This is a cooling vest, cooling system, cool vest, or personal cooling device site. This site shows where to purchase your own cooling vest or personal cooling system. dskool This will save you hundreds if not thousands of dollars on a personal cooling system and you will also learn about cooling vests. Such as which cooling vest is best to buy and which cool vest will suit your personal situation. I hope this information about personal cooling devices, cooling vests and cool vests is of help to you. Thank you. Anything you need to know about a cooling vest is here. All the different types of personal cooling devices are discussed. The history of cooling vests and other personal cooling systems. Alternatives to cooling vests and cooling systems and, are they the right product for you?. In addition to this you can receive a free cooling vest email course that will show you how to make your own cooling vest, cool vest and other personal cooling devices. Any questions you have about personal cooling and cool vests will be answered. Thank you and keep cool with your own body cooling system


cooling vest cool vest

DP-101 (Waist connection style)

Working time: 3-4 hours

Cooling temperature: 17-22 degrees

Product Weight: 3 KGS

Description: Personal ice cooling system is composed of a cooling system and channel vest. Cooling system can be suspended from the waist. When you turn on the power, the micro pump enables the flow of ice cooled water in the bladder and through the channel vest. This proccess cools the body.

Useage Requirement: Cooling pack, or any source of ice.

Power Supply: 7.2V 3A chargeable Lithium batteries. Charger Power source: 110-240V

Features: light, small, convenient for carrying, enabling unrestricted movement, easy to fix the system for Car racing.

System Performance:

Test Results from United States Navy Experimental Diving Unit demonstrated that the DS Kool personal cooling system, with a temperature setting of 75DF, provides 125W of metabolic heat removal and increased the subject’s duration to heat exposure by as much as 54%. The test results also demonstrated a 50% reduction in fluid (perspiration) loss.

Since the DS Kool can be controlled by user, the cooling time is maximized and is inversely proportional to the heat loading. For example, a 500-wh capacity system could extract 125-w for 4hours or 65-w for approximately 8 hours. In other words, setting the control valve to a low temperature setting will provide you with maximum cooling for a shorter period of time. Setting the control valve to a high temperature setting will provide you with less cooling but for a longer period of time.