Legrand 04761 Timer
User Manual: Legrand-04761-timer
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http://waterheatertimer.org/Din-rail-timers-and-manuals.html Astronomical/annual time switch AstroRex DY64 047 70 /74 ® ! Safety notes This product may be installed only by a qualified electrician. Non-compliance may result in a fire hazard or electric shocks. Before installa- GB tion, read the operating instructions and observe the product-specific requirements for the installation location. Use only original spare parts for repair and maintenance. All Legrand products may be opened and repaired only by specially trained Legrand personnel. Unauthorised opening and repair by other persons will invalidate all claims for liability, replacement or warranty services. When operated from the mains voltage, the time switch may not be used to switch safe extra-low voltages (SELV). When The device contains a Li-SOCl2 cell. When the product reaches the end of its life, this cell must be correctly removed and disposed of in accordance with national legislation and the requirements of environmental protection.operated from a safe extra-low voltage, it may not be used to switch mains voltages. Lithium battery module Ref. 047 82 One-week overview of the programmed switching times. Resolution: 0.5 h Channel number Switch state Function ˜ Day, time, date 1 2 047 70 M 1 4 2 ON AUTO OFF ON AUTO OFF Socket for data key Ref. 047 81 Menu selection, back in menu, Actuation >1s = operating display 1 2 4 120V/230V 50/60Hz R6a -20T 3 + 4 ON AUTO OFF ON AUTO OFF 120V/230V~50/60Hz Confirm a selection or accept a parameter setting Separate manual switch for each channel L M ˜ N S >1 3 1 2 4 1 2 4 4 • Selection of a menu item or set a parameter. • Channel selection c R + 3600W 1800W 100W 1800W + + 1800W 2300W 1400VA 1x 58W 7µF Overview Technical data 047 74 120 / 230V 50/60Hz 24 AC/DC Delay time: 0 … 23 h 59 min 59 s Power consumption: approx. 0,3…2 W approx. 3…4 W Local coordinates: Resolution 1° Relay outputs 1- 4: 4 changeover contacts 16A 250V~ cos ϕ = 1 Battery reserve: 5 years Accuracy: ± 0,2 s/day under typical installation conditions Storage temperature: single-strand multi-strand Operating principle: Wire cross-sections: 1,5...4 mm2 1,5...2,5 mm2 Programs 4 channels x 3 program types x 28 programs Degree of contamination: 2 Control signal for channel 1: supply voltage, referred to neutral Installation: in distribution panel Control-pulse duration: > 200ms Control-wire length: max. 50m - 20°C to +60°C Typ 1.B. S. T. IEC/EN 60730-2-7 Operation in a normal environment N 292221/02 047 70 Supply voltage: General information • Starting: After connection of the supply voltage, the clock starts to run with the last selected function. The relay position is determined by the currently active program. • Backup battery operation mode: - background lighting not available. - data key READ/WRITE only via the menu. • If, during programming, no key is pressed for 60 seconds, the timer automatically switches from the menu display to the normal operating display. • The channel switch states will be updated when programming has been completed. 