Lockwiki - User contributions [en]

EVVA 3KS

2020-02-22T02:48:07Z

Hipu:

= EVVA 3KS =

{{Lock model
| name = EVVA 3KS
| Img = File:EVVA_3KS.jpg
| years_produced = 1993-Present
| lock_type = [[Cylinder]]
| lock_design = [[Sidebar]], [[Slider]]
| maker = [[EVVA]]
| patent = [http://www.google.com/patents?id=S98kAAAAEBAJ US 4,977,767]
}}

The '''3KS''' ('''3 Kurven System''') ('''3 Curve System''') is a high security [[sidebar]]-based lock made by [[EVVA]]. The 3KS is resistant to most [[Locks#Compromise_of_locks|methods of entry]], and is immune to [[Bumping|key bumping]] attacks. It uses two sidebars that interface with six sliders each, as well as a passive key profiling mechanism.

__TOC__

== Principles of Operation ==

The 3KS uses a total of twelve free-floating sliders, two [[sidebar]]s, and a passive profile bar. Sliders are divided into two groups of six, each located on one side of the keyway. Each set of sliders has its own sidebar. The key uses two sets of laser tracks to manipulate single and double pin sliders. The top and bottom of the blade have cuts corresponding the passive key profile bar used in the lock.

When the key is inserted the sliders are guided by the laser tracks of the key. Once fully inserted the profile bar falls onto the top of the key. If the profile and slider cuts are correct the plug can rotate. When the plug is rotated the sidebars are pushed into the key to hold it in place.

<div align="center"><gallery>
File:EVVA_3KS_key.jpg|The 3KS key.
File:EVVA_3KS_sliders.jpg|3KS single and double pin sliders.
File:EVVA 3KS plug sidebar aligned.jpg|The 3KS with one set of sliders properly aligned (sidebar removed).
</gallery></div>

Notes:
* There are 9<sup>6</sup>×7<sup>6</sup> total [[differs]].<ref>[http://toool.nl/images/f/f9/Cutaway1.pdf Han Fey (TOOOL NL). May 2005. ''Cutaway Locks'']</ref>
* Double pin sliders have 7 positions, and single pin sliders have 9 positions.
* Key blanks come with the double pin laser track pre-cut; locksmiths only need to add the single pin cut.
* Sliders and sidebars are made of hardened steel and are teflon coated for additional longevity.

== Key Control ==

3KS [[key]]s are patent protected and duplication is restricted. 3KSPlus keys are patent protected until 2025. The laser tracks and other key features make manual duplication difficult. A key [[security card]] is required in order to obtain duplicate 3KS keys.<ref>[http://www.evva.at/products/mechanical-locking-systems/schliesssystem-3ks-3ksplus/technology/en/ Keys: EVVA (3KS, 3KSPlus)]</ref>

== Disassembly instructions ==
The 3KS requires the key be ''removed'' from the cylinder for the plug to be withdrawn. Sliders must be properly centered or they will block removal of the plug, similar to how they block removal of the plug when a key is inserted.

It is much easier to disassemble the 3KS if the cylinder can be removed from its mounting and held so that the keyway is parallel to the ground. This is because sliders need to be positioned in the center of the plug, but also because it prevents the sliders from falling out when the plug is withdrawn.

# Remove the [[cam]] and C clip.
# Hold the cylinder so that the keyway and sliders are parallel to the ground.
# Insert and remove a key. (This centers all sliders)
# Lightly push the back of the plug. If all sliders are centered it should easily withdraw from the cylinder.

== Vulnerabilities ==
The 3KS may be vulnerable to one or more of the following:

* [[Lockpicking]] {{Pick resistance|3|5}}
* [[Decoding]]
* [[Destructive Entry]]

Notes:
* Immune to [[Bumping|key bumping]] attacks. Bumping causes damage to both the key and sliders.
* The top or bottom of a key may be filed off to defeat the key profiling mechanism.

== Gallery ==

<div align="center"><gallery>
File:EVVA 3KS cylinder.jpg|3KS cylinder and key
File:EVVA_3KS_profiles.jpg|Different 3KS key profiles.
File:EVVA_3KS_lasertracks.jpg|3KS keys with the same double-pin track, different single-pin tracks.
File:EVVA_3KS_sidebars.jpg|Both 3KS sidebars. Note the notches the sliders fall into.
File:EVVA 3KS plug with sidebar.jpg
File:EVVA 3KS plug.jpg|The 3KS [[plug]] with all components removed.
File:EVVA 3KS keycard.jpg|3KS key [[security card]].
File:EVVA 3KS cylinder inside.jpg|Inner view of the [[cylinder]].
</gallery></div>

== References ==
<references />

== See also ==
* [[EVVA]]
* [[Slider]]

[[Category:EVVA|3KS]]
[[Category:Slider locks]]
[[Category:Sidebar locks]]
[[Category:Lock models]]

Wilson Bohannan

2020-02-22T02:43:47Z

Hipu: fixing logo

=Wilson Bohannan=

{{Lock manufacturer
|Name=Wilson Bohannan
|Img=File:Wilson_Bohannan_logo.png
|Headquarters= Marion,Ohio(USA)
|Founded=1860
|Founder=Wilson Bohannan
|Products=[[Padlock]]s, [[Cylinder]]s
}}

'''Wilson Bohannan''' is an American [[Lock Manufacturers|lock manufacturer]] that mostly produces lower security [[padlock]]s. Founded in 1860 in Brooklyn Wilson Bohannan first made padlocks for railway companies<ref>[http://www.padlocks.com/news.asp The Wilson Bohannan Lock Company: News and Articles]</ref>. Today Wilson Bohannan locks are still not commonly found in household use. Most of their padlocks are purchased by companies that use them in bulk such as PG&E. WB padlocks are known for their mostly brass construction reducing rust and allowing them to work well in outdoor conditions.

__TOC__

== Lock Listing ==

* [[Series 0]]
* [[Series 1]]
* [[Series 4]]
* [[Series 5]]
* [[Series 6]]
* [[Series 9]]

== References ==
<references />

== External links ==

* [http://www.padlocks.com/ Wilson Bohannan company website]

== See also ==

* [[Lock Manufacturers]]
* [[Pin-tumbler]]
* [[Lock]]
* [[Padlock]]

[[Category:Lock Manufacturers]]
[[Category:Wilson Bohannan| ]]

File:Wilson Bohannan logo.png

2020-02-22T02:43:31Z

Hipu: WB logo, retrieved from their website at https://www.padlocks.com/images/header-logo.png on 21/02/2020

WB logo, retrieved from their website at https://www.padlocks.com/images/header-logo.png on 21/02/2020

Sargent

2020-02-22T02:33:06Z

Hipu:

=Sargent=

{{Lock manufacturer
|Name=Sargent
|Img=File:Sargent_logo.png
|Headquarters=New Haven, Connecticut (USA)
|Founded=1864 (former Peck and Walter Manufacturing Company)
|Founder=Joseph Bradford Sargent
George Sargent

Edward Sargent
|Products=[[Padlock]]s, [[Cylinder|Lock cylinders]], [[Electronic lock]]s
}}

'''Sargent''' is an American [[lock manufacturer]] that produces medium and high security [[padlock]]s, [[Cylinder|lock cylinders]], and [[electronic lock]]s. Sargent is a very well known American lock manufacturer, partially due to their distinct and consistent key bow design. Sargent locks are used in a wide variety of medium to high security installations, and are very popular with large institutions. Sargent are best known for their [[pin-tumbler]] locks with a wide variety of keyways, as well as their high security Keso line of [[Dimple]] locks.

