Sometimes, you'll come across a stubborn one that will not exit the false gate. When defeating false gates, all you typically need to do is let up on your tension a little and you can rotate the pin out of the gate. These false gates are not milledÄeep enough for the sidebar to fully engage that pin. Will make continued rotation of the pin not possible without letting up on tension, possibly making you drop other pins. These will cause the keypin to snag against the sidebar. Medeco keypins will have false gates, which are shallower vertical channels milled into it ( Illustration ::0). This is for the sidebar 'finger' to fully engage the pin. The typical Medeco keypin will have a deep vertical groove milled into it. Not applicable to the M3B (Medeco BiLevel). Here's a demonstration video I made on the matter. Rotated so you pretty much just have to brute force it. There's no way to tell which direction a keypin needs to be When the key pin is loose like this, it's rotated properly. You can wiggle the pin and even lift it up freely. When a pin needs to be rotated, while the lock is under heavy tension, the keypin will be tightly bound up and not want to move at all. Knowing when a pin needs to be rotated is quite easy as well. This will cause a rotating motion on the pin. In and out of the keyway to rub against the pin. My favorite tactic for rotating pins is to position the pick to either side of the pin that needs to be rotated and push/pull the pick Keypins are chiseled on the bottom to facilitate this rotation via the key, or a pick. This will allow the sidebar to interact with the pin. To lift the pins vertically, you also have to rotate the pins to the correct angle in the chamber. The primary security feature of a Medeco lock is that not only do you have The chisel-tipped keypins are the primary feature of a Medeco lock ( Illustration ::0). It is commonly believed that picking a Medeco in a clockwise direction is more difficult, but to each their own. While it's not required to do it in this order, it makes things easier, especially if there are false gates to defeat as the sidebar will be binding against the pins that much This means you will need to rotate pins before you lift them. When you pick a Medeco lock counter-clockwise, the sidebar will almost always bind first. In the event of a KIK, usually the control key and the operating key have the same bitting. While "control" will allow disassembly of the lock, usually via removing the core from the lock ( Illustration ::1). The difference between picking a lock to "operating" and "control" is that "operating" will just open the lock You usually have to pick them counter-clockwise to pick them to control ( Illustration ::0). When it comes to I-Cores such as SFIC and LFIC, Very rarely will a clockwise picking session deviate from this (in my experience, it never has). On rotating them to interface with the sidebar. This means you will need to pick the pins to the shearline FIRST and THEN work When picking a Medeco lock clockwise, this will bind the pins against the shearline first. Rotated clockwise for an operating shearline. Will typically turn in whichever direction rotates the TOP of the lock away from the door frame it's closest to if the deadbolt is on the left side of the door, it will need to be Typically, padlocks require to be picked clockwise to reach an operating shearline. Different locks can (or require to) be picked either direction.
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