ABUS EC700 - Revision history

Mgsecure: /* Gallery */

2023-02-03T12:31:20Z

Gallery: <div align="center">

← Older revision		Revision as of 12:31, 3 February 2023
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	== Gallery ==		== Gallery ==
	<gallery align="center">		<div align="center"><gallery align="center">
	File:Abus EC700 euro cylinder - FXE47625.jpg		File:Abus EC700 euro cylinder - FXE47625.jpg
	File:ABUS EC700 key - FXE47657.jpg \| EC700 key		File:ABUS EC700 key - FXE47657.jpg \| EC700 key
	File:ABUS EC700 cut euro cylinder - FXE47684.jpg \| EC700 cut euro cylinder		File:ABUS EC700 cut euro cylinder - FXE47684.jpg \| EC700 cut euro cylinder
	</gallery>		</gallery></div>

	== See also ==		== See also ==

Sandplum: category:horizontal keyways

2022-12-28T00:08:45Z

category:horizontal keyways

← Older revision		Revision as of 00:08, 28 December 2022
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	\| lock_design = [[Pin_tumbler\|Pin-tumbler]], [[Dimple]]		\| lock_design = [[Pin_tumbler\|Pin-tumbler]], [[Dimple]]
	\| years_produced =		\| years_produced =
	\| patent =		\| patent =
	\| related =		\| related =
	\| spec_on = yes		\| spec_on = yes
	\| spec_comptype = Pin-tumbler		\| spec_comptype = [[Pin_tumbler\|Pin-tumbler]]
	\| spec_comp = 10		\| spec_comp = 10
	}}		}}
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	== Principles of operation ==		== Principles of operation ==

	The [[ABUS]] EC700 utilizes [[dimple]] keys but functions the same as a standard [[Pin_tumbler \|pin-tumbler]] lock. The key is bitted on both sides of the blade and is reversible. The lock uses ten chambers for pin-tumbler stacks. Four chambers in a row on the top of the lock and six chambers in a row on the bottom. Each of those chambers contains a set of key pin, driver, and spring. To open the lock, all ten pin-tumblers must be aligned at the [[shear line]]. ''(See also [[~~Pin-tumbler~~#~~Principles_of_Operation~~\|Pin-tumbler, Principles of ~~Operation~~]])''		The [[ABUS]] EC700 utilizes [[dimple]] keys but functions the same as a standard [[Pin_tumbler \|pin-tumbler]] lock. The key is bitted on both sides of the blade and is reversible. The lock uses ten chambers for pin-tumbler stacks. Four chambers in a row on the top of the lock and six chambers in a row on the bottom. Each of those chambers contains a set of key pin, driver, and spring. To open the lock, all ten pin-tumblers must be aligned at the [[shear line]]. ''(See also [[Pin_tumbler#Principles_of_operation\|Pin-tumbler, Principles of operation]])''

	ABUS utilizes a variety of security features to deter picking. At least two of the brass driver pins in the bottom row are spooled [[security pin]]s. Standard pins have tapered edges to reduce feedback. The use of multiple rows of opposing pins in the EC700 adds another obstacle through a less-common implementation of this design. The four pins of the top row are directly opposite pins from the bottom row and touch in the middle when the key is not present. This configuration complicates picking because the force of the much stronger bottom springs [[overset]]s the pins of the top row. Picking attacks tend to rely on dedicated tools to work around this initial state. The [[Kale Kilit 164 BNE]] is another lock that shares this design feature.		ABUS utilizes a variety of security features to deter picking. At least two of the brass driver pins in the bottom row are spooled [[security pin]]s. Standard pins have tapered edges to reduce feedback. The use of multiple rows of opposing pins in the EC700 adds another obstacle through a less-common implementation of this design. The four pins of the top row are directly opposite pins from the bottom row and touch in the middle when the key is not present. This configuration complicates picking because the force of the much stronger bottom springs [[overset]]s the pins of the top row. Picking attacks tend to rely on dedicated tools to work around this initial state. The [[Kale Kilit 164 BNE]] is another lock that shares this design feature.
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	* [[Dimple Lock]]		* [[Dimple Lock]]
	* [[Pin_tumbler\|Pin-tumbler]]		* [[Pin_tumbler\|Pin-tumbler]]
			* [[Kale Kilit 164 BNE]]

