designed with a nitrogen-charged return system, this
series product has a very high energy absorption
capacity for single shocks, particularly suitable for
safety stops of large or super large equipment. Heavy
Industry buffers are widely used in cranes, rail equipment,
elevators, cable cars, steel industry, coal, railway,
amusement parks and other fields. Large bore
and high energy capacity design ensures reliable energy
absorption capacity and long service life.
This type of buffers is particularly suitable for protection/
safety applications. Another advantage is the stable
performance during long stand-by time.
Piston Rod
The nitrogen-charged return Nitrogen system Gas of
Filled Chamber
the FPI series allows both a soft deceleration
and positive return in a maintenance-
Cylinder
free package. Optimal energy absorption Separating
Piston Piston Cap
capabilities and increased internal safety
Oil Reservoir
factors are related to the oversized bore Nitrogen Gas
area. The integrity of design and product Filled Chamber
Oil Chamber
performance in ensured by strict assembly
process control and product testing.
Characteristics of the EI Series products include a nitrogen-charged Seperating return Piston
Prior system to the that manufacturing allows for soft deceleration process, and positive return in a maintenancefree
package. The response oversized curves bore area are results in optimal energy absorption
computer-simulated
generated capabilities to model and increases actual internal conditions, safety factors. Strict assembly process controlOil Chamber
verify and product performance testing ensure and the confirm integrity of design and product performance.
damping characteristics in accordance
Prior to EI Series shock absorber manufacture, computer-simulated response
with the damping requirements.
curves are generated to model actual conditions, verify product performance,
confirm damping characteristics and generate unique custom-orificed design
that accommodates multi-condition or specific damping requirements.
Orifice
Separating Piston Rod
Orifice
Seperating Piston Rod
Ordering Example
Rear Flange
Front
Flange
Protective Bellows(Optional)
Ordering Example
Standard: Rear or Front mount
Standard: rear or front mount
Features and Benefits:
• Compact design, smooth and safe deceleration, large energy absorption capacity (up to 500 kN per cycle with
standard stroke lengths)
• Nitrogen-charged return system for soft deceleration and positive return in a maintenance-free package
• Special epoxy painting and rod materials for use in highly corrosive environments
• Surface treatment (sea water resistant) housing: green color, three-part epoxy; piston rod: hard-chrome plated steel
Options:
• Protective bellows
• Safety cables
• Galvanized surface finish for better corrosion resistance
• Extension of standard operating temperature range from (-10 °C to 60 °C) to (-35 °C to 100 °C) thanks to optional fluids
and seal packages
Example:
Example
4
Select
quantity
4
EI 120 x 100
FR
Safety Cable
with Rear
FPI 120x100
FR
B
APPLICATION DATA
Select Select EI Series model from Select mounting Additional APPLICATION DATA (Required for
quantity Select FPI Engineering Series Select Data Chart mounting method method Additional Options Options Required all models) for all models
model from • FF (Flange Front) • FF (Flange• Front) B Protective • B Protective Bellows Bellows • • Vertical/Horizontal / Horizontal Motion Motion
Engineering • FR (Flange Rear) • FR (Flange • Rear)
• C Safety Cable
C Safety Cable • • Weight
Data Chart
• • Impact Velocity
• • Propelling Force Force(if any)
• Cycles / Hour
• Cycles/Hour
• Temperature / Environment
• Temperature/Environment
• Applicable Standards
• Applicable Standards
B
Flange
(optional)
Safety Cable with Front
Flange(optional)
APPLICATION
DATA
4 A BRAND.
For further information and your individual online configuration visit us on www.furka-ag.com 5
SWISS MADE.

Heavy Industry Buffers
FPI series
Heavy Industry Shock Absorbers
EI Series
Technical Data
Technical
Data
Heavy Industry Buffers
FPI series
Technical
Data
FPI 50 x 50 FPI 120 x 1000 Series
EI
EI
50
130
x
x
50
250
➞
➞
EI 120
EI 150
x 1000
x 1000
Series
Series
FPI 130 x 250 FPI 150 x 1000 Series
EI EI 130 x 250 ➞EI EI 150 x 1000 Series
EI 130 x 250 EI 150 x 1000 Series
H
H
ØB
ØB
S
S
4-ØFC
4-ØFC
ØB
ØB
H
H
S
S
H
H
ØB
ØB
S
S
4-ØFC
4-ØFC
ØB
ØB
H
H
S
S
ØE
ØE
ØE
ØE
ØE
ØE
ØE
ØE
EI
A 1
A SB
Z
1 SB
Z
SA
A
FR FR
(FLANGE (FLANGE
REAR) REAR) 2
SA
A 2
MOUNTING FLANGE FF (FLANGE FRONT)
MOUNTING FLANGE
FF (FLANGE FRONT)
A
A 1 SB
1 SB
Z
SB
Z
FR
FR
(FLANGE
(FLANGE
REAR)
REAR)
SA
A
SA
A 2 2
MOUNTING MOUNTING
FLANGE
FLANGE
FF FF
(FLANGE (FLANGE
FRONT)
FRONT)
(S)
(S) Max.
Max. Return Force
Catalog No. No. / / (S) Max. Energy/
Max.
