CW mig
Core Plus Hot & Cold Standing Water Purifier
Core Plus Hot & Cold Standing Water Purifier
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with tank UV Care
Standing
Water Purifier
CHP-5722L
Large-Capacity Slim Design
Large-capacity water purifier that fits various environments such as restaurants, offices, and sports facilities


Hot water temperature is above 176 ℉ after heating is complete (based on external temperature of 59 ℉).
Continuous dispensing dispenses 58 cups of cold water, 24 cups of hot water, and 86 cups of room temperature water.
Results confirmed by Coway Environmental Technology Research Institute for the CHP-5722L Standing Water Purifier.
※ 1 cup is based on 4 oz. One bottle is based on 33.81 oz. The exact amount of dispensed water and temperature may vary depending on usage environment.
Award winning design and slim profile
easily fits in any space


Enhanced purification by
applying tank UV Care


1) Escherichia coli ATCC 25922, Staphylococcus aureus ATCC 6538P, Pseudomonas aeruginosa ATCC 27853,
2) Test environment: indoor temperature of 25±5 ℃; indoor humidity of 65±20%; incubation temperature of 35-37 ℃,
Intuitively designed for
safe and easy operation
Various convenience features
for more comfortable use.
3 large-capacity preset
dispensing amounts

Tall dispense height easily
fits bottles and pitchers
over 9 inches tall

Convenient waist-level
dispensing height

Leakage prevention function for peace of mind
When a water leak is detected internally, the water supply is automatically shut off to prevent further leakage.

Hot water lock for safer use

Light-sensing power-saving system that reduces unnecessary energy consumption
When the light sense detects that is it night, the system automatically reduces the number of times the water cooler/heater is operated to reduce power consumption.



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Powerful filtration system
99.9% removal of 0.01㎛ fine particles
Coway’s four-stage differentiated filter system reduces ultra-fine dust and odors to keep indoor air clean. It also provides a powerful dual-power system for inhaling contaminated air and a front-facing accumulator for fresh air to provide faster, finer air handling.
*Tested by Kimm (Korea Institute of Machinery and materials) 99.9% removal of 0.01 ㎛ microparticle (*at maximum airflow in the airtight chamber for more than 60 minutes) (2018.07.20 by KIMM report)
1. Performance tested by KIMM (Korea Institute of Machinery and Materials), to measure how long it takes to remove 99.9% of the 0.01㎛ fine particles when operating the air purifier, Operated to measure the particle reduction rate over time (according to the internal standard of the KIMM) of the AP-1018F model (recommended coverage area 33m2 with filters), in chamber and under environmental conditions of the Korea Air cleaning Association (SPS-KACA 002-132, Indoor air purifier performance Test) after providing 10nm (0.01㎛) of particles into the chamber.
2. Particle removal rate by an air purifier operation is tested until the background concentration of 0.01㎛ particles reaches 1 X 105/cm3 in the test chamber (30.4 m3) at temperature (℃) 20 ±1 / Relative Humidity (%) 48 ± 1 %
3. The fine particle removal rate is tested in an airtight laboratory environment by a specific model of an air purifying device. Actual performance and test are subjected to change depending on the region and product specification.
*As a result of testing CA certification standards, the removal rate of removal of harmful gases is 93%. (30 minutes of operation in the chamber), (Based on 2018.05.03 CA Certificate)
1. Harmful gases removal test is based on CA certification by the Korea Air Cleaning Association (SPS_KACA 002-132:2018, indoor air purifier removal test), AP-1018F model (recommended coverage area 33 m2 with filters) for Ammonia, Acetic acid, Acetaldehyde, Toluene, Formaldehyde
2. Tested in the chamber (8.0 m3) at temperature (℃) 23 ±5 / Relative Humidity (%) 55 ±15, and for deodorization test. The initial concentration of gas for testing is 10 ppm and the tolerance for concentration is 10%.
3. The harmful gas removal rate is tested in an airtight chamber laboratory environment by a specific mode of an air-purifying device based on a test standard of the Air Cleaning Association. The test is subject to change depending on the region and product specifications.