쐃 Select language Setting A B C Time and date Summer time +1h Europe: factory setting. Special: The dates for switching to and from summer time can be set as desired by entering a start date and end date. In the following years, switching will be carried out on the corresponding day of the week (e.g. Sunday). Astro Select country. Select the city closest to the planned location for use. You can adjust the coordinates more precisely with LONGITUDE and LATITUDE. Use the enclosed time-zone map to set the correct time zone. From this map, determine the difference between local time and UTC (Universal Time Coordinated) and set this value. D Offset Factory setting: 8°E 52°N The MINUS key is used to adjust the westward longitude value in the range from 000°EAST/WEST to 180°WEST. The PLUS key is used to adjust the eastward longitude value in the range from 000°EAST/WEST to 180°EAST. The PLUS key is used to adjust the northward latitude value in the range from 00°NORTH/SOUTH to 90°NORTH. The MINUS key is used to adjust the southward latitude value in the range from 00°NORTH/SOUTH to 90°SOUTH. The time switch switches on at the calculated sunset time and off at the calculated sunrise time. By setting an offset, you can shift the switching times by up to ±120 minutes with respect to the calculated sunrise and sunset times. Example: If you set the offset to +30 minutes, the time switch will switch 30 minutes after sunrise and 30 minutes after sunset. If you set the offset to -30 minutes, the time switch will switch 30 minutes before sunrise and 30 minutes before sunset. t 1 0 0h 3 6 9 + max. 120min 12 15 18 21 + max. 120min 24h 3A PROGRAM / WEEK This menu item is provided for the simple input of programs which are to be repeated weekly (such as switching of lights and boilers). A weekly program consists of an ON time, an OFF time and the associated ON and OFF days. • MON TO SUN: the days of the week are already assigned and you only need to set the ON and OFF times. This is used where the same program is to be executed on every day of the week. • INDIVIDUAL: you can assign the ON and OFF times to any desired days. This is used where the same program is to be executed only on certain days of the week or different programs are to be executed on the various days. OR function The programs defined for each channel are ORed together. In other words, the output will be active if this is defined in any of the programs. Example: channel 1 Prog. 1 Prog. 2 Channel-1 relay ON at sunset Sample WEEK program OFF at sunrise The timer is to switch on at sunset on each day of the week and switch off at sunrise. ON / OFF at programmed time 3B PROGRAM / YEAR This menu item permits the input of (additional) annual programs which are to be executed only during a specified period. These programs and the weekly programs of the same channel are ORed together as described above. The period during which a program is to be executed is defined by entering a start date and an end date. • The option EVERY YEAR should be selected if the additional program is to be executed during the same period of each year (e.g. Christmas, national holidays, birthdays, etc.). • The option ONCE should be selected if the additional program is to be executed only during a single period (e.g. vacation period), but the start and end dates of this period are different in each year. Sample YEAR program Channel 2 is to be activated each year on at 09:00 hours on 01.11. and deactivated at 23:00 hours. 3C PROGRAM / EXCEPTION The weekly and annual programs defined for a channel are not executed as long as an extra program is active. However, other exception programs will be executed while an exception program is active. The various exception programs are ORed together as described above. (see OR function 3a) • The option EVERY YEAR should be selected if the exception program is to be activated for the same period in each year (e.g. Christmas, national holidays, birthdays, etc.). • The option ONCE should be selected if the exception program is to be activated only during a single period (e.g. vacation