Return Force
Catalog No./Model Stroke Stroke
Energy/
Energy/ Cycle
Shock
Shock Weight A 1
A 2
Z H øB SA SB øFC
Bolt
Bolt
Bolt
Model Model mm Nm/C
Force
kg mm mm mm mm mm mm mm mm
size
øE
Cycle
Cycle
Force
Force kN
Weigh
Weigh
A
A 1 1 A
A 2 2 Z
Z
H
H
ØB
ØB
SA
SA
SB
SB
ØFC
ØFC
Size
Size mm
mm
Extension Compression
ØE
ØE
mm mm
Nm/C
Nm/C kN kN kN
kN kN
kN Kg Kg mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm
EI FPI 130 EI 50 x x 250 25050 1153000 500 47570 3.20.5 50.03.2 72 5 897262 894 – 545 – 25 15 13065 270100 21070 26.5 14.5 M24M14 12958
EI FPI 130 EI 50 x x 300 100 300100 1386000 900 47570 3.20.3 50.00.6 79 9 1 029 392 1 025– 605 – 25 15 13065 270100 21070 26.5 14.5 M24M14 12958
EI FPI 130 EI 80 x x 400 50 40050 1847000 800 475160 3.21.0 50.01.9 90 16 1 293 324 1 289– 735 – 25 15 13085 270128 21089 26.520 M24M18 12979
EI FPI 130 EI 80 x x 600 100 600100 24215 000 600 400160 3.21.0 45.08.0 11922 – 424 1 917– 1 055– 25 15 13085 270128 21089 26.520 M24M18 12979
EI FPI 130 EI 100 x 800 x 50 80050 31111 000 500 400235 3.21.65 45.0 18.0 14016 – 302 2 445 301 1 345 175 25 20 130100 270150 210120 26.5 18.5 M24M16 12999
EI FPI 150 EI 100 x 115 x 100 115100 7123 000 000 645235 5.01.65 65.7 18.0 56 22 516479 513473 320245 25 20 150100 270150 210120 26.5 18.5 M24M16 14999
EI FPI 150
EI 100
x 150
x 150
150
150
94
34
000
500
645
235
5.0
1.65
65.7
18.0
59
28
606
618
602
612
355
300
25
20
150
100
270
150
210
120
26.5
18.5
M24
M16
149
99
EI FPI 150 x 400 400 253 000 645 5.0 62.4 98 1 257 1 245 710 25 150 270 210 26.5 M24 149
EI 100 x 200 200 46 000 235 1.65 18.0 32 756 750 390 20 100 150 120 18.5 M16 99
EI 150 x 500 500 316 000 645 5.0 75.5 110 – 1 498 770 25 150 270 210 26.5 M24 149
FPI EI 100 x 400 400 92 000 235 1.65 18.0 46 1 349 1 345 645 20 100 150 120 18.5 M16 99
EI 150 x 600 600 380 000 645 5.0 75.5 120 – 1 752 875 25 150 270 210 26.5 M24 149
FPI EI
EI 150
100
x 800
x 500
800
500
515
108
000
000
640
235
5.0
1.65
68.0
18.0
165
52
–
–
2 363
1 616
1 240
890
25
20 100 150 120
26.5
18.5 M16 99
EI FPI 150 EI 100 x 1000 x 600 1000 600 587129 000 000 600220 5.01.65 61.0 18.0 18058 – – 2 880 1 8881 595 1 040 25 20 150100 270150 210120 26.5 18.5 M24M16 14999
FPI EI 100 x 800 800 156 000 200 1.65 18.0 69 – 2 426 1 345 20 100 150 120 18.5 M16 99
FPI EI 120 x 100 100 37 000 375 2.8 50.0 34 471 467 270 20 120 220 170 26.5 M24 127
FPI EI 120 x 150 150 55 000 375 2.8 50.0 39 597 593 330 20 120 220 170 26.5 M24 127
FPI EI 120 x 200 200 74 000 375 2.8 50.0 43 724 720 390 20 120 220 170 26.5 M24 127
FPI EI 120 x 300 300 108 000 375 2.8 50.0 53 973 969 520 20 120 220 170 26.5 M24 127
FPI EI 120 x 400 400 144 000 375 2.8 50.0 87 1 225 1 221 680 25 120 220 170 26.5 M24 127
FPI EI 120 x 600 600 216 000 375 2.8 50.0 105 – 1 725 915 25 120 220 170 26.5 M24 127
FPI EI 120 x 800 800 259 000 330 2.8 50.0 110 – 2 332 1 290 25 120 220 170 26.5 M24 127
FPI EI 120 x 1000 1000 299 000 300 2.8 50.0 116 – 2 836 1 360 25 120 220 170 26.5 M24 127
(S) (S) Max. (S)
Max. Max. Energy/
Max. Return Force
Catalog No. /
Max. Return Force
Catalog No./Model
/
Cycle
Weight A 1
A 2
Z H øB SA SB øFC
Bolt
Stroke Energy/ Shock Stroke mm Energy/ Nm/C Shock Force
kg mm mm mm mm mm mm mm mm
size Bolt øE
Bolt
Model
Model
ØB SA SB mm
mm
Cycle
Cycle kN
Force
Force Extension
Extension Compression
Compression
Weigh
Weigh
A
A ØE
kN kN
kN
1 Kg 1 A
A 2 2 Z
Z
H
H
ØB
ØB
SA
SA
SB
SB
ØFC
ØFC
Size
Size
ØE
ØE
mm
mm Nm/C
Nm/C kN
kN
kN
kN
kN
kN
Kg
Kg
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
FPI EI EI 3.2 72 25 EI 130
130
x
x
250
250
250
250
115
115
000
000
475
475
3.2
3.2
50.0
50.0
72
72
897
897
894
894
545
545
25
25
130
130
270
270
210
210
26.5
26.5
M24
M24
129
129
FPI EI EI 3.2 79 25 EI 130
130
x
x
300
300
300
300
138
138
000
000
475
475
3.2
3.2
50.0
50.0
79
79
1
1
029
029
1
1
025
025
605
605
25
25
130
130
270
270
210
210
26.5
26.5
M24
M24
129
129
FPI EI EI 3.2 90 25 EI 130
130
x
x
400
400
400
400
184
184
000
000
475
475
3.2
3.2
50.0
50.0
90
90
1
1
293
293
1
1
289
289
735
735
25
25
130
130
270
270
210
210
26.5
26.5
M24
M24
129
129
FPI EI EI 3.2 25 EI 130
130
x
x
600
600
600
600
242
242
000
000
400
400
3.2
3.2
45.0
45.0
119
119
–
–
1
1
917
917
1
1
055
055
25
25
130
130
270
270
210
210
26.5
26.5
M24
M24
129
129
FPI EI EI 3.2 25 EI 130
130
x
x
800
800
800
800
311
311
000
000
400
400
3.2
3.2
45.0
45.0
140
140
–
–
2
2
445
445
1
1
345
345
25
25
130
130
270
270
210
210
26.5
26.5
M24
M24
129
129
FPI EI EI 71 5.0 56 25 EI 150
150
x
x
115
115
115
115
71
71
000
000
645
645
5.0
5.0
65.7
65.7
56
56
516
516
513
513
320
320
25
25
150
150
270
270
210
210
26.5
26.5
M24
M24
149
149
FPI EI
EI
EI 150
150 x
x 150
150 150
150
94
94 94
000 000
645 645
5.0
5.0 5.0
65.7 65.7
59
59 59
606 606
602 602
355 355
25
25 25
150 150
270 270
210 210
26.5 26.5
M24 M24
149
149
FPI EI
EI
EI 150
150 x
x 400
400 400
400 253
253
000 000
645 645
5.0
5.0 5.0
62.4 62.4
98
98 98
1 1
257 257
1 1
245 245
710 710
25
25 25
150 150
270 270
210 210
26.5 26.5
M24 M24
149
149
FPI EI
EI
EI 150
150 x
x 500
500 500
500 316
316
000 000
645 645
5.0
5.0 5.0
75.5 75.5
110 110
– –
1 1
498 498
770 770
25
25 25
150 150
270 270
210 210
26.5 26.5
M24 M24
149
149
FPI EI
EI
EI 150
150 x
x 600
600 600
600 380
380
000 000
645 645
5.0
5.0 5.0
75.5 75.5
120 120
– –
1 1
752 752
875 875
25
25 25
150 150
270 270
210 210
26.5 26.5
M24 M24
149
149
FPI EI
EI
EI 150
150 x
x 800
800 800
800 515
515
000 000
640 640
5.0
5.0 5.0
68.0 68.0
165 165
– –
2 2
363 363
1 1
240 240
25
25 25
150 150
270 270
210 210
26.5 26.5
M24 M24
149
149
FPI EI
EI
EI 150
150 x
x 1000
1000 1000
1000 587
587
000 000
600 600
5.0
5.0 5.0
61.0 61.0
180 180
– –
2 2
880 880
1 1
595 595
25
25 25
150 150
270 270
210 210
26.5 26.5
M24 M24
149
149
6 A BRAND.
For further information and your individual online configuration visit us on www.furka-ag.com 7
SWISS MADE.

