Thermal Cutoff
Todays deals on Thermal Cutoff?
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Elmwood Sensors Thermal Cut-Off, (Sensor/Fuse) 216 C, 420 F, (-whole box-) $650.00 |
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(500) Microtemp G5A01167C Primary Thermal Cutoffs 167 C New $165.00 |
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El Paso Texas Big Lot hairdryer=Heater Coil Mica Thermal Cutoff Switch Motor Fan $120.00 |
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100 Pcs SF152E Microtemp Thermal Fuse 157 °C TF Cutoff $62.99 |
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100 Pcs SF188E Microtemp Thermal Fuse 192°C TF Cutoff $62.99 |
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100 Pcs SF214E Microtemp Thermal Fuse 216°C TF Cutoff $62.99 |
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100 Pcs SF226E Microtemp Thermal Fuse 227°C TF Cutoff $62.99 |
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100x Microtemp Thermal Fuse SF139E 142°C 142 TF Cutoff $49.80 |
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100x Microtemp Thermal Fuse SF152E 157°C 157 TF Cutoff $49.80 |
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100 x Microtemp Thermal Fuse SF188E 192°C 192 TF Cutoff $49.80 |
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100 pcs Microtemp Thermal Fuse SF119U 121°C 121 TF Cutoff $49.80 |
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200 pcs Microtemp Thermal Fuse 130°C TF Cutoff 10A 250V $42.50 |
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50 pcs Microtemp Thermal Fuse 240°C TF Cutoff SF240E $49.99 |
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50 pcs Microtemp Thermal Fuse 227 °C TF Cutoff SF226E $49.99 |
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50 pcs Microtemp Thermal Fuse 216 °C TF Cutoff SF214E $49.99 |
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100 pcs Microtemp Thermal Fuse 216 °C TF Cutoff SF214E $49.99 |
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100x Microtemp Thermal Fuse SF129E 133°C 133 TF Cutoff $37.35 |
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100pcs NEC SF99E Microtemp Thermal Fuse 101°C TF Cutoff $37.35 |
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100 pcs Microtemp Thermal Fuse 94°C TF Cutoff NEC SF91E NEW $37.35 |
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100 pcs Microtemp Thermal Fuse 142°C TF Cutoff 10A 250V $44.99 |
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100 pcs SF169E Microtemp Thermal Fuse 172 °C TF Cutoff Free Shipping $44.85 |
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60 Pcs Microtemp Thermal Fuse 227℃ TF Cut-off 10A 250V $43.75 |
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D085 87°C Thermal cut off – Axial Lead – (equivalent to ECG8085) (Lot of 100) $34.75 |
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100 pcs SF96E Microtemp Thermal Fuse 99 °C TF Cutoff new $37.42 |
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100 pcs Microtemp Thermal Fuse 113 °C TF Cutoff SF109E 250V 10A Free Shipping $37.35 |
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100pcs SF70E Microtemp Thermal Fuse 73°C TF Cutoff NEW $37.12 |
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100 Pcs Microtemp Thermal Fuse 185℃ TF Cut-off 10A 250V $36.65 |
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100 Pcs Microtemp Thermal Fuse 192℃ TF Cut-off 10A 250V $35.71 |
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50 Pcs SF152E Microtemp Thermal Fuse 157 °C TF Cutoff $34.99 |
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50 Pcs SF188E Microtemp Thermal Fuse 192°C TF Cutoff $34.99 |
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50pcs Microtemp Thermal Fuse 172°C TF Cutoff NEC SF169E $34.99 |
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50Pcs Microtemp Thermal Fuse SF139E 142°C 142 TF Cutoff $34.90 |
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100 pcs Microtemp Thermal Fuse 115°C TF Cutoff 10A 250V $24.90 |
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50Pcs Microtemp Thermal Fuse SF188E 192°C 192 TF Cutoff $34.90 |