Ssrgent is owned by the [[ASSA-Abloy]] group.

__TOC__

==History==

Joseph Bradford Sargent and his two brothers, George and Edward, operated a wholesale hardware business in New York City in the early 1800s, when they took an interest in one of their suppliers, the Peck and Walter Manufacturing Company of New Britain, Connecticut. The Sargent brothers bought full ownership of the firm in 1857. The brothers moved the factory to New Haven in 1864, and re-incorporated as Sargent & Co. The company continued to manufacture general hardware until World War I, where they shifted production to focus on items needed for the war effort. After the second world war, Sargent shifted the production to narrow the product offerings. They had been known as a high quality manufacturer of locks and door hardware, so they decided to concentrate on that niche. In 1965, they developed the Sargent Keso Security System that is still in use today. After 101 years of operation, Sargent & Co. moved their manufacturing operation to a new space closer to the New Haven harbor, where they continue to operate to this day. In 1967, the company was purchased from the Sargent family and stockholders by the Walter Kidde company. The company was then sold to several other financial groups, until they were purchased by the Swedish conglomerate Assa Abloy AB.

==Lock listing==

* Sargent Conventional Cylinders
* [[Sargent Signature]]
* [[Sargent XC]]
* [[Sargent Keso]]
* [[Sargent Degree]]

==External Links==
* [https://www.sargentlock.com/en/ Sargent official website]
* [https://www.sargentlock.com/en/menu/about-us/ Sargent about-us page]
* [https://www.assaabloy.com/en/ Assa Abloy group website]

==See also==
* [[Lock Manufacturers]]
* [[Pin-tumbler]]
* [[Dimple]]

[[Category:Lock Manufacturers]]
[[Category:ASSA-Abloy]]

Sargent

2020-02-22T02:32:37Z

Hipu:

=Sargent=

{{Lock manufacturer
|Name=Sargent
|Img=File:Sargent_logo.png
|Headquarters=New Haven, Connecticut (USA)
|Founded=1864 (former Peck and Walter Manufacturing Company)
|Founder=Joseph Bradford Sargent
George Sargent

Edward Sargent
|Products=[[Padlock]]s, [[Cylinder|Lock cylinders]], [[Electronic lock]]s
}}

'''Sargent''' is an American [[lock manufacturer]] that produces medium and high security [[padlock]]s, [[Cylinder|lock cylinders]], and [[electronic lock]]s. Sargent is a very well known American lock manufacturer, partially due to their distinct and consistent key bow design. Sargent locks are used in a wide variety of medium to high security installations, and are very popular with large institutions. Sargent are best known for their [[pin-tumbler]] locks with a wide variety of keyways, as well as their high security Keso line of [[Dimple]] locks.

Ssrgent is owned by the [[ASSA-Abloy]] group.

__TOC__

==History==

Joseph Bradford Sargent and his two brothers, George and Edward, operated a wholesale hardware business in New York City in the early 1800s, when they took an interest in one of their suppliers, the Peck and Walter Manufacturing Company of New Britain, Connecticut. The Sargent brothers bought full ownership of the firm in 1857. The brothers moved the factory to New Haven in 1864, and re-incorporated as Sargent & Co. The company continued to manufacture general hardware until World War I, where they shifted production to focus on items needed for the war effort. After the second world war, Sargent shifted the production to narrow the product offerings. They had been known as a high quality manufacturer of locks and door hardware, so they decided to concentrate on that niche. In 1965, they developed the Sargent Keso Security System that is still in use today. After 101 years of operation, Sargent & Co. moved their manufacturing operation to a new space closer to the New Haven harbor, where they continue to operate to this day. In 1967, the company was purchased from the Sargent family and stockholders by the Walter Kidde company. The company was then sold to several other financial groups, until they were purchased by the Swedish conglomerate Assa Abloy AB.

==Lock listing==

* Sargent Conventional Cylinders
* [[Sargent Signature]]
* [[Sargent XC]]
* Sargent [[KESO|Keso]]
* [[Sargent Degree]]

==External Links==
* [https://www.sargentlock.com/en/ Sargent official website]
* [https://www.sargentlock.com/en/menu/about-us/ Sargent about-us page]
* [https://www.assaabloy.com/en/ Assa Abloy group website]

==See also==
* [[Lock Manufacturers]]
* [[Pin-tumbler]]
* [[Dimple]]

[[Category:Lock Manufacturers]]
[[Category:ASSA-Abloy]]

Category:Sargent

2020-02-22T02:26:38Z

Hipu: Created page with "={{FULLPAGENAME}}= Category:Locks"

={{FULLPAGENAME}}=

[[Category:Locks]]

User:Hipu

2020-02-22T02:24:34Z

Hipu:

Hello, I am one (1) hipu.

I am an inactive member of Keypicking, an active member of [[TOOOL]], and a hobby locksmith.

Any complaints can be directed to hipu@hipu.pw.

The Open Organization Of Lockpickers

2020-02-22T02:23:56Z

Hipu: Redirected page to The Open Organisation Of Lockpickers

#REDIRECT [[The_Open_Organisation_Of_Lockpickers]]

TOOOL

2020-02-22T02:23:43Z

Hipu: Redirected page to The Open Organisation Of Lockpickers

#REDIRECT [[The_Open_Organisation_Of_Lockpickers]]

Lockwiki:Requested articles

2020-02-22T02:00:01Z

Hipu: /* Lock Manufacturers & Brands */

=Requesting Articles=

This is LockWiki's page for requesting articles. If you want to request a new article or find something to write about, this is the right place to start.

To see a complete list of all pages on LockWiki looking for an author, '''[[Special:WantedPages|click here]]'''.

The most important rule is to ignore all rules. Just write about a subject and let other people worry about cleaning it up. Lets go!

