Unichiller 220Tw-H12 CO2

Chiller / Recirculating Cooler

Model: Unichiller 220Tw-H12 CO2 Group: 4 Order No.: 3043.0001.01 E-class: 32-09-01-18

Functions Technical data Downloads Warranty extension

Performance Characteristics

The new Unichiller CO2 is another milestone in environmentally friendly refrigeration technology at Huber. The new chiller uses CO2 as a refrigerant. CO2 or carbon dioxide (also known as R744) is a natural component of the air and has been proven in refrigeration since the 19th century. It is a colorless gas liquefied under pressure. It has no ozone depletion potential (ODP = 0) and has a negligible greenhouse potential with a GWP = 1. If, for example, 1 kg of CO2 enters the atmosphere through a leak in the refrigerant circuit, this is 3780 times less damaging than with the conventional R404A refrigerant. In addition, CO2 is a so-called natural refrigerant, which occurs in very large quantities in nature, i. it does not have to be generated with great energy expenditure.
In addition, CO2 has other advantages: It is non-flammable, non-toxic and chemically inert.
The new Unichiller CO2 is therefore a 100% environmentally friendly alternative to refrigerators with conventional synthetic refrigerants. The Unichiller CO2 offers pioneering refrigeration technology and Huber's proven chiller technology.

Functions overview

Environmentally friendly cooling with carbon dioxide CO2

High efficiency

Precise temperature control

Powerful circulation pump

Intelligent energy management

Reliable continuously operation with warning functions

Pilot ONE controller with 5.7" touchscreen

Digital filling level indicator

Pt100 sensor connection

Heater options available

Product impressions

Controller

The new multi-touch controller Pilot ONE offers a brilliant 5.7" touchscreen with graphic functions and a comfortable navigation menu. All important operating parameters and temperature values are neatly displayed on the touchscreen. Thanks to the new favourites menu, the one-click operation and the integrated technical glossary the operation is very easy, just like on a smartphone. Integrated USB and Ethernet ports allows connection to a PC or network, e.g. for remote control or data transmission.

Temperature range	-20...100 °C
Temperature stability	±0,2 K
Controller	Pilot ONE
Safety class	III / FL
Protection class	IP20
Dimensions (W x D x H)	760 x 1030 x 1636 mm
Weight, net	580 kg

Heating capacity

12 kW

Cooling capacity

15	22
0	16,5
-10	12
-20	7,5
°C	kW

Refrigeration machine

water-cooled, natural refrigerant

Refrigerant 1st stage

R-744 (A1, H280)

Refrigerant quantity 1st stage

2,1 kg

Delivery capacity pressure pump max.	200 l/min; 4,6 bar
Pump connection	G1 1/4 AG male
Pump speed adjustable	no
Pump type	G
Pump characteristics	Pressure pump, speed not variable

External sensor connection	Pt100
Interface digital	Ethernet, USB (Host u. Device), RS232

Permissible ambient temperature	5...40 °C
Sound pressure level	60 dB(A)
Cooling water connection	G3/4 male
Cooling water consumption at 15°C, flow -20°C	982 l/h
Cooling water consumption at 15°C, flow -10°C	703 l/h
Cooling water consumption at 15°C, flow 0°C	900 l/h
Cooling water consumption at 15°C, flow 15°C	1080 l/h
Cooling water differential pressure min.	1,5 bar
Cooling water pressure max.	6 bar
Power supply	400V 3~ 50Hz
Current consumption max.	26 A
Fuse	3x32 A

Please take further technical information as well as information about the scope of delivery, accessories and peripheral devices from the PDF data sheet. In cases of doubt the details given in there apply. If nothing to the contrary is quoted then the performance data referred is at an ambient temperature of 20°C.

Please observe the notes on installation and/or the space requirements of our products.

The following voltage and frequency tolerances apply based on EN60034-1:
Voltage +/- 5% for a frequency tolerance at the same time of +/- 2%

Examples to illustrate this: Not permissible, for example. is -5% on the voltage and +2% on the frequency. Permissible, on the other hand, are tolerances of -5% on the voltage and -2% on the frequency.

We reserve the right to make technical changes and correct errors. Illustrations can deviate from the original.