Made of high quality carefully electro polished Stainless Steel AISI316. (mirror polished on request). A smooth design g
Stainless Steel Wormgearbox FV Serie
3 Different Sizes AISI 316 Ratio’s 7,5 : 1 Up To 100 : 1 Torque Up To 140 Nm USDA H1 Lubricant Hollow Shafts: up to 30mm
FV Serie FV Series
FV Series
Roestvaststalen wormwielvertragingen
Stainless steel wormgearboxes
De Serie FV Roestvaststalen wormwielvertragingen is ontworpen voor
FV Series Stainless steel wormgearboxes are being designed to meet
toepassing in de voedings-middelenindustrie. Het gladde, ronde
the latest standards for the highly demanding environments in the
organische ontwerp maakt dit type aandrijving zeer geschikt voor deze
foodindustry. The organic round and smooth design makes the gear-
doelgroep.
boxes extremely employable in the foodindustry. The FV wormgearboxes are a new generation using the latest standards in worm gears.
Vervaardigd uit Electro Polished RVS316.
The main features are :
( Op verzoek Mirror Polished / Spiegel gepolijst ) Het gladde ontwerp geeft de aandrijving een fraaie uitstraling.
Made of high quality carefully electro polished Stainless Steel AISI316.
Toepasbaar in een grote diversiteit van RVS machines voor
(mirror polished on request)
o.a. de food industrie.
A smooth design gives the gearbox a nice appearance, ready to suit all
Standaard ratio’s tussen 7,5 en 100:1
kinds of stainless steel machinery for the foodindustry.
EASY Clean Open en Gesloten as deksels in RVS316 voor extra Hygiëne
Standard ratios between 7.5 to 100:1
RVS Holle secundaire assen
Optional SS316 open and closed hollow shaft covers for extra hygiene.
EASY Clean RVS316 reactie armen en Voetplaten
Hollow output shafts in Stainless steel.
Standaard voorzien van Synthetische H1 Voedingsmiddelen smering,
Optional easy clean hygienic design SS316 Torque arms and footplates.
als optie met Halal , Kosher of Notenvrijverklaring.
Factory equipped with Synthetic H1 Foodgrade oil.
Elke aandrijving ondergaat een 100% druk test op lekkages
Halal, Kosher or Nut free certification on request.
Geen type schildjes op de aandrijving.
Each gearbox is tested with a 100% Factory pressure leak test.
De typeaanduiding wordt op de aandrijving geëtst !
No Tagplates ! The tagplate is etched on the gearbox, no dirt traps under the tagplate.
Geen vuilophoping of bacteriegroei onder het typeschild!
FV Serie
Série FV
Edelstahl-Schneckenreduziergetriebe
Réducteurs à vis sans fin en acier inoxydable
Die Serie FV Edelstahl-Schneckenreduziergetriebe wurde für den Einsatz in der Nahrungsmittelindustrie entwickelt. Durch den glatten, runden und organischen Entwurf ist diese Art von Antrieb für diese Zielgruppe besonders geeignet.
Les réducteurs à vis sans fin de la série FV ont été conçus pour application dans l’industrie alimentaire. Grâce à son concept organique lisse et rond, ce type d’entraînement est particulièrement approprié pour ce groupe cible.
Aus Electro Polished RVS316 (auf Anfrage Mirror Polished/spiegelpoliert).
-Fabriqué en inox 316 poli électrolytiquement. ( Sur demande Mirror Polished / Poli optique ) -Le concept lisse donne à l’entraînement un aspect esthétique, approprié pour application dans une grande diversité de machines en inox, en particulier dans l’industrie alimentaire.
Der glatte Entwurf verleiht dem Antrieb ein ansprechendes Äußeres. Geeignet, um in einer Vielzahl verschiedener Edelstahlmaschinen, u.a. in der Nahrungsmittelindustrie, eingesetzt zu werden.
-Rapports standard entre 7,5 et 100:1
Standardübersetzungen zwischen 7,5 : 1 und 100 : 1
-Couvercles d’axe EASY Clean ouverts et fermés en inox 316 pour encore plus d’hygiène
EASY Clean offener und geschlossener Achsendeckel in RVS316 für zusätzliche Hygiene
-Axes secondaires creux en inox
Abtriebs hohlwellen aus Edelstahl
-Bras de réaction et soles EASY Clean en inox 316
EASY Clean RVS316 Reaktionsarme und Bodenplatten
-Doté en standard d’un lubrifiant synthétique alimentaire H1, en option avec déclaration HALAL , KOSHER ou sans noix.