__TOC__

==New articles==

===Lock Manufacturers & Brands===

* [[Brinks]]
* Anything red/unlinked on [[Lock Manufacturers]]

===Lockpick Tool Makers & Suppliers===

* [[Southern Specialties]]
* [[Southern Ordinance]] (Redir: [[SouthOrd]])
* [[Peterson Tools]]
* [[HPC Tools]]
* [[KLOM]]
* [[Majestic]]

== Update/expansion needed==

* [[Kwikset]]
* [[Schlage]]
* [[American Lock]]

* [[Lockpicking#Lockpicking_in_the_Media]]
** Bump key#Media
** Wallstreet Journal article Digital_Blue
** Lockpicking in games

* [[Locksport]]
** Conferences
** Locksport groups

== See also ==

* [[:Category:Stub]]
* [[Special:ShortPages]]
* [[Special:WantedPages]]
* [[Help:Contents]]

[[Category:Lockwiki]]

Sargent

2020-02-22T01:56:35Z

Hipu: Created page with "=Sargent= {{Lock manufacturer |Name=Sargent |Img=File:Sargent_logo.png |Headquarters=New Haven, Connecticut (USA) |Founded=1864 (former Peck and Walter Manufacturing Company)..."

=Sargent=

{{Lock manufacturer
|Name=Sargent
|Img=File:Sargent_logo.png
|Headquarters=New Haven, Connecticut (USA)
|Founded=1864 (former Peck and Walter Manufacturing Company)
|Founder=Joseph Bradford Sargent
George Sargent

Edward Sargent
|Products=[[Padlock]]s, [[Cylinder|Lock cylinders]], [[Electronic lock]]s
}}

'''Sargent''' is an American [[lock manufacturer]] that produces medium and high security [[padlock]]s, [[Cylinder|lock cylinders]], and [[electronic lock]]s. Sargent is a very well known American lock manufacturer, partially due to their distinct and consistent key bow design. Sargent locks are used in a wide variety of medium to high security installations, and are very popular with large institutions. Sargent are best known for their [[pin-tumbler]] locks with a wide variety of keyways, as well as their high security Keso line of [[Dimple]] locks.

Ssrgent is owned by the [[ASSA-Abloy]] group.

__TOC__

==History==

Joseph Bradford Sargent and his two brothers, George and Edward, operated a wholesale hardware business in New York City in the early 1800s, when they took an interest in one of their suppliers, the Peck and Walter Manufacturing Company of New Britain, Connecticut. The Sargent brothers bought full ownership of the firm in 1857. The brothers moved the factory to New Haven in 1864, and re-incorporated as Sargent & Co. The company continued to manufacture general hardware until World War I, where they shifted production to focus on items needed for the war effort. After the second world war, Sargent shifted the production to narrow the product offerings. They had been known as a high quality manufacturer of locks and door hardware, so they decided to concentrate on that niche. In 1965, they developed the Sargent Keso Security System that is still in use today. After 101 years of operation, Sargent & Co. moved their manufacturing operation to a new space closer to the New Haven harbor, where they continue to operate to this day. In 1967, the company was purchased from the Sargent family and stockholders by the Walter Kidde company. The company was then sold to several other financial groups, until they were purchased by the Swedish conglomerate Assa Abloy AB.

==Lock listing==

* Sargent Conventional Cylinders
* [[Sargent Signature]]
* Sargent XC
* Sargent Keso
* Sargent Degree

==External Links==
* [https://www.sargentlock.com/en/ Sargent official website]
* [https://www.sargentlock.com/en/menu/about-us/ Sargent about-us page]
* [https://www.assaabloy.com/en/ Assa Abloy group website]

==See also==
* [[Lock Manufacturers]]
* [[Pin-tumbler]]
* [[Dimple]]

[[Category:Lock Manufacturers]]
[[Category:ASSA-Abloy]]

Sargent Signature

2020-02-22T01:50:47Z

Hipu:

=Sargent Signature=

{{ Lock model
| name = Sargent Signature
| Img = File:Sargent_Signature_face_cropped.jpg
| maker = Sargent
| lock_type = [[Cylinder]]
| lock_design = [[Pin-tumbler]], [[Sidebar]]
| years_produced = 2007-Present
}}

The '''Sargent Signature''' is a [[pin-tumbler]] lock made by [[Sargent]]. It uses [[Side pin|side pins]] and two [[Sidebar|sidebars]] in addition to its regular six pin-tumblers. It is sold as a "security" tier lock, intended to provide increased key control and resistance against picking. It can be integrated into existing Sargent systems as Signature keys are backwards compatible with ordinary Sargent locks.

It is easily identified by the quill on the left side of the plug face.

__TOC__
<br clear="all">

== Principles of Operation ==

The Sargent Signature uses six pin-tumblers and six side pins that interface with two sidebars located at 5 and 7 'o clock. All six pin-tumblers and six side pins must be set to the correct depth for the lock to open. The side pins are installed with three on the left side of the plug and three on the right. They move perpendicular to the top pins, matching with dimple cuts on the sides of the key. Grooves are cut at varying depths along the side pins. When the side pin is set to the correct depth, the sidebars can be depressed into them, allowing the plug to turn.

The pin-tumbler portion of the lock uses identical pinning specifications to standard Sargent cylinders. There are 10 possible cuts with a MACS of 5, giving 1,000,000 (10<sup>6</sup>) theoretical key differs for the pin-tumbler portion of the lock. Master keying is available for the pin-tumbler portion. <ref>Sargent Cylinder/Keys catalog [https://www.assaabloyacademy.com/Local/assaabloyacademyCOM/Americas/Lesson%20Resources/2018KeySystemAssessment/5%20Sargent%20Documents/SARGENT%20CYLINDER-KEYS%20CATALOG.pdf]</ref> Top (driver) pins are all standard, however, stainless steel spooled pins are available for UL437 versions.

The side pins are installed in the factory in three of five possible positions between the pin chambers, at 4 and 8 o' clock on the plug. They are not removeable nondestructively. In addition, there are two side pins installed at the very front of the plug intended to block non-signature keys from being inserted. These "blocking pins" are identical to the other side pins, except they do not interact with the sidebar.<ref>Sargent Signature series product catalog [https://www.assaabloylibrary.us/sargentlock?BookCode=s1004601&Lang=enu]</ref> Signature keys have two small slopes cut on either side of the very tip of the key in a wedge shape to depress these pins as the key is inserted. There are no false gates cut on the side pins; however, the tips are narrowed to prevent them from entering too far into the keyway, and this may act as such if the pins are depressed too far.

Steel inserts are used to increase resistance to [[forced entry]]. Two roll pins are installed in front of the pinstacks in the plug, and a crescent shaped disc is set into the 12 o' clock position on the housing to protect the upper pin chambers. The sidebars are made out of steel. In addition, some bottom pins may be made of steel.

<div align="center"><gallery>
File:Sargent_Signature_plug_sidebar_grooves.jpg|The dual sidebar grooves on the plug
File:Sargent_Signature_key_blank.jpg|A Signature key blank with precut dimple bitting
File:Sargent_Signature_side_pins_misaligned.jpg|Side pins misaligned
File:Sargent_Signature_side_pins_aligned.jpg|Side pins properly aligned
File:Sargent_Signature_sidebar.jpg|One of the Sargent Signature sidebars
</gallery></div>

'''Notes'''
* Dimple cuts on the key are done at the factory, similar to other sidebar designs such as the [[ASSA Twin 6000]] or the [[Schlage Primus]].