period), but the start and end dates of this period are different in each year. • Option MON TO SUN: the exception program is active from 00:00 hours on the start date to 24:00 hours on the end date. During this period, the output of the related channel switches only as defined in the exception program. • Option INDIVIDUAL: the exception program is active from 00:00 hours on the start date to 24:00 hours on the end date. During this period, the output of the related channel switches only as defined in the exception program. • Option PROG ON: the exception program is active from the ON time on the start date to OFF time on the end date. During this period, the output of the channel is permanently on. • Option PROG OFF: the exception program is active from the ON time on the start date to OFF time on the end date. During this period, the output of the channel is permanently off. Sample EXCEPTION programs 햲 햳 3D Channel 2 is to be switched off each year for the entire period 01.08. to 31.08. Each year from 25.12. to 26.12., channel 2 is to be switched on at 6:00 hours, switched off at sunrise, switched on at sunset and switched off at 23:00 hours. For this, two programs are needed: Program 1: ON at 6:00 and OFF at sunrise Program 2: ON at sunset and OFF at 23:00 PROGRAM Edit/Check/Delete Required inputs, depending on the program type and menu options. Program type Execution Characteristics MON TO SUN WEEK ON/OFF times 쎲 Weekday Active Active assignments period period START date END date 쑗 쑗 Application, objectives, examples 쑗 The same switching cycle is to be executed on every day of each week. Example: switch lights on at sunset and off at 22:30:00 hours each day. 쑗 A switching cycle is to be executed only on specific days of each week. Example: switch lights on at sunset and off at 22:30:00 hours on Monday to Friday of each week. Repeated weekly INDIVIDUAL MON TO SUN 쎲 쎲 쎲 쑗 쑗 • A switching cycle is to be executed on each day within a specified period of each year. Example: switch on the outside lights of a church from Day, month, Day, month, 17:00:00 to 24:00:00 in the period 1 December to ------31 December. • An existing weekly program is to be supplemented with additional switching times on each day during a specific period of each year. 쎲 • A switching cycle is to be executed on certain days of the week within a specified period of each year. Example: switch on the outside lights of a church from Day, month, Day, month, 17:00:00 to 24:00:00 on each Sunday in the period ------1 December to 31 December.. • An existing weekly program is to be supplemented with additional switching times on certain days of the week during a specific period of each year. 쑗 • A switching cycle is to be executed on each day of a specified period in a specified year. Example: in the year 2005, the heating in a holiday chalet is Day, month, Day, month, to be switched on from 07:30:00 to 23:00:00 on each day year year during the Easter holidays (25 March to 28 March 2005). • An existing weekly program is to be supplemented with additional switching times on each day during a specific period of a specific year. EVERY YEAR INDIVIDUAL 쎲 YEAR MON TO SUN 쎲 ONCE INDIVIDUAL 쎲 쎲 • A switching cycle is to be executed on certain days of a specified period in a specified year. Example: in the current year, the lights in a sports hall are to be switched on from 19:00:00 to 22:00:00 on each Tuesday Day, month, Day, month, and Friday during the period from 10 .January to 23 March. year year • An existing weekly program is to be supplemented with additional switching times on certain days of the week during a specific period of a specific each year. Program Execution type Charac teristics MON TO SUN INDIVIDUAL ON/OFF times 쎲 쎲 Weekday Active assignments period START date PROG OFF 쎲 쎲 쑗 An exception program is to completely replace any existing weekly or annual program on each day during a specific period of each year. Example: the irrigation pump of an orchard is to be switched on from 17:00:00 to 18:00:00 on each day in the period from 20.March ---- to 10.April ----. 