Heavy Industry Buffers
EXAMPLE
Installations

Heavy Duty Buffers
FP series
Overview
The design of FP series comes with internal air accumulator
with compact structure. A very smooth damping force
with high energy absorption capacity is provided by this
product series. It has been designed for a wide variety of
stroke lengths with super long working life, and often is
used in automated storages, rail equipment, trolley cranes,
automatic production lines which have high requirements
for deceleration and smooth damping force. For optimized
orifice configuration, computer generated output
performance simulation is used. Available in standard
bore dimensions of up to 200 mm and strokes over
1524 mm. Available in the latest model with galvanized
surface finish for enhanced corrosion resistance.
Features and Benefits:
• Designed with environmentally friendly materials and fluids
• Compact design, decelerates smoothly and safely, large energy capacity loads up to 330,000 Nm per cycle
• Internal charged air/oil accumulator replaces mechanical return springs, providing shorter overall length and reduced
weight
• Painted external components provide excellent corrosion protection
• All sizes are fully field repairable
Options:
• Bladder Accumulator (BA) for higher cycle rates
• Protective bellows
• Clevis mounts
• Safety cables
• Galvanized surface finish for better corrosion resistance
• Epoxy painting and special rod materials for use in highly
corrosive environments
• Piston rod extension sensor systems
• Extension of standard operating temperature range from
(-10 °C to 60 °C) to (-35 °C to 100 °C) thanks to optional fluids and
seal packages
Cylinder
Bearing
Oil
Orifice Holes
Heavy Duty Shock Absorbers
Overview
Heavy Duty Shock Absorbers
Mounting and Accessories
Heavy ED SeriesDuty Shock Absorbers
Mounting and Accessories
ED Series
Mounting and Accessories
Optional Piston Rod Return Sensor
Sensor Specifications
Optional Piston Rod Return Sensor
Sensor Specifications
Optional Piston Piston Rod Rod Return Return Sensor Sensor
Sensor Sensor Specifications
br
● Magnetic proximity sensor indicates complete piston rod
br
●• Magnetic proximity proximity sensor sensor indicates indicates complete complete piston rod
return with 10-foot(3m) long cable.
piston rod
sw br
● Magnetic return return with proximity
with 10-foot(3m) 3 m
sensor
long long cable
indicates cable. complete piston rod
sw
●
return If complete with 10-foot(3m) piston rod does long not cable. return the circuit remains
sw bl
●• If complete If piston piston rod does rod does not return not return the circuit the circuit remains remains
bl
open. This can be used to trigger a system shut-off.
● If bl
open. complete open. This This can piston can be used rod be does used to trigger not to trigger return a system the a system circuit shut-off. remains shut-off
● •
open. Contact Sensor
This EKD can company port
be in
used for
line with
to trigger other sensor charge
a system types.
● port on
shut-off.
Voltage10-30V
● Contact EKD company for other sensor types. models FP 1.5, 2.0
Voltage10-30V
● ●
Contact Sensor port and 4.0. EKD in
Location company line with
offset for charge other port
90° sensor on models
for types. ED 1.5,2.0
Load Current≤ 200 mA
● FP 3.0 and 3.5
• - 30 V
Voltage10-30V
Sensor port in line with charge port on models ED 1.5,2.0 ●
Load Current≤ 200 mA
and 4.0. Location offset 90°for models ED3.0 and 3.5.
Leakage Current ≤ 80 mA
● Sensor port in line with charge port on models ED 1.5,2.0
• Load Load Current≤ 200 mA
and 4.0. Location offset 90°for models ED3.0 and 3.5.
●
Leakage ≤ 80200 mA
Load Capacitance ≤ 1.0 mF mA
and 4.0. Location offset 90°for models ED3.0 and 3.5.
