KST Round &Standard Cooling Towers

Characteristics: 1. From 3RT to 1500RT, complete models are suitable for all different requirements. 2. Having F.R.P and heating zincification iron as mayor structure materials, they are characterized by lightness, stability and anticorrosion. 3. It is easy to install and suitable for all spots. 4. Round-shape design and air resistance to keep out strong wind, which is most suitable for frequent typhoon areas.

MODEL	Dimension		Fan Motor	Fan Dia	Air Volumn	Pump Head	WEIGHT
KST KST-M KST-HC	m/m		HP(KW)	DФ m/m	m3/min	M	Kgs
	H	D					Dry	Operating
3	1183	750	1/6(0.12)	500	45	0.9	28	60
5	1333	750	1/6(0.12)	500	55	1.2	32	68
8	1518	860	1/6(0.12)	500	70	1.3	43	78
10	1643	860	1/4(0.18)	500	100	1.3	79	150
15	1563	1165	1/4(0.18)	600	140	1.5	109	285
20	1763	1165	1/2(0.37)	600	180	1.7	129	318
25	1790	1165	1(0.75)	600	150	1.9	137	334
30	1705	1560	1(0.75)	700	195	1.9	144	522
40	1825	1560	1(0.75)	700	210	2	185	577
50	2080	1560	2(1.5)	900	280	2.1	228	632
60	1770	1900	2(1.5)	900	370	2.1	277	719
70	2180	1900	2(1.5)	1200	390	2.3	337	798
80	1920	2140	2(1.5)	1200	450	2.5	352	982
100	2860	2410	3(2.2)	1500	500	2.8	474	1205
125	2130	2730	3(2.2)	1500	700	3	524	1336
150	2400	2730	5(3.7)	1800	840	3.2	702	1583
175	2350	3280	5(3.7)	1800	1100	3.2	855	3415
200	2450	3280	5(3.7)	1800	1100	3.3	937	3570
225	3000	3280	7 1/2(5.5)	2400	1300	3.4	1022	3661
250	2790	3760	7 1/2(5.5)	2400	1580	3.6	1172	3885
300	3130	3760	10(7.5)	2400	1820	3.8	1331	4125
350	3360	4600	10(7.5)	2400	2120	4	1560	5690
400	3970	4600	15(11)	3000	2260	4.2	1902	6145
500	4050	4870	15(11)	3000	3250	4.5	2165	6537
600	3940	5580	20(15)	3400	3500	4.5	2909	8052
700	4150	6550	20(15)	3400	4250	5	3411	11734
800	4150	6550	30(22)	3400	4500	5.5	3963	12690
1000	4940	6550	30(22)	3600	4830	5.8	4512	13465
1250	5090	7600	40(30)	4200	6700	6.3	4650	14500
1500	5670	8430	50(37.5)	4200	7900	7	5500	21500

Note：

1. Standard design conditions: hot water of 37℃, cold water of 32℃, ambient wet bulb of 28℃
2. Quality of heat counting Kcal/hr is: Q=MST Quality of flow （LPM）*1*△T*60= Kcal/hr

Quality of Heat：Kcal/hr：Q=MST Current Measure:(l/min)*1*ΔT*60=____Kcal/h