			[[Category:Lock models]]
	[[Category:ABUS]]		[[Category:ABUS]]
	~~[[Category:Lock models]]~~
	[[Category:Dimple_locks]]		[[Category:Dimple_locks]]
	[[Category:Pin-tumbler locks]]		[[Category:Pin-tumbler locks]]
			[[Category:Horizontal keyways]]
	~~{{Stub}}~~

Mgsecure: add new main keyway image

2022-12-24T16:07:11Z

add new main keyway image

← Older revision		Revision as of 16:07, 24 December 2022
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	{{Lock model		{{Lock model
	\| name = ABUS EC700		\| name = ABUS EC700
	\| Img = File:~~Abus~~ EC700 ~~euro cylinder~~ - ~~FXE47625~~.jpg		\| Img = File:ABUS EC700 keyway - FXE47656.jpg
	\| Img_size = 200px		\| Img_size = 200px
	\| maker = [[ABUS]]		\| maker = [[ABUS]]
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	== Gallery ==		== Gallery ==
	<gallery align="center">		<gallery align="center">
			File:Abus EC700 euro cylinder - FXE47625.jpg
	File:ABUS EC700 key - FXE47657.jpg \| EC700 key		File:ABUS EC700 key - FXE47657.jpg \| EC700 key
	File:ABUS EC700 cut euro cylinder - FXE47684.jpg \| EC700 cut euro cylinder		File:ABUS EC700 cut euro cylinder - FXE47684.jpg \| EC700 cut euro cylinder

Mgsecure: bold "EC700"

2022-12-20T15:02:29Z

bold "EC700"

← Older revision		Revision as of 15:02, 20 December 2022
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	<br>		<br>

	The '''Extra Classe 700''', commonly referred to by its model number EC700, is a door cylinder lock made by [[ABUS]]. It is a [[dimple\|dimple lock]] that uses the flat side of the key blade as a bitting area.		The '''Extra Classe 700''', commonly referred to by its model number '''EC700''', is a door cylinder lock made by [[ABUS]]. It is a [[dimple\|dimple lock]] that uses the flat side of the key blade as a bitting area.

	== Principles of operation ==		== Principles of operation ==

Mgsecure: /* {{PAGENAME}} */ PageName/TOC fix

2022-12-19T17:56:57Z

{{PAGENAME}}: PageName/TOC fix

← Older revision		Revision as of 17:56, 19 December 2022
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	={{PAGENAME}}=		<span style="font-size: 188%;">{{PAGENAME}}</span>
			----

	{{Lock model		{{Lock model

Sandplum: links

2022-12-05T14:03:05Z

links

← Older revision		Revision as of 14:03, 5 December 2022
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	== Principles of operation ==		== Principles of operation ==

	The [[ABUS]] EC700 utilizes [[dimple]] keys but functions the same as a standard [[pin-tumbler]] lock. The key is bitted on both sides of the blade and is reversible. The lock uses ten chambers for pin-tumbler stacks. Four chambers in a row on the top of the lock and six chambers in a row on the bottom. Each of those chambers contains a set of key pin, driver, and spring. To open the lock, all ten pin-tumblers must be aligned at the [[shear line]]. ''(See also [[Pin-tumbler#Principles_of_Operation\|Pin-tumbler, Principles of Operation]])''		The [[ABUS]] EC700 utilizes [[dimple]] keys but functions the same as a standard [[Pin_tumbler \|pin-tumbler]] lock. The key is bitted on both sides of the blade and is reversible. The lock uses ten chambers for pin-tumbler stacks. Four chambers in a row on the top of the lock and six chambers in a row on the bottom. Each of those chambers contains a set of key pin, driver, and spring. To open the lock, all ten pin-tumblers must be aligned at the [[shear line]]. ''(See also [[Pin-tumbler#Principles_of_Operation\|Pin-tumbler, Principles of Operation]])''