• Leakage
Leakage Current Current 80 mA
●
Load Capacitance ≤ 1.0
≤ mF
Ambient Temperature:-26°~ 80 mA 71°C
●
• Load Ambient Capacitance
Load Temperature:-26°~ ≤ 1.0 mF
Capacitance ≤ 1.0 71°C
Sensor
mF
Height
● Ambient Temperature:-26°~ 71°C
Sensor Sensor
Height
• Ambient Temperature: -26 °C ~ 71 °C
Sensor
Height
Sensor Height
Catalog No./Model
Catalog Sensor
Sensor
Height
Height
Catalog
Model
No./Model mm mm
Sensor
mm
Height
mm
Catalog ED 1.5 No./Model 86 20
FP
ED 1.5 mm
86 mm
20
ED 2.0 x 6-28 96 16
FP
ED 1.5 2.0 6-28 86 96 20 16
ED 2.0 x 32-56 176 16
FP
ED 2.0 6-28 32-56 176 96 16
ED 4.0 x 2-10 108 9
ED 2.0 4.0 32-56 2-10 176 108 16
Charge
FP ED 4.0 x 12-48 202 9
Port Charge
ED 4.0 x 2-10 12-48 108 202 9
ED 1.5, 2.0 and 4.0
FP
Charge
Port Port
ED FP 1.5, 1.5, 2.0 2.0 and and 4.0
ED 4.0 x 12-48 202 9
4.0
Port
ED 1.5, 2.0 and 4.0
Heavy Duty Buffers
ED Series
FP ED 3.0 and 3.5
ED FP 3.0 3.0 and and 3.5 3.5
ED 3.0 and 3.5
ED 1.5, 2.0, 3.0, 3.5 and 4.0 BA
ED FP 1.5, 2.0, 3.0, 3.0, 3.5 3.5 and and 4.0 4.0 BA BA
ED 1.5, 2.0, 3.0, 3.5 and 4.0 BA
Urethane Cap
Urethane Cap Cap
Urethane Cap
FP
Height
Height Height
Sensor
Sensor
Sensor
Height
Sensor
Charge
Charge Port Charge
Charge
Port Port
Port
Sensor
Sensor
Sensor
Sensor Height
Catalog No./Model
Sensor
Sensor
Catalog No./Model mm Height mm
mm
mm
Catalog ED Catalog 3.0 x No./Model 2-12 Sensor 61 Height 15
Model
mm
mm
ED 3.0 2-12 61 15
ED 3.0 x 14-32 111 15
FP
ED 3.0 2-12 14-32 111 61 15
ED 3.0 x 36-60 161 15
FP
ED 3.0 14-32 36-60 111 161 15
ED 3.5 x 2-16 77.4 9
FP
ED 3.0 3.5 36-60 2-16 77.4 161 15
ED 3.5 x 20-56 132.4 9
Charge
FP
ED 3.5 x 2-16 20-56 132.4 77.4 9
Port Charge
ED 3.5 x 20-56 132.4 9
Charge
Port Port
FP
Port
Sensor Height
Catalog No./Model
Catalog Catalog No./Model
Sensor mm
Height mm
mm Sensor
mm
Height
Catalog ED 1.5 No./Model 86 20
FP
ED 1.5 mm
86 mm
20
ED 2.0 x 6-28 96 16
FP
ED 1.5 2.0 6-28 86 96 20 16
ED 2.0 x 32-56 176 16
FP
ED 2.0 6-28 32-56 176 96 16
ED 3.0 x 2-12 61 15
FP
ED 2.0 3.0 32-56 2-12 176 61 16
15
ED 3.0 x 14-32 111 15
FP
ED 3.0 2-12 14-32 111 61 15
ED 3.0 x 36-60 161 15
FP
ED 3.0 14-32 36-60 111 161 15
ED 3.5 x 2-16 77.4 9
FP
ED 3.0 3.5 36-60 2-16 77.4 161 15
ED 3.5 x 20-56 132.4 9
FP
ED 3.5 2-16 20-56 132.4 77.4 ED 4.0 x 2-10 108 9
FP
ED 3.5 4.0 20-56 2-10 132.4 108 ED 4.0 x 12-48 202 9
FP
ED 4.0 x 2-10 12-48 108 202 9
ED 4.0 x 12-48 202 9
Catalog Catalog No./Model
Diameter A
B
Model Diameter
Catalog mm
A
B
No./Model
mm
Diameter mm
A mm
B
Catalog FP ED No./Model 1.5 60 4
ED 1.5 mm 60 mm
FP ED 2.0 65 4
FP ED
ED 3.0
2.0 1.5 70
65 60
4
ED 3.0 2.0 70 65 4
ED 3.0 70 4
ED ED
ED
10 A BRAND.
For further information and your individual online configuration visit us on www.furka-ag.com 11
SWISS MADE.
15
15

Heavy Duty Buffers
FP 1.5 series
Heavy Duty Shock Absorbers
ED 1.5 Series
Technical Data
Technical
Data
Heavy Duty Buffers
FP 2.0 series
Heavy Duty Shock Absorbers
ED 2.0 Series
Technical Data
Technical
Data
ED 1.5 x 2 ➡ ED 1.5 x 32 Series
FP 1.5 x 2 FP 1.5 x 32 series
ED 2.0 x 6 ➡ ED 2.0 x 56 Series
FP 2.0 x 6 FP 2.0 x 56 series
ø 50
ø 50
ø 28
ø 28
Z
Z
CP
FP
A
A
CP
FP
15
15
ø 32
ø 32
F
ø 90
F
ø 90
Y
Y
20
20
ø 15
ø 15
16
16
32
32
120
120
90
90
140
140
165
165
ø 14
ø 14
121
61
61
ED
ED
ø 60
ø 60
ø 40
ø 40
Z Z
FP
FP
A
A
CP
CP
F
F
ø 32 ø 32
15 15
ø 110 ø 110
Y Y
25 25
ø 17
ø 17
20
20
40
40
140
140
111
111
178
178
220
220
ø 17
ø 17
146
146
76
76
Note: For TF, FF and FR mounting, delete front foot and dimensions
Dimensions are in millimeters
Dimensions are millimeters
(F
(E
(S) T ) (E T C) P ) Nominal
Nominal
With BA CP**
Max. Return
Catalog No./
Max. Max.
Return Force A F Y Z
w/o
Weight
Catalog No./ Stroke (S)
(E T
) (E T
C)
(F P
) Nominal
With BA
Max. Max. Shock Max. Return
Nominal
CP**
Force
CP FP
BA*
BA*
kg
Model
Stroke
Energy Energy
Shock Force
Return Force A F Y Z
w/o Weight
mm
Nm/C Nm/h
Force
BA*
w/o BA* mm mm mm mm
BA* CP BA* FP BA* kg
N N
N
BA* BA*
mm
mm
mm
FP ED 1.5 x 2 50 3 200 189 000 70 060 220 320 310 208 240 86 139 86 41 10
FP ED 1.5 x 4 100 6 100 368 000 70 060 220 410 410 258 290 136 139 86 41 12
FP ED 1.5 x 6 150 9 100 546 700 70 060 220 450 510 308 340 186 139 86 41 12
FP ED 1.5 x 8 200 12 200 732 500 70 060 220 525 613 360 392 237 139 86 41 13
FP ED 1.5 x 10 250 15 200 781 000 70 060 220 600 715 411 443 288 139 86 41 14
FP ED 1.5 x 12 300 18 300 877,900 70 060 220 920 817 462 494 339 139 86 41 16
FP ED 1.5 x 14 350 20 900 972,900 70 060 220 1 120 918 512 544 390 139 86 41 17
FP ED 1.5 x 16 400 23 300 1 069 800 60 060 220 1 120 1 019 563 595 440 139 86 41 18
FP ED 1.5 x 18 450 25 300 1 166 700 47 820 220 1 120 1 121 614 646 491 139 86 41 19
FP ED 1.5 x 20 500 27 200 1 263 600 38 920 220 1 120 1 223 665 697 542 139 86 41 20
FP ED 1.5 x 24 600 30 500 1 457 400 27 800 220 1 120 1 427 767 799 644 139 86 41 23
FP ED 1.5 x 28 713 33 600 1 649 300 21,130 220 1 120 1 629 868 900 745 139 86 41 20
FP ED 1.5 x 32 813 36 500 1 839 300 16 460 220 1 120 1 830 968 1 000 846 139 86 41 23
Notes:
1.ED shock absorbers will function satisfactorily at 5% of their
maximum rated energy per cycle. If less than these values, a smaller
4.Rear flange mounting of 300 mm strokes and longer not
recommended. Front and rear flange or foot mount configurations
Note:
model should be specified.
are recommended.
1. FP buffers will function satisfactorily at 5 % of their maximum rated energy per cycle. If less than these values, a smaller
2.It is recommended that the customer consult EKD company for
5.Maximum cycle rate is 60 cycles/hr. for ED with BA(Bladder
safety-related model should overhead be specified. crane applications.
Accumulator) option and 30 cycles/hr. without BA option.
2. The energy data listed is for ideal linear impacts only.
3.The energy data listed is for ideal linear impacts only. If side load 6.For impact velocities over 4.5m/s,consult factory.
3. conditions Rear flange exist mounting the application, of 300 contact mm strokes EKD company and for longer sizing is not recommendable. Front and rear flange or foot mount con-
assistance.
figurations are recommended.
4. Maximum cycle rate is 60 cycles/hr. for FP with BA (Bladder Accumulator) option and 30 cycles/hr. without BA option.
Dimensions are in millimeters
Dimensions are millimeters
(F
(E
(S)
T ) (E T C)
P ) Nominal Nominal
With BA CP**
Max. Return Return
Catalog No./
Max. Max.
A F Y Z
w/o
Weight
Catalog No./ Stroke (S)
(E T
)
(E T
C)
(F P
) Nominal Nominal
With BA
Max.