쎲 Day, month, Day, month, ------from to 0:00:00 24:00:00 hours hours An exception program is to completely replace any existing weekly or annual program on certain days during a specific period of each year. Example: the irrigation pump of an orchard is to be switched on from 17:00:00 to 18:00:00 on each Monday and Friday in the period from 11 April ---- to 15 May ----. 쑗 A channel is to be switched on continuously from the ON time on the START date to the OFF time on the END date every Day, month, Day, month, year. This exception program is to completely replace any existing weekly or annual program for this channel. ------Example: instead of the normal times for illumination of a from ON to time OFF time public building, the illumination is to be switched on from 17:00:00 on the national holiday 3 October ---- until 07:00:00 the next morning 4 October ----. 쑗 An output is to be switched off continuously from the ON time on the START date to the OFF time on the END date every Day, month, Day, month, year. This exception program is to completely replace any ------existing weekly or annual program for this channel. from ON to Example: in order to save power, certain equipment in a factory time OFF time is to be switched off during the Christmas holiday period of each year. i.e. from 18:00:00 on 23 December ---- to 6:00:00 on 27 December ----. 쑗 On each day during a specific period of a specified year, an exception program is to completely replace any existing weekly Day, month, Day, month, or annual program. year year Example: during the Christmas holidays of the year 2005, the from to heating in an apartment is to be switched each day from 0:00:00 24:00:00 7:00:00 to 23:00:00, instead of in the normal cycle. This hours hours exception period is to begin on 24 December 2005 and end on 06 January 2006. 쎲 Day, month, Day, month, year year from to 0:00:00 24:00:00 hours hours 쑗 A channel is to be switched on continuously from the ON time on the START date to the OFF time on the END date of a Day, month, Day, month, specific year. This exception program is to completely replace year year any existing weekly or annual program for this channel. from ON to Example: the alarm system of an office building is to be time OFF time switched on continuously during the vacation period 19:00:00 on 15 July 2005 to 06:00:00 on 7 August 2005. 쑗 A channel is to be switched off continuously from the ON time on the START date to the OFF time on the END date of a speDay, month, Day, month, cific year. This exception program is to completely replace any year year existing weekly or annual program for this channel. from ON to Example: in 2005, the normal recess gong in a school is to be time OFF time switched off during the summer holidays 00:00:00 on 28 July 2005 to 24:00:00 on 10 September 2005. EXCEPTION MON TO SUN INDIVIDUAL 쎲 쎲 ONCE PROG ON PROG OFF 쎲 쎲 Application, objectives, examples Day, month, Day, month, ------from to 0:00:00 24:00:00 hours hours EVERY YEAR PROG ON Active period END date On certain weekdays during a specific period of a specific year, an exception program is to completely replace any existing weekly