	ABUS utilizes a variety of security features to deter picking. At least two of the brass driver pins in the bottom row are spooled [[security pin]]s. Standard pins have tapered edges to reduce feedback. The use of multiple rows of opposing pins in the EC700 adds another obstacle through a less-common implementation of this design. The four pins of the top row are directly opposite pins from the bottom row and touch in the middle when the key is not present. This configuration complicates picking because the force of the much stronger bottom springs [[overset]]s the pins of the top row. Picking attacks tend to rely on dedicated tools to work around this initial state. The [[Kale Kilit 164 BNE]] is another lock that shares this design feature.		ABUS utilizes a variety of security features to deter picking. At least two of the brass driver pins in the bottom row are spooled [[security pin]]s. Standard pins have tapered edges to reduce feedback. The use of multiple rows of opposing pins in the EC700 adds another obstacle through a less-common implementation of this design. The four pins of the top row are directly opposite pins from the bottom row and touch in the middle when the key is not present. This configuration complicates picking because the force of the much stronger bottom springs [[overset]]s the pins of the top row. Picking attacks tend to rely on dedicated tools to work around this initial state. The [[Kale Kilit 164 BNE]] is another lock that shares this design feature.

	== Disassembly instructions ==		== Disassembly instructions ==
	The use of a [[pinning shoe]] is the preferred method for disassembling a double euro cylinder. Another method is to use a [[segmented follower]]. The c-clips retaining both cores must first be removed and then both cores can be pulled out slightly in order to remove the center cam. One core should be rotated to approximately 4:30 or 7:30 o'clock position -- 135 degrees either clockwise or counter-clockwise -- once the cam is removed. This allows the core to be removed without driver pins entering gaps for the cam clutch. At that point, a segmented follower can be used to remove the core.		The use of a [[pinning shoe]] is the preferred method for disassembling a double euro cylinder. Another method is to use a [[Plug_follower \|segmented follower]]. The c-clips retaining both cores must first be removed and then both cores can be pulled out slightly in order to remove the center cam. One core should be rotated to approximately 4:30 or 7:30 o'clock position -- 135 degrees either clockwise or counter-clockwise -- once the cam is removed. This allows the core to be removed without driver pins entering gaps for the cam clutch. At that point, a segmented follower can be used to remove the core.

	Locks not intended for installation and use can be disassembled in a quick but destructive procedure. The cylinder housing itself can be cut in the middle using a hacksaw or grinder. The cam will no longer be held in place and can be removed. The resulting two cut half euro cylinders can then be disassembled as outlined above.		Locks not intended for installation and use can be disassembled in a quick but destructive procedure. The cylinder housing itself can be cut in the middle using a hacksaw or grinder. The cam will no longer be held in place and can be removed. The resulting two cut half euro cylinders can then be disassembled as outlined above.

Sandplum: removed referrence to high pin count as this term is problematic

2022-12-05T13:51:15Z

removed referrence to high pin count as this term is problematic

← Older revision		Revision as of 13:51, 5 December 2022
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	The [[ABUS]] EC700 utilizes [[dimple]] keys but functions the same as a standard [[pin-tumbler]] lock. The key is bitted on both sides of the blade and is reversible. The lock uses ten chambers for pin-tumbler stacks. Four chambers in a row on the top of the lock and six chambers in a row on the bottom. Each of those chambers contains a set of key pin, driver, and spring. To open the lock, all ten pin-tumblers must be aligned at the [[shear line]]. ''(See also [[Pin-tumbler#Principles_of_Operation\|Pin-tumbler, Principles of Operation]])''		The [[ABUS]] EC700 utilizes [[dimple]] keys but functions the same as a standard [[pin-tumbler]] lock. The key is bitted on both sides of the blade and is reversible. The lock uses ten chambers for pin-tumbler stacks. Four chambers in a row on the top of the lock and six chambers in a row on the bottom. Each of those chambers contains a set of key pin, driver, and spring. To open the lock, all ten pin-tumblers must be aligned at the [[shear line]]. ''(See also [[Pin-tumbler#Principles_of_Operation\|Pin-tumbler, Principles of Operation]])''

