The amount of change keys you could put in is unlimited. No comma at the end keep it just like that. Down to the change keys, we have to separate them by a comma. My Control Key Bitting is 8510051, and my Master Key Bitting is going to be 2378415. In this example, it's a seven-pin, so if you're doing a seven-pin system, make sure all of your bittings have seven digits in them and if it's a six-pin, make sure they all have six numbers-no need to do anything outside of that to differentiate between the two. ![]() Either you decode a bunch of existing keys and put the bitting in that way or go to a master key chart with all the different bittings on it and choose the ones you need to fit a particular door. You're going to get this bitting one or two ways. I'm going to go ahead here and put in our control key bitting. It helps people when they're in the thick of the job type of thing. A little secret is that if there's not a master key that you need to use for it, you can just put any key bitting in there, but we found that by displaying what the master key bitting is on the chart. The next thing you need to do is to fill up Control Key Bitting, Master Key Bitting, and Change Key Bitting. On the Pinning Calculator, you can choose from A-2, A-3, and A-4. Note: The calculator here is not really connected to the IC core software. It says right above it, 'Have IC keys you need the pinning chart for? Click the pinning calculator button.' Follow that before clicking the Pinning Calculator button. This is for all the SFIC (Small Format Interchangeable Core) A-2, A-3, and A-4 systems.Ĭoncentrate on the button right here, the Pinning Calculator. This is what the Aero IC core master keying software looks like. The Aero IC program works with all Windows systems -Windows XP up to Windows 10. Or perhaps you're into a situation where you're taking over a new project, and they're like, 'Hey, we'd like you to start with making sure that this door to the conference room has everybody's key works?' And there are 6,7,8,9 keys, and you're like, 'Okay, I'm going to have to do some decoding and figure do some math here.' then this calculator makes it quick and easy to figure that out. ![]() Why is this good? Let's say you're doing a big office building, and they decided that they want the lunchroom or the office supply closet to have all of the keys fit or maybe all of a certain amount of keys perhaps the master key system wasn't built for that. What does this calculator do? It allows you to put in the master key, the control key, and then any number of changing keys that you want to place, and it's going to give you the calculations for it. So if you're at the point where 'You know what this happens enough where I don't like to sit down and do the math for a few minutes to figure it out.' Then our program that Aero IC, a master keying software program, has a calculator in it. However, there is a much more efficient way to do that. It's always good to know how to do it manually, and these sheets will walk you step by step through that process. Then we have another one that's a multiple key pinning chart that you can have up to five different keys to calculate the combination. We have one worksheet that goes over a basic SFIC A2 pinning chart. If you haven't, in the notes below, we have two different worksheets. Kind of like a common keying scenario, and the question is, 'How do I calculate that?' When it comes to math, a common thing that can happen is a customer has two or three different keys, maybe a control key, a couple more keys that they need to work as a specific office. ![]() I went over the cores, the keys, and the math. I've tried to go over everything you need to know in the previous blogs to get started pinning SFIC (Small Format Interchangeable Core Locks) with the A-2 system.
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