The Waterite Vectamaxx RSL HP 9600 High Pressure Reverse Osmosis System is a high-pressure commercial reverse osmosis system engineered for brackish water applications requiring high-performance dissolved solids reduction and reliable continuous operation.
Designed with four high-capacity spiral wound membranes, stainless steel pump components, and a durable powder-coated aluminum frame, the RSL HP 9600 is built for demanding commercial, industrial, and specialized water treatment applications.
Please note: Product appearance may vary slightly from images shown. This model includes four membranes.
Key Features
• High-pressure commercial reverse osmosis system
• Designed for brackish water applications
• Produces up to 9,600 gallons per day
• Four-membrane spiral wound RO design
• High-pressure multi-stage stainless steel pump
• Recirculation loop design for optimized membrane performance
• Heavy-duty aluminum frame construction
• Built-to-order commercial system
• Optional panel-mounted TDS monitoring available
Commercial Brackish Water RO Performance
The Vectamaxx RSL HP 9600 is designed to handle higher TDS feed water applications while maintaining efficient permeate production and reliable long-term operation.
Calculated permeate production:
• 5.6 USGPM (21.2 LPM)
• Approximately 9,600 gallons per day
Performance calculations based on:
• 500 mg/L NaCl feed water
• 25°C feed temperature
• Average system pressure of 235 psi
• 60% recovery
• 50 psi inlet pressure
Four-Membrane High-Pressure Design
This system utilizes four BLACK MAX® spiral wound thin-film composite membranes designed for high-pressure brackish water treatment applications.
Membrane Specifications
• BLACK MAX® BME-4040S membranes
• 2,000 USGPD permeate capacity per membrane
• Rated at 225 psi and 25°C feed conditions
Heavy-Duty Commercial Construction
The RSL HP 9600 is engineered with durable commercial-grade materials for long-term reliability.
Construction Features Include
• White powder-coated aluminum frame
• Stainless steel multi-stage pump components
• Stainless steel pressure gauges
• Stainless steel membrane housing body
• Schedule 40 PVC system fittings
• Polypropylene pre-filtration housing
Pump & Pressure System
The system uses a powerful multi-stage high-pressure pump assembly designed for demanding RO applications.
Pump Features
• 230VAC / 60Hz operation
• 3450 RPM motor
• Stainless steel discharge housing and brackets
• Stainless steel pump shaft and bearings
• Noryl impellers and stages
Operating pressure:
• 230 psi (15.9 bar)
Integrated Monitoring & Safety Features
The system includes multiple built-in monitoring and protection components including:
• Low pressure safety switch
• High-pressure relief valve
• Glycerin-filled pressure gauges
• Acrylic flow meters
• Inlet solenoid valve
Optional Equipment
• Panel-mounted permeate TDS monitor
• Dual feed/permeate TDS monitor
Prefiltration System
Integrated prefiltration helps protect the RO membranes from sediment and particulate contamination.
Included prefiltration components:
• 20" polypropylene filter housing
• 5-micron polypropylene sediment filter cartridge
Specifications
• Product Number: R/O RSL9600HP
• System Type: High-Pressure Brackish Water Reverse Osmosis System
• Daily Production Capacity: 9,600 GPD
• Voltage: 220VAC / 60Hz
• Service Amps: 10.3 / 11.3
• Operating Pressure: 230 psi
• Feed Water Pressure: 30–70 psi
• Maximum Feed Water Temperature: 40°C
Frame Dimensions
• Height: 50" (127 cm)
• Width: 31" (79 cm)
• Depth: 24" (62 cm)
Connections
• Feed Water Requirement: 14 USGPM minimum
• Feed Water Inlet: 1/2"
• Product Water Outlet: 1/2"
• Concentrate Ports: 3/4" FNPT
Recommended Feed Water Conditions
• TDS: Less than 4,000 ppm
• Hardness: Less than 6 GPG
• Total Iron: Less than 0.05 ppm
• Tannin: Less than 0.5 ppm
• Chlorine: Less than 0.1 ppm
• pH Range: 5.5 – 9.5
• Manganese: Less than 0.05 ppm
• Hydrogen Sulphide: 0 ppm
• Turbidity: SDI less than 5.0
Additional Information
• Built-to-order system
• Typical lead time: 6–8 weeks
• All sales final on custom-built systems
• Components meet or exceed NSF Standard 61 requirements