Standardmäßig ausgestattet mit synthetischer H1 Nahrungsmittelschmierung, optional mit Erklärung als Halal, Koscher oder Nussfrei.
-Chaque entraînement est soumis à un test de production 100% quant aux fuites
Jeder Antrieb durchläuft einen 100 % Produktionstest in Bezug auf Lecks.
-Pas de plaques signalétiques sur l’entraînement. L’indication du type et les spécifications sont gravées sur l’entraînement de façon à éviter toute accumulation d’impuretés ou la prolifération de bactéries sous la plaque signalétique.
Kein Typenschild auf dem Antrieb. Die Typenangabe und Spezifikationen werden auf den Antrieb geätzt, dadurch sind Schmutzansammlungen oder Bakterienwachstum unter dem Typenschild nicht möglich.
01
FV Serie Relevant parameters
Service Factor
Power
The effect of the driven machine on the wormgear unit is taken into account to a sufficient level of accuracy using the service factor FS . The service factor is determined according to the daily operating time and the starting frequency Z. Three load classifications are considered depending on the mass acceleration factor. You can read off the service factor applicable to your application in following figure. The service factor selected using this diagram must be less than or equal to the service factor as given in the performance parameter table.
P P = [kW ] η 2
1
P ≥P ⋅F [kW ] 1η
P P
S
1
: Input power : Output power P 1η : Rated input motor power FS : Service factor η : Transmission efficiency 1
2
The parameter can be found in the FV gearbox rating charts and represents the kW that can be safely transmitted to the gearbox, based on input speed η 1 and service factor FS =1.
η η
1 2
i
η
M
M
2 2η
P η F
S
1
1,7
1,5
1,8
1,6
1,4
2,0
1,7
1,5
1,3
1,9
1,6
1,4
1,2
1,8
1,5
1,3
1,1
1,7
1,4
1,2
1,0
C
B
1,6
1,3
1,1
0,9
1,5
1,2
1,0
0,8 5
10
20
30
40
50
60
70
80
90
100
Start up Frequency Z (1/h) #
Moderate shock load : permitted mass acceleration factor FA ≤ 3
[Nm ]
2
Winding devices, woodworking machine feeders, goods lifts, balancers, threading machines, medium mixers, conveyor belts for heavy materials, winches, sliding doors, fertilizer scrapers, packing machines, concrete mixers, crane mechanism, milling cutters, folding machines, gear pumps.
M ≥M ⋅F [Nm ] 2η
1,9
2,1
Screw feeders for light materials, fans, assembly lines, conveyor belts for light materials, small mixers, lifts, cleaning machines, fillers, control machines.
M 1
2,2
Uniform shock load : permitted mass acceleration factor FA ≤ 0,3
1
2
Lenght of daily operating time (Hours/day)
Type of load:
2
M =
1,6
Load classifications
To optimize the working conditions and extend the durability of the drive we advise a maximum input speed of 1400 Rpm.
9550⋅P ⋅η
2h
1,8
# Starting frequency Z : The cycles include all starting and braking procedures as well as change overs from low to high speed.
: Gear units input speed : Gear units output speed
Torque
8h
2
Service Factor (Fs)
η
Transmission ratio η i= η
16h
2,3
A
Values of η d are calculated for gearboxes after a sufficiently long running-in period. After the running-in period the surface temperature in operation reduces and finally stabilises. It may be worth highlighting that values of rated torque M 2η given in the cataloque take the transmission efficiency η D into consideration.
Rotation speed
24h
2
S
: Output torque : Rated output torque : Input power : Transmission efficiency : Service factor
Heavy shock load : permitted mass acceleration factor Mixers for heavy materials, shears, presses, centrifuges, rotating supports, winches and lifts for heavy materials, grinding lathes, stone mills, bucket elevators, drilling machines, hammer mills, cam presses, folding machines, turntables, tumbling barrels, vibrators, shredders.
02
FV Serie Output Shafts Radial Loads
Mass acceleration factor The mass acceleration factor is calculated as follows:
J J
F= A
F J J
: Mass acceleration factor : All external mass moments of inertia M : Mass moment of inertia on the motor end A
C
If mass acceleration factor Service factor
F
S
C
M
F ≥10 , please call our technical service. A
should be adjusted as followings:
FV
a
1.) Ambient temperature is 30 ~ 40°C : FS x (1.1~1.2) 2.) Ambient temperature is 40 ~ 50°C : FS x (1.3~1.4) 3.) Ambient temperature is 50 ~ 60°C : FS x (1.5~1.6) 4.) Ambient temperature ≥ 60°C, please call our technical Service!
