COMPCOOLER Motorcycle Rider Tandem ICE Chest Cooling System 12V DC Flow Control
COMPCOOLER Motorcycle Rider Tandem ICE Chest Cooling System 12V DC Flow Control
COMPCOOLER Motorcycle Rider Tandem ICE Chest Cooling System 12V DC Flow Control
COMPCOOLER Motorcycle Rider Tandem ICE Chest Cooling System 12V DC Flow Control
Cooler Bag 6L2
COMPCOOLER Motorcycle Rider Tandem ICE Chest Cooling System 12V DC Flow Control
COMPCOOLER Motorcycle Rider Tandem ICE Chest Cooling System 12V DC Flow Control
COMPCOOLER Motorcycle Rider Tandem ICE Chest Cooling System 12V DC Flow Control
COMPCOOLER Motorcycle Rider Tandem ICE Chest Cooling System 12V DC Flow Control
COMPCOOLER Motorcycle Rider Tandem ICE Chest Cooling System 12V DC Flow Control
COMPCOOLER Motorcycle Rider Tandem ICE Chest Cooling System 12V DC Flow Control
COMPCOOLER Motorcycle Rider Tandem ICE Chest Cooling System 12V DC Flow Control
COMPCOOLER Motorcycle Rider Tandem ICE Chest Cooling System 12V DC Flow Control
COMPCOOLER Motorcycle Rider Tandem ICE Chest Cooling System 12V DC Flow Control
COMPCOOLER Motorcycle Rider Tandem ICE Chest Cooling System 12V DC Flow Control

COMPCOOLER Motorcycle Rider Tandem ICE Chest Cooling System 12V DC Flow Control

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$584.00
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$584.00
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COMPCOOLER Motorcyclist ICE Chest Tandem Cooling System Includes Two Tubing-Lined Cooling Vests 6.0L Chest 12V DC

Model COMP-MTCS-7460-FC-2MCV-BK,

Operation Manual for ICE Cooler Cooling System 

Product details

Stay cool, comfortable, and focused when riding on those hot summer days. Cooling energy comes from freezing the removable 3.0-liter ice container or ice cubes.  Expect 2 to 4 hours of cooling performance depending on ambient conditions and user workload.

 

Breathable, zippered, tubing-lined, soft mesh liquid cooling vest is comfortable to wear against the skin.  Velcro adjustment tabs provide a snug fit for max thermal transfer.

 

A chest that houses a removable 3-liter ice container and circulation pump comes equipped with straps for secure attachment to the rider’s saddle. It connects the liquid cooling vest with tubing, turn switch “on” and pump circulates cold water in a continuous loop between the ice chest and vest.

 

Power is derived from the motorcycle battery 12V DC using the supplied SAE or cigarette plug.  An optional 7.4V rechargeable battery can also be purchased separately.

 

Flow control pump allows the user to select three flow rates for coolant circulation, giving the user more control over the system performance depending on current workload and ambient temperatures. Additional ice containers can be purchased and used for prolonged cooling periods. This water-based cooling system is both safe to use and environmentally friendly.

 

Smart, safety-conscious motorcyclist’s wear protective clothing, like leather, and during the warmer months of the year that can get uncomfortably hot.  That’s where Compcooler can help with its cooling system specifically designed for motorcycle two persons cooling.  It combines two tubing-lined vests with a liquid cooling system housed in an ice chest to form a tethered thermal regulation device. The vest is a highly engineered breathable mesh garment that weighs a mere 0.5KG (1.1 lbs.), dry weight. It consists of a soft mesh outer fabric and inner liner which is easy to don and comfortable to wear against the body. Velcro adjustment tabs provide a snug fit for max thermal transfer. The liquid cooling system is a separate ice chest that weighs 1.5KG (3.3 lbs.), dry weight.  It contains a 3.0-liter removable ice container, circulation pump, power source, and flow control switch.  When operating, it’s audible output is 45dBA.  Cooling energy is provided by freezing the water in the ice container.  Power is derived from the motorcycle battery using the supplied SAE or cigarette plug.  An optional 7.4V rechargeable battery can also be purchased separately. To operate the system, connect the vest tubing to the ice chest using the quick-connect fittings.  Turn the switch ‘On’ and the pump circulates cold water in a continuous loop between the ice chest and vest.  Users can expect a cooling duration anywhere from 2 to 4 hours depending on ambient temperatures and workload. 3 settings for regulating coolant flow lets the User minimize or maximize their ice energy.  Low flow produces less cooling and conserves ice.  High flow produces more cooling for a shorter period. Additional ice containers can be purchased for prolonged cooling.  Ice cubes can also be used for prolonged cooling, although the cooling time will be lessened. User can purchase an extra vest and one Y extension tubing to make the solo system to Tandem system.