OUR PRODUCTS

Water Cooler

Discription:

Wide Cool Refrigeration proudly announces the ‘Energy Efficient Sturdy Water Cooler’ that will address your every of application quick cooling, reliable, durable, easy to operate, and energy efficient.

Water coolers are designed to withstand any climatic conditions to provide better cooling at low energy consumption. It is totally made of Stainless steel 304 grade for long life and better water quality. It is easy to operate and maintain.

Wide cool water coolers have robust construction and are designed for better cooling and maximum life.

FEATURES

Tropicalized for Indian ambient condition
Silent operation
Easy Control
Low power consumption
Robust construction for heavy-duty use
CFC-free Eco-friendly Refrigerant
Speedy Drainage
Thicker and dense PUF Insulation for better holding temperature
Highly energy-efficient units for better condensing capacity
Overload Compressor Protection

APPLICATIONS

Restaurants
Temples
Schools and Colleges
Canteens
Company and Organizations
Hospitals
Industries
Public Places - Railway Stations, Bus Stations, Airports
Shopping Centers
Theaters

Description	WCSSD20	WCSSD50	WCSSD80	WCSSD100	WCSSD150	WCSSD200	WCSSD300	WCSSD500
Cooling Capacity (Glasses/Hr)	100	250	400	500	750	1000	1500	2500
Height	37	48	51	51	51	55	55	55
Width	18	22	24	28	38	42	50	50
Depth	17	20	23.5	23.5	23.5	29	29	36
Faucets	1	2	3	3	3	4	4	4
Condenser	Having grooved Copper pipes and aluminum fins
Compressor	Emerson Copeland reciprocating type
Refrigerant	R 134a	R 134a	R 22	R 22	R 22	R 22	R 22	R 22
Fan Motor	EBM Papst/Elco/AUE fan motor/Marathons/
PUF Thickness	68-75 mm
Material	S.S-304 { 24 SWG Body , 24 SWG Tank}
Power Supply	230 V /1 Ø /50 Hz
Temperature	12^oC to 20^oC.

Technical details

Efficient and Power saver Reciprocating Compressor
Grooved Copper tube Condensor with aluminum fins
Corrosion Resistance 304-grade Stainless Steel Body and Storage tank
Copper tubed static evaporator for effective and efficient cooling
70-75 mm Polyurethane (PUFF) insulation for the least heat loss.