ERT Digital (Greek:ΕΡΤ Ψηφιακή) was a pilot project by ERT, the public broadcaster of Greece. It was the first legal attempt at digital television broadcasting in Greece, featuring four new channels: Cine+, Prisma+ Sport+ and Info+. It was officially launched in early 2006 as part of the digital television transition mandated by the European Union. The project was funded through ERT's budget and had no advertising.
In the initial phase of the program, each channel was to broadcast between six to ten hours of original programming. This would last approximately 1-2 years in which time it was anticipated that new programming would be produced for each channel. ERT also hoped to launch at least two more digital channels at some point in the future, a lifestyle channel and a children's channel. The programming on the four digital channels was separate and distinct from that featured on ERT's three traditional analogue services - ΕΤ1, ΝΕΤ and ΕΤ3.
ERT Digital was available to approximately 65% of the population, mainly in Athens, Thessaloniki and some other major cities. It broadcast free-to-air without any subscription cost, requiring only a generic DVB-Tset-top box. The issue of paying for the four digital channels had been a bone of contention for many Greek citizens as ERT was funded by a fee levied on all Greek households through their electricity bills. Some contended that they should not have to pay for a service they might not be able to receive or did not want to watch.
Earth pit resistance testing with Metravi ERT 1501 by FOP method.
Earth pit Resistance checking by Fall of Potential method or 62 percent method using 3 poles Tester:
Connection: Terminals E1 and P1 are shorted and the lead wire is connected to the earth electrode under test. Terminal E2 lead wire is connected to a spike driven at a minimum distance of 10 times the depth of earth electrode. Terminal P2 lead wire is connected to another spike driven at 62 percent of the distance between Earth electrode and E2 spike. The 0 or ref point is always the earth electrode spot for single electrode.
Example : Assume Earth electrode length or buried depth is 1 meter.
Then E2 spike distance is minimum 10 times of earth electrode depth. So the distance is 10 meter away from earth electrode.
P2 spike distance is 62 percent of 10 meter so it is driven at a distance of...
published: 03 Feb 2023
ERT Digital
ERT Digital (Greek: ΕΡΤ Ψηφιακή) was a pilot project by ERT, the public broadcaster of Greece. It was the first legal attempt at digital television broadcasting in Greece, featuring four new channels: Cine+, Prisma+ Sport+ and Info+. It was officially launched in early 2006 as part of the digital television transition mandated by the European Union. The project was funded through ERT's budget and had no advertising.
In the initial phase of the program, each channel was to broadcast between six and ten hours of original programming. This would last approximately 1–2 years in which time it was anticipated that new programming would be produced for each channel. ERT also hoped to launch at least two more digital channels at some point in the future, a lifestyle channel and a children's chan...
published: 20 Jul 2021
Ekpompi Goals+ ERT Digital
published: 15 Apr 2010
ERT: Digital imaging of a Roman sanctuary
published: 21 Jun 2018
ERT Digital Library 2024
Please contact you ERT Lighting Representative for more information.
published: 19 Apr 2024
Sport+ ID ERT Digital
Station ID for ERT Digital, channel SPORT+, collaboration with Stathis Maglaras
published: 15 Apr 2010
How to do Electrical Resistivity Test (ERT) by using Magger
#geology #earthsciences #soiltesting
published: 06 May 2023
Ert Digital's Revenge
published: 25 Jul 2024
Optronics interview at ERT Digital for FTTH Networks
Optronics interview at ERT Digital for FTTH Networks
published: 30 Sep 2009
ERT DIGITAL SHOWROOM V1 3
ERT'S DIGITAL SHOWROOM PREVIEW.
If you'd like BIM files of any of these fixture please contact your ERT Sales Representative.
www.ertlighting.com
published: 26 Apr 2023
ERT Digital Showroom 1 0
published: 06 Dec 2022
ERT Digital for Smart Products
published: 09 May 2010
Metravi ERT-1502 Earth Tester Resistance Range 20 to 2000 Ohms
METRAVI ert 1502, വീട്ടിലെ എർത്തിങ് പരിശോധിക്കാം, എങ്ങനെ എർത്തിങ് ചെയ്യണം എന്നും അറിയാം
Metravi ert 1502 earth resistance tester.
HoW To Test EARTH RESISTANCE
#METRAVI #electrical #housewiring #electricalearthing
how to do a perfect earth for home
#unnistechvlog
https://youtu.be/Y8lRHSCOfR4
Earth pit Resistance checking by Fall of Potential method or 62 percent method using 3 poles Tester:
Connection: Terminals E1 and P1 are shorted and the lead w...
Earth pit Resistance checking by Fall of Potential method or 62 percent method using 3 poles Tester:
Connection: Terminals E1 and P1 are shorted and the lead wire is connected to the earth electrode under test. Terminal E2 lead wire is connected to a spike driven at a minimum distance of 10 times the depth of earth electrode. Terminal P2 lead wire is connected to another spike driven at 62 percent of the distance between Earth electrode and E2 spike. The 0 or ref point is always the earth electrode spot for single electrode.
Example : Assume Earth electrode length or buried depth is 1 meter.
