Compact Condensing Unit
- Capacity: 3-5 HP oversized, non-flooding design for reliable performance.
- Versatile Applications: Engineered for low, medium, and high-temp HFC/HFO applications in any ambient condition.
- Energy Efficiency: Floating head technology and low refrigerant charge minimize energy use and environmental impact.
- Superior Construction: Durable powder-coated aluminum enclosure with hinged access panels combines weather resistance with maintenance-friendly design.
- Enhanced Refrigeration: High-performance scroll compressor with HX accumulator for superior liquid subcooling.
- Intelligent Automation: PLC control with EXV management ensures optimal operation in all conditions.
- Seamless Integration: Connects effortlessly to building automation systems for centralized monitoring and energy management.
- User-Friendly Control: Optional 4-inch touchscreen provides easy access to system status, performance data, and settings.
Full-size Condensing Unit: (High-Efficiency FCU-Series)
- Dual-Temp Performance: Non-flooding, variable-capacity system supports low, medium, and high-temp HFC/HFO applications, including two-stage compression.
- High Efficiency: Floating head design, VFD-driven compressors, and low refrigerant charge reduce energy use and increase the refrigeration effect.
- Simplified Architecture: Eliminates low-temp condensers, receivers, and oil separators—cutting mechanical components and refrigerant volume by up to 50%.
- Reliable Cooling: Multi-stage scroll compressors with HX accumulator deliver stable operation, liquid subcooling, and built-in redundancy.
- Smart Control: PLC with EXV management, remote access, and predictive diagnostics ensure precision and uptime.
- Plug & Play Integration: BAS-ready with Ethernet connectivity for fast setup and centralized control.
- Rugged Build: Vinyl-wrapped, corrosion-resistant aluminum cabinet with lockable doors for easy service and all-weather protection.
- Quiet Operation: Engineered to reduce vibration and noise for smooth, efficient performance.
- Flexible Install Options: Rooftop, split, or packaged configurations—pre-wired, pre-programmed, and pre-charged for minimal installation effort.
Indoor Rack System
- Flexible Performance: Non-flooding, variable-capacity system supports low, medium, and high-temp HFC/HFO applications in any environment.
- High Efficiency: Floating head technology, VFD-driven multi-stage scroll compressors, and low refrigerant charge reduce energy use and environmental impact.
- Built-In Redundancy: Tandem compressor staging with HX accumulator ensures reliable cooling and consistent liquid subcooling.
- Smart Automation: PLC with EXV management enables precision control, remote access, diagnostics, and predictive maintenance.
- Plug & Play Design: Pre-wired, pre-charged, pre-insulated, and pre-built for fast installation with no downtime.
- Durable & Lightweight: Aluminum structural frame with wrapped panel box; optional HMI screen for local control.
- Customizable Layout: Streamlined piping and configurable sizes to suit various space and load requirements.
- Seamless BAS Integration: Ethernet-enabled connectivity for centralized monitoring and full system control.
Oxford LPP™ Platform: Smarter Refrigeration by Design
The Oxford LPP™ Platform offers a cutting-edge refrigeration solution that uses a wide range of existing refrigerants, with a primary focus on environmentally friendly HFO refrigerants. Designed for low-pressure systems with high critical temperature characteristics, this technology provides exceptional performance while offering a smooth transition for customers.
Benefits
Aligning with Customer Goals
The Oxford LPP™ Platform is built for adaptability. It integrates seamlessly into existing infrastructure, allowing phased implementation that aligns with your facility's goals and limitations. It allows facilities to adopt HFO low-pressure technology in stages while retaining conventional systems where needed.
Fewer Inputs. Better Performance.
Oxford LPP™ dramatically reduces the system footprint. It minimizes equipment needs by significantly lowering system superheat and heat of compression. It removes the need for a dedicated low-temperature condenser, receiver, and oil separation system, and cuts refrigerant volume by up to 50% compared to traditional designs.
Lowering Cost of Ownership
With fewer components and simplified operation, Oxford LPP™ reduces energy consumption and maintenance requirements—achieving up to 40–60% in total cost savings over conventional rack systems. Installation costs are also reduced, requiring less than half the piping. It supports brazed copper or cost-effective crimped copper/aluminum piping, reducing both material and labor costs without sacrificing reliability.
Next-Level Architecture
Oxford LPP™ features full low-temperature redundancy through a flow-through design. Evaporator temperature changes—whether in low- or medium-temperature applications—require no valve adjustments or architectural changes, greatly simplifying operation. The system also eliminates pressure-compensated or pressure-dependent valves, further reducing complexity.
Engineered for Efficiency
By addressing core inefficiencies in low-temperature compression, Oxford LPP™ minimizes secondary heat loads—including motor and compression heat—by up to 80%. This translates into a more efficient, more responsive refrigeration system.
Built for Compliance
Oxford LPP™ is designed to meet today’s toughest standards, including California regulations and European directives. When paired with compliant evaporator and case layouts, it maintains a low refrigerant charge (under 50 lbs) using environmentally responsible, low-GWP HFO refrigerants.
Patent pending system.
Wired for Success:
The Connectivity Blueprint of the OLPP
Explore how this state-of-the-art system interconnects, forming a seamless and intelligent network that stands poised to revolutionize the realm of refrigeration.