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5pc x13items Microtemp Thermal Cutoffs Fuse G4A00 72℃~257℃ 72C~257C 10A 250V $27.50 |
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50 pcs Microtemp Thermal Fuse 99°C TF Cutoff SF96E $34.59 |
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50 pcs NEC SF99E Microtemp Thermal Fuse 101°C TF Cutoff $34.50 |
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MICROTEMP THERMAL CUTOFF L37-941 OPEN TEMP 306F. $34.00 |
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MICROTEMP THERMAL CUTOFF 54J4701 OPEN TEMP 333F. LENNOX $34.00 |
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50 pcs SF70E Microtemp Thermal Fuse 73°C TF Cutoff NEW $34.00 |
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50 pcs Microtemp Thermal Fuse 121 °C TF Cutoff SF119U Free Shipping $29.99 |
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100 pcs Microtemp Thermal Fuse 185°C TF Cutoff 10A 250V $29.99 |
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50 Pcs Microtemp Thermal Fuse SF152E 157°C 157 TF Cutoff $29.99 |
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50 pcs Microtemp Thermal Fuse 94°C TF Cutoff SF91E Free Shipping $29.59 |
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30 x Microtemp Thermal Fuse 77℃ 10A 250V SF76E Cut-off $27.89 |
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50pcs Microtemp Thermal Cutoffs Fuse G4A00 144℃ 144C 10A 250V $20.50 |
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50pcs Microtemp Thermal Cutoffs Fuse G4A00 229℃ 229C 10A 250V $20.50 |
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50pcs DYE Thermal Cutoffs Fuse DF84S 84℃ 84C 10A 250V $20.50 |
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50pcs Microtemp Thermal Cutoffs Fuse G4A00 072℃ 072C 10A 250V $20.50 |
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50pcs Microtemp Thermal Cutoffs Fuse G4A00 077℃ 077C 10A 250V $20.50 |
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50pcs Microtemp Thermal Cutoffs Fuse G4A00 093℃ 093C 10A 250V $20.50 |
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50pcs Microtemp Thermal Cutoffs Fuse G4A00 121℃ 121C 10A 250V $20.50 |
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50pcs Microtemp Thermal Cutoffs Fuse G4A00 152℃ 152C 10A 250V $20.50 |
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50pcs Microtemp Thermal Cutoffs Fuse G4A00 167℃ 167C 10A 250V $20.50 |
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50pcs Microtemp Thermal Cutoffs Fuse G4A00 192℃ 192C 10A 250V $20.50 |
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50pcs Microtemp Thermal Cutoffs Fuse G4A00 240℃ 240C 10A 250V $20.50 |
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50pcs Sefuse Thermal Cutoffs Fuse SF113E 113℃ 113C 10A 250V $20.50 |
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50pcs Sefuse Thermal Cutoffs Fuse SF129E 133℃ 133C 10A 250V $20.50 |
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50pcs Sefuse Thermal Cutoffs Fuse SF139E 142℃ 142C 10A 250V $20.50 |
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50pcs Sefuse Thermal Cutoffs Fuse SF152E 157℃ 157C 10A 250V $20.50 |
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50pcs Microtemp Thermal Cutoffs Fuse G4A00 117℃ 117C 10A 250V $20.50 |
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50pcs DYE Thermal Cutoffs Fuse DF184S 184℃ 184C 10A 250V UL VDE ThermTrol $20.50 |
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50pcs Microtemp Thermal Cutoffs Fuse G4A00 184℃ 184C 10A 250V $20.50 |
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50pcs Sefuse Thermal Cutoffs Fuse SF226E 227℃ 227C 10A 250V $20.50 |
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50pcs Microtemp Thermal Cutoffs Fuse G4A00 257℃ 257C 10A 250V $20.50 |
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50pcs Sefuse Thermal Cutoffs Fuse SF96E 99℃ 99C 10A 250V $20.50 |
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50pcs Sefuse Thermal Cutoffs Fuse SF214E 216℃ 216C 10A 250V $20.50 |
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50pcs Sefuse Thermal Cutoffs Fuse SF169E 172℃ 172C 10A 250V $20.50 |
