Πιστοποιημένα προϊόντα για αξιόπιστα έργα.
Κατασκευή Εναλλακτών Εξ’ ολοκλήρου από Ανοξείδωτο Χάλυβα.
Προηγμένες μηχανολογικές λύσεις για τα έργα σας…
- Commercial Refrigeration Capacity Range 500W-46000W
- Industrial Refrigeration Capacity Range 9 kW – 215 kW
- Energy & Power Systems Capacity Range 20 kW – 2410 kW
- Industrial Processes Capacity Range 20 kW – 2410 kW
- Data Center Cooling Capacity Range 20 kW – 2410 kW
- Heat Pump Applications Capacity Range 6 kW – 3000 kW
- HVAC-R Systems Capacity Range 1 kW – 5000 kW
Commercial and Industrial Evaporators (HFC, CO₂, DX)
- FEDD – Εξατμιστές Οροφής 2 Εξόδων (Dual Discharge Unit Coolers)
- FES – Εξατμιστές Οροφής τύπου Κύβου (Standard Unit Coolers)
- FEWR – Εξατμιστές Οροφής Λοξού Τύπου (Cabinet Unit Coolers)
- Straight tube configuration to reduce defrost time and energy consumption
- Fin spacing options: 4 – 7 – 10 – 12 mm
- Specially designed internally grooved copper tubes with aluminum fins
- Copper inlet/outlet connections
- Standard connection orientation: Right side of the air flow direction
- Integrated refrigerant distributor
- Optimized circuitry for efficient operation
- Test pressure: 34 bar (PED 2014/68/EU)
- Maximum operating pressure: 22 bar
- Casing material: AlMg3 aluminum alloy or galvanized steel, depending on the model and size
- Electrostatic powder-coated (RAL 9003), smooth and corrosion-resistant decorative finish
- Hinged side panels and bottom tray for easy access Integrated support feet for easier transport and installation (Not available on models with Ø300–350 mm fans)
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Industrial Unit Coolers (Water/Glycol)
- GCS – Αεροψυκτήρες Τύπου Κύβου (Water/Glycol)
- GCDD – Αεροψυκτήρες Οροφής 2 Εξόδων (Water/Glycol)
- Water/glycol unit coolers are designed for small to large capacity commercial and industrial cold storage rooms and rapid cooling rooms.
- GCS series: Single-direction blow, draw-through, ceiling-mounted.
- GCDD series: Dual-direction blow, blow-through, ceiling-mounted.
- Dual-speed three-phase fan operation allows for product-friendly cooling cycles.
- The Friterm GCS series includes 606 model variations, ranging from 0.97 kW to 235 kW, with a broad range of configuration and accessory options.
- Compatible with water, ethylene glycol, propylene glycol, Freezium, and other secondary fluids.
- Straight tube design for reduced defrost time and energy consumption
- Standard fin spacing options: 4 mm, 7 mm, 10 mm, 12 mm
- Tube material: Copper or AISI 304 stainless steel
- Fin material: Aluminum
- Inlet/outlet connections: Copper or AISI 304 stainless steel
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Pumped Evaporators(CO2/NH3)
- NES – Pumped Evaporators (CO2 & NH3)
- NEDD – Αεροψυκτήρες Οροφής 2 Εξόδων (NH3)
- 50 x 50 mm straight tube configuration
- 15 mm AISI 304 stainless steel tubes
- Standard fin spacing options: 4 mm, 7 mm, 10 mm, 12 mm (other options upon request)
- Fin material: Aluminum
- Inlet/outlet connections: AISI 304 stainless steel
- Standard connection orientation: right-hand side in airflow direction
- Optimized circuit design
- Test pressure: 34 bar
- Casing made of AlMg3 aluminum alloy or galvanized steel, depending on model and size
- Electrostatic powder-coated (RAL 9003), offering a smooth, durable, and corrosion-resistant finish
- Standard hinged side panels allow easy access to connections
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Shock Freezers (HFC, CO2, DX)
- FSL S – Blast Freezers – Αεροψυκτήρες Βαθειάς Κατάψυξης
- FSL H – Blast Freezers – Αεροψυκτήρες Βαθειάς Κατάψυξης
- FSL K – Blast Freezers – Αεροψυκτήρες Βαθειάς Κατάψυξης
- FSL T – Blast Freezers – Αεροψυκτήρες Βαθειάς Κατάψυξης
- Number of fans: 2, 3, or 4 depending on model
- Capacity range: 6 – 125 kW
- Vertical installation and airflow orientation
- Optional tube materials: Stainless steel or internally grooved copper
- Fin materials: -Aluminum -Copper oEpoxy-coated aluminum -Hydrophilic-coated aluminum -Magnesium alloy aluminum
- Coil circuitry optimized for refrigerants: R404A, R410A, R507A, R508A, R508B, R448A, and R449A
- Collectors and connections made of stainless steel or copper
- Standard test pressure: 34 bar (in accordance with PED 2014/68/EU)
- Self-supporting frame allows direct installation without the need for additional structural support
- Casing material: Galvanized steel with epoxy polyester electrostatic powder coating for excellent UV and corrosion resistance
- Standard color: RAL 9003
- Each fan section is individually separated by metal sheets, preventing reverse rotation of idle fans
- Electric heater in the coil
- Electric heater in the drain pan
- Fan cable extension to terminal box
- Wall mounting brackets
- Fan heater
- Drain heater
- Airflow deflector
- Textile duct connection
- Textile defrost connection / Defrost cover
- Maintenance switch for fans
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Condensers & Gas Coolers
- FVC 3E – Αερόψυκτοι Συμπυκνωτές Κάθετου Τύπου
- FCH 3E- Αερόψυκτοι Συμπυκνωτές Κάθετου Τύπου
- FCW 3E – Αερόψυκτοι Συμπυκνωτές Τύπου V
- FCV 3T – Αερόψυκτοι Συμπυκνωτές Εμπορική Σειρά
- Staggered tube arrangement,
- Grooved copper tube special for condensers, aluminum fin,
- Different product range from 1 to 14 fans.
