COMPCOOLER Motorcycle Riders Thermal Chiller System 12V DC Operated 200W Cooling and 120W heating capacity
Model COMP-MTCU-12200. The Compcooler’s motorcycle riders thermal chiller unit specifically designed to keep the riders cool or warm, safe and comfortable.
Product Details
Stay cool, comfortable, and focused when riding on those hot summer days. Cooling or heating energy comes from refrigeration chiller unit, small and lightweight.
Cooling or heating time is predicated on power source, typically in the form of motorcycle’s 12-16V DC battery, rechargeable battery or 110-220V AC power adapter.
Temp control by remote controller, cooling 16°F-86°F (-9℃ – 30℃) with an accuracy of +/-1 ℃ (2°F) for cold water, heating 88°F-122°F (31℃ – 50℃) with an accuracy of +/-1 ℃ (2°F) for warm water.
Chiller be placed in the soft pack, user can secure the soft pack on the motorcycle using attached straps.
Cooling capacity is 200W, Heating capacity 120W, max power consumption is 180W.
Model COMP-MTCU-12200. The Compcooler motorcycle rider thermal chiller unit was designed to connect a tubing-lined garment to form a tethered thermal regulation device, the convenient personal thermal regulation system will keep you on the road longer and safer. MTCU uses a 12V vehicle battery powered mini refrigeration chiller unit housed in a handcarry soft pack to cool or warm the liquid. A pump in the chiller unit circulates the cold or warm liquid to a tubing-lined garment. Thermal transfer takes place with the user’s body and the liquid returns back to the chiller unit to be cooled or warmed again. The process continues in a closed loop as long as the unit is powered “ON”. MTCU is powered by 12-16V DC vehicle battery or rechargeable battery, and delivers 150-200W of cooling capacity or 120W heating capacity. User can set up the temperature at 16°F-86°F (-9℃ – 30℃) with an accuracy of +/-1 ℃ (2°F) for cold water, and 88°F-122°F (31℃ – 50℃) with an accuracy of +/-1 ℃ (2°F) for warm water. The thermal chiller unit is programmable and will automatically operate at the user’s preferred temperature set point. The set point can be adjusted using a supplied remote controller.