2012/10/15

Water Cooled Screw Chiller HTS-W


Categories: Water Cooled Screw Chiller (HTS-WD)
Brand:HERO-TECH
Type:Water-Cooled
Certification:CE, UL, Other
Cooling Capability(kw):100KW TO 350KW


Detailed Info
water cooled screw chillers
Application
◆Medium and large scale industrial cooling
◆Central air conditioning system
◆Cold room, thermostatic chamber

Design Features
¨ W shape aluminum fintype condenser, assuring adequate heat exchanging area within smaller unitsize
¨ High efficient evaporator with internal thread copper tube.
¨ Large air volumeaxial fan with metal blades. Motor separated from net-cover, fixed on exhaustport by metal
¨ Siemens PLC control,LCD touch screen interface.
¨ Standard designcharged R22, CFC Free R407C, R410A,R404A,R134A for option.
¨ 380V-415V/50HZ 3PHfor standard design. Different design on customers' request.


Water cooledscrew type chiller
Model
Cooling capacity
(kw)
Compressor power(kw)
Evaporator
Condenser
Dimension
(L*W*H)
(mm)
Weight (kg)
Coolant flow(m3/hr)
Coolant in/out(inch)
Cooling water flow(m3/hr)
Cooling water in/out(inch)
N.W
R.W
HTS-130W
125
30
21.5
3
26.7
3
2500*780*1650
900
1050
HTS-160W
164
38
28.2
3
34.7
3
2550*780*1650
1050
1200
HTS-180W
178
42
30.6
4
37.8
4
2600*780*1650
1200
1400
HTS-220W
217
51
37.3
4
46.1
4
2750*780*1650
1550
1800
HTS-240W
239
56
41.1
4
50.7
4
2800*950*1800
1800
2100
HTS-280W
281
63
48.3
4
59.2
4
2800*950*1950
1900
2200
HTS-330W
325
73
55.9
5
68.4
5
2900*950*1950
2050
2350
HTS-350W
352
80
60.5
5
74.3
5
3000*1200*1580
2350
2530
HTS-390W
387
88
66.6
5
81.7
5
3000*1200*1580
2500
2700
HTS-460W
461
103
79.3
5
97
5
3100*1250*1630
2500
3000
HTS-490W
487
109
83.7
5
102.5
5
3300*1380*1630
2650
3100
HTS-580W
577
127
99.2
5
121.1
5
3500*1380*1750
2850
3350
HTS-600W
600
131
103.2
6
125.7
6
3800*1380*1750
3150
3750
HTS-700W
698
151
120
8
146
8
3900*1380*1750
3350
4000
HTS-770W
766
167
131.7
8
160.4
8
4100*1450*1780
3620
4300
HTS-820W
818
177
140.7
10
171.1
10
4300*1480*1780
3850
4600
HTS-920W
922
199
158.6
10
192.8
10
4500*1480*1780
4160
5000



Cooling capacity is based on: Coolant leaving/returningtemperature 7℃/12℃.
Cooling water leaving/returningtemperature 30℃/25℃.
Condensingtemperature: 40℃.





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