Heating and Cooling Water Chiller

Model NO.: HTCT-6A
Application Fields: Electronic
Application Machine: Combination machine
Certification: CE
Condition: New
Usage: Refrigeration
Trademark: HERO-TECH
Transport Package: Export Standard Package
Specification: CE
Origin: Shenzhen China
HS Code: 8418692090
HERO-TECH heating and cooling chiller unit

Design features
Compact design, light weight and easy for operation.
Offering hot water to increase the temperature or cold water to decrease the temperature according to the production demand and temperature can be kept at the set point with variation± 1C, easy to operate, fast to increase and decrease temperature.
Original America and Japan brand compressor, featuring built-in safety protection, low noise and long service life.
Original SCHNEIDER brand electric components.
Open type storage tank equipped, easy for cleaning and maintenance.
Complete protection measures, intelligent fault indicator and alarm.
Elegant design, with rubber caster, easy for operation and maintenance.
Standard design: 3pH 380V/50Hz
Options: 3pH 220V/240V/380V/440V/460V 60Hz.
R22 charged, CFC free R407C, R410A, R404A, R134A for option.

Application
HTHC-A series heating and cooling chillers, with dual function for offering hot and cold water designed by HERO-TECH, is widely used in Plastic products cooling, injection molding machine, extrusion, Foam equipment, Pharmaceutical and chemical industries.
This unit can rush to the cold water temperature to make sure the high production efficiency.
Heating and Cooling Water Chiller
Model HTHC-6A
Nominal  Cooling  Capacity Kcal/h                                                                 13244
KW 15.22
Max  Power  Consumption KW 6.36
Power  Source   3PH~380V~415V/50HZ
Heating  power KW 12
Refrigerant Type   R22
Control   Capillary
Compressor Type   Hermetic  Scroll
Power KW 5.25
Condenser Type   finned  coil  +  low  noise  axil  fan
Fan  Motor KW 0.18*2
Air  Volume  m3/h 6000
Evaporator Type   Tank  with  copper  coil/shell  and  tube
Coolant  Flow  m3/h 2.6
Tank  Volume  Litre 110
Inlet  and  Outlet  Connection(BSP) Inch 1
Pump Power KW 0.75
Head m 20
Unit  Protection  Modules Compressor  inner,   Over  current,   high/low  pressure,   over  temperature,   flow  rate,   phase  sequence/phase  missing,   low  level  coolant,   anti  freezing,   exhaust  overheat.
Dimension Length mm 1120
Width mm 610
Height mm 1390
Weight KG 190
NOTE:   The  specifications  based  on  the  following  design  conditions:
1.Chilled  water  supply/return  temperature:   7º C/12º C
2.Cooling  air  inlet/outlet  temperature:   30º C/38º C
Working  range:
Processing  water  temperature  range: 5º C to  60 º Cand  temperature  difference  from  3 º Cto  8º C.
We  reserve  the  right  to  modify  the  specifications  without  further  notice.
 

Laser Welding Of Spiral Finned Tubes

Laser Welded Finned Tubes (stainless steel) imported from Germany are used in boiler reconstruction projects. Their volume is one fifth of that of traditional boilers. They cover an ultra small area. The stainless steel material is guaranteed for 15 years (compared with high-frequency welded finned tubes), and the energy saving is increased by 30%. The technology of laser welding fin tube is advanced, and the fin and tube are 100% welded, without the use of filler materials, and there are no impurities on the weld. It can be used in high-end condensing boilers, wall mounted boilers, petrochemical, power plants, nuclear power and other industries.

Fin Tube

The use of laser welded finned tubes is one of the earliest and most successful discoveries in the process of improving tube heat exchange. This method is the most widely used method of all laser welded finned tubes to enhance heat transfer. When used, it is not only suitable for single finned tube heat exchangers, but also widely used in power, chemical, petrochemical, air conditioning engineering and refrigeration engineering.

High performance, lightweight, wrinkle free

Wuxi Mcway Equipment Technology Co., LTD , https://www.mcwayfinnedtube.com

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