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Hoher Meissner transmitter is a facility for FM and TV broadcasting on Hoher Meissner mountain in Northern Hesse. The transmitter was inaugurated in 1952.
Hesse or Hessia, officially the State of Hesse, is a federal state (Land) of the Federal Republic of Germany, with just over six million inhabitants. The state capital is Wiesbaden; the largest city is Frankfurt am Main.
The mediumwave transmission at the transmitter used a 150 metre tall guyed steel-tube mast radiator insulated against ground between 1952 and 1995. The mast was replaced by a 155 metre tall guyed lattice steel mast at 51°12′34″N9°50′45″E / 51.20944°N 9.84583°E which was switched off in December 2009 due to funding reasons and demolished on 16 March 2015. In opposite to the old mast radiator, the tower was grounded and equipped with a cage antenna for mediumwave.
Another mediumwave transmitter which is a 95 metre tall guyed steel-tube mast radiator is located at 51°12′29.6″N9°50′42.3″E / 51.208222°N 9.845083°E . The mast was first used to form together with the 150 metre tall steel-tube mast radiator as a directional antenna with a minimum pointing toward Sweden and as backup antenna. Until the demolition of its main mediumwave transmitter in 2015, the transmitter was used for the latter purpose as the Hoher Meissner mediumwave transmitter, which formed together with Weiskirchen transmitter as a single frequency transmitter, which operated permanently with omnidirectional radiation pattern.
Weiskirchen transmitter, which is property of the Hessian broadcasting company is a mediumwave broadcasting facility, situated in the northwest area of the hessian village Weiskirchen, which is a part of Rodgau, close of the motorway A 3.
FM and TV broadcasts are transmitted using a 220 metre tall guyed lattice steel mast with a weight of 180 tons. The mast is at 51°12′26.3″N9°50′51.5″E / 51.207306°N 9.847639°E .
Further there at 51°12′25″N9°50′46″E / 51.20694°N 9.84611°E is a 40 metre tall free-standing lattice tower at Hoher Meissner transmitter, which is used for mobile radio services and equipped with a backup antenna for FM transmission.
Station | Frequency | ERP | Remarks |
---|---|---|---|
hr-info | 594 kHz | 100 kW | single frequency network with Weiskirchen transmitter |
hr1 | 99,0 MHz | 100 kW | |
hr2 | 95,5 MHz | 100 kW | |
hr3 | 89,5 MHz | 100 kW | |
hr4 | 101,7 MHz | 100 kW | Local program for Northern and Eastern Hesse |
Hit Radio FFH | 105,1 MHz | 100 kW | Local program for Northern Hesse |
The Mühlacker Broadcasting Transmission Facility is a radio transmission facility near Mühlacker, Germany, first put into service on November 21, 1930. It uses two guyed steel tube masts as aerials and one guyed steel framework mast, which are insulated against ground. It has two transmission aerials for shortwave and one free standing steel framework tower for directional radio services. The shortwave transmitter was shut off on October 19, 2004.
The Langenberg transmission tower is a broadcasting station that transmits MW, FM and TV signals. It is located in Langenberg, Velbert, Germany and has had a very turbulent history since its inauguration. The transmitter first went into service in 1927 with 60 kilowatts (kW) of power and a T-aerial hanging on two 100-metre freestanding steel-frame towers insulated against ground.
The Westerglen transmitting station is a facility for longwave and mediumwave broadcasting established in 1932 at Westerglen Farm, 3 km south west of Falkirk, Stirlingshire, Scotland.
Kalundborg Radio is a major transmission facility for long- and mediumwave at the harbour of Kalundborg in Denmark.
