ER-CONE TYPE FENDER

ER-CONE TYPE FENDER

 
ER-CONE TYPE FENDER

The cone type fenders that we are producing generally are shown the same characteristics with Er-cell type fenders. However, as seen in cell type tests at reaction force, it is inflated at during force. This value is a deformation around maximum % 55-57.5 of -H- height. 

 However, Er-Cone type fenders, as seen at the tests when the fender is inflated at reaction forces, the shield at the upper part of the cone fender is entered into flat rubber fender at seam during inflation and in case of more force, the part of the height of the shield in (F) are also entered into inflated fender. Because of this feature, the deformation in H: height of cone fender is absorbed reaction force at %70-72.5 distance. Another feature of cone type fender is also absorbed reaction force by inflating itself and rubber stretching at angular forces coming to the fender laterally. 

 As seen at the tests, you can see the deformation in straight 10 ° and 15 ° angled shapes. 

 As test system, our company is made PIANC test with Lloyd and you for performance value  

 Please consult to our company for reaction and absorbed force performance values.  Because, it may varies according to the rubber hardness. Generally, we also can apply TSE: K. 46 Norms and other tests for fenders at our laboratory.

 

In the fender model ( A ), there is an apparatus that helps the fender to absorb a maximum of 70% + 2 by increasing the normal absorption amount of the " F " size.

In the fender model ( B ), on the other hand, a steel panel of maximum 55% + 2 in accordance with the standard operation of the fender is directly mounted to the fender, resulting in a more durable connection.

 


ER - CONE TYPE FENDER DIMENSIONS

TYPE H T E1 D1 E2 D2 F N -Ø D n-Md Weight (KG ±)
ER - KONİK 250 250 15 340 375 160 215 37 8 - 16 8-M14 15,5
ER - KONİK 500 500  30 675 750 325 425 75 4 - 30 4-M24 145
ER - KONİK 600 600 30 810 900 390 510 90 6 - 33 6-M24 240
ER - KONİK 800 800 40 1090±10 1240 520 680 120 6 - 44 6-M36 585
ER - KONİK 1000 1000  45 1350 1500 650 850 150 6 - 50 6-M42 1085
ER - KONİK 1150 1150  52 1550 1725 750 1000 175 6 - 50 6 - M42 1665
ER - KONİK 1300 1300 60 1755 1950 845 1105 195 8 - 60 8-M45-48 2410

 

NOTE: Our Fenders; It is manufactured according to TSE K 46 Norms and has Loyd certificates.
 

 

Kinetic Energy Formula:    Ek = m .V 2 / 2                
m: Kütle Ağirlık-Mass Weight : 1800 (Ton)
V: Hız-Speed 0,15 (m/s)
1 Kg = 9.81 Newton
Ek = 1.800.000 x 0.152  / 2     Ek = 1.800.000 x 0,0225 / 2 = 20,250 Joule = N-m
20,250/9,81 = 2,064 Kg-m 

Kinetic Energy Formula:    Ek = m .V 2 / 2                
m: Kütle Ağirlık-Mass Weight : 1800 (Ton)
V: Hız-Speed 0,20 (m/s)
1 Kg = 9.81 Newton
Ek = 1.800.000 x 0.202 / 2         Ek = 1.800.000 x 0,04 / 2 = 36,000 Joule  = N-m
36,000/9,81 = 3,669 Kg-m

ER - CONE TYPE DEFORMATION TEST  FENDER

Flat force and 10 to 15 angle test available

Test with plain force

10° Angle test

15° Angle test

 

ER - CONE 800 TYPE DEFORMATION TEST  FENDER