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overview

Range consist of 105 customizable models.

According to the room temperature the range is divided as follows:

  • GCE G4 E4 F4 A4 for higher temperatures (>= +1 °C) with 4 mm fin spacing;
  • GCE G6 E6 F6 A6 for medium temperatures (≥ –15 °C) with 6 mm fin spacing, electric defrost version (ED) is recommended;
  • GCE G8 E8 F8 A8 for low temperatures (≥ –35 °C) with 8 mm fin spacing, equipped with electric defrost (ED).

On request the models can be equipped with non-standard: coils, defrosting and fan motors.

Range consist of 105 customizable models.

According to the room temperature the range is divided as follows:

  • GCE G4 E4 F4 A4 for higher temperatures (>= +1 °C) with 4 mm fin spacing;
  • GCE G6 E6 F6 A6 for medium temperatures (≥ –15 °C) with 6 mm fin spacing, electric defrost version (ED) is recommended;
  • GCE G8 E8 F8 A8 for low temperatures (≥ –35 °C) with 8 mm fin spacing, equipped with electric defrost (ED).

On request the models can be equipped with non-standard: coils, defrosting and fan motors.

Range consist of 39 customizable models.

According to the room temperature the range is divided as follows:

  • GCE G4 E4 F4 A4 for higher temperatures (>= +1 °C) with 4 mm fin spacing;
  • GCE G6 E6 F6 A6 for medium temperatures (≥ –15 °C) with 6 mm fin spacing, electric defrost version (ED) is recommended;
  • GCE G8 E8 F8 A8 for low temperatures (≥ –35 °C) with 8 mm fin spacing, equipped with electric defrost (ED).

On request the models can be equipped with non-standard: coils, defrosting and fan motors.

applications

  • Small cold rooms
  • Commercial refrigeration cold rooms
  • Small cold rooms
  • Commercial refrigeration cold rooms
  • Small cold rooms
  • Commercial refrigeration cold rooms

capacity range

From 0,99 to 24,28 kW

From 0,99 to 22,5 kW

From 2,48 to 24,28 kW

Technical Information

Coil features

  • The entire range is equipped with highly efficient coils made from aluminum fins and inner grooved tube.
  • The new geometry allows a substantial reduction of the inner volume resulting in decreased refrigerant use.
  • The updated coil design responds to the recent guidelines governing the reduction of HFC gases with high greenhouse effect.
  • The entire range is equipped with highly efficient coils made from aluminum fins and inner grooved tube.
  • The new geometry allows a substantial reduction of the inner volume resulting in decreased refrigerant use.
  • The updated coil design responds to the recent guidelines governing the reduction of HFC gases with high greenhouse effect.
  • The entire range is equipped with highly efficient coils made from aluminum fins and inner grooved tube.
  • The new geometry allows a substantial reduction of the inner volume resulting in decreased refrigerant use.
  • The updated coil design responds to the recent guidelines governing the reduction of HFC gases with high greenhouse effect.

Casing

  • 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:
Ø 250 mm (EMEA only)

  • fan motor module: from 1 to 4
  • shaded pole single-phase 230V/1/50-60Hz
  • fiberglass charged polyamide fan guards

Ø 315 mm

  • fan motor module: from 1 to 4
  • external rotor single-phase 230V/1/50-60Hz
  • built-in electric capacitor
  • epoxy coated steel fan guard

Ø 350 mm

  • fan motor module: from 1 to 5
  • external rotor single-phase 230V/1/50-60Hz
  • built-in electric capacitor
  • epoxy coated steel fan guard

The optional high efficiency EC fan motors have the following features:
Ø 250 mm (EMEA only)

  • fan motor module: from 1 to 4
  • single-phase 230V/1/50-60Hz
  • fiberglass charged polyamide fan guards

Ø 315 mm

  • fan motor module: from 1 to 4
  • external rotor single-phase 230V/1/50-60Hz
  • epoxy coated steel fan guard

Ø 350 mm

  • fan motor module: from 1 to 5
  • external rotor single-phase 230V/1/50-60Hz
  • epoxy coated steel fan guard

The standard AC fan motors employed have the following features:
Ø 250 mm

  • fan motor module: from 1 to 4
  • shaded pole single-phase 230V/1/50-60Hz
  • fiberglass charged polyamide fan guards

Ø 315 mm

  • fan motor module: from 1 to 4
  • external rotor single-phase 230V/1/50-60Hz
  • built-in electric capacitor
  • epoxy coated steel fan guard

Ø 350 mm

  • fan motor module: from 1 to 5
  • external rotor single-phase 230V/1/50-60Hz
  • built-in electric capacitor
  • epoxy coated steel fan guard

The optional high efficiency EC fan motors have the following features:
Ø 250 mm

  • fan motor module: from 1 to 4
  • single-phase 230V/1/50-60Hz
  • fiberglass charged polyamide fan guards

Ø 315 mm

  • fan motor module: from 1 to 4
  • external rotor single-phase 230V/1/50-60Hz
  • epoxy coated steel fan guard

Ø 350 mm

  • fan motor module: from 1 to 5
  • external rotor single-phase 230V/1/50-60Hz
  • epoxy coated steel fan guard

The standard AC fan motors employed have the following features:
Ø 315 mm

  • fan motor module: from 1 to 4
  • external rotor single-phase 230V/1/50-60Hz
  • built-in electric capacitor
  • epoxy coated steel fan guard

Ø 350 mm

  • fan motor module: from 1 to 5
  • external rotor single-phase 230V/1/50-60Hz
  • built-in electric capacitor
  • epoxy coated steel fan guard

The optional high efficiency EC fan motors have the following features:
Ø 315 mm

  • fan motor module: from 1 to 4
  • external rotor single-phase 230V/1/50-60Hz
  • epoxy coated steel fan guard

Ø 350 mm

  • fan motor module: from 1 to 5
  • external rotor single-phase 230V/1/50-60Hz
  • epoxy coated steel fan guard

Defrost

The electric defrost (ED) versions are equipped with stainless steel heaters with vulcanised terminals preset for 400V/3/50-60Hz connections.

Wiring

  • The electric parts and casing are connected to an earth terminal.
  • The wiring of motors and heaters is carried out in separate IP 54 protection grade junction boxes.

Certifications

  • CE
  • PED
  • SASO
  • TÜV SÜD (Please see cerfified model list on the catalogue)

Published data

  • EN 328 reference standard.
  • Nominal capacity assessed in practical operating ambient i.e. in wet conditions.
  • EMEA: R448A refrigerant (mid point).
  • APAC: R404A refrigerant.
  • Air inlet temperature 0 °C.
  • Evaporating temperature –8 °C.
  • TD 8 K
  • EN 328 reference standard.
  • Nominal capacity assessed in practical operating ambient i.e. in wet conditions.
  • R448A refrigerant (mid point).
  • Air inlet temperature 0 °C.
  • Evaporating temperature –8 °C.
  • TD 8 K
  • EN 328 reference standard.
  • Nominal capacity assessed in practical operating ambient i.e. in wet conditions.
  • R404A refrigerant.
  • Air inlet temperature 0 °C.
  • Evaporating temperature –8 °C.
  • TD 8 K

Scelte Selection Software

SCELTE is a web based application to select all ECO™ branded coolers and to configure bespoke models.

The selection engine is faster than ever and will allow you to select the unit that suit your requirements, also thanks to a comprehensive database with all new generation refrigerants available on the market.