Available with trusted hermetic, semi-hermetic, and scroll compressors, these systems ensure peak performance and long-term dependability.
Each unit comes pre-assembled with horizontal or vertical airflow options—ready to deploy on-site with minimal setup required.
1. Oversized Condenser Design: Engineered for lower power usage and higher capacity output, even under extreme ambient temperatures—boosting operational efficiency. 2. Single-Phase 240V Condenser Fans: Economical fan systems designed to enhance energy savings and overall performance. 3. Built-in Motor Protection: Compressors include internal line break safeguards to extend motor life and minimize breakdown risks.
Compatible with HFC and HFO/HFC refrigerant blends, offering flexibility across diverse industrial and environmental applications.
Zone 1 and 2 Condensing Units with Explosion Proof AC are built for hazardous Industrial sites. Engineered to withstand explosive atmospheres, they ensure safe cooling, durability, and compliance with safety regulations, offering reliable performance in critical working conditions.
Explosion-proof HVAC systems for control centers, engine rooms, and living spaces, built to deliver dependable cooling in hazardous conditions.
Zone-classified HVAC units engineered for hazardous process areas and control rooms where uninterrupted performance is critical.
Cooling systems tailored for areas with flammable gases and pressurized substances—prioritizing safety and reliability.
Marine-compliant cooling solutions designed for FPSOs and offshore platforms, offering durable operation with low maintenance.
Heavy-duty HVAC units where maintaining mechanical and electrical safety is essential for 24/7 operational integrity.
Zone 1 and Zone 2 condensing units are designed for use in specified hazardous areas, providing heat rejection for cooling systems used in marine, oil & gas and industrial applications.
These units are engineered with appropriately certified components and protection measures to minimise potential ignition sources and provide reliable heat rejection in environments where flammable gases or vapours may be present.
They can incorporate certified compressors, controls, electrical components and protective enclosures suitable for the specified hazardous-area classification, allowing them to support cooling systems designed for classified environments.
Energy efficiency depends on the compressor, condenser design, refrigerant, operating conditions and system controls. High-efficiency components and appropriate system sizing can help reduce energy consumption while maintaining the required cooling performance.
They may be used in offshore platforms, refineries, petrochemical facilities, chemical plants and other industrial sites where cooling equipment must be suitable for specified hazardous-area classifications.
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