Spesifikasi CENTAFLEX CFA CFX COUPLING PT SARANA TEKNIK centaflex coupling flexible type cfa CFX COUPLINGS
SUKU CADANG MESIN.
PT SARANA COUPLING CENTA
Contact Our Marketing Coupling Division
Mr. Ivan
HP : 085100451992 /081517728776
whatsapp : 085100451992
BBM pin : 55070627
e mail : sarana05 @ymail.com / agencoupling @gmail.com
SELL
CENTAFLEX TYPE CFA & CFX
COUPLING CENTAFLEX
®
The success of a
coupling system
® CENTAFLEX is a registered trademark of CENTA Antriebe
CENTAFLEX, the original from the inventor!
This successfull coupling has been developed and inter
-
nationally been patented by CENTA Transmissions and
brought to the market in 1970. Since then a unique suc
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cess story on the world market began. More than 100.000
couplings are produced every year, with still growing vol
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ume. Totally six million couplings have been installed and
are performing reliably. Beside the original production in
Germany, the couplings are produced under license by:
Miki Pulley Co. in Japan
CENTA Andino in Brazil.
Further ten CENTA subsidiaries and 30 agencies with
broad know-how provide worldwide sales and service and
make the CENTAFLEX the most successfull couplings of its
kind on the world market.
The idea
A high quality coupling element which - with very little
effort - enables a highly flexible coupling to be “custom
built” for almost any purpose. The CENTAFLEX contains
a highly elastic element which is extensively flexible in
any direction, and upon which an entire coupling system
is based. This coupling system embodies a combination
of numerous positive characteristics, with a versatil ity of design from common components, not previously
achieved.
The principle A prestressed polygon shaped rubber element with metal
parts vulcanised in. The important innovation is that the
screws connecting the rubber element with the hubs
are alternately arranged axially and radially. The radial
screws fulfill 2 tasks:
•
connecting
the rubber element to the hub
•
producing a preload by radial compression of the rubber column
Preload pressure stress in the rubber element considerably raises the capacity of the coupling, since it compensates for the tensile stress which otherwise occurs
in operation. Under compressive stress the capacity of rubber is multiplied.
Transmission of the peripheral force from the bonded
aluminium segments to the hubs is by friction.