COOL BOSS CB-16, Инструкция по установке и эксплуатации, Страница: 22 / 40

Cool Boss Evaporative Air Cooler
22
P/N 5900271 — January 2023 — Rev. A5
Information about color code conventions in other regions and countries is available online. Make
sure your Electrician installs the Plug in accordance with all applicable national and local electrical
codes.
Plug the Cool Boss power cord into a 220 VAC outlet protected by an appropriate circuit breaker.
Test the unit to verify the Cooler is working normally.
Additional electrical information:
Damage caused by improper electrical installation (such as not grounding the unit) voids the
warranty.
⚠
WARNING
Disconnect power
before
performing
any troubleshooting or maintenance
.
Make sure the unit cannot be re-energized until you are done.
⚠
WARNING Plug into a properly grounded electrical receptacle only.
⚠
WARNING Never remove the Ground Prong from the plug end of the Power Cord.
Ground Fault Circuit Interrupter (GFCI)
The Cool Boss incorporates a Ground Fault Circuit Interrupter. The GFCI acts as a Circuit Breaker
in the event of a Ground Fault. A Ground Fault occurs when the power conductor comes into
direct contact with the equipment’s frame or Ground. To test the GFCI see the Maintenance
Section .
⚠
WARNING The Cool Boss must connected to a properly grounded electrical outlet for the
GFCI to function. If the Outlet is not correctly grounded or if the Power Cord is
damaged preventing the Ground connection, the GFCI cannot protect you from
electrical shock.
Extension Cords
If an extension cord is required, use only cords with a polarized plug/receptacle no longer than 100
feet in length. Never use an extension cord that is not properly rated to handle the electrical load.
When making connections, ensure all local and national electrical codes are adhered to.
Minimum requirements for Extension Cords
25-50 Feet in length
Minimum
14 AWG
Up to 100 Feet in length
Minimum
12 AWG
⚠
WARNING For generator users and or areas with frequent brown-out
conditions. Motor failure due to excessive high or low voltage is not covered under
warranty. If you plan to use the Cool Boss with a Generator or operate in an area with
frequent brown-outs, verify that the power source can provide the required current and
voltage. While voltage variations are common (±5%) both high and low voltage
episodes in excess of 15% to 20% can cause Electric Motor overheating and
premature Motor failure.
Low voltage will cause the Motor to draw more electrical current to deliver the same
amount of force to the Fan Blades. Excessive current overheats the Motor Windings,
eventually burning through the insulation and resulting in complete Motor failure.
High voltage episodes can cause premature failure of electrical and electronic
components due to overheating.