Max. Shock Max. Return Force Return
CP**
Force
CP FP
BA*
kg
Model
Stroke
Energy Energy
Shock Force Force
A F Y Z
w/o Weight
mm
Nm/C Nm/h
Force
BA*
w/o BA*
mm mm mm mm
BA* CP BA* FP BA* kg
N
N N
BA* BA* mm
mm mm
FP ED 2.0 x 6 152 17 200 862 100 111 200 535 870 553 339 379 194 176 96 46 23
FP ED 2.0 x 8 203 23 000 913 700 111 200 535 1 040 655 390 430 245 176 96 46 25
FP ED 2.0 x 10 250 28 800 1 033 200 111 200 535 1 340 757 441 481 296 176 96 46 23
FP ED 2.0 x 12 300 34 300 1 152 700 111 200 535 2 290 859 492 532 347 176 96 46 25
FP ED 2.0 x 14 350 38 700 1 272 100 111 200 535 2 290 960 543 583 397 176 96 46 27
FP ED 2.0 x 16 400 43 200 1 391 600 111 200 535 2 290 1 062 594 634 448 176 96 46 29
FP ED 2.0 x 18 450 47 600 1 511 100 111 200 535 2 290 1 164 645 685 499 176 96 46 31
FP ED 2.0 x 20 500 51 900 1 628 300 111 200 535 2 290 1 265 695 735 550 176 96 46 33
FP ED 2.0 x 24 600 60 800 1 867 200 111 200 535 2 290 1 469 797 837 652 176 96 46 36
FP ED 2.0 x 28 700 69 800 2 106 200 111 200 535 2 290 1 672 899 939 753 176 96 46 42
FP ED 2.0 x 32 800 70 700 2 527 900 111 200 535 2 290 1 953 1 079 1 119 854 256 176 46 49
FP ED 2.0 x 36 900 101 200 2 762 200 100 000 535 2 290 2 151 1 179 1 219 952 256 176 46 53
FP ED 2.0 x 40 1 000 101 400 2 996 500 84 500 535 2 290 2 351 1 279 1 319 1 052 256 176 46 56
FP ED 2.0 x 48 1 200 114 500 3 465 000 60 000 535 2 290 2 751 1 479 1 519 1 252 256 176 46 64
FP ED 2.0 x 56 1 400 125 000 3 957 000 35 100 535 2 290 3 171 1 689 1 729 1 462 256/975 176 46 73
Notes:
4.Rear flange mounting of 300 mm strokes and longer not
recommended. Front and rear flange or foot mount configurations are
recommended.
Note: For TF, FF and FR mounting, delete front foot and dimensions
Note:
1.ED shock absorbers will function satisfactorily at 5% of their
5.Maximum cycle rate is 60 cycles/hr. for ED with BA(Bladder
1.
maximum
FP buffers
rated
will
energy
function
per cycle.
satisfactorily
If less than these
at 5
values,
% of their
a smaller
maximum
Accumulator)
rated energy
option
per
and
cycle.
30 cycles/hr.
If less than
without
these
BA option.
values, a smaller
model should be specified. be specified.
6.For impact velocities over 4.5m/s,consult factory.
2.It The is recommended energy data that listed the customer is for ideal consult linear EKD impacts company only for safetyrelated
7.ED2.0 x 56 has two charge ports.
3. Rear flange
overhead
mounting
crane applications.
of 300 mm strokes and longer is not recommendable. Front and rear flange or foot mount con-
3.The
figurations
energy data
are
listed
recommended.
is for ideal linear impacts only. If side load
conditions exist in the application, contact EKD company for sizing
4. Maximum cycle rate is 60 cycles/hr. for FP with BA (Bladder Accumulator) option and 30 cycles/hr. without BA option.
assistance.
5. FP 2.0 x 56 has two charge ports.
12 A BRAND.
For further information and your individual online configuration visit us on www.furka-ag.com 13
SWISS MADE.

Heavy Duty Shock Absorbers
ED Heavy 3.0 Series Duty Buffers
FP 3.0 series
ED 3.0 x 2 ➡ ED 3.0 x 72 Series
Technical Data
Technical
Data
Heavy Duty Shock Absorbers
Heavy ED 3.5 Series Duty Buffers
FP 3.5 series
ED 3.5 x 2 ➡ ED 3.5 x 56 Series
Technical Data
Technical
Data
FP 3.0 x 2 FP 3.0 x 72 series
ø 70
ø 70
ø 45
Z
ø 45
A
CP
FP A
CP
FP
ø 32
15
ø 32
15
F
F
ø 130
ø 130
Y
Y
25
25
ø 22
ø 22
25
25
50
50
170
125
170
125
216
255
216
255
ø 22
ø 22173
88
173
88
ED
ED
FP 3.5 x 2 FP 3.5 x 56 series
ø 82
ø 82
ø 56
ø 56
Z
A
CP
FP A
CP
FP
ø 32
F
15
ø 32
15
F
ø 155
ø 155
Y
Y
25
25
ø 27
ø 27
25
25
50
50
200
160
200
160
250
300
250
300
ø 22
ø 22 210
110
210
110
Z
Note: For TF, FF and FR mounting, delete front foot and dimensions
Dimensions are in millimeters
Dimensions are millimeters
Nominal Nominal
(E
(S) T ) (E T C) (F P )
With BA CP**
Return Return
Catalog No./
Max. Max. Max. Shock
A F Y Z
w/o
Weight
Catalog No./ Stroke (S)
(E T
)
(E T
C)
(F P
) Nominal Nominal
With BA
Max. Return Force Return
CP**
Force
CP FP
Force
kg
Model
Stroke
Max. Max.