- 2,1 – 2,5 mm fin spacing, other fin spacings are optional,
- Condensers are suitable to work with R404A, R507, R134A, R407A and R407C refrigerants and capacities are given according to R404A.
- Contact of the pipes to the mirror sheets is prevented and leak-proof long working life is guaranteed.
- Collectors and inlet-outlet connections are copper. Inlet collector has bleed/control valve.
- Standard Test Pressure: 34 bar (PED 2014/68/EU)
- As casing material, epoxy polyester based electrostatic powder coated galvanized steel is used which provides excellent UV and corrosion protection. RAL 9003 is applied as standard color.
- Each fan compartment is separated from the other by sheet metal plates, preventing the reverse rotation effect of stationary fans.
- All models have lifting lugs and mounting feet.
- Different fin spacing options,
- Completely epoxy coated coil, Different fin material options, coated aluminum fin, magnesium alloy aluminum fin, copper fin
- Completely epoxy coated coil
- Stainless pipe
- Stainless casing
- Stainless collector
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Dry Coolers & Oil Coolers
- FDV 2E – Αερόψυκτοι Dry Coolers Κάθετου Τύπου
- FDH 2E- Αερόψυκτοι Dry Coolers Κάθετου Τύπου
- FDW 2E – Αερόψυκτοι Dry Coolers Τύπου V
- Oil Coolers – Αερόψυκτοι Ψύκτες Λαδιού
- Staggered tube alignment,
- Copper tubes, aluminium fins,
- 2,1 – 2,5 – 3,2 mm standart fin pitches. Other fin pitches are optional
- Sliding collars and free holes system combination used in supporting end-plates that prevents any contact between tubes and end-plates and assures long life operation without leakages.
- Manifolds and inlet- outlet connecting tubes are steel. Manifolds equipped with vent and drain connections
- Dry Coolers have their own self supporting construction and do not require any extra accessories for installation on steel or concrete base.
- Galvanized steel is used for casing. External surfaces are covered with polyester based electrostatically powder painting, which provides an excellent UV and corrosion protection. Standard color code is RAL 7044. Hot dip galvanized steel, magnelis or stainless steel can be used optionally.
- Each fan chamber is separated by internal baffle plates to prevent induced windmilling effect during off-cycle fans.
- Stainless steel tube option
- Stainless steel casing option
- Copper/ Stainless steel manifold
- Adiabatic cooling system – Ecomesh spray system – High (Fogging system) and low pressure direct spraying system
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Adiabatic Cooling Systems
- Adiabatic Cooling Pad System for Vertical – Type Dry Coolers and Condensers
- Adiabatic Cooling Pad System for Vertical – Type Dry Coolers and Condensers
- Ecomesh Spraying System for V-Type Dry Coolers and Condensers
- Water Spraying System – The Water Spraying System involves intermittent spraying of water from nozzles located at set intervals on a dense mesh material placed at the front of dry coolers and condensers, as required by the system. The benefits of the Ecomesh system include reduced operating costs, fast and efficient cooling, the elimination of health risks, reduced water consumption and the maintenance of heat transfer efficiency.
- Adiabatic Cooling Pad System – Water flowing from the top along the cooling pad by means of a pump ensures the wetting of the pads. The dry, hot outside air is pre-cooled by passing through the wet cooling pads. This brings the air in contact with the wet cooling pads closer to the wet bulb temperature. The fins do not come into direct contact with water. Therefore, the life of the fins is longer than that of a direct spraying system. In addition, this prevents the fins from becoming contaminated. The system increases product efficiency while minimizing water consumption. The system is only activated when necessary, ensuring controlled operation. The pad application, which is used for vertical and V-type products, can be installed in with or without recirculation.
- Ecomesh Spraying System – The system intermittently sprays water from nozzles located at set intervals on the mesh material placed at the front of dry coolers and condensers, providing the necessary amount of water. The benefits of the Ecomesh system are reduced operating costs, fast, efficient cooling, elimination of health risks, reduced water consumption and continuity of heat transfer efficiency.