== Disassembly instructions ==

The Sargent Signature can be disassembled in the same way as a standard pin-tumbler lock. The two sidebars will fall out when the plug is removed from the housing.

{{Pin-tumbler standard disassembly}}

'''Notes'''
* Two small dimples drilled on the back end of the housing in a figure-8 shape indicate that the pin chambers may be top-loaded by removing the retaining cover.

== Vulnerabilities ==

The Sargent Signature may be vulnerable to one of more of the following:

* [[Lockpicking]]
* [[Key bumping]]
* [[Impressioning]]
* [[Decoding]]

'''Notes'''
* Key bumping is only possible given a bump key with the correct sidebar bitting.

== Gallery ==

<div align="center"><gallery>
File:Sargent_Signature_plug_drill_protection.jpg|Anti-drill inserts in the plug
File:Sargent_Signature_housing_drill_protection.jpg|Anti-drill crescent insert in the housing
File:Sargent_Signature_housing_sidebar_grooves.jpg|Sidebar grooves in the housing
File:Sargent_Signature_plug_side_pins.jpg|Side pins installed in the plug. Note the blocking pin outside of the sidebar groove
File:Sargent_Signature_key_tip_slope.jpg|A Signature key in front of a regular Sargent key, with visible side pin slope
</gallery></div>

== References ==
<references />

== See also ==

* [[Pin-tumbler]]
* [[Sidebar]]

[[Category:Sargent|Signature]]
[[Category:Pin-tumbler locks]]
[[Category:Sidebar locks]]
[[Category:Lock models]]

File:Sargent logo.png

2020-02-22T01:35:23Z

Hipu: Sargent company logo, pulled from their website at https://www.sargentlock.com/Other/sargentlockCOM/images/sargent_assa-logo.png on 21/02/2020

Sargent company logo, pulled from their website at https://www.sargentlock.com/Other/sargentlockCOM/images/sargent_assa-logo.png on 21/02/2020

Lock manufacturer

2020-02-22T01:26:15Z

Hipu:

=Lock Manufacturers=

'''Lock manufacturers''' are companies that design, build, and distribute [[lock]]s, [[safe]]s, [[key]]s, and related technologies. This page lists lock manufacturers from around the world. Company specific pages have information on the company's products, history, and a listing of their locks that have associated pages on Lockwiki.

__TOC__

==[[ASSA-Abloy]]==
* [[Abloy]]
* Arrow
* [[ASSA]]
* Carl Wittkopp GmbH
* Chubb
* [[Corbin Russwin]]
* Corni
* DOM
* Emtek
* Fab
* [[Fichet]]
* Guli
* [[Ingersoll Security]]
* Interlock
*[[Junkunc]]
* [[KESO]]
* La Fonte
* Lips
* Litto
* [[Lockwood]]
* [[Medeco]]
* [[Mul T Lock|Mul-T-Lock]]
* NEMEF
* Phillips
* Poli
* Ruko
* [[Sargent]]
* TESA
* TrioVing
* Union
* Vachette
* VingCard
* Wangli
* [[Yale]]
* Zeiss Ikon

==Diebold==
* Diebold
* Herring-Hall-Marvin
* Mosler

==Fortune Brands==
* [[American Lock]]
* [[Master Lock]]

==[[Ingersoll Rand]]==
* Bricard
* Briton
* [[CISA]]
* Dexter
* Falcon
* ITO Kilit
* Kryptonite
* Legge
* Martin Roberts
* Monarch
* [[Schlage]]

==[[KABA|KABA Group]]==
* Ilco
* KABA Mas
* [[La Gard]]
* Mas Hamilton

==Other==
* [[ABUS]]
* [[Almont]]
* Anchor Las
* Anker
* [[Australian Lock Company]]
* [[Bramah]]
* Brinks
* [[Bowley Lock Company]]
* [[Commando Lock Company]]
* [[CompX]]
* [[ERA]]
* [[EVVA]]
* [[ISEO]]
* [[Kale Kilit]]
* [[Kromer]]
* [[M-Locks]]
* [[MIWA]]
* [[Pacific Lock]]
* Potent
* Saife
* [[Scorpion]]
* [[Squire]]
* Thirard
* [[Tri-Circle]]
* Van Lock
* Winkhaus
* [[Wordlock]]

==Premiere Lock Company==
* [[Weslock]]

==Stanley Black & Decker==
* Baldwin
* BEST
* [[Kwikset]]
* National
* [[Sargent & Greenleaf]]
* [[Weiser]]

== See also ==

* [[:Category:Lock Manufacturers]]
* [[Lock]]
* [[Key]]

[[Category:Lock Manufacturers| ]]

{{Stub}}

Lock

2020-02-22T01:12:30Z

Hipu:

=Lock=

[[Image:Lockwiki_Kwikset_Smartkey.jpg|thumb|right|text-top|300px|The [[Kwikset Smart Key]] lock.]]

A '''lock''' is a device used to restrict access to an area or enclosure. It is the duty of the lock to restrict access until the correct [[Key|key]] or [[Combination|combination]] is used to operate the lock. Most modern locks are a combination of a [[Cylinder|cylinder]] and a [[Bolt|bolt]]. There several major types of locks with many high security locks being hybrid designs.

__TOC__

== History ==

Add to me!

== Lock Designs ==

; [[Axial|Axial/Tubular]]
: A pin-tumbler based design with pins arranged in a circle and accessible from the face of the lock.

; [[Combination]]
: A keyless lock that uses numbers, letters, or symbols for input. A specific combination of input properly aligns internal components so that the lock can be opened. Most commonly associated with [[Safe|safes]] or combination padlocks. Combination locks range from low to high security.

; [[Dimple]]
: A pin-tumbler based design that uses a horizontal keyway rather than the traditional vertical style. High-security dimple locks have various security features that most traditional pin-tumblers don't. Namely, the use of [[Telescoping_pin|telescoping pins]].

; [[Disc_detainer|Disc-detainer]]
: Uses flat metal tumblers that interface with a [[sidebar]] to prevent rotation of the plug. Separate from wafer designs because discs are usually rotated rather than lifted.

; [[Electronic_lock|Electronic]]
: A lock that is operated via electronic means. Electronic locks may incorporate various digital access control features, such as [[Biometrics|biometrics]]. Electronic locks usually provide advanced auditing and key control capabilities, but generally are not any more secure than traditional locks. Many electronic locks are also combination locks.

; [[Hybrid lock|Hybrid]]
: Hybrid locks encompass combinations of all lock designs. Many modern high security locks are hybrid designs.

; [[Lever]]
: Uses flat metal tumblers (levers) with a gate. Lever locks range from low to high security. One of the oldest lock types, next to warded.

; [[Magnetic lock|Magnetic]]
: Uses magnetism to properly position components. Most magnetic locks use the tradtional plug/cylinder arrangement with magnetic components blocking the shear line. Magnetic locks can vary from low to high security.