Shock Force Force
A F Y Z
w/o Weight
mm
Energy Energy
Force
BA*
w/o BA*
mm mm mm mm
CP FP BA* kg
Nm/C Nm/h
BA* BA*
N N N
BA* BA*
mm
mm
mm
FP ED 3.0 x 2 50 9 600 578 500 222 400 670 1 130 336 203 253 108 128 61 46 21
FP ED 3.0 x 3 75 14 600 659 000 222 400 710 1 810 387 229 279 133 128 61 46 22
FP ED 3.0 x 5 125 24 200 805 700 222 400 735 2 895 489 280 330 184 128 61 46 25
FP ED 3.0 x 8 200 35 700 1 021 500 222 400 755 2 895 640 355 405 260 128 61 46 29
FP ED 3.0 x 10 250 43 200 1 168 300 222 400 780 2 895 742 406 456 311 128 61 46 32
FP ED 3.0 x 12 300 50 700 1 315 000 222 400 780 2 895 844 457 507 362 128 61 46 35
FP ED 3.0 x 14 350 62 900 1 605 700 222 400 800 2 895 995 558 608 412 178 111 46 43
FP ED 3.0 x 16 400 70 400 1 752 400 222 400 800 2 895 1 097 609 659 463 178 111 46 45
FP ED 3.0 x 18 450 77 900 1 899 200 222 400 800 2 895 1 199 660 710 514 178 111 46 48
FP ED 3.0 x 20 500 85 400 2 046 000 222 400 800 2 895 1 301 711 761 565 178 111 46 51
FP ED 3.0 x 24 600 100 300 2 336 600 222 400 800 2 895 1 504 812 862 667 178 111 46 57
FP ED 3.0 x 28 700 115 300 2 630 100 222 400 800 2 895 1 707 914 964 768 178 111 46 62
FP ED 3.0 x 32 800 130 200 2 920 700 180 200 800 2 895 1 910 1 015 1 065 870 178 161 46 68
FP ED 3.0 x 36 900 147 700 3 349 500 160 100 800 2 895 2 156 1 164 1 214 967 228 161 46 77
FP ED 3.0 x 40 1 000 159 600 3 637 200 140 000 800 2 895 2 356 1 264 1 314 1 067 228 161 46 85
FP ED 3.0 x 48 1 200 179 700 4 212 800 95 600 825 2 895 2 756 1 464 1 514 1 267 228 161 46 94
FP ED 3.0 x 56 1 400 196 700 4 788 300 55 600 825 2 895 3 156 1 664 1 714 1 467 228/947 161 46 106
FP ED 3.0 x 60 1 500 206 800 5 116 300 53 200 825 2 895 3 384 1 778 1 828 1 581 228/1004 161 46 106
FP ED 3.0 x 64 1 629 217 100 5 210 400 53 200 825 2 895 3 688 1 980 2 030 1 683 439/1 527 260 46 110
FP ED 3.0 x 72 1 830 238 000 6 242 000 53 200 825 2 895 4 012 2 092 2 142 1 895 439/1 727 260 46 118
Notes:
Note:
1.ED shock absorbers will function satisfactorily at 5% of their
4.Rear flange mounting of 300 mm strokes and longer not
1.
maximum
FP buffers
rated
will
energy
function
per cycle.
satisfactorily
If less than these
at 5
values,
% of their
a smaller
maximum
recommended.
rated energy
Front
per
and
cycle.
rear flange
If less
or
than
foot mount
these
configurations
values, a smaller
model model should should be specified. be specified.
are recommended.
2.It is The recommended energy data that listed the customer is for ideal consult linear EKD company impacts for only. 5.Maximum cycle rate is 60 cycles/hr. for ED with BA(Bladder
3. safety-related Rear flange overhead mounting crane of applications. 300 mm strokes and longer is not Accumulator) recommendable. option and Front 30 cycles/hr. and rear without flange BA or option. foot mount con-
3.The figurations energy data are listed recommended.
is for ideal linear impacts only. If side load 6.For impact velocities over 4.5m/s,consult factory.
conditions exist in the application, contact EKD company for sizing
4. Maximum cycle rate is 60 cycles/hr. for FP with BA (Bladder 7.ED3.0 Accumulator) x 72 has two option charge ports. and 30 cycles/hr. without BA option.
assistance.
5. FP 3.0 x 72 has two charge ports.
Z
Note: For TF, FF and FR mounting, delete front foot and dimensions
Dimensions are in millimeters
Dimensions are millimeters
Nominal Nominal
(E
(S) T ) (E T C) (F P )
With BA CP**
Return Return
Catalog No./
Max. Max. Max. Shock
A F Y Z
w/o
Weight
Catalog No./ Stroke (S)
(E T
) (E T
C)
(F P
) Nominal Nominal
With BA
Max. Return Force Return
CP**
Force
CP FP
Force
BA*
kg
Model
Stroke
Max. Max.
Shock Force Force
A F Y Z
w/o Weight
mm
Energy Energy
Force
BA*
w/o BA*
mm mm mm mm
BA* CP BA* FP BA* kg
Nm/C Nm/h
N
N
N
BA* BA*
mm
mm
mm
FP ED 3.5 x 2 50 13 000 781 000 300 250 960 2 020 354 244 294 85 134 77 52 33
FP ED 3.5 x 4 100 26 000 993 500 300 250 1 020 2 710 456 295 345 136 134 77 52 37
FP ED 3.5 x 6 150 38 800 1 161 900 300 250 1 160 4 480 556 345 395 186 134 77 52 41
FP ED 3.5 x 8 200 50 900 1 333 600 300 250 1 180 4 480 658 396 446 237 134 77 52 45
FP ED 3.5 x 10 250 60 800 1 505 400 300 250 1 200 4 480 760 447 497 288 134 77 52 49
FP ED 3.5 x 12 300 70 800 1 677 200 300 250 1 200 4 480 862 498 548 339 134 77 52 53
FP ED 3.5 x 16 400 90 500 2 017 300 300 250 1 225 4 480 1 064 599 649 440 134 77 52 60
FP ED 3.5 x 20 500 118 800 2 546 100 300 250 1 225 4 480 1 323 756 806 542 189 132 52 74
FP ED 3.5 x 24 600 138 700 2 889 600 300 250 1 250 4 480 1 527 858 908 644 189 132 52 81
FP ED 3.5 x 28 700 158 500 3 229 700 300 250 1 250 4 480 1 729 959 1 009 745 189 132 52 89
FP ED 3.5 x 32 800 178 400 3 573 200 300 250 1 250 4 480 1 933 1 061 1 111 847 189 132 52 97
FP ED 3.5 x 36 900 198 300 3 916 800 260 200 1 250 4 480 2 137 1 163 1 213 949 189 132 52 105
FP ED 3.5 x 40 1 000 216 800 4 256 900 215 700 1 250 4 480 2 339 1 264 1 314 1 050 189 132 52 112
FP ED 3.5 x 48 1 200 247 200 4 930 500 155 700 1 250 4 480 2 739 1 464 1 514 1 250 189 132 52 128
FP ED 3.5 x 56 1 400 273 300 5 604 000 112 500 2 100 4 480 2 739 1 464 1 514 1 250 189/908 132 52 128
Notes:
Note:
1.ED shock absorbers will function satisfactorily at 5% of their
4.Rear flange mounting of 300 mm strokes and longer not
1.
maximum
FP buffers
rated
will
energy
function
per cycle.
satisfactorily
If less than these
at 5
values,
% of their
a smaller
maximum
recommended.
rated energy
Front
per
and
cycle.
rear flange
If less
or foot
than
mount
these
configurations
values, a smaller
model should should be specified. be specified.
are recommended.
2.It The is recommended energy data that listed the customer is for ideal consult linear EKD impacts company for only. 5.Maximum cycle rate is 60 cycles/hr. for ED with BA(Bladder
model
3. safety-related Rear flange overhead mounting crane of applications. 300 mm strokes and longer is not Accumulator) recommendable. option and Front 30 cycles/hr. and rear without flange BA or option. foot mount configurations
energy data are listed recommended.
is for ideal linear impacts only. If side load 6.For impact velocities over 4.5m/s,consult factory.
3.The
conditions exist in the application, contact EKD company for sizing
4. Maximum cycle rate is 60 cycles/hr. for FP with BA (Bladder 7.ED3.5 Accumulator) x 56 has two option charge ports. and 30 cycles/hr. without BA option.
assistance.