F
R 2 MAX
Radial loads FR When determining the resulting radial loads, the type of transmission elements, mounted on the shaft end must be considered. Various transmission elements are corresponding with following transmission element factors FZ : Transmission element factor
F
76
95
3490
4840
6270
Gear Motor Example: The input power is 0,25 kW, η 1 =1400r/min, uniform, start up frequency 20 (1/h), continuous running for 24 hours, the ambient temperature is +32°C η 2 =93.3r/min
= i
1,00 1,25 1,40
Comments
Narrow v-belt pulleys
1,75
Influence of the tensile force
Flat belt pulleys
2,50
Influence of the tensile force
Toothed belt pulleys
2,50
Influence of the tensile force
= FS 1,53 = x 1,12 1,714 Check and adjust the service factor, will get:
P 0,25 P= x 1,714 0,52[kW ] ≥ ⋅F = η 0,82 2
1η
S
d
Choose type: FV063-15-0.55-4
Calculate output torque: 9550⋅P 9550x 0,25 = M = = 25,58[Nm ] η 93,3 2
2
2
M ⋅2000⋅F [N ] D FR : Resulting radial load [N ] M : Torque on the shaft [Nm ] D : Diameter of the mounted transmission element in [mm ]
M = 95 ≥M ⋅F = 25,58x 1,714 = 43,84[Nm ]
Z
2η
R
S
2
0
Z
Gear units Example: Required torque 50Nm on driven machine, continuous running for 8 hours, uniform load, the ambient temperature is +30°C, = FS 1,2 = x 1,1 1,32 then choose the service factor η 1 = 900r/min, η 2 = 22.5r/min.
0
: Transmission element factor
The allowed radial load force on the shaft is calculated with the following formula:
FXL ≤
1
= i 15,ηd ≈ 0,82
The overhung loads exerted on the motor or wormgear shaft is then calculated as follows:
F
η 1400 = = 15 η 93,3 2
≥ 17 Teeth ≤ 17 Teeth ≥ 20 Teeth ≤ 20 Teeth ≤ 13 Teeth
1,00
F
120
64
Check mesh table on next page, estimate when the
1,15
Chain sprockets
063
101
SO:
Z
Gears
050
84
b
To keep the service-life of gear units, the factor FS selected from the cataloque must be equal or slightly higher than the calculated factor FS
Transmission element
040
FR ⋅a [N ] (b + x ) 2
M ≥M = ⋅F 50x= 1,32 66[Nm ] 2η
: Permitted overhung load ( x = L /2) for foot mounted gear units according to the selection tables in [N ] a ,b : Gear unit constant for overhung load conversion : Distance from the shaft shoulder to the force application point in
F
R2
2
S
= i
η 900 = = 40 η 22,5 1
2
Choose type FV050-40
x
[mm ]
The values of a ,b ,FR 2 are given in the following tables in the next column:
03
FV Serie Ratio & IEC motoradapters Transmission Ratio
IEC motor adapters
Hollow input shaft diameter (D) IEC
FV 040
FV 050
FV 063
P
M
N 7,5
10
15
20
25
30
40
50
60
80
100
11
11
11
11
11
11
11
11
14
14
14
14
14
14
14
14
19
19
19
63 B14a
90
75
60
11
11
11
11
11
11
11
71 B14a
105
85
70
14
14
14
14
14
14
14
63 B14a
90
75
60
71 B14a
105
85
70
14
14
14
14
14
14
80 B14a
120
100
80
19
19
19
19
19
19
71 B14a
105
85
70
80 B14a
120
100
80
19
19
19
19
19
19
19
90 B14a
140
115
95
24
24
24
24
24
24
24
Mesh Data Note: Do not use the self locking effect of wormgear units as sole safety function for hoist Type FV 040
FV 050
FV 063
i Z
M
1 η
Y
η (η1=1400r /min) d
η Z
M
s 1 η
Y
