2004 - 2014
PEUGEOT 50 LUDIX BLASTER RS12
Iridium spark plug
| DENSO
Fits to:
PEUGEOT LUDIX II 50 Snake Naked [2012 - 2014]
PEUGEOT LUDIX II 50 Blaster Furious [2012 - 2014]
PEUGEOT LUDIX II 50 RS 12 [2008 - 2010]
PEUGEOT LUDIX II 50 4T Pro [2012 - 2014
PEUGEOT LUDIX 50 Elegance [2004 - 2007
PEUGEOT LUDIX II 50 Pro EP [2008 - 2014]
PEUGEOT LUDIX 50 Snake [2004 - 2007
PEUGEOT LUDIX II 50 Trend [2008 - 2014]
PEUGEOT LUDIX II 50 Elegance [2008 - 2010]
PEUGEOT LUDIX 50 Blaster [2005 - 2007]
PEUGEOT LUDIX 50 RS 12 [2007 - 2007
PEUGEOT LUDIX 50 Radical [2007 - 2007
PEUGEOT LUDIX II 50 R Cup [2008 - 2010]
PEUGEOT LUDIX 50 Classic [2004 - 2007
PEUGEOT LUDIX 50 One [2004 - 2007
PEUGEOT LUDIX II 50 2T Pro [2008 - 2014]
PEUGEOT LUDIX II 50 One Solo Seater [2008 - 2012]
PEUGEOT LUDIX II 50 One Double Seater [2008 - 2013]
PEUGEOT LUDIX 50 EP [2011 - 2012
PEUGEOT LUDIX 50 Trend [2004 - 2007
PEUGEOT LUDIX II 50 Snake Furious [2008 - 2011]
PEUGEOT LUDIX II 50 Snake [2008 - 2011]
PEUGEOT LUDIX II 50 Blaster [2008 - 2010]
PEUGEOT LUDIX II 50 Blaster Iceblade [2011 - 2014]
PEUGEOT LUDIX II 50 One Luxe [2008 - 2011]
Specifications
Manufacturer | DENSO |
---|---|
Heat range | 22 |
Model | Iridium Power |
Terminal configuration | threaded Stud |
Thread size | 14 mm |
Style | IWF22 |
Type | Resistor Type |
Units | Each |
Center electrode type | Fine Wire |
Electrode tip material | Iridium |
Center electrode projection | Non-Projected |
Thread reach | 19,1 mm (3/4") |
Hex size | 20,6 mm (13/16") |
Spark gap | 0,8 mm (0,031") |
Ground electrode shape | Grooved| Taper Cut |
Electrical resistance | 5k Ohms |
Spark gap imperial | 0.031" |
Spark gap metric | 0.8 mm |
Product description
Six times harder than platinum, iridium withstands temperatures up to 4,000°F Because the iridium electrodes of these plugs can be shrunk to only 0.4mm, voltage requirements decrease while firing performance improves 360° laser welding of electrode provides a seal that resists wear even in the worst conditions Ground electrode features a tapered cut and U-groove that form a large volume area for the flame's center