The Transmitter Ismaning was a large radio transmitting station near Ismaning, Bavaria, Germany. It was inaugurated in 1932. From 1932 to 1934 this transmitter used a T-antenna as transmitting antenna, which was spun between two 115-metre-high free-standing wooden lattice towers, which were 240 metres apart. As this antenna had an unfavourable vertical radiation pattern, which produced much skywave resulting in a too small fading-free reception area at night, in 1934 a new antenna was installed. Therefore, one of the towers was dismantled and rebuilt on a 39 metres high wooden lattice base. While this work took place, an L-Antenna was used, which was spun between the other tower and a small auxiliary wooden tower. It became defunct in 1977 and was destroyed in 1983.
The Sender Bielstein is an FM- and TV-broadcasting facility on the 393 metre high Bielstein mountain in the Forest of Teutoburg, North Rhine-Westphalia, Germany. Bielstein transmitter, which is property of WDR and used for transmitting its programmes was established in 1951. It used until 1954 a 60 metre tall mast. This mast was replaced in 1954 by a 102 metre tall antenna tower. However this mast was not able to supply the whole area with FM and TV-programmes and so a taller antenna mast was soon planned. Finally in 1968 construction work started for a 298 metre tall guyed steel tube mast. This mast, which was completed in 1970 enabled a satisfactory supply of FM- and TV-programmes in the area. On January 15, 1985, at 6.26 MST as result of too much ice load and great wind-induced stress, one of the upper guys of the mast was torn off. As result the mast bent and cracked 160 metres above ground. Afterwards the rest of the mast collapsed as the falling upper parts destroyed the guys holding its lower parts. Already on the afternoon of that day as replacement for the first FM-transmitter which used the mast went on air again, by using a communication tower of Deutsche Telekom as transmission site. Three days later, TV broadcasting was also restored. On Bielstein mountain, one begun immediately building up an 85 metre tall auxiliary transmission mast for transmitting the TV and FM-programmes which were until the collapse radiated from the Bielstei transmission mast. Of course, reception of the signals radiated from this auxiliary mast was much worse than from the former 298 metre mast and so construction work for a new 302 metre tall guyed lattice steel mast started soon, which was completed in August 1986. In April 2006 the mast got a new antenna for DVB-T broadcasting, which reduced its height to 290 metres.
The Rheinsender is a large medium-wave transmission facility near Wolfsheim, southwest of Mainz for the frequency 1017 kHz. The Rhine transmitter was established in 1950 and went on the air May 15, 1950. It belongs to SWR and transmitted until the middle of the 1990s with 600 kilowatts. In the last years the transmission power was reduced to 100 kilowatts.
The Mediumwave transmitter Mainflingen is a mediumwave transmission facility south of the A3 motorway near Mainflingen, Hesse, Germany. Mainflingen was the first mediumwave transmitter for the radio station Deutschlandfunk. It went into service in 1962 with a transmission power of 50 kW, on a frequency of 1538 kHz, at the upper end of the mediumwave band. This frequency has a bad groundwave propagation and therefore a low range at daytime, but an excellent skywave propagation with a long range at night.
The Deutschlandsender III was a 500 kilowatt longwave transmitter, erected in 1938/39 near Herzberg, Brandenburg in Germany. Used for the Deutschlandsender radio broadcasts, the guyed mast reaching a height of 337 metres was the tallest construction in Europe and the second tallest in the world.
The Żórawina radio transmitter is a facility for FM transmission at Żórawina, south of Wrocław. It was established in 1932 as "Reichssender Breslau" and used as an antenna tower. Originally it was a 140-metre-tall free-standing lattice tower built of wood, on which a wire antenna was hung up. On the top of the tower there was an octagonal ring of bronze with a diameter of 10.6 metres for electrical lengthening of the antenna.
