LogixPro 500 is a sophisticated PLC simulation software designed to provide students and professionals with a risk-free environment to master Allen-Bradley RSLogix 500 programming. A critical component of accessing the full functionality of this software is the authorization process, which revolves around two specific identifiers: the Key Name and the Key Number. Understanding the relationship between these two elements is essential for any user looking to transition from the restricted educational version to a fully licensed professional suite.
The Key Name serves as the primary user identification within the LogixPro ecosystem. When a user purchases a license, they are required to provide a specific name—often an individual's name or an institution's department—which is then permanently associated with that software instance. This name acts as a digital label, ensuring that the license is registered to a human or organizational entity rather than remaining anonymous. It is the "who" of the licensing equation, providing a layer of accountability and personalization to the software registration.
In contrast, the Key Number is the cryptographic counterpart to the Key Name. Once a Key Name is established, the software generates or requires a unique numeric code that validates the authenticity of the license. This number is not arbitrary; it is typically generated through an algorithm that links the specific hardware ID of the computer to the provided Key Name. This "lock and key" mechanism ensures that a single license cannot be easily duplicated across multiple machines, protecting the intellectual property of the developers while ensuring the user has a stable, authorized platform for their simulations.
The synergy between the Key Name and Key Number is what unlocks the software's advanced features, such as saving complex ladder logic diagrams and accessing high-level simulations like the Bottle Line or the Elevator Lab. Without a matching pair, the software remains in "Evaluation Mode," which limits the user’s ability to document their work or complete long-term projects. For educators and students, ensuring these two pieces of data are entered correctly is the first step in moving from theoretical study to practical, hands-on application.
Ultimately, the Key Name and Key Number system in LogixPro 500 represents a standard but vital approach to software licensing in the industrial automation training sector. By tying a specific identity to a unique digital signature, the system provides a secure method for users to access powerful diagnostic and programming tools. For anyone serious about learning PLC logic, mastering the administration of these keys is as fundamental as understanding the logic rungs themselves.
LogixPro 500: Understanding Key Names and Key Numbers If you are diving into the world of PLC (Programmable Logic Controller) simulation, you’ve likely encountered LogixPro 500. Designed by The Learning Pit, this software is the gold standard for students and technicians looking to master Allen-Bradley RSLogix 500 programming without needing expensive hardware.
However, when it comes to registering the software, users often get confused by two specific terms: the Key Name and the Key Number. Understanding the difference between these two is essential for a smooth installation and licensing process. What is the LogixPro 500 Key Name?
The Key Name is essentially your unique identifier or "license holder" name. It is the name you provided at the time of purchase or the name assigned to your educational institution’s site license. Key Characteristics:
Case Sensitivity: In most versions, the Key Name is case-sensitive. "JohnDoe" is not the same as "johndoe."
Fixed Value: Once a license is issued, the Key Name is tied to that specific registration.
Usage: You enter this in the registration window alongside your Key Number to unlock the full version of the software. What is the LogixPro 500 Key Number?
The Key Number is the actual alphanumeric authorization code (or "Product Key") provided by The Learning Pit. This code validates your copy of the software and enables features beyond the trial version, such as saving projects and accessing advanced simulations like the Bottle Line or Elevator. How to Find Your Key Number:
Email Receipt: If you purchased an individual license, the Key Number is sent to the email address used during checkout.
CD-ROM Case: For older physical copies, the key is often found on a sticker on the back of the jewel case.
Lab Instructor: If you are using LogixPro in a school setting, your instructor or IT department manages the site license Key Number. How to Register Your Software logixpro 500 key name and key number
To move from the "Evaluation" mode to the "Professional" mode, follow these steps: Open LogixPro: Launch the application on your PC.
Access Registration: Click on the "Help" menu in the top toolbar and select "Register."
Enter Credentials: A dialog box will appear. Carefully type in your Key Name and Key Number exactly as they appear in your confirmation documents.
Restart: Once entered, you may need to restart the program for the changes to take effect. Troubleshooting Common Issues
If you receive an "Invalid Key" error, check for these common mistakes:
Extra Spaces: Ensure there are no leading or trailing spaces in the text fields.
Characters Mix-ups: Be careful with the number zero (0) versus the letter O, and the number one (1) versus the lowercase letter L.
Version Mismatch: Ensure your Key Number matches the version of LogixPro you have installed. An old LogixPro key might not work on the most recent software update. Where to Get a Key Name and Number?
It is important to note that LogixPro 500 is proprietary software. While there are "cracks" or "keygens" available on the internet, using them often results in: Security Risks: Many unofficial downloads contain malware.
Software Instability: Simulation logic can fail or crash during complex rungs.
Lack of Support: You won't be able to receive updates or technical help from The Learning Pit.
For students, the investment in a legitimate license is highly recommended to ensure the simulations behave exactly like real-world PLCs.
The Key Name is who you are (or your organization), and the Key Number is the password that proves you’ve paid for the software. Keep both in a safe place, as you will need them if you ever need to reinstall LogixPro on a new computer.
LogixPro 500 Key Name and Key Number Guide LogixPro 500 is a sophisticated PLC simulation software
LogixPro 500 is a popular PLC (Programmable Logic Controller) simulator software used for educational and training purposes. Understanding the different keys and their corresponding names and numbers is essential for effective use of the software. In this guide, we will explore the LogixPro 500 key names and key numbers.