5. FP 3.5 x 56 has two charge ports.
14 A BRAND.
For further information and your individual online configuration visit us on www.furka-ag.com 15
SWISS MADE.
11
12

Heavy Duty Shock Absorbers
Heavy Duty Buffers
ED 4.0 Series
FP 4.0 series
Technical Data
Technical
Data
Heavy Duty Buffers
FP series
Heavy Duty Shock Absorbers
ED Series
Mounting and Accessories
Mounting &
Accessories
ED 4.0 x 2 ➡ ED 4.0 x 48 Series
Typical mounting methods are shown below. Special mounting requirements can be accommodated upon request.
FP 4.0 x 2 FP 4.0 x 48 series
ø 100
ø 63
ø 63
FP
FP
A
CP A
CP
15
15
ø 32
ø 32
F
F
ø 200
ø 200
Y
Y
40
40
ø 27
ø 27
25
25
50
50
250
197
250
197
317
360
317
360
ø 27
127
ø 27
127
252
252
Typical mounting methods are shown below. Special mounting requirements can be accommodated upon request.
TM:Rear Flange Front Foot Mount
TM: Rear Flange Front Foot Mount
TF:Front and Rear Flanges
TF: Front and Rear Flanges
FM:Front and Rear Foot Mount. Also shown is optional safety
cable, typically used in overhead applications.
FM: Front and Rear Foot Mount. Also shown is optional
safety cable, typically used in overhead applications.
FF:Front Flange
FF: Front Flange
ø 100
Z
Dimensions are in millimeters
Z
Note: For TF, FF and FR mounting, delete front foot and dimensions
Dimensions are millimeters
Nominal
(E
(S) T ) (E T C) (F P ) Nominal
With BA CP**
Return
Catalog No./
Max. Max. Max. Shock Return Force
A F Y Z
w/o
Weight
Catalog No./ Stroke (S)
(E T
)
(E T
C)
(F P
) Nominal Nominal
With BA
Max. Max.
Max. Return Return
CP**
Force
CP FP
Force BA*
BA*
kg
Model
Stroke
Energy Energy
Shock Force Force
A F Y Z
w/o Weight
mm
Nm/C Nm/h
Force BA*
w/o BA*
mm mm mm mm
BA* CP BA* FP BA* kg
N
N
N
BA* BA* mm
mm
mm
FP ED 4.0 x 2 50 15 700 943 700 355 900 1 100 1 900 430 294 344 111 206 108 64 64
FP ED 4.0 x 4 100 31 200 1 534 300 355 900 1 200 2 160 532 345 395 162 206 108 64 70
FP ED 4.0 x 6 150 46 279 1 756 700 355 900 1 200 3 050 632 395 445 212 206 108 64 76
FP ED 4.0 x 8 200 62 000 1 987 900 355 900 1 200 4 370 735 447 497 263 206 108 64 82
FP ED 4.0 x 10 250 77,100 2 210 300 355 900 1 200 5 465 836 497 547 314 206 108 64 87
FP ED 4.0 x 12 300 92 600 1 855 100 355 900 1 225 4 440 1 032 642 692 365 300 202 64 108
FP ED 4.0 x 16 400 123,100 3 304 300 355 900 1 225 5 650 1 234 743 793 466 300 202 64 120
FP ED 4.0 x 20 500 154 000 3 757 900 355 900 1 245 5 145 1 438 845 895 568 300 202 64 131
FP ED 4.0 x 24 600 184 800 4 211 500 355 900 1 245 5 675 1 642 947 997 670 300 202 64 144
FP ED 4.0 x 28 700 215 100 4 660 700 355 900 1 245 5 675 1 844 1 048 1 098 771 300 202 64 157
FP ED 4.0 x 32 800 240 500 5 114 300 355 900 1 245 5 675 2 048 1 150 1 200 873 300 202 64 170
FP ED 4.0 x 36 900 265 900 5 567 900 355 900 1 245 5 675 2 252 1 252 1 302 975 300 202 64 183
FP ED 4.0 x 40 1 000 289 900 6 017 100 355 900 1 245 5 675 2 454 1 353 1 403 1 076 300 202 64 195
FP ED 4.0 x 48 1 200 329 300 6 919 900 200 000 1 245 5 675 2 854 1 556 1 606 1 273 300 202 64 220
ED
ED
CM:Clevis Mount
CM: Clevis Mount
ED 3.0 x 2 ➡ ED 4.0 x 10 Series
FP 3.0 x 2FP 4.0 x 10 Series
Clevis Mounts(CM)
Clevis Mounts (CM)
CA
CA
Dimensions are in millimeters
Dimensions are millimeters
ØCC
CB
CD
ØCC
CB
CD
CE
CF
CE
CF
F
F
A
ØB
A
ØB
FR:Rear Flange
Note: Rear flange mounting not recommended for stroke lengths
above 12 inches.(300mm)
FR: Rear Flange
Note: Rear flange mounting not recommended for
stroke lengths above 12 inches (300 mm).
FA
FD
FB FA
FD
FB
ØFC
D
ØFC
E
Note: Piston clevis dimensions are typical both ends on ED4.0 models.
Note: Piston clevis dimensions are typical both ends on FP 4.0 models
D
E
FE
FE
Notes:
Note:
1.ED shock absorbers will function satisfactorily at 5% of their
4.Rear flange mounting of 12 inch(300 mm) strokes and longer not
1. maximum FP buffers rated will energy function per cycle. satisfactorily If less than these at values, 5 % a of smaller their maximum recommended. rated Front energy and rear per flange cycle. or If foot less mount than configurations these values, a
model smaller should model be specified. should be specified.
are recommended.
2.It The is recommended energy data that listed the customer is for ideal consult linear EKD company impacts for only. 5.Maximum cycle rate is 60 cycles/hr. for ED with BA(Bladder
3.
safety-related
Rear flange
overhead
mounting
crane
of
applications.
300 mm strokes and longer is
Accumulator)
not recommendable.
option and 30
Front
cycles/hr.
and
without
rear
BA
flange
option.
or foot mount
3.The
configurations
energy data listed
are
is for
recommended.
ideal linear impacts only. If side load 6.For impact velocities over 4.5m/s,consult factory.
conditions exist in the application, contact EKD company for sizing
4. Maximum cycle rate is 60 cycles/hr. for FP with BA (Bladder Accumulator) option and 30 cycles/hr. without BA option.
assistance.