	ABUS utilizes a variety of security features to deter picking. At least two of the brass driver pins in the bottom row are spooled [[security pin]]s. Standard pins have tapered edges to reduce feedback. ~~Multiple~~ rows of opposing pins ~~are common~~ in ~~[[high pin count]] locks and~~ the EC700 adds another obstacle through a less-common implementation of this design. The four pins of the top row are directly opposite pins from the bottom row and touch in the middle when the key is not present. This configuration complicates picking because the force of the much stronger bottom springs [[overset]]s the pins of the top row. Picking attacks tend to rely on dedicated tools to work around this initial state. The [[Kale Kilit 164 BNE]] is another lock that shares this design feature.		ABUS utilizes a variety of security features to deter picking. At least two of the brass driver pins in the bottom row are spooled [[security pin]]s. Standard pins have tapered edges to reduce feedback. The use of multiple rows of opposing pins in the EC700 adds another obstacle through a less-common implementation of this design. The four pins of the top row are directly opposite pins from the bottom row and touch in the middle when the key is not present. This configuration complicates picking because the force of the much stronger bottom springs [[overset]]s the pins of the top row. Picking attacks tend to rely on dedicated tools to work around this initial state. The [[Kale Kilit 164 BNE]] is another lock that shares this design feature.

	== Disassembly instructions ==		== Disassembly instructions ==

Mgsecure: /* Gallery */ fix

2022-12-02T20:03:13Z

Gallery: fix

← Older revision		Revision as of 20:03, 2 December 2022
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	== Gallery ==		== Gallery ==
	<gallery align="center">		<gallery align="center">
	File:EC700 key - FXE47657.jpg \| ~~ABUS~~ EC700 key		File:ABUS EC700 key - FXE47657.jpg \| EC700 key
	File:EC700 cut euro cylinder - FXE47684.jpg \| ~~ABUS~~ EC700 cut euro cylinder		File:ABUS EC700 cut euro cylinder - FXE47684.jpg \| EC700 cut euro cylinder
	</gallery>		</gallery>

Mgsecure: /* Gallery */ remove "ABUS" from image captions

2022-12-02T20:02:37Z

Gallery: remove "ABUS" from image captions

← Older revision		Revision as of 20:02, 2 December 2022
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	== Gallery ==		== Gallery ==
	<gallery align="center">		<gallery align="center">
	File:~~ABUS~~ EC700 key - FXE47657.jpg \| ABUS EC700 key		File:EC700 key - FXE47657.jpg \| ABUS EC700 key
	File:~~ABUS~~ EC700 cut euro cylinder - FXE47684.jpg \| ABUS EC700 cut euro cylinder		File:EC700 cut euro cylinder - FXE47684.jpg \| ABUS EC700 cut euro cylinder
	</gallery>		</gallery>

Mgsecure: /* Disassembly instructions */ text edit

2022-12-02T20:02:04Z

Disassembly instructions: text edit

← Older revision		Revision as of 20:02, 2 December 2022
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	== Disassembly instructions ==		== Disassembly instructions ==
	The use of a [[pinning shoe]] is the preferred method for disassembling a double euro cylinder. Another method is to use a [[segmented follower]] ~~but this requires that~~ both cores be pulled out slightly in order to remove the center cam. One core should be rotated to approximately 4:30 or 7:30 o'clock position -- 135 degrees either clockwise or counter-clockwise -- once the cam is removed. This allows the core to be removed without driver pins entering gaps for the cam clutch. At that point, a segmented follower can be used to remove the core~~. Use of a [[core shim]] is recommended~~.		The use of a [[pinning shoe]] is the preferred method for disassembling a double euro cylinder. Another method is to use a [[segmented follower]]. The c-clips retaining both cores must first be removed and then both cores can be pulled out slightly in order to remove the center cam. One core should be rotated to approximately 4:30 or 7:30 o'clock position -- 135 degrees either clockwise or counter-clockwise -- once the cam is removed. This allows the core to be removed without driver pins entering gaps for the cam clutch. At that point, a segmented follower can be used to remove the core.

	Locks not intended for installation and use can be disassembled in a quick but destructive procedure. The cylinder housing itself can be cut in the middle using a hacksaw or grinder. The cam will no longer be held in place and can be removed. The resulting two cut half euro cylinders can then be disassembled as outlined above.		Locks not intended for installation and use can be disassembled in a quick but destructive procedure. The cylinder housing itself can be cut in the middle using a hacksaw or grinder. The cam will no longer be held in place and can be removed. The resulting two cut half euro cylinders can then be disassembled as outlined above.