As you may be aware from one of my previous posts, I decided to ditch both of my analog phone alarm companies in favor of digital monitoring using my Envisalink 2DS adapter which connects my DSC alarm panels to my in-home networks and, along with a host of other features, allows my alarm systems to be monitored via the Internet.
- Concord 4 Default Installer Code
- Concord 4 Default Installer Code
- Dsc Default Installer Code
- Adt Default Installer Code
- Concord 4 Default Installer Codes
Concord 4 SmartThings Device Hander and SmartApp. This is a project for connecting the Concord 4 alarm system to SmartThings. You will need a computer/rasperry pi/etc with a USB serial cable connected to the superbus 2000 automation module. Hardware (Concord 4 or equivalent panel) with a Superbus 2000 automation module attached to it. It should be noted that the Installer Code and the Master Code on a panel can never be the same. Each needs to have its own unique four-digit number. Every alarm system brand has a standard default Installer Code and Master Code. Knowing these codes can be helpful for accessing a panel after it has reset to factory default. Below are some of. View and Download GE Security Concord 4 series user manual online. Concord 4 Series. Concord 4 series security system pdf manual download. Also for: 600-1021-95r, 600-1040, 600-1022-95r, 600-1042, Concord 4 600-1021-95r, Concord 4 600-1022-95r, Concord 4 600-1040, Concord 4 600-1042.
Envisalink, the developers of the 2DS, now offer EnvisAlarm: an alarm monitoring service that integrates wonderfully with their free ESP service, which allows users to log in from anywhere to view and control their alarm system details.
However, since my DSC panels were still set up to transmit alarm information via the telephone, I had to disable a few options on my DSC panels that were no longer needed now that I’m monitoring over the Internet with my 2DS. If you’re a new Envisalink monitoring customer who previously used telephone monitoring, you’ll want to following these same steps that I took to disable the phone-related options.
These instructions assume you’re using the factory-default Installer Code of 5555 (which you probably shouldn’t). Insert your own installer code in place of the 5555.
- To disable the phone line: *8 5555 015 7 ##
- To turn off test transmissions (which are no longer needed since Envisalink monitors network connection from them to your 2DS continuously): *8 5555 371 9999 ##
- To turn off the phone dialer: *8 5555 380 1 ##
I relied on the following online docs to help me remember the correct menu options in the DSC panel:
So far, I’ve been very happy with the price and service of Envisalink’s monitoring.
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One of the more frustrating things for me is when someone, or some company, attempts to control me. Typically having the desire for less responsibility, I have no desire to control individuals in this way. Recently, I started looking into what moving my alarm system to a new monitoring service would entail. The primary goal included eliminating the dependence on a landline and getting the flexibility to do reconfigurations myself. I own the alarm system and I felt like I should be able to make those changes.
Upon investigation, I found that my alarm system was a bit challenging to reset the installer code. Searching the Internet yielded several options to try–1234, 9876, 4112 and 6112. Unfortunately, none of those worked for my system and a call to my current alarm service company was met with, “We don’t provide those, we want to protect you from
making accidental changes.” They eventually agreed to try to change the code to another value and called me back a few times. Eventually, their remote effort fizzled out, but I’m
sure they would’ve changed them with an on-site visit and a $75 service fee.
A few searches on the internet suggested copying EEPROMs or analyzing them. I fo
und that my unit used a MIC24LC64 chip and started researching ways to read it.
Disclaimer: Use this process at your own list. It worked for me, but I practiced the process on a separate alarm panel that had no value. Removal of and reading of the EEPROM may result in a damaged chip or loss of configuration if it is not done properly.
For me, the biggest challenge was getting an EEPROM reader working with my computer. The EEPROM reader that I purchased is a “SMAKN® USB Port 24CXX EEPROM Programmer Reader Writer to 24C1024 for XP VISTA WIN7” that I picked up from Amazon for roughly $10. It is cheap and also lacking documentation and software. Getting the software working and reading an EEPROM was a bit of a challenge. My first recommendation is watching this video from YouTube.
YouTube — USB EEPROM Programmer and CH341A **DOWNLOAD LINKS
As I was looking for the software for this reader I was inundated with links to questionable sites. So it might make sense to do this a computer that doesn’t have personal information and can be easily wiped. After following the YouTube video above, I was able to get the application to work in English and show “Connected”. Even at that point, I was unable to get it to properly read the EEPROM and all the registered showed FF.
Chip Orientation Matters
In the video, Kris calls into question the orientation of the chip. Typically, the handle on a ZIF socket is used to locate PIN 1. There is also often a square footprint on the solder joint at PIN 1. This aligned with what Kris mentioned in the video but did not seem to work wit my MIC24LC64. Additionally, the positioning in the application did not work either. I actually believed that my reader might be bad.
Concord 4 Default Installer Code
Ultimately, I tried both possible positions on the other end of the socket. With PIN 1 in the middle, the chip was instantly VERY hot (and I assumed I had ruined it). After I turned it around, placing my chip’s PIN 1 (note the notch in one end of the chip–the end with pin 1) in the socket’s PIN 16, I was able to read data it with the CH341 application.
Not knowing what to look for, I had preprogrammed a series of numbers as the installer code on a test unit. I was unsure whether the manufacturer used an ASCII translation or some other method of encoding the number sequence. What I found was that the sequence existed at ‘000001900E-0F’ and was visible in the HEX section of the software. In other words, each number was encoded into a sequencial 4-bit nibble. To test my theory, I reinstalled the EEPROM into the surrogate system and changed it. Sure enough, the change was represented properly when I re-read the output.
Concord 4 Default Installer Code
Below is a graphic showing a default installer code (4321) and a default master code (1234).
Reading My Main Alarm’s Installer Code
Dsc Default Installer Code
At this point, I decided to pop the chip from my home alarm system and read it. A numeric sequence also appeared at the same location. I reinserted the chip into the panel and powered it back up. Testing the installer code by entering ‘8 – CODE – 00’ revealed that I could now access the System Programming Menu.
Conclusion
Adt Default Installer Code
I spent far more time reverse engineering my alarm system than the value if I’d paid the company to come out and reset it to a code they could provide to me. However, there is a great satisfaction for me when I learn something from the task at hand. I do think it is also worth mentioning that this code can be used to arm and disarm a system. Operating under the assumption that many alarm companies use a common installer code across all customers, this code may be known by all of the technicians. That’s a bit scary IMO.
Concord 4 Default Installer Codes
Disclaimer: This article includes the independent thoughts, opinions, commentary or technical detail of Paul Stewart. This may or may does not reflect the position of past, present or future employers.