η (η1=1400r /min) d
η Z
M
s 1 η
Y
η (η1=1400r /min) d
η
s
7,5
10
15
20
25
30
40
50
60
80
100
4 1,87 23°54’ 0,86 0,7
3 1,95 18°23’ 0,84 0,66
2 2 12°30’ 0,80 0,59
2 1,54 10°3’ 0,77 0,54
2 1,26 8°45’ 0,74 0,51
1 2,04 6°19’ 0,69 0,44
1 1,55 5°4’ 0,65 0,39
1 1,27 4°24’ 0,61 0,36
1 1,06 3°42’ 0,57 0,32
1 0,8 2°52’ 0,51 0,27
1 0,65 2°29’ 0,47 0,24
4 2,34 23°49’ 0,87 0,7
3 2,43 18°19’ 0,85 0,66
2 2,5 12°27’ 0,81 0,59
2 1,92 10°3’ 0,78 0,54
2 1,56 8°33’ 0,75 0,51
1 2,54 6°18’ 0,71 0,44
1 1,94 5°4’ 0,67 0,39
1 1,58 4°18’ 0,63 0,36
1 1,32 3°38’ 0,59 0,32
1 1 2°52’ 0,53 0,27
1 0,8 2°17’ 0,48 0,24
4 2,96 24°31’ 0,88 0,7
3 3,08 18°53’ 0,86 0,66
2 3,17 12°51’ 0,82 0,59
2 2,44 10°29’ 0,8 0,55
2 1,98 8°45’ 0,77 0,51
1 3,23 6°30’ 0,73 0,44
1 2,47 5°17’ 0,69 0,4
1 1,99 4°24’ 0,65 0,36
1 1,68 3°49’ 0,62 0,33
1 1,27 2°59’ 0,56 0,28
1 1,02 2°26’ 0,51 0,24
Efficiency & Irreversibility Charactar Efficiency is an important parameter of wormreducers, Efficiency
η depends on the following parameters:
1) Helix angle of gearing, 2) Driving speed, 3) Running-in of gearing, 4) The performance of oil, oil seal and bearing. The mesh data table on this page shows dynamic efficiency (η 1 =1400) and static efficiency values. Remember that these values are only achieved after the unit has been run in. Torque values Mn 2 indicated in the catalogue are calculated by considering the steady-state performance of the gearboxes. The actual values mentioned above may have deflection. Dynamic irreversibility: Dynamic irreversibility is achieved when the output shaft stops instantly when drive is no longer transmitted trough the worm shaft. This condition requires a dynamic efficiency of ηd ≤ 0,4 (See table below) Static irreversibility: Static irreversibility is achieved when the gear reducer at a standstill, the application of a load to the output shaft can’t drive the wormshaft. This condition requires a static efficiency of η S ≤ 0,5 (See table below)
η
d
Dynamic irreversibility
η
S
Static irreversibility
≥ 0,6
0,5~0,6
0,4 0,5
≤ 0,4
Dynamic reversibility
Low dynamic reversibility
Good dynamic irreversibility
Dynamic irreversibility
≥ 0,55
0,5 0,55
≤ 0,5
Static reversibility
Low static reversibility
Good static irreversibility
Note! The table shows opproximate irreversibility classes. Vibrations and shocks can affect a gear reducer’s irreversibility. As it is virtually impossible to provide and guarantee total non reversing, we recommend the use of an external brake with sufficient capability to prevent vibrations in duced starting, where these circumstances are required. For the irreversibility conditions of a combined geared unit, one must consider that the efficiency of the group is given by the product of the efficiencies of each single reducer, i.e.: ηtot =η 1x η 2
04
14
FV Serie Stainless Steel Wormgear Boxes Series FV
D1
A
B
C
L
E
F
G
L1
I
J
Q
Q1
T
S
FV040
18
73
78
60
70
90
52
40
123
4*M6x8
75
78
53,5
20,8
6
FV050
25
87
92
70
80
100
64
50
143
4*M8x10
85
92
62
28,3
8
FV063
25
106
112
80
95
110
71
63
170
4*M8x10
95
112
76