; [[Pin-tumbler]]
: Uses moving pins to prevent rotation of the [[plug]]. Pin-tumbler locks range from low to high security. [[Dimple]] and [[Axial|axial/tubular]] locks are simply pin-tumblers with modified designs. Currently the most popular lock design worldwide.

; [[Wafer]]
: Uses flat metal tumblers to prevent rotation of the plug. Wafer locks range from low to high security, with the vast majority of wafer locks being low security.

; [[Warded]]
: Uses internal wards to obstruct the rotation of incorrect keys. One of the oldest lock designs, but provides minimal security by modern standards.

== Lock Types ==

; [[Cam_lock|Cam Lock]]
: A lock that uses the cam or [[Actuator|actuator]] as the bolt mechanism.

; [[Cylinder|Cylinder]]
: A lock that uses a rotating cylinder to actuate the locking bolt.

; [[Padlock]]
: A lock that uses a self-recessed bolt or shackle and is not mounted to a door or wall. Many padlocks use a cylinder-based lock design.

== Locking Bolt Mechanisms ==

:''See [[Bolt]] or [[Latch]].''

== Compromise of Locks ==

Security of locks can be compromised many ways, depending on the type, manufacturer and model, and the installation and maintenance details of a target lock. The practice of compromising locks as a hobby is known as [[Locksport|locksport]].

; [[Lockpicking]]
: Internal components are manipulated to allow the lock to be opened.

; [[Bypass]]
: The non-cylinder portions of the lock are attacked, such as the locking [[Bolt|bolt]] or the [[Actuator|actuator]].

; [[Impressioning]]
: A working key is duplicated or internal components are manipulated to provide a working key.

; [[Decoding]]
: The proper position of internal components is decoded via examination of the key or manipulation of internal components.

; [[Destructive_Entry|Destructive Entry]]
: Destruction of or damage to the lock or surrounding materials, such as a door or wall. Also known as forced entry.

; Robbery/Violence
: The proper key or combination is foricbly obtained from authorized users by threatening or inflicting physical or emotional harm.

; Deception
: The proper key or combination is obtained via theft, impersonation, blackmail, or fraud.

== See also ==
* [[Locksmithing]]
* [[Lockpicking]]
* [[Locksport]]
* [[Key]]

[[Category:Locks| ]]

The Open Organisation Of Lockpickers

2020-02-22T00:39:24Z

Hipu: Created page with "=The Open Organisation Of Lockpickers= Toool official logo '''The Open Organisation Of Lockpickers''', commonly referred to as TOOO..."

=The Open Organisation Of Lockpickers=

[[File:Toool_logo.svg|thumb|right|300px|Toool official logo]]

'''The Open Organisation Of Lockpickers''', commonly referred to as TOOOL, is an international group of lockpicking enthusiasts dedicated to advancing the general public knowledge about locks and lockpicking through teaching, research, and competition. TOOOL in the United States is a 501(c)(3) non-profit organization with Chapters in more than 20 states, including affiliated Chapters in Canada.

==External Links==
*[https://toool.us/ https://toool.us/]

File:Toool logo.svg

2020-02-22T00:33:05Z

Hipu: toool logo, pulled from their website https://toool.us on 21/02/2020

toool logo, pulled from their website https://toool.us on 21/02/2020

Deviant Ollam

2020-02-22T00:26:29Z

Hipu:

=Deviant Ollam=

[[File:Deviant_Ollam_03.jpg|thumb|250px|right|text-top|Deviant Ollam]]

'''Deviant Ollam'''  is the author of [[Practical Lock Picking]] and [[Keys to the Kingdom]]. Ollam is also a member of the Board of Directors of the US division of [[TOOOL]]. He has given dozens of presentations at various security conventions around the US, and at many related international conventions. His website is [http://deviating.net/ http://deviating.net/].

[[Category:People]]
{{Stub}}

Deviant Ollam

2020-02-22T00:25:35Z

Hipu:

=Deviant Ollam=

'''Deviant Ollam'''  is the author of [[Practical Lock Picking]] and [[Keys to the Kingdom]]. Ollam is also a member of the Board of Directors of the US division of [[TOOOL]]. He has given dozens of presentations at various security conventions around the US, and at many related international conventions. His website is [http://deviating.net/ http://deviating.net/].

[[Category:People]]
{{Stub}}

Deviant Ollam

2020-02-22T00:24:54Z

Hipu:

=Deviant Ollam=

'''Deviant Ollam'''  is the author of [[Practical Lock Picking]] and [[Keys to the Kingdom]]. Ollam is also a member of the Board of Directors of the US division of [[TOOOL]]. He has given dozens of presentations at various security conventions around the US, and at many related international conventions. His website is [http://deviating.net/ http://deviating.net/].

[[Category:People]]
{{Stub}}

File:Deviant Ollam 03.jpg

2020-02-22T00:21:21Z

Hipu: image of Deviant Ollam, retrieved from his own website at https://deviating.net/lockpicking/_images/deviant_03.jpg on 21/02/2020

image of Deviant Ollam, retrieved from his own website at https://deviating.net/lockpicking/_images/deviant_03.jpg on 21/02/2020

Sesamee 55230

2016-06-06T09:49:34Z

Hipu: Created page with "=Sesamee 55230= {{Lock model | name = Sesamee 55230 | Img = File:Sesamee_55230_front.jpg|200px|thumb | maker = Sesamee | lock_type = Padlock, Cylinder | lock_desi..."

=Sesamee 55230=

{{Lock model
| name = Sesamee 55230
| Img = File:Sesamee_55230_front.jpg|200px|thumb
| maker = [[Sesamee]]
| lock_type = [[Padlock]], [[Cylinder]]
| lock_design = [[Pin-tumbler]]
| years_produced =
| patent =
| related =
}}

The '''55230''' is a [[pin-tumbler]] [[padlock]] made by [[Sesamee]]. It is similar in many ways to the [[American_Lock_1100_1200_1300|American 1100]] series locks. It contains five or six pin chambers and uses various [[security pin]] designs for both key and driver pins. Spool security pins are often present in 55230 padlocks.

__TOC__

== Principles of operation ==

[[File:Sesamee_55230_pins.jpg|200px|thumb|left|Spool security pins used in the 55230.]]

The 55230 series padlock is a standard [[pin-tumbler]] lock with six pin chambers, but only five are typically used. The key pins come in standard and serrated deisgns. The first key pin is often a steel anti-drill pin. Driver pins come as either standard pins or [[security pin|Spool pins]]. The plug also comes with a single serration at the top of all six chambers.

When all of the pins are lifted to the [[shear-line]] the [[plug]] can rotate clockwise. The 55230 can be configured as a key retaining padlock; when opened the key cannot be removed until the shackle and cylinder are returned to the locked position. Certain packages of this lock contain a small pin that allows it to be configured as key retaining.
<br clear=all>

== Bypass Restriction Plate ==

[[File:Sesamee_55230_bypass.jpg|200px|thumb|left|Bypass restriction plate in the 55230.]]