HD/ED HDA
Cylinder Clevis Dimensions
Piston Clevis Dimensions
Catalog No./
Catalog No./ A B D E
HD/ED HDA
Model mm
mm
mm
mm
F
F
mm mm CA CB CC CD CE CF FA FB FC FD FE
CA CB CC CD CE CF FA FB FC FD FE
mm
mm
mm
mm
mm
mm mm
mm
mm
mm
mm
FP ED 3.0 x 2 432 130 38 90 202 235 60 38 25 30 37 65 69 32 25 99 50
FP ED 3.0 x 3 483 130 38 90 229 261 60 38 25 30 37 65 69 32 25 99 50
FP ED 3.0 x 5 585 130 38 90 280 312 60 38 25 30 37 65 69 32 25 99 50
FP ED 3.0 x 8 736 130 38 90 355 387 60 38 25 30 37 65 69 32 25 99 50
FP ED 3.0 x 10 838 130 38 90 406 438 60 38 25 30 37 65 69 32 25 99 50
FP ED 3.0 x 12 940 130 38 90 457 489 60 38 25 30 37 65 69 32 25 99 50
FP ED 4.0 x 2 570 200 65 140 294 304 – – – – – 90 100 60 50 150 100
FP ED 4.0 x 4 672 200 65 140 345 355 – – – – – 90 100 60 50 150 100
FP ED 4.0 x 6 772 200 65 140 395 405 – – – – – 90 100 60 50 150 100
FP ED 4.0 x 8 875 200 65 140 477 457 – – – – – 90 100 60 50 150 100
FP ED 4.0 x 10 976 200 65 140 497 507 – – – – – 90 100 60 50 150 100
16 A BRAND.
For further information and your individual online configuration visit us on www.furka-ag.com 17
SWISS MADE.
13
14

Heavy Duty Buffers
Configuration worksheet
Ordering
ED
ED ED
ED ED
Heavy Duty Shock Absorbers
Ordering Code Example for Heavy Duty Buffers
Heavy Configuration Duty Shock worksheet Absorbers
Ordering
Heavy Duty Shock Absorbers
Heavy Configuration worksheet
Ordering
Configuration Duty worksheet Shock Absorbers
Ordering
Configuration Note: Ordering FP models worksheet Example are custom-orificed, therefore all Ordering information must be provided to Furka for unique part number
assignment.
Ordering
Ordering Example
Note: Note: ED ED models models Example
are are custom-orificed, therefore all all information must must be be provided to to EKD EKD company for for unique unique part part number number assignment.
Ordering Example
Note: ED models are custom-orificed, therefore all information must be provided to EKD company for unique part number assignment.
Note: ED models are custom-orificed, therefore all information must be provided to EKD company for unique part number assignment.
Note: ED models are custom-orificed, therefore all information must be provided to EKD company for unique part number assignment.
4 FP 2.0 24 TM C Application Data
4 – ED ED 2.0 x 24 24 – TM TM – C
–
44 –– ED ED 2.0 2.0 xx
24 24 ––
TM TM –– CC
––
APPLICATION DATA DATA
1
APPLICATION DATA
APPLICATION DATA
1 12 2 2 3 3 3 4 4 4 5 5
4 – ED 2.0 x 24 – TM – C – APPLICATION DATA
1 Ordering 2 Code Code Example 3 for for Heavy Heavy Duty Duty Shock Shock 4 Absorbers 5
1 2 3 4 5
1 Ordering Code Example for Heavy Duty Shock Absorbers
Ordering 2 Code Example 3 for Heavy Duty Shock 4 Absorbers 5
Ordering Code Example for Heavy Duty Shock Absorbers
1 - 1 Quantity - 1 - Quantity
4 -- 4 Mounting - Mounting Method
Method
APPLICATION DATA DATA
APPLICATION DATA
1 - Quantity
TM 4 - Mounting (Rear flange Method front foot APPLICATION (Required
TM (Rear flange front foot mount)
for FI/FP
for for EI/ED DATA Models)
1 - Quantity
EI/ED Models)
2 - 2 Model - Model Selection
4 - Mounting Method
APPLICATION DATA
1 - Quantity
4 - FM TM Mounting (Front (Rear flange and rear front foot ED
2 - Model Selection
FM (Front Method and rear foot mount)
(Required Vertical for horizontal EI/ED Models) motion
ED (Non-adjustable)
TM (Rear flange front foot mount) (Required APPLICATION for EI/ED DATAModels)
2 -- Model Selection Selection
TM TF FM (Rear TF (Front flange and front rear foot flanges)
mount) (Required Vertical Weight for horizontal EI/ED Models) motion
2 - ED Model (Non-adjustable)
Selection
FM (Front and rear foot mount) Vertical or horizontal motion
ED FP (Non-adjustable)
FM FF TF FF (Front flange) and flange) rear flanges)
Weight Impact velocity
TF (Front
(Front
and
and
rear
rear
flanges)
foot mount) Vertical
Weight
or horizontal motion
ED (Non-adjustable)
TF FR FF FR (Rear (Front (Rear flange)
Impact Propelling velocity
force(if any) any)
FF (Front and flange) rear flanges)
Weight Impact velocity
FF CM FR CM (Rear (Metric (Metric flange) clevis clevis mount)
Cycles Propelling Cycles / Hr / Hr force(if any)
3 - 3 Model - Model Size Size
FR (Front (Rear flange) flange)
Impact
Propelling
velocity
force(if any)
FR CM (Metric clevis mount)
Cycles / Hr
or other Select 3 Select - Model Size Size Size
Other(temperature or other environmental
conditions, safety safety or other standards, environ-
Select ED-1.5, Size 2.0, 2.0, from 3.0,3.5,4.0 Engineering Bore Bore Data Sizes(pages9-13)
3 - Model Size from from Engineering Data Data Chart Chart CM
(Rear
5 - 5
(Metric
flange)
- Options
clevis mount)
Propelling force(if any)
Cycles / Hr
CM (Metric clevis mount)
Other(temperature Cycles / Hr
Chart
Select
3 -- Size Model Selection
Size
Size
from Engineering Data Chart
C 5 - C - 5 - Options
(Sensor Cable) Cable)
Other(temperature etc) mental etc)
or other environmental
conditions, safety or other standards, environ-
conditions, safety standards,
ED-1.5, 2.0, 3.0,3.5,4.0 Bore Sizes(pages9-13)
Other(temperature
Select ED-1.5, Size 2.0, from 3.0,3.5,4.0 Engineering Bore Sizes(pages9-13)
Data Chart
5 B C B (Dust (Sensor (Dust Guard) Cable)
etc)
C
-
(Sensor
Options
Cable)
mental etc) conditions, safety standards,
ED-1.5, FP- 2.0, 3.0,3.5,4.0 Bore Sizes(pages9-13)
(pages 12-17) C SC B SC (Dust (Safety Guard)
B (Sensor (Dust Guard) Cable) Cable) Cable)
etc)
B BA SC BA (Safety (Bladder Cable)
SC
(Dust
(Safety
Guard)
Cable)
Accumulator)
SC UC BA (Safety UC (Bladder (Urethane Cable) Accumulator)
BA (Bladder Accumulator)
Cap) Cap)
BA UC (Bladder (Urethane Accumulator)
Cap)
UC (Urethane Cap)
UC (Urethane Cap)
18 A BRAND.
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SWISS MADE.

A BRAND. SWISS MADE.
Furka Reibbeläge AG
T +41 61 785 95 00
E info@furka-ag.com
www.furka-ag.com