or annual program. Example: in December 2005, the heating system of a department store is to be switched on from 8:00:00 to 18:00:00 each Sunday, because the store opens on Sundays in the period 4 December 2005 to 18 December 2005. Select the option PROGRAM / WEEK for a program which is to be executed a on specific days of the week and is to be repeated weekly. Select the option PROGRAM / YEAR for a program which is to be executed each year or only in a specific year. The execution period within the year can be defined by entering start and end dates. Select the option PROGRAM / EXCEPTION for a program which is to completely replace existing weekly or annual programs during a specified period. Priorities of the various program types within the same channel: WEEK program YEAR program WEEK program The various weekly programs are ORed together The various weekly and annual programs are ORed together The exception program is overriding within its defined period of activity. YEAR program The various weekly and annual programs are ORed together The various annual programs are ORed together The exception program is overriding within its defined period of activity. EXCEPTION program The exception program is overriding within its defined period of activity. The exception program is overriding within its defined period of activity. EXCEPTION program The various exception programs are ORed together Data key (Color anthracite) or 047 81 Load the programs from the data key to the time switch (READ KEY) Warning! All programs already programmed in the time switch and settings (local coordinates, delay time, summertime) will be overwritten. or 047 81 Load the programs of the time switch on to a data key (WRITE KEY) Warning! all programs already existing on the data key will be overwritten. Operating-hours counter This displays the total duration of the ON times, from 0 to 065535 hours, and the date on which this counter was last reset. Contrast adjustment 1 h-Test If this menu item is activated, the outputs are switched on for one hour. The test can be terminated at any time by selecting the option PASSIVE. Pincode (access protection) Example PINCODE active: the PINCODE must be entered before the timer switch can be operated. The access protection can be cancelled by selecting PASSIVE. It is also cancelled by a reset. Reset Note! A reset clears the entire memory, which means that all previously set data will be lost. Press and hold all four keys together for about 2 seconds, then release them. After a reset, the language, time and date, summertime, coordinates, time zone, switching times and pin code must be set again. Control input with delaytime The control signal affects only channel 1 and overrides all program settings for this channel (OR function). Channel 1 remains switched on as along as the control signal is present. If the function CYCLE is selected under SETUP, channel 1 is switched on and off cyclically. When the control signal is switched off, the output of channel 1 switches off after the defined delaytime, unless one of the programs for this channel specifies otherwise. Control input Switched output 0 ... 23h 59min 59s Delaytime Setting the delaytime 0 … 23h 59min 59s Changing the lithium battery module Important note: If the battery is replaced with the supply voltage connected, all stored program data are retained. If the battery is replaced with the supply voltage disconnected, the date and time must be set again. Notes for disposal of the lithium battery: Dispose of the exhausted battery in accordance with your local regulations. Make sure the battery is fully discharged before disposal. 