Rubber Compensators - Revision history

Admin at 08:54, 13 March 2014

2014-03-13T08:54:19Z

← Older revision		Revision as of 02:54, 13 March 2014
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	==Design==		==Design==
	The surface of the rubber compensators is smooth on the in and outside incorporating two fold high strength plies of fabric. The outer rubber, made of Neoprene, is weather resistant and protects the inner pressure bearer from ageing, wear and corrosion. The inner rubber is made of nitrile rubber. The [[~~Compensators~~]] have rubber reinforcements vulcanised on both sides. These reinforcements have two lips and an inclined ridge for better sealing. Further sealings are not necessary.		The surface of the rubber compensators is smooth on the in and outside incorporating two fold high strength plies of fabric. The outer rubber, made of Neoprene, is weather resistant and protects the inner pressure bearer from ageing, wear and corrosion. The inner rubber is made of nitrile rubber. The [[compensators]] have rubber reinforcements vulcanised on both sides. These reinforcements have two lips and an inclined ridge for better sealing. Further sealings are not necessary.


	==Areas of use==		==Areas of use==
	Typically used for flexibility when pump flange calls for rubber lined steel reducer and spacing from sump is too short to fit a piece of hose.		Typically used for flexibility when pump flange calls for rubber lined steel reducer and spacing from sump is too short to fit a piece of hose.

Admin at 08:52, 13 March 2014

2014-03-13T08:52:49Z

← Older revision		Revision as of 02:52, 13 March 2014
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	[[Category:Piping]]{{Knoppen}}		[[Category:Piping]]{{Knoppen}}
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	[[File:Rubber Compensators.jpg\|thumb\|right\|Rubber Compensators]]		[[File:Rubber Compensators.jpg\|thumb\|right\|Rubber Compensators]]
	'''Rubber Compensators''' are used to eliminate vibrations and noise as well as to compensate for misalignments and length deviations when rubber hose or rubber reducers are not used, e.g. between the sump and pump.		'''Rubber Compensators''' are used to eliminate vibrations and noise as well as to compensate for misalignments and length deviations when rubber hose or rubber reducers are not used, e.g. between the sump and pump.
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	Rubber compensators are used to check temperature variations, setting in foundations, vibrations, forces and deformations cause noise, movement and/or stress in pipeline systems and neutralize the negative effects of these factors for pipeline systems that are exposed to chemicals and/or high pressures.These are elastic pipe joint couplings.		Rubber compensators are used to check temperature variations, setting in foundations, vibrations, forces and deformations cause noise, movement and/or stress in pipeline systems and neutralize the negative effects of these factors for pipeline systems that are exposed to chemicals and/or high pressures.These are elastic pipe joint couplings.


	==Design==		==Design==
	The surface of the rubber compensators is smooth on the in and outside incorporating two fold high strength plies of fabric. The outer rubber, made of Neoprene, is weather resistant and protects the inner pressure bearer from ageing, wear and corrosion. The inner rubber is made of nitrile rubber. The [[Compensators]] have rubber reinforcements vulcanised on both sides. These reinforcements have two lips and an inclined ridge for better sealing. Further sealings are not necessary.		The surface of the rubber compensators is smooth on the in and outside incorporating two fold high strength plies of fabric. The outer rubber, made of Neoprene, is weather resistant and protects the inner pressure bearer from ageing, wear and corrosion. The inner rubber is made of nitrile rubber. The [[Compensators]] have rubber reinforcements vulcanised on both sides. These reinforcements have two lips and an inclined ridge for better sealing. Further sealings are not necessary.


	==Areas of use==		==Areas of use==
	Typically used for flexibility when pump flange calls for rubber lined steel reducer and spacing from sump is too short to fit a piece of hose.		Typically used for flexibility when pump flange calls for rubber lined steel reducer and spacing from sump is too short to fit a piece of hose.

Kodiyath at 12:35, 2 January 2013

2013-01-02T12:35:26Z

← Older revision		Revision as of 06:35, 2 January 2013
Line 7:		Line 7:
	* Please start editing this page after the /noinclude		* Please start editing this page after the /noinclude
	* -------------------------------------------------></noinclude>		* -------------------------------------------------></noinclude>
			[[File:Rubber Compensators.jpg\|thumb\|right\|Rubber Compensators]]

	'''Rubber Compensators''' are used to eliminate vibrations and noise as well as to compensate for misalignments and length deviations when rubber hose or rubber reducers are not used, e.g. between the sump and pump.		'''Rubber Compensators''' are used to eliminate vibrations and noise as well as to compensate for misalignments and length deviations when rubber hose or rubber reducers are not used, e.g. between the sump and pump.

	Typically rubber compensators used for flexibility when the pump flange calls for rubber lined steel reducer and the space from the sump is too short to fit a piece of hose.These are made from various elastomers reinforced with high tensile textile cords to provide the flexible elements in pipe work that are indispensable in today's technically advanced plant and machinery installations.		Typically rubber compensators used for flexibility when the pump flange calls for rubber lined steel reducer and the space from the sump is too short to fit a piece of hose.These are made from various elastomers reinforced with high tensile textile cords to provide the flexible elements in pipe work that are indispensable in today's technically advanced plant and machinery installations.


	Rubber compensators are used to check temperature variations, setting in foundations, vibrations, forces and deformations cause noise, movement and/or stress in pipeline systems and neutralize the negative effects of these factors for pipeline systems that are exposed to chemicals and/or high pressures.These are elastic pipe joint couplings.		Rubber compensators are used to check temperature variations, setting in foundations, vibrations, forces and deformations cause noise, movement and/or stress in pipeline systems and neutralize the negative effects of these factors for pipeline systems that are exposed to chemicals and/or high pressures.These are elastic pipe joint couplings.
			==Design==
	Design:		The surface of the rubber compensators is smooth on the in and outside incorporating two fold high strength plies of fabric. The outer rubber, made of Neoprene, is weather resistant and protects the inner pressure bearer from ageing, wear and corrosion. The inner rubber is made of nitrile rubber. The [[Compensators]] have rubber reinforcements vulcanised on both sides. These reinforcements have two lips and an inclined ridge for better sealing. Further sealings are not necessary.
			==Areas of use==
	The surface of the rubber compensators is smooth on the in and outside incorporating two fold high strength plies of fabric. The outer rubber, made of Neoprene, is weather resistant and protects the inner pressure bearer from ageing, wear and corrosion. The inner rubber is made of nitrile rubber. The ~~compensators~~ have rubber reinforcements vulcanised on both sides. These reinforcements have two lips and an inclined ridge for better sealing. Further sealings are not necessary.		Typically used for flexibility when pump flange calls for rubber lined steel reducer and spacing from sump is too short to fit a piece of hose.
	Areas of use
	Typically used for flexibility when pump flange calls for ~~rub- ber~~ lined steel reducer and spacing from sump is too short to fit a piece of hose.

Kodiyath at 07:42, 2 January 2013

2013-01-02T07:42:06Z

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