Then E2 spike distance is minimum 10 times of earth electrode depth. So the distance is 10 meter away from earth electrode.
P2 spike distance is 62 percent of 10 meter so it is driven at a distance of 6.2 meter away from earth electrode. So P2 spike will be in-between earth electrode and E2.
As far as possible Earth electrode, P2 spike and E2 spike should be in a straight line.
All lead wire size should be minimum 1 sq mm in order to avoid resistance errors.
To get accurate results spike P2 can be shifted 1 meter forward and backward and the readings observed at these 3 spots are averaged. If the resistance value of 3 readings difference is more than 2 ohms then the E2 spike should be moved further ie more than 10 times earth electrode buried depth.
The spike and earth electrode spots can be wetted by pouring water in order to reduce resistance due to dry earth. The depth of the electrode can also be increased to reduce resistance. Another method to reduce resistance is to use multiple electrodes linked together maintaining a minimum distance of twice the depth between each.
Earth pit Resistance checking by Fall of Potential method or 62 percent method using 3 poles Tester:
Connection: Terminals E1 and P1 are shorted and the lead wire is connected to the earth electrode under test. Terminal E2 lead wire is connected to a spike driven at a minimum distance of 10 times the depth of earth electrode. Terminal P2 lead wire is connected to another spike driven at 62 percent of the distance between Earth electrode and E2 spike. The 0 or ref point is always the earth electrode spot for single electrode.
Example : Assume Earth electrode length or buried depth is 1 meter.
Then E2 spike distance is minimum 10 times of earth electrode depth. So the distance is 10 meter away from earth electrode.
P2 spike distance is 62 percent of 10 meter so it is driven at a distance of 6.2 meter away from earth electrode. So P2 spike will be in-between earth electrode and E2.
As far as possible Earth electrode, P2 spike and E2 spike should be in a straight line.
All lead wire size should be minimum 1 sq mm in order to avoid resistance errors.
To get accurate results spike P2 can be shifted 1 meter forward and backward and the readings observed at these 3 spots are averaged. If the resistance value of 3 readings difference is more than 2 ohms then the E2 spike should be moved further ie more than 10 times earth electrode buried depth.
The spike and earth electrode spots can be wetted by pouring water in order to reduce resistance due to dry earth. The depth of the electrode can also be increased to reduce resistance. Another method to reduce resistance is to use multiple electrodes linked together maintaining a minimum distance of twice the depth between each.
ERT Digital (Greek: ΕΡΤ Ψηφιακή) was a pilot project by ERT, the public broadcaster of Greece. It was the first legal attempt at digital television broadcastin...
ERT Digital (Greek: ΕΡΤ Ψηφιακή) was a pilot project by ERT, the public broadcaster of Greece. It was the first legal attempt at digital television broadcasting in Greece, featuring four new channels: Cine+, Prisma+ Sport+ and Info+. It was officially launched in early 2006 as part of the digital television transition mandated by the European Union. The project was funded through ERT's budget and had no advertising.
In the initial phase of the program, each channel was to broadcast between six and ten hours of original programming. This would last approximately 1–2 years in which time it was anticipated that new programming would be produced for each channel. ERT also hoped to launch at least two more digital channels at some point in the future, a lifestyle channel and a children's channel. The programming on the four digital channels was separate and distinct from that featured on ERT's three traditional analogue services - ΕΤ1, ΝΕΤ and ΕΤ3.
ERT Digital was available to approximately 65% of the population, mainly in Athens, Thessaloniki and some other major cities. It broadcast free-to-air without any subscription cost, requiring only a generic DVB-T set-top box. The issue of paying for the four digital channels had been a bone of contention for many Greek citizens as ERT was funded by a fee levied on all Greek households through their electricity bills. Some contended that they should not have to pay for a service they might not be able to receive or did not want to watch.
Source: https://en.wikipedia.org/wiki/ERT_Digital
Created with WikipediaReaderReborn (c) WikipediaReader
ERT Digital (Greek: ΕΡΤ Ψηφιακή) was a pilot project by ERT, the public broadcaster of Greece. It was the first legal attempt at digital television broadcasting in Greece, featuring four new channels: Cine+, Prisma+ Sport+ and Info+. It was officially launched in early 2006 as part of the digital television transition mandated by the European Union. The project was funded through ERT's budget and had no advertising.
In the initial phase of the program, each channel was to broadcast between six and ten hours of original programming. This would last approximately 1–2 years in which time it was anticipated that new programming would be produced for each channel. ERT also hoped to launch at least two more digital channels at some point in the future, a lifestyle channel and a children's channel. The programming on the four digital channels was separate and distinct from that featured on ERT's three traditional analogue services - ΕΤ1, ΝΕΤ and ΕΤ3.
ERT Digital was available to approximately 65% of the population, mainly in Athens, Thessaloniki and some other major cities. It broadcast free-to-air without any subscription cost, requiring only a generic DVB-T set-top box. The issue of paying for the four digital channels had been a bone of contention for many Greek citizens as ERT was funded by a fee levied on all Greek households through their electricity bills. Some contended that they should not have to pay for a service they might not be able to receive or did not want to watch.
