Applications
- Reach-in cabinets
- Small cold rooms
- Walk-in cabinets
- Low ceiling commercial refrigeration cold rooms
- Food processing rooms (fresh and sensitive products, sea food, meat)
Capacity Range
Unit coolers: From 0,55 to 3,98 kW
Brine coolers: Please use Scelte selection software
MIC Specifications
Overview
Range consists of 8 customizable models.
On request, the models can be equipped with non-standard: coils, defrosting, and fan motors.
Coil Features
- The entire range is equipped with high efficiency coils made from special profile aluminium fins and inner grooved copper tube. Thanks to the new geometry the coils are suitable for new generation refrigerants. (smooth tube for brine coolers). With 4,5/9mm dual fin spacing for the entire range (for room temperatures ≥ –25 °C)
- The updated coil design responds to the recent guidelines governing the reduction of HFC gases with high greenhouse effect
Casing
Casing Features
Made of a magnesium aluminum alloy, with a smooth finish covered by a plastic protection film
Fan Motors
The standard AC fan motors employed have the following features:
The optional high efficiency EC fan motors have the following features:
- Ø 230 mm
- ffan motor module: from 1 to 5
- single-phase 230V/1/50-60 Hz
- fibreglass charged polyamide fan guard
The optional high efficiency EC fan motors have the following features:
- Ø 230 mm
- fan motor module: the same as AC fan motors
- single-phase 230V/1/50-60Hz
- fibreglass charged polyamide fan guard
Defrost
The versions with standard electric defrost (ED) are equipped with stainless steel heaters with vulcanised terminals preset for 230V/1/50-60Hz connection
Wiring
The electric parts and casing are connected to a earth terminal. The wiring of the motors and heaters is carried out in separate IP 54 protection grade junction boxes.
Certifications
- CE
- PED
Published Data
- EN 328 reference standard
- Nominal capacity assessed in practical operating ambient i.e. in wet conditions
- R448A refrigerant (media glide)
- air inlet temperature 0 °C)
- evaporating temperature –8 °C
- TD 8 K
