sixwheeledbeast

It's been a while... I was pretty clear with my instructions and the logic table in the post, how you utilise it will depend on what your connecting it to. It's probably simpler to just put a more capable panel in.

An unserviced alarm is neither use nor ornament, it's a service based industry. Having it maintained is part of the deal to making sure everything works when you need it and will not disturb everyone in the early hours. They are not consumer products you can't just pop batteries in and out of them and either would you want them to be. Consumer products are generally junk and easily defeatable. Programming knowledge is all part of the system design, which is all part of knowing what is required for correct operation. You can't learn to be an alarm installer from reading the manual it's a guide. It's general practice and part of the standards that the installer wouldn't disclose the engineering code, this is to protect any liability from a user messing with the system. As far as end users and installers are concerned if it's locked you have no access to reprogram it, if you default it you have cleared the programming with no way to reprogram it. It's even more useless depending on how usable it is now. Have you done what I suggested yet? Enable Engineer is for the user to allow the engineer access for a limited amount of time, normally the engineer code will not allow access without the user code first.

Something that should be checked at purchase, records of regular service are vital evidence; otherwise it's easy to make a system look working. Will clear the programming with no way to reprogram. Wintex needs the code to login otherwise it would be an exploit. Radio Conf Fail just means the device is missing hasn't polled within the polling timer, which it will with the battery out.

You can't tell. If it's locked you have a brick. Engineer code may reset it but may clear with user code if you resolve the issue, take the box down and bring it near to the controls then try to clear. Make sure you are using the correct lithium batteries. If your not sure best to get an installer that fits Texecom to inspect and resolve.

Output modules were made EOL as expanders have 8 O/Ps anyway so they hardly got purchased. You also have no inputs on a OP16 so not suitable by itself. It's possible to setup a either SCB/SAB bell from a PSU200XP, if you know how to program everything, yes.

You could try an ATA if they don't supply something, it will likely have issues. Upgrade the panel will be the best option in the long run.

It sounds simple as replacing the battery but often it isn't. The system charging circuit could be faulty or fuses blown. This often happens when they are not serviced regular and batteries replaced as required. Something as old as this I would check the charging rate before and after battery replacement, but before that other checks would be done to make sure it's still fit for purpose. It's possible a fuse has blown during your replacement but the tests above would need to be completed to check the system I wouldn't rule out needing a new panel. Alternatively you may have faulty sensors, the new battery is faulty or disturbed some wiring in the panel but these are less likely. Best to get an alarm engineer to look at it if using a multimeter is out of your depth.

15 minutes of tea drinking and paperwork?

Congrats on completing your 15 minute job. As I said originally there is no way to disable the bell, you have to get on with it.

Some panel delay? Force a -ve trigger from the panel to prove.

2G is calls and texts, web browsing is pretty much unusable. 3G was the first step to internet browsing on mobile, it would be mostly unused for that today with modern mobiles and 4G/5G rollout. Asterisk? So converting POTS to IP, why? As I say need to get internet to site and in that case use an IP product.

Who says 2G is an issue? In the UK at least, we have another decade plus before they plan to kill it and reuse the spectrum. There are thousands of tiny 2G devices still out in rural settings that need to migrate to switch off will be slow. By then I'd be expecting to update the system. Really professional installers would be recommending a monitoring device to an ARC, that way if the GSM is jammed you have some guarantee of a message via polling, but this is the DIY section so... Texecom have their own options for GSM but check compatibility with that EOL Premier first. I'd probably consider some way of getting an internet connection at/to site and using IP if your concerned about 2G sunset and want more flexibility on kit. Old Premier's have limited support for newer IP products so you may need third party equipment if your keeping the panel.

You can't call it prosumer if the manufacturer will not provide support for it. Not saying they should as it's not. It's pretty modern so I wouldn't say its for the bin, if you know how to work it.

It it's likely working and it just needs setting up for you. Best to persist with finding a Texecom installer really. Sounds like you are entering the engineers code not the user code., if your getting that message.

Seems fair... it's certainly around the right money, will vary on region a little. No way your quoting half a day on this, even if it did take that long you quote full days, he didn't install it and may find some issues to resolve too. Won't find many installers that would install user purchased kit either, as an installer your opening yourself to warranty headaches if there is a fault. I would treat this theoretical new system as a takeover, not just a service upon next visit if you had replaced it, much more to check over, some would walk away and quote. You'll likely spend weeks probably months learning how to connect everything and program it with no guarantees it will work correctly. Feel free to browse the DIY Section here for more evidence of that, it's like a revolving door. Most manufacturers the panel apps have to be registered via an installer, don't fit Euro so not sure. There is more to the job than throwing boxes on the wall, it's a service industry not a fitting industry. You have already said you "want the benefits offered by him" but not the price of the install; you get what you pay for....

The LED diagram in the manual assumes standard LED's so you shouldn't need the current limiting resistor, but you wire it from the terminals like the diagram following polarity.

Nope put your earplugs in and get on with it, be careful not to zap yourself on the strobe if it fires up. Some sounders have an engineer hold off that you can trigger but that one will not. If your not confident how to do it, ask an installer to do it.

In the UK we would not allow showing the system status from outside the property, or even within the property without user access. It gives too much information to a potential burglar. Most standard LED's are 5v forward voltage, are you certain this is a 12v LED? They are available but worth double checking. External auxiliary kit really be using the Panel Outputs (OP1/2/3/4) on the opposite side of the board to drive this stuff, the digi outputs are lower current mainly for triggering 3rd party coms, they are generally unfused. Why it's connected to the battery terminals who knows...

Either get it serviceable for you to use or have it decommissioned. Unmaintained alarm systems are a headache waiting to happen.

More digging apparently Waitrose is bronze... https://architecturesideas.com/2018/09/15/the-global-growth-of-the-metal-cladding-industry/

Boughton (nr Chester) Waitrose is like that, I thought similar at construction. It's a brownish olive colour now, 8 years later. Took a couple of years to loose it's initial shine.

Bit like Texecom in "User Codes" menu change User00. It seems like "Texecom Lite" with a more confusing menu and worse documentation...

Get the model numbers and find out if they support an onvif profile.

No idea, but most panels you can get earth loops like this, hence a method of testing that rules it out.