Source: https://en.wikipedia.org/wiki/ERT_Digital
Created with WikipediaReaderReborn (c) WikipediaReader
Metravi ert 1502 earth resistance tester.
HoW To Test EARTH RESISTANCE
#METRAVI #electrical #housewiring #electricalearthing
how to do a perfect earth for home...
Metravi ert 1502 earth resistance tester.
HoW To Test EARTH RESISTANCE
#METRAVI #electrical #housewiring #electricalearthing
how to do a perfect earth for home
#unnistechvlog
https://youtu.be/Y8lRHSCOfR4
Metravi ert 1502 earth resistance tester.
HoW To Test EARTH RESISTANCE
#METRAVI #electrical #housewiring #electricalearthing
how to do a perfect earth for home
#unnistechvlog
https://youtu.be/Y8lRHSCOfR4
Earth pit Resistance checking by Fall of Potential method or 62 percent method using 3 poles Tester:
Connection: Terminals E1 and P1 are shorted and the lead wire is connected to the earth electrode under test. Terminal E2 lead wire is connected to a spike driven at a minimum distance of 10 times the depth of earth electrode. Terminal P2 lead wire is connected to another spike driven at 62 percent of the distance between Earth electrode and E2 spike. The 0 or ref point is always the earth electrode spot for single electrode.
Example : Assume Earth electrode length or buried depth is 1 meter.
Then E2 spike distance is minimum 10 times of earth electrode depth. So the distance is 10 meter away from earth electrode.
P2 spike distance is 62 percent of 10 meter so it is driven at a distance of 6.2 meter away from earth electrode. So P2 spike will be in-between earth electrode and E2.
As far as possible Earth electrode, P2 spike and E2 spike should be in a straight line.
All lead wire size should be minimum 1 sq mm in order to avoid resistance errors.
To get accurate results spike P2 can be shifted 1 meter forward and backward and the readings observed at these 3 spots are averaged. If the resistance value of 3 readings difference is more than 2 ohms then the E2 spike should be moved further ie more than 10 times earth electrode buried depth.
The spike and earth electrode spots can be wetted by pouring water in order to reduce resistance due to dry earth. The depth of the electrode can also be increased to reduce resistance. Another method to reduce resistance is to use multiple electrodes linked together maintaining a minimum distance of twice the depth between each.
ERT Digital (Greek: ΕΡΤ Ψηφιακή) was a pilot project by ERT, the public broadcaster of Greece. It was the first legal attempt at digital television broadcasting in Greece, featuring four new channels: Cine+, Prisma+ Sport+ and Info+. It was officially launched in early 2006 as part of the digital television transition mandated by the European Union. The project was funded through ERT's budget and had no advertising.
In the initial phase of the program, each channel was to broadcast between six and ten hours of original programming. This would last approximately 1–2 years in which time it was anticipated that new programming would be produced for each channel. ERT also hoped to launch at least two more digital channels at some point in the future, a lifestyle channel and a children's channel. The programming on the four digital channels was separate and distinct from that featured on ERT's three traditional analogue services - ΕΤ1, ΝΕΤ and ΕΤ3.
ERT Digital was available to approximately 65% of the population, mainly in Athens, Thessaloniki and some other major cities. It broadcast free-to-air without any subscription cost, requiring only a generic DVB-T set-top box. The issue of paying for the four digital channels had been a bone of contention for many Greek citizens as ERT was funded by a fee levied on all Greek households through their electricity bills. Some contended that they should not have to pay for a service they might not be able to receive or did not want to watch.
Source: https://en.wikipedia.org/wiki/ERT_Digital
Created with WikipediaReaderReborn (c) WikipediaReader
Metravi ert 1502 earth resistance tester.
HoW To Test EARTH RESISTANCE
#METRAVI #electrical #housewiring #electricalearthing
how to do a perfect earth for home
#unnistechvlog
https://youtu.be/Y8lRHSCOfR4
ERT Digital (Greek:ΕΡΤ Ψηφιακή) was a pilot project by ERT, the public broadcaster of Greece. It was the first legal attempt at digital television broadcasting in Greece, featuring four new channels: Cine+, Prisma+ Sport+ and Info+. It was officially launched in early 2006 as part of the digital television transition mandated by the European Union. The project was funded through ERT's budget and had no advertising.
In the initial phase of the program, each channel was to broadcast between six to ten hours of original programming. This would last approximately 1-2 years in which time it was anticipated that new programming would be produced for each channel. ERT also hoped to launch at least two more digital channels at some point in the future, a lifestyle channel and a children's channel. The programming on the four digital channels was separate and distinct from that featured on ERT's three traditional analogue services - ΕΤ1, ΝΕΤ and ΕΤ3.
ERT Digital was available to approximately 65% of the population, mainly in Athens, Thessaloniki and some other major cities. It broadcast free-to-air without any subscription cost, requiring only a generic DVB-Tset-top box. The issue of paying for the four digital channels had been a bone of contention for many Greek citizens as ERT was funded by a fee levied on all Greek households through their electricity bills. Some contended that they should not have to pay for a service they might not be able to receive or did not want to watch.