28,3
8
Different shaft sizes on request. Stainless Steel Outputflanges Series FV
Gearbox Type
Flange Type
A1
E1
C1
J1
I1
FV040
SS075FL110
70
110
60
75
9
FV040
SS075FL136
80
136
95
115
9,5
FV050
SS085FL125
90
125
70
85
11
FV063
SS095FLA160
80,5
160
110
130
8,5
FV063
SS095FL180
112
180
115
150
11
Stainless Steel Torquearms Series FV
Gearbox Type
Flange Type
K1
R
KG
G
KH
FV040
SS075MS
100
18
31,5
14
10
FV050
SS085MS
100
18
38,5
14
10
FV063
SS095MS
150
18
49
14
10
05
FV Serie Stainless Steel Footplates Mounting inwards
Mounting outwards
Gearbox Type
Foot Type
H
H1
V
V1
X
X1
V2
V3
FV040
SS075VP
50
90
111
83
35
70
95
60
FV050
SS085VP
60
110
131
97
40
80
114
70
FV063
SS095VP
72
135
156
116
45
100
137
85
Stainless Steel Shaftcovers Closed
Gearbox Type
Cover Type
FV040
SS075CC
FV040
SS075CO18
FV050
SS085CC
FV050
SS085CO25
FV063
SS095CC
FV063
SS095CO25
Open
E
O
90
60
100
70
110
80
ØD
B
B1
A
A1
-
20
-
56,5
-
18
-
17
-
53,5
-
20,5
-
64
-
25
-
17
-
60,5
-
26
-
79
-
25
-
22
-
75
06
S
N
75
6,5
85 8,5 95
FV Serie Typenumber lay-out
Mounting positions
FV040 / 50 / 63 / 90 / B3 / 1 A
V5
B3
B
C
D
E
F
A: Modeltype: FV040 / FV050 / FV063 B: Ratio: 7,5 / 10 / 15 / 20 / 25 / 30 / 40 / 50 / 60 / 80 / 100 C: IEC Motortype: 63 / 71 / 80 / 90 D: IEC Flange Diameter: 90 / 105 / 120 / 140 E: Mounting position: B3 / B6 / B7 / B8 / V5 / V6 F: Terminal Box Position: 1 / 2 / 3 / 4
V6
Oil Quantity
B7
B8
B6 Gearbox Type
Lubrication FV Series Stainless Steel 316 Wormgearboxes are being filled with a special lubricating oil for food and pharmaceutical industries. Ambient temperatures are guide values only, which depend on the lubricants composition, the intended use and the application method. Brand
Type
Temp. Range
Castrol
Optileb GT460
-20°C ~ +40°C
Bechem
Berusynth 460H1
-20°C ~ +40°C
Shell
Cassida Fluid GL460
-20°C ~ +40°C
Mobil
SHC Cibus 460
-20°C ~ +40°C
Kluber
4UH1-460N
-20°C ~ +40°C
B3
B6
B7
B8
V5
V6
FV040
140 ML 140 ML 140 ML 140 ML 140 ML 140 ML
FV050
240 Ml 240 Ml 240 Ml 240 Ml 240 Ml 240 Ml
FV063
500 Ml 500 Ml 500 Ml 500 Ml 500 Ml 500 Ml
Weight Gearbox Type
Weight
FV040
3,7 Kg
FV050
5,7 KG
FV063
8,9 KG
Extra information: - Mounting with the use of a shrinkdisk is possible on request.
Special lubrication on request:
- Mirror polished surface possible on request.
Halal certification Kosher certification Nut free certification
- Different shaft diameters possible on request.
Terminal box positions Based on mounting position B3
Maintenance Every 3000 working hours or at least every 6 months the oil and oil level should be checked. At the same time it is advisable to check also the shaftseals for leakage.
07
FV Serie Gearbox Selection Table
P1η[Nm] η 2[Min ] M2η[Nm] -1
0,18
0,25
i
Fr2[N]
Fs
70
19
20
1824
2.1
56
23
25
1964
1.7
46.7
25
30
2087
1.7
35
32
40
2298
1.3
28
37
50
2475
1.0
45
28
20
2113
1.6
36
34
25
2276
1.3
30
38
30
2419
1.3
22.5
47
40
2662
1.0
35
33
40
3153
2.3
28
39
50
3397
1.9
23.3
43
60
3610
1.6
17.5
52
80
3973
1.2
18
56
50
3936
1.4
15
63
60
4183
1.1
15
66
60
5467
2.1
11.3
79
80
6018
1.6
9