In the 55230, a bypass restriction plate is present. Similarly to the American padlocks, it prevents the manipulation of the actuator cam with a special tool through the keyway.
However, the plate takes the form of a semicircular brass disc that fits within the plug itself.
<br clear=all>

== Disassembly instructions ==

Unlock the padlock and swivel the shackle out of the way, revealing the cylinder retaining screw. Remove this screw, which will release the trap plate at the bottom of the lock and permit the cylinder to be removed.

To further disassemble the padlock: with the retaining screw, trap plate, retaining nut and cylinder removed; carefully lock the padlock while keeping the shackle depressed. Unless the lock is dirty inside, this will generally cause the actuator and ball bearings to drop out the bottom of the lock. If they don't drop out immediately, gently tap the lock against a hard surface to dislodge the parts. Then, remove the shackle and shackle spring. The core can be disassembled as follows:

{{Pin-tumbler standard disassembly}}

Note: A half-moon shaped follower end is recommended for this procedure.

== Reassembly instructions ==

Reassembly is done in reverse order: After cleaning the disassembled padlock, insert the shackle spring and shackle. Invert the padlock while holding the shackle in place, and insert the locking balls with some grease, followed by the actuator. Next install the cylinder, trap door and nut. Before installing the retaining screw, test the padlock by holding the trap door and nut in place (the nut is necessary to allow proper cylinder operation) by locking and unlocking the padlock several times. When you are confident the lock is operating correctly, install the retaining screw.

== Gallery ==

<div align="center"><gallery>
File:Sesamee_55230_disassembled.jpg|The pieces of a 55230.
File:Sesamee_55230_plug.jpg|The serrated chambers of the plug.
File:Sesamee_55230_shackle.jpg|The shackle and spring.

</gallery></div>

== See also ==

* [[Pin-tumbler]]
* [[Padlock]]
* [[Sesamee]]
* [[American Lock]]

File:Sesamee 55230 shackle.jpg

2016-06-06T09:47:14Z

Hipu: shackle of Sesamee 55230

== Summary ==
shackle of [[Sesamee 55230]]
== Licensing ==
{{cc-by-sa-3.0 }}

File:Sesamee 55230 plug.jpg

2016-06-06T09:44:25Z

Hipu: plug of Sesamee 55230, showing serrated chambers

== Summary ==
plug of [[Sesamee 55230]], showing serrated chambers
== Licensing ==
{{cc-by-sa-3.0 }}

File:Sesamee 55230 bypass.jpg

2016-06-06T09:40:46Z

Hipu: bypass restriction plate of Sesamee 55230

== Summary ==
bypass restriction plate of [[Sesamee 55230]]
== Licensing ==
{{cc-by-sa-3.0 }}

File:Sesamee 55230 disassembled.jpg

2016-06-06T09:31:59Z

Hipu: disassembled Sesamee 55230

disassembled [[Sesamee 55230]]

File:Sesamee 55230 pins.jpg

2016-06-06T09:21:49Z

Hipu: guts of a Sesamee 55230

== Summary ==
guts of a [[Sesamee 55230]]
== Licensing ==
{{cc-by-sa-3.0 }}

File:Sesamee 55230 front.jpg

2016-06-06T09:17:48Z

Hipu: uploaded a new version of "File:Sesamee 55230 front.jpg": cropped, lowered file size

== Summary ==
front view of a [[Sesamee 55230]]
== Licensing ==
{{cc-by-sa-3.0 }}

File:Sesamee 55230 front.jpg

2016-06-06T09:13:58Z

Hipu: front view of a Sesamee 55230

== Summary ==
front view of a [[Sesamee 55230]]
== Licensing ==
{{cc-by-sa-3.0 }}

Corbin Cabinet Lock

2016-06-06T07:19:58Z

Hipu: Created page with "=Corbin Cabinet Lock= {{Lock manufacturer |Name=Corbin Cabinet Lock |Img=File:Ccl-logo.png |Headquarters=Wheeling, Illinois (USA) |Founded=1882 |Founder=Phillip Corbin |Produ..."

=Corbin Cabinet Lock=

{{Lock manufacturer
|Name=Corbin Cabinet Lock
|Img=File:Ccl-logo.png
|Headquarters=Wheeling, Illinois (USA)
|Founded=1882
|Founder=Phillip Corbin
|Products=[[Padlock]]s, [[Cylinder|Lock cylinders]]
}}

'''Corbin Cabinet Locks (CCL)''' is an American [[lock manufacturer]] that produces low and medium security [[padlock]]s and [[Cylinder|lock cylinders]]. CCL is a manufacturer and supplier of Padlocks, Cabinet Door Locks, Desk Drawer Locks, Cam Locks, Electrical Panel Board Locks, Enclosure Locks and other specialty lock products. CCL is also known as the originator of the Sesamee Brand 4-wheel combination lock.

__TOC__

==History==

CCL (Corbin Cabinet Lock) was founded in 1882 in New Britain, CT. The company spent 121 years in New Britain before moving to its current location in Wheeling, Illinois in 2003. In 1987 CCL was purchased by The Eastern Company.<ref>http://www.cclsecurity.com/company/</ref>

==Sesamee Brand==

CCL originated the Sesamee brand of locking products in 1926, after their patent for a keyless lock was approved by the US Patent and Trademark office.<ref>http://www.google.ch/patents/US1604866</ref>

== References ==

<references />

== External links ==

* [http://www.cclsecurity.com/ CCL website]

File:Ccl-logo.png

2016-06-06T07:06:34Z

Hipu:

{{Information
|Description=[[Corbin Cabinet Lock]] logo.
|Date=06 June 2016
|Source=[http://www.cclsecurity.com http://www.cclsecurity.com]
|Author=Corbin Cabinet Lock
}}
== Licensing ==
{{Non-free logo|regtrademark=yes}}

File:Ccl-logo.png

2016-06-06T07:04:24Z

Hipu: source: http://www.cclsecurity.com

== Summary ==
source: http://www.cclsecurity.com
== Licensing ==
{{Non-free logo }}

Sesamee

2016-06-06T06:56:04Z

Hipu: Redirected page to Corbin Cabinet Lock

#REDIRECT [[Corbin Cabinet Lock]]

Pin tumbler

2016-06-06T06:54:28Z

Hipu: missing link

=Pin-tumbler=

[[Image:Lockwiki_Medeco_pins.jpg|thumb|right|text-top|300px|[[Medeco]] biaxial key, pin pairs, springs, and chamber caps.]]

A '''pin-tumbler''' is a [[Cylinder|cylinder]] based [[Lock|lock]] design that uses movable pins to prevent rotation of the [[Plug|plug]]. A [[Key|key]] is used to properly elevate pins to allow the plug to rotate and the locking [[Bolt|bolt]] to be retracted.

The pin-tumbler is currently one of the most widely used lock designs in the world. Minor changes to the positions of pin-tumbler components are the basis for [[Dimple|dimple]] and [[Axial|axial/tubular]] lock designs.