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50pcs DYE Thermal Cutoffs Fuse DF141S 141℃ 141C 10A 250V UL VDE ThermTrol $20.50 |
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50pcs DYE Thermal Cutoffs Fuse DF98S 98℃ 98C 10A 250V UL VDE ThermTrol $20.50 |
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40pcs Microtemp Thermal Fuse 113°C TF Cutoff SF109U 250V 10A Free Shipping $25.99 |
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60 Pcs Thermal Fuse 240℃ TF Cut-off 10A 250V SF240E $24.83 |
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50 Pcs Thermal Fuse 73℃ TF Cut-off 10A 250V SF70E $24.83 |
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60 Pcs Thermal Fuse 101℃ TF Cut-off 10A 250V SF99E $24.83 |
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60 Pcs Thermal Fuse 113℃ TF Cut-off 10A 250V SF109E $24.83 |
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60 Pcs Microtemp Thermal Fuse 130℃ TF Cut-off 10A 250V $24.83 |
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60 Pcs Microtemp Thermal Fuse 185℃ TF Cut-off 10A 250V $24.83 |
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60 Pcs Thermal Fuse 133℃ TF Cut-off 10A 250V SF129E $24.83 |
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20 pcs Microtemp Thermal Fuse 227°C TF Cutoff SF226E $23.99 |
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60 pcs Thermal Fuse 172℃ TF Cut-off 10A 250V SF169E $23.91 |
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50 pcs Microtemp Thermal Fuse 94℃ TF Cut-off 10A 250V $22.99 |
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60 Pcs Microtemp Thermal Fuse 192℃ TF Cut-off 10A 250V $22.99 |
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60 Pcs Thermal Fuse 121℃ TF Cut-off 10A 250V SF119E $22.60 |
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60 Pcs Thermal Fuse 142℃ TF Cut-off 10A 250V SF139U $22.60 |
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60 Pcs Thermal Fuse 99℃ TF Cut-off 10A 250V SF96E $22.60 |
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50pcs Microtemp Thermal Fuse 113 °C TF Cutoff SF109E 250V 10A Free Shipping $22.49 |
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25 Pcs Microtemp Thermal Fuse 94°C TF Cutoff SF91E New $20.29 |
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25 Pcs Microtemp Thermal Fuse 99°C TF Cutoff SF96E New $20.29 |
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25 Pcs Microtemp Thermal Fuse 101°C TF Cutoff SF99E New $20.29 |
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25 Pcs SF109U Microtemp Thermal Fuse 113°C TF Cutoff $20.29 |
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25Pcs SF119U Microtemp Thermal Fuse 121°C TF Cutoff New $20.29 |
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25 Pcs SF129E Microtemp Thermal Fuse 133 °C TF Cutoff $20.29 |
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25 Pcs 250V 10A Microtemp Thermal Fuse 142 °C TF Cutoff $20.29 |
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25 Pcs SF169E Microtemp Thermal Fuse 172 °C TF Cutoff $20.29 |
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25 Pcs SF214E Microtemp Thermal Fuse 216°C TF Cutoff $20.29 |
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25 Pcs SF226E Microtemp Thermal Fuse 227°C TF Cutoff $20.29 |
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25Pcs Microtemp Thermal Fuse 240°C TF Cutoff NEC SF240E $20.29 |
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50 Pcs Microtemp Thermal Fuse 157℃ TF Cut-off 10A 250V $20.23 |
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50 pcs Microtemp Thermal Fuse 192°C TF Cutoff 10A 250V Free Shipping $19.99 |
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50 pcs Microtemp Thermal Fuse 105°C TF Cutoff 10A 250V Free Shipping $19.99 |
Thermal Cutoff Questions
Selecting Light Fixtures for Dark Sky Usage Using 3dop Pro
The following example illustrates some of the issues presented to specifiers when selecting fixtures suitable for dark-sky usage and also demonstrates some of 3dOP’s features.
