Montage Horizontal. Pour Touring de 2009 à 2016 Le Kit
Instructions :
cdn.shopify.com/s/files/1/0852/0608/files/751-FP2400_instructions.pdf
Le radiateur Jagg 10-lignes est un kit radiateur d'huile avec ventilateur intégré conçu pour effectuer à pleine vitesse ou faible, ainsi que dans stop-and-go des bouchons. Le kit comprend la refroidisseur d'huile, un ventilateur, le tuyau d'huile, le matériel de montage, interrupteur automatique du ventilateur thermique et faisceau de câblage pour installation simple. Le ventilateur s'allume automatiquement vers 210 degrés Fahrenheit (99 degrés Celsius). Le ventilateur aspire de 150 CFM (71 litres par minute) à travers le radiateur et la technologie HyperFlow assure un débit inégalé et le rejet de la chaleur.
HORIZONTAL OIL COOLER, FAN ASSISTED
LOW MOUNT; BLACK; 10 ROW
Fits: > 09-16 TOURING
*Does not yet fit 2014 FLH WaterHead models
The Jagg Fan-assisted LowMount oil cooler system is designed to perform as well at low vehicle speeds and in stop-and-go traffic as on the open highway.
The 10-row cooler is optimized for the high-output Twin-Cam engine to provide the best heat-exchange and flow characteristics, all while hiding neatly behind the fender and beneath the voltage regulator. This mounting position is particularly suited to Ultra models with lower fairings.
• Simple bolt-on installation
• Easy bolt-on replacement for models with stock oil cooler system
• Fan turns on automatically at circa 210 ºF
• Fan pulls a full 150 CFM across cooler
• HyperFlow Technology ensures unsurpassed flow and heat rejection
Jagg's unique thermostatically-controlled offset oil filter adapter provides an easy access point to the bike's oil supply for the installation of the oil cooler. The sandwich-style adapter is machined from two pieces of billet aluminum and then hard-anodized to a satin black finish. The adapter installs between the bike's stock oil filter mount and the oil filter, and is designed with the same HyperFlow Technology as all Jagg components to ensure great performance as well as great flow characteristics.