RCVD V-shaped Condensers
High-capacity condensation with minimal lateral footprint.
The V-shape solution for large-scale systems requiring maximum efficiency and compactness
High ambient temperatures, continuous operating cycles, and increasingly demanding thermal loads rapidly expose the limitations of traditional condensers. Large-scale industrial systems require a solution that maintains stable condensation even under unbalanced loads or when outdoor air temperatures reach critical thresholds.
High ambient temperatures, continuous operating cycles, and increasingly demanding thermal loads rapidly expose the limitations of traditional condensers. Large-scale industrial systems require a solution that maintains stable condensation even under unbalanced loads or when outdoor air temperatures reach critical thresholds.
The RCVD series is engineered to tackle these conditions leveraging a double-row V geometry (double-row V-bank) that guarantees a large heat transfer surface within a compact footprint. Two independent refrigerant circuits and optimized air distribution ensure operational continuity even under variable loads, backed by a wide range of configurations selectable according to project technical data.
Application Sectors
- Food & Beverage
- Air conditioning
- Grocery Retail
- Distribution Centers
Advantages of V-shaped Condensers
- Higher heat dissipation capacity in restricted spaces: Thanks to the double-row V-shaped configuration that concentrates a large heat transfer surface within a compact footprint, facilitating integration onto technical rooftops.
- Condensation stability even during peak loads: Thanks to inner-grooved copper tubes and corrugated fins that maintain high heat transfer performance even at reduced airflow rates, improving cycle consistency.
- Quieter operation: Thanks to 800–910 mm external rotor fans and optimized fan shrouds that reduce the required fan speed, achieving lower acoustic levels.
- High long-term reliability: Thanks to the coil suspension system that prevents direct contact between the core and the casing, reducing the risk of micro-leaks.
- Operational continuity during partial shutdowns: Thanks to internal separator baffles that prevent air recirculation and maintain a uniform airflow across the heat transfer surface.
- Flexibility in refrigerant selection: Thanks to full compatibility with HFC, HFO, and NH3 fluids, and the availability of numerous configurations that streamline the design of both new installations and retrofit projects.
Technical Specifications and Models
- Condensing capacity : 290 – 2,200 kW (EN 327 conditions)
- Fans: 4–16 units
- Fan diameters: 800 / 910 mm, AC o EC, IP54, class F
- Fin spacing: 2,1/2,3/2,5/3,2/4,0 mm
- Compatible refrigerants: HFC – HFO – NH₃
- Operating Pressures / Temperatures: PS 30 bar (40 bar per R410A) | TS –40 / +120 °C
- Installation: horizontal
- Number of models: over 70 configurations
Options and customization
- AISI 304 / 316L stainless steel casing
- Stainless steel tubes and fins
- Fins in copper, pre-painted aluminum or flat
- High efficiency EC fans
- ATEX fans
- Special high-pressure fans
- Coil protective coating
- Fans Speed controllers
- Anti-vibration mounts
- Fan isolators switches (disconnectors)
- AC/EC fans wiring
Warranty and compliance
- Warranty: 24 months from date of shipment
- Compliant with:
- PED 2014/68/EU
- Machinery Directive 2006/42/EC
- Low Voltage Directive 2014/35/EU
- EMC Directive 2014/30/EU
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