__TOC__

==History==

Pin-tumbler locks were originally invented in ancient Egypt. The design used a series of single pins that, when locked, would prevent movement of a bolt by resting inside the bolt itself. The key was used to raise pins out of the bolt, allowing it to retract. This was the first use of a [[Shear_line|shear line]], a major discovery that is the basis for all cylinder based locks in modern use. Early pin tumbler locks, bolts, and keys were all made with wood, but eventually brass and iron were used. Many cultures adopted the design throughout history, but it would not be widely used until [[Linus_Yale_Sr|Linus Yale Sr.]] and [[Linus_Yale_Jr|Linus Yale, Jr.]] modified the pin-tumbler design in the mid 1800s.

Linus Yale Sr. improved the Egyptian design with the idea of pin pairs. In the original lock pins were required to be raised high enough to clear the bolt, but were not checked to make sure they weren't raised higher than necessary. The addition of a second pin in each chamber allowed for [[Positive_locking|positive locking]] when components were raised too high. In this design, the key had to properly raise the pin pairs so that they could separate at the shear line, allowing the locking bolt to be retracted. Yale Sr. also added springs above the pin pairs to force them down to their locked position when no key is inserted.

Linus Yale Jr. continued his father's work by improving the design of the pin-tumbler. He made it smaller, more reliable, and changed the design of the key to be flat instead of fluted. This type of key is still used by modern pin-tumbler locks.

The design of the pin-tumbler lock has remained virtually unchanged since the Yale family's contributions. [[Master_Key|Master keying]] allows the addition of pins in each chamber to provide various methods of keying a particular lock or group of locks. Other improvements have been in the form of auxiliary security mechanisms to prevent compromise. [[Security pin]]s, [[sidebar]]s, and [[side pin]]s were created to frustrate [[lockpicking]]. Other anti-picking modifications exist, such as [[Axial_rotation|rotation]] or [[Telescoping_pin|telescoping]]. Finally, ball bearings and hardened steel rods or discs are now inserted into the plug or cylinder to protect the pin stacks against [[Destructive_Entry|destructive entry]].

== Principles of Operation ==

Pin tumblers are a series of pin stacks pushed down by a spring. Each stack must be properly raised to allow pins to separate at the shear-line. Once all pin stacks are separated the plug can freely rotate and [[Actuator|actuate]] the locking bolt to lock or unlock the lock.

An incorrect key will not align all components correctly; rotation of the plug will be blocked at the shear-line.

<div align="center">
<gallery>
Image:Pin_tumbler_no_key.jpg|A pin-tumbler cylinder, no key inserted.
Image:Pin_tumbler_with_key.jpg|A pin-tumbler cylinder, correct key inserted.
Image:Pin_tumbler_unlocked.jpg|A pin-tumbler cylinder, correct key inserted and [[Plug|plug]] rotated.
Image:Pin_tumbler_bad_key.jpg|A pin-tumbler cylinder, incorrect key inserted.
</gallery>
</div>

== Components ==

; Key pins (bottom pins)
: The pins that are touched by the key. Key pins are sized differently corresponding to the different depth cuts on the key. When the correct key is inserted, all key pins are aligned at the [[shear line]], allowing the plug to rotate.

; Driver pins (top pins)
: The pins placed between the key pins and the spings. In their resting position, the driver pins block rotation of the plug. In more advanced pin-tumblers, driver pins may be sized inverse to the key pins to defend against [[decoding]] and attacks via [[comb pick]]s.

; Springs
: Springs placed above the pin stacks push pins down to the their resting position, ensuring that pins cannot be trapped above the [[shear line]] while the plug is in the default position.

; Plug
: The [[plug]] is the inner piece of the lock that rotates upon insertion and tension of the correct key. The plug is connected to the cam to actuate the bolt mechanism when rotated.

; Cylinder
: The [[cylinder]] is the outer piece of the lock that houses the upper pin chambers and the plug. Driver pins and springs are trapped in the cylinder's pin chambers when the correct key is used and plug rotated.

; Cam
: The [[cam]] is an extension connected to the back of the plug which actuates the [[bolt]] mechanism to lock or unlock the lock.

== Vulnerabilities ==

Pin-tumblers are vulnerable to a wide variety of attacks. The specifics of the pin-tumbler design and manufacturing tolerances will determine the exact vulnerabilities present, but most pin-tumblers are vulnerable to at least one or more of the following:

* [[Lockpicking]]
* [[Pick_Gun|Pick Guns]]
* [[Bumping|Key Bumping]]
* [[Tryout_Keys|Tryout Keys]]
* [[Comb_Pick|Comb Picks]]
* [[Impressioning]]
* [[Decoding]]
* [[Bypass]]
* [[Destructive_Entry|Destructive Entry]]

==See also==
* [[Lock]]
* [[Dimple]]
* [[Axial]]
* [[:Category:Pin-tumbler locks]]
* [[Lockpicking]]
* [[Bumping|Key Bumping]]



[[Category:Locks]]
[[Category:Pin-tumbler locks| ]]

John M. Mossman Lock Collection

2016-06-06T06:26:36Z

Hipu: dead link repair

=John M. Mossman Lock Collection=

The '''[http://generalsociety.org/?page_id=140 John M. Mossman Lock Collection]''' is a lock museum located in New York City in the [[The General Society’s Mossman Lock Museum]]. The collection focuses on bank locks and time locks.

Admission is $10.

[[Category:Museums]]
{{Stub}}

Lockwiki:Manual of Style

2016-01-31T07:59:29Z

Hipu: Created page with "Criteria: try not to make it look like garbage pls"

Criteria:

try not to make it look like garbage pls

User:Hipu

2016-01-31T07:52:11Z

Hipu: Created page with "hi"

Kwikset Titan

2016-01-31T07:51:38Z

Hipu:

=Kwikset Titan=

{{Lock model
|name=Kwikset Titan
|Img=
|maker=[[Kwikset]]
|lock_type=[[Cylinder]]
|lock_design=[[Pin-tumbler]]
|related=[[Kwikset SmartKey]] [[Kwikset Classic]]
|patent=
|years_produced=???? - Present
}}

The '''Titan''' is a [[pin-tumbler]] lock made by [[Kwikset]]. It is a modified version of the [[Kwikset Classic]] that uses six pins instead of five, and has a slightly different key to accommodate this. The KW10 keyway used by the Titan is nearly identical to the KW1 keyway; but it has an additional slot at the top, allowing for the insertion of the longer KW10 key.

The Titan is slowly being phased out(?) by the [[Kwikset SmartKey]] due to concerns over [[key bumping]].

__TOC__

== Principles of operation ==

:''See also: [[Pin-tumbler#Principles_of_Operation|Pin-Tumbler (Principles of Operation)]]''

The Titan is a traditional pin-tumbler that uses six pin stacks. To open the lock, all pin stacks must be aligned at the [[shear line]] to allow the [[plug]] to rotate. There are six key pin heights and seven key cut depths with the use of [[Master keying|master pins]]. The Titan has a [[MACS]] of 4. Many Classic cylinders come with [[construction keying]] dimples on the plug.