90
100
6270
1.4
186.7
11
7,5
1315
3.6
140
14
10
1447
2.8
93.3
20
15
1657
2.0
70
26
20
1824
1.5
56
32
25
1964
1.3
46.7
35
30
2087
1.2
120
17
7,5
1524
2.6
90
22
10
1677
2.0
60
31
15
1920
1.4
45
39
20
2113
1.1
70
27
20
2503
2.7
56
32
25
2696
2.2
46.7
36
30
2865
2.3
35
46
40
3153
1.7
28
54
50
3397
1.4
23.3
60
60
3610
1.1
45
40
20
2900
1.9
36
48
25
3124
1.5
30
54
30
3320
1.7
22.5
67
40
3654
1.2
18
78
50
3936
1.0
28
55
50
4440
2.4
23.3
63
60
4719
2.0
17.5
76
80
5193
1.6
14
87
100
5595
1.4
18
81
50
5145
1.8
15
92
60
5467
1.5
11.3
110
80
6018
1.2
9
125
100
6270
1.0
08
FV040
FP2SS 6324 B14a
FV040
FP2SS 7116 B14a
FV050
FP2SS 6324 B14a
FV050
FP2SS 7116 B14a
FV063
FP2SS 7116 B14a
FV040
FP2SS 7114 B14a
FV040
FP2SS 7126 B14a
FV050
FP2SS 7114 B14a
FV050
FP2SS 7126 B14a
FV063
FP2SS 7114 B14a
FV063
FP2SS 7126 B14a
FV Serie Gearbox Selection Table
P1η[Nm] η 2[Min ] M2η[Nm] -1
0,37
0,55
i
Fr2[N]
Fs
186.7
16
7.5
1315
2.5
140
21
10
1447
1.9
93.3
30
15
1657
1.3
70
39
20
1824
1.0
140
21
10
1987
3.4
93.3
31
15
2274
2.4
70
39
20
2503
1.9
56
47
25
2696
1.5
46.7
54
30
2865
1.5
35
68
40
3153
1.1
120
25
7,5
2091
3.4
90
33
10
2302
2.6
60
47
15
2635
1.8
45
59
20
2900
1.3
36
72
25
3124
1.0
30
80
30
3320
1.0
35
70
40
4122
2.1
28
82
50
4440
1.6
23.3
94
60
4719
1.4
17.5
113
80
5193
1.1
45
60
20
3791
2.4
36
73
25
4084
1.9
30
82
30
4339
2.1
22.5
102
40
4776
1.6
18
120
50
5145
1.2
15
137
60
5467
1.0
186.7
24
7,5
1805
2.9
140
32
10
1987
2.3
93.3
46
15
2274
1.6
70
59
20
2503
1.2
56
70
25
2696
1.0
46.7
80
30
2865
1.0
120
37
7.5
2091
2.3
90
48
10
2302
1.7
60
69
15
2635
1.2
70
60
20
3272
2.2
56
72
25
3524
1.8
46.7
82
30
3745
1.6
35
104
40
4122
1.4
28
122
50
4440
1.1
60
70
15
3444
2.2
45
90
20
3791
1.6
36
108
25
4084
1.3
30
123
30
4339
1.1
22.5
152
40
4776
1.1
09
FV040
FP2SS 7124 B14a
FV050
FP2SS 7124 B14a
FV050
FP2SS 8016 B14a
FV063
FP2SS 7124 B14a
FV063
FP2SS 8016 B14a
FV050
FP2SS 8014 B14a
FV050
FP2SS 8026 B14a
FV063
FP2SS 8014 B14a
FV063
FP2SS 8026 B14a
FV Serie Gearbox Selection Table
P1η[Nm] η 2[Min ] M2η[Nm] -1
0,75
1,1
1,5
i
Fr2[N]
Fs
186.7
33
7.5
1805
2.1
140
43
10
1987
1.7
93.3
62
15
2274
1.2
93.3
63
15
2973
2.2
70
82
20
3272
1.6
56
98
25
3524
1.3
46.7
112
30
3745
1.2
35
141
40
4122
1.0
120
51
7.5
2734
2.9
90
67
10
3009
2.3
60
96
15
3444
1.6
45
123
20
3791
1.2
186.7
50
7.5
2359
2.6
140
65
10
2597
2
93.3
92
15
2973
1.5
70
120
20
3272
1.1
120
75
7.5
2734
2.0
90
98
10
3009
1.6
60
140
15
3444
1.1
186.7
68
7.5
2359
1.9
140
88
10
2597
1.5
93.3
126
15
2973
1.1
Info@ Easynox.eu www.easynox.eu
© Copyright Easynox 2015 The contents of this catalogue are the copyright of the publisher and may not reproduced ( even extracts) unless permission is granted. Every care has been taken to ensure the accuracy of the information contained in this catalogue but no liability can be accepted for any errors or omissions. *Note: Unless otherwise stated all sizes are in millimeter Catalogue FV2015.001
10
FV050
FP2SS 8024 B14a
FV063
FP2SS 8024 B14a
FV063
FP2SS 90S6 B14a
FV063
FP2SS 90S4 B14a
FV063
FP2SS 90L6 B14a
FV063
FP2SS 90L4 B14a
