FAB 1000: Difference between revisions
(FAB 1000 page created.) |
(categories) |
||
| Line 6: | Line 6: | ||
| maker = [[Fab]] | | maker = [[Fab]] | ||
| lock_type = [[Cylinder]] | | lock_type = [[Cylinder]] | ||
| lock_design = [[Pin-tumbler]] | | lock_design = [[Pin_tumbler|Pin-tumbler]] | ||
| patent = | | patent = | ||
| years_produced = | | years_produced = | ||
| Line 65: | Line 65: | ||
* [https://youtu.be/uaNwXQCORCkg FAB 1000 - Info, pick and gut] | * [https://youtu.be/uaNwXQCORCkg FAB 1000 - Info, pick and gut] | ||
[[Category: | [[Category:FAB]] | ||
[[Category:Pin-tumbler locks | [[Category:Lock models]] | ||
[[Category:Pin-tumbler locks]] | |||
Revision as of 16:33, 4 October 2021
FAB 1000
| FAB 1000 | |
 | |
| Name | FAB 1000 |
|---|---|
| Manufacturer | Fab |
| Lock Type | Cylinder |
| Lock Design | Pin-tumbler |
FAB 1000 is one of two locks in FAB's current portfolio belonging to a resistance class 4 (according to CSN P EN1627:2000), which is the highest resistance class FAB offers.
Description
The lock contains five pin stacks, with two chambers containing standard drivers, two chambers contain RBC pins and there is a single spool. This configuration hints that the manufacturer perceives dynamic methods as a higher threat than picking (although RBC pins can frustrate picking as well).
There are also positions for passive pins on the side of the core and the key features dimples on its right side that interact with those pins. It seems that normally marketed locks contain only one passive pin and the other position is populated by a ball bearing, which probably serves as additional anti-drill protection.
The profile used is quite paracentric and relatively thin, which adds to the protection against lockpicking. There is also considerable amount of anti-drill protection.
The key is protected with both patent application and utility model; the blanks are restricted and key can be cut or copied only when locksmith is presented with a security card.
Dissassembly instructions
To disassemble a double euro cylinder, use of a pinning shoe is the preferred method.
Other possibility is to use a segmented follower, but that requires that both cores are pulled out a bit to allow a cam removal. Then a core should be rotated to approximately 4:30 or 7:30 o'clock position (135 degrees either clockwise or anti-clockwise) to prevent driver entering a gaps for the cam clutch. Then a segmented follower can be used to remove the core.
Be careful to orient the whole lock in such a way, that the loss of passive pins is prevented (they are on the right side of the core, when the lock is situated in a pins down direction).
Vulnerabilities
The FAB 1000 is vulnerable to one or more of the following:
- Lockpicking
- Decoding
- Key bumping - when RBC pins are worked around
- Impressioning
Gallery
FAB 1000 keyway
Detail of FAB 1000 key pins, driver pins and passive pin.
Passive pins chambers in the right part of the core.
Passive pins groove in the FAB 1000 bible.
FAB 1000 key - note the characteristic dimples for passive pins.
FAB 1000 security card - note the bitting code directly corresponds to the key cuts.
FAB 1000 anti-drill protection in the core and the bible.
References