Overview of LogixPro 500 Keyboard
The LogixPro 500 keyboard is designed to mimic the layout of a typical PLC programming console. The keyboard is divided into several sections, including:
LogixPro 500 Key Names and Key Numbers
Here is a list of common LogixPro 500 key names and their corresponding key numbers:
Conclusion
Understanding the LogixPro 500 key names and key numbers is essential for efficient use of the software. This guide provides a comprehensive list of common keys and their corresponding names and numbers. By familiarizing yourself with these keys, you can improve your productivity and become more proficient in using LogixPro 500 for PLC programming and simulation.
This is the story of , a student who learned that technical "keys" are about more than just numbers—they are about the responsibility of professional craftsmanship. The Missing Activation
Alex sat in the dimly lit engineering lab, staring at the splash screen of LogixPro 500
. The LogixPro PLC Simulator was his gateway to mastering the world of Programmable Logic Controllers (PLCs), but today, he was stuck. He needed to register the software, and the prompt for a Key Name and Key Number felt like a locked door standing between him and his final project: a complex bottle line simulation. The Search for the Key
Alex initially looked for a quick fix. He found forums where others had asked for "activation files" or "CD keys," only to be met with stern reminders. "An activation key is a security feature," one Control.com veteran wrote. "It belongs to the registered user. Giving it away isn't just a policy break; it's how you lose your own license".
He realized that the Key Name (often the registered owner or company name) and the Key Number (the unique serial number or license key) were unique identifiers meant for the person who had invested in the The Learning Pit software. The Real Lesson
Giving up on shortcuts, Alex reached out to his professor. "The key isn't just a number, Alex," the professor explained. "In industrial automation, your license is your identity. When you work with RSLogix 500 or its simulators, your 'key' links your work to your professional reputation".
Alex learned that for students, many labs provide these details through their institution's own Owner Order Email. Once he entered the correct Key Name and Key Number—which he found in his university's registration document—the software hummed to life. The Simulation Runs RS LOGIX 500 cd key - Control.com Keypad: Numerical keypad for entering values and numbers
Here is the content explaining Key Names and Key Numbers in LogixPro 500 (the PLC simulation software for the Allen‑Bradley RSLogix 500 environment).
This information is essential for students and technicians working on PLC lab exercises, especially those using the Simulation Control Panel (the elevator, door, batch mixer, etc.).
Below is an expanded reference table of key numbers that work reliably in LogixPro 500 (US keyboard layout). Use these to design custom keyboard interfaces.
| Key Name | Key Number (Decimal) | Key Name | Key Number | |----------|---------------------|----------|------------| | 0 | 11 | A | 30 | | 1 | 2 | B | 48 | | 2 | 3 | C | 46 | | 3 | 4 | D | 32 | | 4 | 5 | E | 18 | | 5 | 6 | F | 33 | | 6 | 7 | G | 34 | | 7 | 8 | H | 35 | | 8 | 9 | I | 23 | | 9 | 10 | J | 36 | | Enter | 28 | K | 37 | | Space | 57 | L | 38 | | Up Arrow | 72 | M | 50 | | Down | 80 | N | 49 | | Left | 75 | O | 24 | | Right | 77 | P | 25 | | Esc | 1 | Q | 16 | | Tab | 15 | R | 19 | | Caps Lock| 58 | S | 31 | | Shift | 42 (left) / 54 (right) | T | 20 | | Ctrl | 29 / 157 | U | 22 | | Alt | 56 / 184 | V | 47 | | Backspace| 14 | W | 17 | | Insert | 82 | X | 45 | | Delete | 83 | Y | 21 | | Home | 79 | Z | 44 | | End | 81 | F1 | 59 |
Caution: Do not rely on numbers for Shift, Ctrl, or Alt in simple simulations; they often trigger system‑level behavior. Stick to alphanumeric and arrow keys for best results.
| Key Name (Button/Switch) | Key Number (PLC Address) |
|--------------------------|--------------------------|
| Start (Green PB) | I:1/0 |
| Stop (Red PB) | I:1/1 |
| Selector Switch A | I:1/2 |
| Selector Switch B | I:1/3 |
| Push Button (Top) | I:1/4 |
| Push Button (Bottom) | I:1/5 |
| Toggle Switch 1 | I:1/6 |
| Toggle Switch 2 | I:1/7 |
| Reset | I:1/8 |
Note: The exact mapping depends on which simulation panel you are using (Door, Batch, Elevator, etc.). Always check the I/O Configuration or Help → I/O Mapping in LogixPro.
Let’s debunk the most frequent misconceptions found on forums:
| Myth | Reality | |------|---------| | “Any name works if you put 12345 as key number.” | False. The algorithm is a hash function. Random numbers fail. | | “The key is the same for everyone.” | False. Each purchase generates a unique pair. | | “You can generate a key using the computer’s date.” | False. That was an old shareware trick, not used here. | | “LogixPro 500 is abandoned, so keys are free.” | False. The software is still sold and supported. |
When a lab exercise says “set Key Name to REM” or “Key Number = 2”:
Critical Warning: Do not trust YouTube videos or blog posts claiming to provide “universal key names and numbers.” The Learning Pit updated their algorithm several times. Old or cracked keys often cause the software to crash or silently corrupt project files.
LogixPro does not natively allow you to change the key number assigned to I:1/0. However, you can simulate remapping by using the keyboard interrupt method:
Example: You want the G key (34) to act as I:1/0.
I:1/0 unused (or disable it).EQU N7:0 34 to set an internal bit B3:0, then everywhere you need I:1/0, use XIC B3:0.