The Titan uses the same Classic key pins that are slightly tapered on both ends. Neither Classic nor Titan cylinders make use of [[security pin]]s.

== Keying Specifications ==

{| border="1" cellpadding="5" cellspacing="0"
|- bgcolor="#e0e0e0"
|'''Cut''' || '''Spacing''' || '''Depth''' ||'''Key Pin''' ||'''Master''' ||'''Driver'''
|-
|1 || .247" || .329" || .172" || .023" || .180"
|-
|2 || .397" || .306" || .195" || .046" || .180"
|-
|3 || .547" || .283" || .218" || .069" || .180"
|-
|4 || .697" || .260" || .241" || .092" || .180"
|-
|5 || .847" || .237" || .264" || .115" || .180"
|-
|6 || .997" || .214" || .287" || .138" || .180"
|-
|7 || .191" || n/a || n/a || n/a || n/a
|}

{| border="1" cellpadding="5" cellspacing="0"
|- bgcolor="#e0e0e0"
| '''Key Blank''' || '''Plug Diameter''' || '''Shoulder to First Cut''' || '''Root to Root''' || '''Depth Increment''' || '''Cut Width''' || '''MACS'''
|-
| 1176, KW10 || ~.498" || ~.090" || .150" || .023" || .080" || 4
|}

== Disassembly instructions ==

The Titan can be disassembled with standard pin-tumbler disassembly. The design of the pin-chamber casing facilitates quick disassembly and full rekeying.

{{Pin-tumbler standard disassembly}}

==== Removing cylinders from Kwikset knobs ====

# Using the Cylinder Removing Tool, rotate the round spindle until the tab lines up with the bolt stems.<ref>[http://www.kwikset.com/Libraries/Literature/Rekeying_Manual.sflb.ashx Kwikset Rekeying Manual]</ref>
# Slide the tool under the spring housing behind the spindle and push to release the retainer. Pull out the spindle without rotating it.
# Slide the tool into the empty spindle chamber, angling it to bypass the cover at the top of the hole. Push the tool all the way in and apply pressure until the cylinder is forced out of the front of the knob.

== Vulnerabilities ==

The Titan may be vulnerable to one or more of the following:

* [[Lockpicking]]
* [[Bumping]]
* [[Impressioning]]
* [[Decoding]]

'''Notes'''
* Though far less than on the classic, poor tolerances with the Titan allow [[tryout keys]] to work.

== Gallery ==

<div align="center"><gallery>

</gallery></div>

== References ==
<references />

== See also ==
* [[Kwikset]]
* [[Pin-tumbler]]

[[Category:Kwikset|Titan]]
[[Category:Pin-tumbler locks]]

Kwikset Titan

2016-01-31T07:47:38Z

Hipu: Created page with "=Kwikset Titan= {{Lock model |name=Kwikset Titan |Img= |maker=Kwikset |lock_type=Cylinder ..."

=Kwikset Titan=

{{Lock model
|name=Kwikset Titan
|Img=
|maker=[[Kwikset]]
|lock_type=[[Cylinder]]
|lock_design=[[Pin-tumbler]]
|related=[[Kwikset SmartKey]] [[Kwikset Classic]]
|patent=
|years_produced=???? - Present
}}

The '''Titan''' is a [[pin-tumbler]] lock made by [[Kwikset]]. It is a modified version of the [[Kwikset Classic]] that uses six pins instead of five, and has a slightly different key to accommodate this. The KW10 keyway used by the Titan is nearly identical to the KW1 keyway; but it has an additional slot at the top, allowing for the insertion of the longer KW10 key.

The Titan is slowly being phased out(?) by the [[Kwikset SmartKey]] due to concerns over [[key bumping]].

__TOC__

== Principles of operation ==

:''See also: [[Pin-tumbler#Principles_of_Operation|Pin-Tumbler (Principles of Operation)]]''

The Titan is a traditional pin-tumbler that uses six pin stacks. To open the lock, all pin stacks must be aligned at the [[shear line]] to allow the [[plug]] to rotate. There are six key pin heights and seven key cut depths with the use of [[Master keying|master pins]]. The Titan has a [[MACS]] of 4. Many Classic cylinders come with [[construction keying]] dimples on the plug.

The Titan uses the same Classic key pins that are slightly tapered on both ends. Neither Classic nor Titan cylinders make use of [[security pin]]s.

== Keying Specifications ==

{| border="1" cellpadding="5" cellspacing="0"
|- bgcolor="#e0e0e0"
|'''Cut''' || '''Spacing''' || '''Depth''' ||'''Key Pin''' ||'''Master''' ||'''Driver'''
|-
|1 || .247" || .329" || .172" || .023" || .180"
|-
|2 || .397" || .306" || .195" || .046" || .180"
|-
|3 || .547" || .283" || .218" || .069" || .180"
|-
|4 || .697" || .260" || .241" || .092" || .180"
|-
|5 || .847" || .237" || .264" || .115" || .180"
|-
|6 || .997" || .214" || .287" || .138" || .180"
|-
|7 || .191" || n/a || n/a || n/a || n/a
|}

{| border="1" cellpadding="5" cellspacing="0"
|- bgcolor="#e0e0e0"
| '''Key Blank''' || '''Plug Diameter''' || '''Shoulder to First Cut''' || '''Root to Root''' || '''Depth Increment''' || '''Cut Width''' || '''MACS'''
|-
| 1176, KW1 || ~.498" || .247" || .150" || .023" || .080" || 4
|}

== Disassembly instructions ==

The Titan can be disassembled with standard pin-tumbler disassembly. The design of the pin-chamber casing facilitates quick disassembly and full rekeying.

{{Pin-tumbler standard disassembly}}

==== Removing cylinders from Kwikset knobs ====

# Using the Cylinder Removing Tool, rotate the round spindle until the tab lines up with the bolt stems.<ref>[http://www.kwikset.com/Libraries/Literature/Rekeying_Manual.sflb.ashx Kwikset Rekeying Manual]</ref>
# Slide the tool under the spring housing behind the spindle and push to release the retainer. Pull out the spindle without rotating it.
# Slide the tool into the empty spindle chamber, angling it to bypass the cover at the top of the hole. Push the tool all the way in and apply pressure until the cylinder is forced out of the front of the knob.

== Vulnerabilities ==

The Titan may be vulnerable to one or more of the following:

* [[Lockpicking]]
* [[Bumping]]
* [[Impressioning]]
* [[Decoding]]

'''Notes'''
* Though far less than on the classic, poor tolerances with the Titan allow [[tryout keys]] to work.

== Gallery ==

<div align="center"><gallery>

</gallery></div>

== References ==
<references />

== See also ==
* [[Kwikset]]
* [[Pin-tumbler]]

[[Category:Kwikset|Titan]]
[[Category:Pin-tumbler locks]]