Yale do have a helpline/email desk. It seems to be erratic, it's worked fine for me but I've heard others say they couldn't get through. I haven't heard of this PABX problem before.
How does the person who has answered a call fron the Yale confirm to the Yale that the call has been answered by a person. ? Is it a PIN that the person dials ?
If it is a PIN then maybe if the same digit sequence is in the number being dialled then the Yale may react to an echo of that digit sequence and assumne the call has been answered even though the diaiing has not been completed and abandon the call. Echo due to impedance mis-match somewhere between auto dialler and the telephone network. ( not uncommon )
How does the person who has answered a call fron the Yale confirm to the Yale that the call has been answered by a person. ? Is it a PIN that the person dials ?
If it is a PIN then maybe if the same digit sequence is in the number being dialled then the Yale may react to an echo of that digit sequence and assumne the call has been answered even though the diaiing has not been completed and abandon the call. Echo due to impedance mis-match somewhere between auto dialler and the telephone network. ( not uncommon )
This is a good point but i know it isnt happening because when i run a test report the Yale system continually waits for the call to be answered and then for the user to press 9. If I do it on a working mobile and press 9 then the screen states 'report complete' and ends the call. However on the mobile that doesnt work this doesnt happen and it just continues
Yale do have a helpline/email desk. It seems to be erratic, it's worked fine for me but I've heard others say they couldn't get through. I haven't heard of this PABX problem before.
I would make a high impedance monitor to follow the progress of the call. Various ways to DIY one. The earpiece from a phone in series with a 10,000 Ω resistor and a 0,47 μF capacitor works. Values are not critical other than t capacitor should not be a polarised ( electrolytic ) type.
I would make a high impedance monitor to follow the progress of the call. Various ways to DIY one. The earpiece from a phone in series with a 10,000 Ω resistor and a 0,47 μF capacitor works. Values are not critical other than t capacitor should not be a polarised ( electrolytic ) type.
If you need to find a tradesperson to get your job done, please try our local search below,
or if you are doing it yourself you can find suppliers local to you.
Select the supplier or trade you require, enter your location to begin your search.
Please select a service and enter a location to continue...
Are you a trade or supplier? You can create your listing free at DIYnot Local