RY Integrated ESP in Commercial Kitchen Hood 


DESCRIPTION
RY (ESP) Intagrated into a commercial Kitchen Hood
The RC Series combines capture, filtration, and purification in one integrated unit, eliminating the need for separate systems and simplifying installation. Its scalable design allows for multiple units to be installed in parallel, powered by an external extractor, to accommodate both compact kitchens and high-volume operations. With top, front, and rear discharge options, as well as airflow capacities of 3,200 and 4,800 m³/h in single- and three-phase configurations, the RC Series provides a tailored solution for any setup. The combination of ESP technology, UV lamps, and stainless steel construction ensures reliable performance while supporting compliance and improving the working environment for kitchen staff.

SPECIFICATIONS

Available models: RC3200 / RC3201 (3,200 m³/h) and RC4800 / RC4801 (4,800 m³/h)
Cleaning efficiency ≥ 95%
Oil mist concentration at outlet: ≤ 1.0 mg/m³
Material: SUS201 stainless steel
UV lamps: Included
Installation options: With or without blower; top, front, or rear discharge
Nominal Airflow: 3,200 m³/h and 4,800 m³/h depending on the model
Maximum Inlet Oil Mist Concentration: 20 mg/m³
Power Supply: Single-phase (220 V / 50-60 Hz) and three-phase (380 V / 50-60 Hz) configurations available depending on the model
Electrostatic Cell Consumption: High voltage regulated for ionization and contaminant capture
Fan Configuration: Available with a fan sized for duct connection or an external extraction system, or without a fan for custom installations
Discharge Options: Top, front, or rear
Parallel Installation Allows for the assembly of multiple units driven by an external extractor for high-volume operations
Recommended Operating Conditions: Suitable for commercial kitchen environments with high loads of grease, smoke, and steam
Maintenance: Removable and washable collector cells for simple periodic cleaning
Ductwork Connection: Compatible with existing extraction and ventilation systems