쐅 Extended Settings The data interface KEY is preset and cannot be changed. without function Activating and deactivating mains synchronisation. The default setting is PASSIVE. In order to improve the long-term accuracy, it is advisable to activate synchronisation on 50/60 Hz mains with frequency adjustment. Cycle function for channel 1 min max PERIOD 2s 2h PULSE-TIME 1s 1h 59min 59s Instead of its STANDARD function, the output of channel 1 is switched on and off cyclically. The available parameters are the PERIOD and the PULSE-TIME within this period. 15:00:00 15:10:00 15:20:00 15:30:00 0:10:00 0:10:00 0:10:00 PERIOD PERIOD PERIOD Program channel 1, or control signal S Channel-1 relay PULSE-TIME PULSE-TIME PULSE-TIME 0:04:00 0:04:00 0:04:00 15:32:00 -12:00 -11:00 -10:00 -9:00 Zeitzonenkarte Carte des fuseaux horaires Time-of-day map Tijdszone kaart -10:00 47 N 48 N 48 N 48 N 47 N -7:00 -6:00 70 -5:00 75 -5:00 Toronto 80 60 50 -3:30 55 -4:00 -4:00 65 40 -3:00 45 -3:00 35 30 25 -2:00 15 10 -1:00 Reykjavik 20 5 0 UTC 5 Oslo 10 20 30 35 +2:00 25 +1:00 Helsinki 15 +1:00 Ajavööndite kaart Laika zonu karte Laiko juostų žemėlapis Mapa stref czasowych 40 50 +3:00 45 55 75 80 +5:00 70 +5:00 65 + 3:00 60 +4:00 85 90 +7:00 +8:00 +8:00 +9:00 +10:00 +11:00 +12:00 +9:00 Harbin 127 E, 46 N +10:00 +9:00 +11:00 +12:00 80 115 120 125 130 135 140 145 150 155 160 165 170 175 180 90 85 • • Zaman dilimleri kart 100 105 110 +7:00 95 +6:00 Mapa s časovými pásmami Karta časovnih pasov Mapa časových pásem Időzóna térkép +3:00 • • • • 14 E 13 E 14 E 16 E 15 E Germany Aachen Berlin Düsseldorf Dresden Emden Flensburg Frankfurt Freiburg Hamburg Hannover Kassel Köln Leipzig München Münster Nürnberg Passau Regensburg Rostock Soest Stuttgart 6E 13 E 7E 14 E 7E 9E 9E 8E 10 E 10 E 9E 7E 12 E 12 E 8E 11 E 13 E 12 E 12 E 8E 9E 51 N 52 N 51 N 51 N 53 N 55 N 50 N 48 N 54 N 52 N 51 N 51 N 51 N 48 N 52 N 49 N 49 N 49 N 54 N 52 N 49 N Danmark Københaven 13 E 56 N Ålborg 10 E 57 N Århus 10 E 56 N Esbjerg 8 E 55 N Benelux Amsterdam 5 E 52 N Bruxelles 4 E 51 N Luxembourg 6 E 50 N Austria Klagenfurt Salzburg Linz Wien Graz Finland Rovaniemi Oulu Kajaani Tampere Turku Helsinki 26 E 25 E 28 E 24 E 22 E 25 E -12:00 -11:00 -10:00 -9:00 -8:00 45 N 48 N 51 N 47 N 46 N 49 N 48 N 51 N 46 N 46 N 43 N 48 N 49 N 47 N 49 N 43 N 49 N 44 N -7:00 95 85 -6:00 90 Atlanta 74W, 45 N Montreal 71 W, 33 S Santiago -5:00 82 W, 23 N Havana 80W, 26 N 80 -5:00 70 57 N 55 N 56 N 54 N 53 N 53 N 53 N 52 N 51 N 50 N 75 2W 6W 4W 6W 3W 2W 1W 2W 0 WE 4W 73 W, 37 S 65 58 W, 35 S 55 -4:00 60 50 40 -3:00 45 35 Ellas (Greece) Saloniki 23 E 41 N Athinai 24 E 38 N -3:00 47 W, 24 S Sao Paulo 30 25 20 15 10 9E 9E 12 E 9E 12 E 14 E 17 E 13 E -1:00 Italy Cagliari Milano Venézia Génova Roma Nápoli Bari Palermo S N UTC 0 E 5 +1:00 Moskva +4:00 30 E , 60 N Sankt Peterburg 15 20 +1:00 10 Norway Narvik Trondheim Bergen Oslo Mo i Rana Ireland Dublin Cork Galway 18 E, 34 S Perm 35 +2:00 30 68 N 63 N 60 N 60 N 66 N 6 W 53 N 8 W 52 N 9 W 53 N +4:00 +3:00 73 E, 23 N 60 54 N 50 N 50 N 52 N 53 N 52 N 73 E, 19 N 65 35 E 30 E 33 E 31 E 26 E 37 E 29 E 28 E 36 E 27 E 75 80 +5:00 70 37 N 41 N 40 N 37 N 40 N 37 N 41 N 37 N 41 N 38 N 106 E, 21 N 88 E, 23 N 90 95 +6:00 85 Sweden Goteborg Halmstad Linkoping Orebro Stockholm Gavle Umea Lulea Espana Barcelona Madrid Palma Selvilla Valencia 80 E, 13 N +7:00 100 105 110 58 N 57 N 58 N 59 N 59 N 61 N 64 N 66 N 2 E 41 N 4 W 40 N 3 E 40 N 6 W 37 N 0 WE 39 N Cairns 7E 8E 9E 9E 9E 47 N 47 N 47 N 46 N 47 N 145 E , 38 S 149 E , 35 S Canberra 151 E , 34 S Sydney 153 E, 27 S Brisbane 146 E , 17 S +10:00 Melbourne