Nackasändaren is a facility for FM and TV-transmission at Nacka in Metropolitan Stockholm. It used from 1956 to 1983 two 160 metre high guyed masts, which were designed as mast radiators for mediumwave transmission and therefore insulated against ground. In 1965 a further mast, a 299 metres tall guyed steel lattice mast for FM and TV-transmissions was built. This mast is in opposite to the lower masts grounded, but carried in its upper guys insulators in order not to disturb the radiation pattern of the mediumwave transmitter. After termination of the AM transmissions, which occurred until 1978 on 773 kHz and after 1978 on 774 kHz on June 1, 1981, the old masts were demolished on November 2, 1983 and December 7, 1983. At their location a second 299 metres tall steel framework mast for FM- and TV-transmission was built in 1984. After cancellation of the mediumwave transmission, the insulators of the guys of the older 299 metres tall mast were obsolete and removed.
The Wavre radio transmitter is a facility for mediumwave, shortwave, FM and TV broadcasting near Wavre in Belgium. For the mediumwave transmissions it uses a grounded 250-metre-high guyed mast. Furthermore, there is a backup mast for medium wave transmissions, which is 90 metres high. For shortwave broadcasting several directional antennas and a curtain antenna are used. The towers are two of the tallest structures in Belgium.
The Transmitter Kojál is a facility for FM- and TV-transmission at Kojál Hill near Brno in the Czech Republic. Its aerial mast is a 340 metre high guyed mast. Mast is third tallest structure in the Czech Republic.
The Hirschlanden transmitter was a facility of the Deutsche Telekom AG for mediumwave broadcasting south of Ditzingen-Hirschlanden situated at 48°49'47" N and 9°02'15" E.
The Wiederau transmitter is the oldest broadcasting facility in Saxony. It is located near Wiederau, a village which is part of the municipality of Pegau, and is used for medium-wave, FM and Television broadcasting.
Marnach transmitter was a broadcasting facility of RTL near Marnach in the commune of Munshausen, in northern Luxembourg. The Marnach transmitter was built in 1955 for improving the transmission of the English-speaking program on 1439 kHz, which was transmitted from 1951 with an omnidirectional antenna from Junglinster, to the British Isles and for a better transmission on this frequency to Germany at daytime. Therefore, it was given a directional antenna with a switchable directional characteristic pointing North-northeast towards the Rhine-Ruhr area, Germany's most populated area, and West-northwest in the direction of the UK. This antenna was implemented in form of a directional antenna consisting of three ground-fed 105-metre tall guyed mast antennas arranged in the form of an isosceles triangle with a 90 degree angle. As transmitters, two 100 kW units switched in parallel were used when it went in service in December 1955.
Dillberg transmitter is a transmitting facility of the Bavarian Broadcasting Company on the 595 metre high Dillberg mountain west of Neumarkt in der Oberpfalz, Bavaria, Germany. Dillberg transmitter went into service in 1955 for serving the area of Nuremberg with TV and FM radio programmes from a 198 metre tall guyed mast.
Ravensburg-Horgenzell transmitter is a mediumwave broadcasting facility of Deutsche Telekom used for transmitting the program of Deutschlandfunk on the area of community Horgenzell northwest of Ravensburg in Baden-Württemberg. It was inaugurated on August 23, 1951 and used until 1959 for transmitting the radio programme of SWF with a transmission power of 40 kW on 1538 kHz. As antenna, it used a 120 metre tall guyed ground-fed lattice steel mast radiator at 47°47'10" N and 9°31'16" E.
Venets Transmitter is a facility for FM and TV-broadcasting near Venets and Samuil in Shumen Province, Bulgaria. Venets Transmitter uses as antenna tower a 302 metre tall guyed lattice steel mast with rectangular cross section. This mast, which was built in 1975, is the tallest radio mast in Bulgaria. The TV transmitter, which used it as antenna, was the most powerful TV transmitter in Bulgaria with 50 kW. It broadcast the program of BNT 1 on channel 5 and could be received in Romania, Moldova and Ukraine. In 2008 due to interference with foreign FM radio stations the transmitter was shut down and broadcasting of BNT 1 was switched to channel 56 on a new NEC transmitter. The analogue transmitters were shut down on September 30, 2015 when simulcast period ended and Bulgaria switched to DVB-T.
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