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Cable blowing machine

From Wikipedia, the free encyclopedia

A cable blowing machine (also known as a fiber blowing machine) is a machine designed to fit fiber optic cables into telecommunication ducts and microducts with the use of compressed air or water.

Blowing machine design

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Cable blowing machine
  1. adjustment and lubrication system
  2. cable meter counter
  3. compressed air connection
  4. cable guidance
  5. base plate
  6. belt feeder
  7. blowing head


A cable blowing machine (fiber blowing machine) consists of the following components:

  • a head that ensures secure fitting of the duct into which the cable will be blown and supplying the medium (air or water) to the duct. The cable inserted into the duct via the head goes through a sealing system preventing the medium from getting into the machine;
  • a belt feeder that moves the cable towards the head;
  • a base plate or a frame onto which the blowing machine’s subsystems are mounted;
  • cable guidance, that is a system of bushes or rolls guiding the cable towards the blowing head;
  • air or water connections that supply the medium securely to the blowing machine;
  • a meter counter that shows the length (sometimes also the velocity) of the blown cable;
  • a control unit that allows to control the speed of cable insertion and the propelling power of the feeder.

Types of blowing machines

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Blowing machines are classified with regard to the diameter of the cable they can handle and the type of drive system (track feeder, roller feeder, belt feeder or blowing heads without feeders). The optical fiber cable blowing machine are of 2 types.

  1. Hydraulically powered
  2. Pneumatically powered.

The hydraulically blowing machine consists of 2 parts.

  1. Cable feeding unit: - This is the main component of blowing machine and it pushes the cable into the HDPE duct with the help of compressed air.
  2. Hydraulic Power pack: - This unit provides the power to cable feeding unit and it is because of hydraulic power pack, the cable feeding unit operates.

The commonly used is hydraulically powered one.

  • blowing machine with a track feeder
    blowing machine with a track feeder
  • blowing machine with roller feeder
    blowing machine with roller feeder
  • blowing machine with a belt feeder
    blowing machine with a belt feeder
  • blowing head
    blowing head

References

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  1. Andrzejewski M. "Wdmuchiwarki kabli, mikrokabli i mikrorurek" Inżynieria Bezwykopowa 6/2012 [48]
  2. Andrzejewski M, Szeląg B. "Metody układania kabli telekomunikacyjnych w obiektach podziemnej infrastruktury miejskiej" Wydawnictwo INŻYNIERIA sp. z o.o. Kraków 2011
  3. Andrzejewski M. "Wdmuchiwanie światłowodów" Inżynieria Bezwykopowa 1/2008 [21]
  4. Andrzejewski M. "Technika wdmuchiwania mikrokabli dla potrzeb telekomunikacji"Inżynieria Bezwykopowa 2/2008 [22]
  5. Andrzejewski M. "Narodziny niebieskiego smoka - Blue Dragon Jet" Paliwa i Energetyka 3/2014 [10]
  6. "Maszyny do układania kabli" Forum Budowlane 3(214)/2014(ISSN 1425-8773) page 31
  7. Wolfgang Hagemann: Architecture and construction dictionary. Beuth Verlag, 2014, ISBN 978-3-410-16645-0, S. 131 (eingeschränkte Vorschau in der Google-Buchsuche).
  8. Dietrich Stein: Grabenloser Leitungsbau. John Wiley & Sons, 2003, ISBN 978-3-433-01778-4, S. 83–84 (eingeschränkte Vorschau in der Google-Buchsuche).
  9. Barry J. Elliott: Cable Engineering for Local Area Networks. Woodhead Publishing, 2000, ISBN 978-1-85573-488-3, S. 205 (eingeschränkte Vorschau in der Google-Buchsuche).
  10. B. J. Elliott: Designing a Structured Cabling System to ISO 11801: Cross-referenced to European CENELEC and American Standards. Woodhead Publishing, 2002, ISBN 978-1-85573-612-2, S. 52 (eingeschränkte Vorschau in der Google-Buchsuche).
  11. Griffioen, W., "Installation of optical cables in ducts", Plumettaz, PTT Research 1993 (ISBN 90-72125-37-1)
  12. Griffioen, W., Nijstad, H., Grooten, A.T.M., Van Wingerden, A., Brown, G., Hawkins, D.F., Plumettaz, G., "JETnet: versatile access network solutions" Proc. ANCIT Workshop (Eurescom), Torino, 30-31 March 1998
  13. Griffioen, W., Van Wingerden, A., Van 't Hul, C., "Versatile outside plant solution for optical access networks", Proc. 48th IWCS, November 1999, page 152-156
  14. Griffioen, W., Van Wingerden, A., Van 't Hul, C., Lock, P., Van der Tuuk, A., "Innovative solutions for optical access networks", CANTO conference, Willemstad (Curaçao), 28 June - 1 July 2000
  15. Griffioen, W., Van Wingerden, A., Van 't Hul, C., Lock, P., Van der Tuuk, A., "Innovative solutions for access networks", Proc. 49th IWCS, November 2000, page 538-542
  16. Griffioen, W., Greven, W., Pothof, T. "A new fiber optic life for old ducts", Proc. 51st IWCS, November 2002, page 244-250
  17. Griffioen, W., Greven, W., Pothof, T, "Upgrading old ducts for new optical connections", ITG Factagung "Kommunikationskabelnetze", 10-11 December 2002, Köln, Germany
  18. Griffioen, W., Van Wingerden, A., Van 't Hul, C., Keijzer, M., "Microduct cabling: Fiber to the Home", Proc 52nd IWCS, November 2003, page 431-437
  19. Erkan GOK, Equipments:, "How to use fiber optic cable blowing machines: Fttx", , November 2016, Web: Fttx User Manual.
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