Adelaide 139 E , 35 S +9:00 Switzerland Bern Basel Sankt Gallen Lugano Zürich +8:00 +9:30 121 E, 15 N Manila 114 E , 22 N 135 E, 35 N 140 E, 36 N Tokyo +12:00 175 E, 41 S Wellington 175 E, 37 S Auckland 80 75 70 65 60 55 50 45 40 35 30 25 20 15 10 5 0 5 10 15 20 25 30 35 40 45 50 55 60 65 +8:00 +9:00 +10:00 +11:00 +12:00 85 90 115 120 125 130 135 140 145 150 155 160 165 170 175 180 Perth 116 E, 32 S 101 E, 14 N 12 E 13 E 16 E 15 E 18 E 17 E 20 E 22 E +7:00 Hanoi Bangkok 121 E, 31 N Hong Kong 121 E, 25 N Shanghai 127 E, 38 N Osaka Shenyang 123 E, 42 N Seoul Taipei 109 E, 34 N Xi'an 116 E, 40 N Kolkata +6:30 85 E , 28 N Chennai +5:30 80 E, 26 N 107 E, 30 N Chongqing 104 E, 36 N Lanzhou 107 E, 48 N Beijing 104 E, 52 N Irkutsk Ulaanbaatar Kathmandu +8:00 77 E , 29 N Kanpur Mumbai 9 W 39 N 8 W 37 N 9 W 41 N 19 E 19 E 20 E 17 E 15 E 21 E +4:00 55 Turkey Adana Adapazari Ankara Antalya Canakkale Gaziantep Istanbul Mugla Samsun Izmir Portugal Lisboa Faro Porto Poland Gdansk Katowice Kraków Poznan Szczecin Warszawa 48 E , 19 S 50 +5:00 67 E, 24 N Karachi Delhi Islamabad 73 E, 34 N 77 E, 43 N Muscat Ahmadabad 58 E, 24 N 54 E, 24 N Antananarivo +3:00 40 31 E, 30 S 45 +3:00 39 E, 21 N Jiddah 47 E, 25 N Durban 28 E, 26 S 51 E, 36 N Abu Dhabi 44 E, 33 N Kabul +5:00 Alma Ata 93 E, 56 N Krasnojarsk 83 E, 55 N 73 E, 55 N +6:00 Novosibirsk Omsk 69 E, 35 N +4:30 56 E, 58 N Tehran Baghdad +3:30 Ar-Riyad Johannesburg +2:00 31 E, 30 N Al-Qahira 17 E 10 E 5E 11 E 14 E 25 +2:00 17E, 22 S Windhoek +1:00 +2:00 13 E , 33 N 27 E, 38 N 35 E, 37 N Adana 29 E, 41 N Athinai Ismir 24 E, 38 N Tarabulus 10 E, 37 N Tunis Capetown 3 E , 37 N El Djazair 4 W, 40 N Madrid Paris 39 N 45 N 45 N 44 N 42 N 41 N 41 N 38 N 5 Berlin 0 WE, 51 N 13 E, 52 N 2 E, 49 N 18 E, 59 N Stockholm 25 E, 60 N 38 E, 56 N Warszawa + 3:00 Saratov 21 E , 52 N Kiev Praha 46 E, 52 N 14 E , 50 N 31 E , 50 N + 6:00 Zürich Wien +5:00 9 E, 47 N 16 E, 48 N Roma 12 E, 42 N Istanbul 11 E, 60 N London 47 N 48 N 47 N 46 N 46 N 48 N 48 N 48 N W 19 E 18 E 17 E 18 E 20 E 22 E 21 E 20 E UTC 8W, 34N Casablanca 9 W, 39 N Lisboa Porto 9 W, 41 N 6 W, 53 N Dublin 21 W, 64 N Hungary Budapest Gyor Szombathely Pecs Szeged Debrecen Miskolc Salgotarjan -2:00 43 W , 23 S Rio de Janeiro 48 W, 16 S Brasilia -3:00 Buenos Aires 64 W, 31 S Cordoba 68 W, 16 S La Paz -4:00 70 W, 19 N Santo Domingo 75 W, 40 N Philadelphia 74 W, 41 N New York Miami 84 W, 34 N Québec 71W, 47 N Concepcion Great Britain Aberdeen Belfast Glasgow Newcastle Liverpool Manchester Sheffield Birmingham London Plymouth 99 W, 19 N Mexico City 100 W, 26 N Monterry 95 W, 30 N Detroit 79 W, 44 N 83 W, 42 N Houston 97 W, 33 N Dallas 88 W, 42 N Chicago 93 W, 45 N Minneapolis 110 105 100 66 N 65 N 64 N 61 N 60 N 60 N 1W 5W 2E 5E 1W 0 WE 0 WE 3E 1E 5E 5E 7E 6E 2W 2E 3E 8E 1E 103 W, 21 N Guadalajara 118 W, 34 N Los Angeles 104 W, 39 N Denver 122 W, 48 N France Bordeaux Brest Calais Dijon La Rochelle Le Havre Le Mans Lille Limoges Lyon Marseille Mulhouse Nancy Nantes Paris Perpignan Strasbourg Toulouse 122 W, 38 N San Francisco 114 W, 51 N 123 W, 49 N Seattle Calgary Vancouver 85 90 180 175 170 165 160 155 150 145 140 135 130 125 120 115 80 75 70 65 60 55 50 45 40 35 30 25 20 15 10 5 0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 -8:00 85 • • • • 75 90 -6:00 Tidssonenkortet Tidzons kartan Carta de fusos horários ‹ÒÙ· ˘ÒÈ·fl˘Ì ·ÙÒ‹ÍÙ˘Ì 70 -9:00 95 • • • • 75 80 110 105 100 -7:00 Carta dei fusi allegata Carta de husos horarios Time-of-day oversigt Aikavyöhykekarttaa -8:00 • • • • 180 175 170 165 160 155 150 145 140 135 130 125 120 115 90 85 • • • •
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