Figures 1 and 4 illustrate a typical comparison between a non-shielded refractor type decorative area fixture and a full cutoff shoebox fixture. Notice how you can easily see the difference in light at and above 80 degrees and 90 degrees.
The cutoff classification is shown in the lower right hand corner of the display in case there is any doubt. The fixture’s lamp efficacy and maximum candlepower value with location is also displayed. As a side note, be careful when using the lamp efficacy value to select fixtures, as it can be misleading if a fixture was tested several years ago and the lamp lumens at the time of testing were less than the currently available initial lumens.
When looking at the relative intensity comparison of these two fixtures, the difference becomes even more apparent. You can see from the “thermal” type image that a large portion of the refractor type fixture’s output is not focused downward (see Figure 2). The cutoff fixture’s output is nicely distributed below 90 degrees. The fixture efficiency data along the bottom of the display further supports these conclusions (see Figure 5).
The absolute intensity module displays the actual footcandles output by each fixture. The non-cutoff fixture output is displayed in Figure 3 and the full cutoff fixture output is displayed in Figure 6. The horizontal output from the refractor type fixture and associated high glare can be easily seen. In comparison, the full cutoff fixture outputs more light on the ground plane and much less on the walls of the cube. Each fixture is placed at the cube center 10 feet from each wall.
After the Dark Sky tool is used to evaluate the fixture selection, a typical design can be laid out as shown in Figure 7. This design was done using the area display grid, with two fixtures 80 feet apart and 27 feet above the ground and the statistics mode turned on. A statistical area of 180’ x 110’ was created and the results displayed at the bottom of the display were used to quickly determine the necessary spacing to meet the design criteria. This screen illustrates how easily and quickly design criteria can be calculated.
Figures 1 and 4 illustrate a typical comparison between a non-shielded refractor type decorative area fixture and a full cutoff shoebox fixture. Notice how you can easily see the difference in light at and above 80 degrees and 90 degrees.
The cutoff classification is shown in the lower right hand corner of the display in case there is any doubt. The fixture’s lamp efficacy and maximum candlepower value with location is also displayed. As a side note, be careful when using the lamp efficacy value to select fixtures, as it can be misleading if a fixture was tested several years ago and the lamp lumens at the time of testing were less than the currently available initial lumens.
When looking at the relative intensity comparison of these two fixtures, the difference becomes even more apparent. You can see from the “thermal” type image that a large portion of the refractor type fixture’s output is not focused downward (see Figure 2). The cutoff fixture’s output is nicely distributed below 90 degrees. The fixture efficiency data along the bottom of the display further supports these conclusions (see Figure 5).
The absolute intensity module displays the actual footcandles output by each fixture. The non-cutoff fixture output is displayed in Figure 3 and the full cutoff fixture output is displayed in Figure 6. The horizontal output from the refractor type fixture and associated high glare can be easily seen. In comparison, the full cutoff fixture outputs more light on the ground plane and much less on the walls of the cube. Each fixture is placed at the cube center 10 feet from each wall.
After the Dark Sky tool is used to evaluate the fixture selection, a typical design can be laid out as shown in Figure 7. This design was done using the area display grid, with two fixtures 80 feet apart and 27 feet above the ground and the statistics mode turned on. A statistical area of 180’ x 110’ was created and the results displayed at the bottom of the display were used to quickly determine the ne
cessary spacing to meet the design criteria. This screen illustrates how easily and quickly design criteria can be calculated.
Sometimes, footcandles do not tell the whole story or are meaningless to a customer. As shown in Figure 8, the photorealistic display instantly gives the user a view of what the design will actually look like to determine if any changes need to be made.
About the Author
Ian R. Ibbitson, Vice President and General Manager of ALLSCAPE, has over twenty years experience in the lighting, entertainment and electronics industries. Dr. Ibbitson joined ALLSCAPE a Philips group brand in 1995 and is currently in charge of several commercial outdoor lighting divisions, including Quality Lighting, and Metrolux. Dr. Ibbitson has a BSc. in electrical/electronic engineering and a PhD in computer aided design from the University of Sunderland in England.
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