Commercial Window Cleaning Reverse Osmosis System with 2540 Membrane and Booster Pump
Produce purified water for professional window cleaning with the Max Water Commercial Window Cleaning Reverse Osmosis System. Designed for commercial cleaners, property-maintenance teams, mobile detailing operators, and pure-water cleaning applications, this system helps reduce dissolved minerals that may otherwise leave spots or streaks after the water dries.
The system combines sediment prefiltration, a commercial stainless-steel 2540 membrane housing, an XLP-2540 reverse osmosis membrane, and a commercial-grade booster pump. Together, these components provide a strong foundation for water-fed pole systems and other professional pure-water cleaning setups.
Reverse osmosis significantly reduces the mineral load in the source water. Final water quality depends on incoming TDS, hardness, pressure, temperature, membrane condition, flow settings, and whether a downstream deionization polishing stage is used.
How the Window Cleaning RO System Works
-
20" Sediment Prefiltration
The included 20" x 2.5" sediment filter captures sand, rust, dirt, silt, and suspended particles before they reach the booster pump and reverse osmosis membrane. -
Commercial Booster Pump
The commercial-grade pump increases feed-water pressure to support membrane operation and purified-water production under suitable installation conditions. -
2540 Reverse Osmosis Membrane
The XLP-2540 membrane reduces total dissolved solids and a broad range of dissolved minerals that may contribute to spotting on glass, frames, vehicles, and other cleaned surfaces. -
Optional DI Polishing
A downstream deionization stage can further reduce the remaining ions after reverse osmosis when near-zero or 0-PPM product water is required.
Key Features and Benefits
- Commercial 2540 membrane format: Designed for higher production than small residential RO membranes.
- Stainless-steel membrane housing: Provides a durable commercial enclosure for the 2540 RO membrane.
- Commercial-grade booster pump: Helps provide the pressure required for effective membrane performance.
- Sediment protection: The 20" prefilter helps protect the pump and membrane from dirt, rust, and suspended debris.
- Reduced spotting potential: Lower-mineral water leaves fewer dissolved solids behind as it evaporates.
- Water-fed pole compatible: Suitable as the purification stage in a properly designed professional pole-cleaning setup.
- Expandable configuration: Can be paired with compatible carbon, antiscalant, softening, or DI treatment depending on source-water conditions.
- Professional cleaning applications: Suitable for glass, solar panels, vehicles, building exteriors, and other rinse-water uses.
Package Includes
- 2540 stainless-steel commercial reverse osmosis membrane housing, Part No. 105893
- XLP-2540 low-pressure reverse osmosis membrane, Part No. 104301
- 2600 GPD commercial-grade booster pump, Part No. 105529
- One-stage 20" x 2.5" sediment prefiltration assembly
- One 20" x 2.5" sediment filter cartridge
- Essential installation fittings
- Required mounting and connection components supplied with the package
Technical Specifications
| Specification | Value |
|---|---|
| System Type | Commercial window-cleaning reverse osmosis system |
| Primary Application | Pure-water window and exterior-surface cleaning |
| Membrane Format | 2540 commercial reverse osmosis membrane |
| Membrane Model | XLP-2540 |
| Membrane Housing | 2540 stainless-steel commercial membrane housing |
| Booster Pump | 2600 GPD commercial-grade booster pump |
| Prefiltration | One-stage 20" x 2.5" sediment filtration |
| Final Water Quality | Depends on feed-water quality and system configuration* |
| Optional Final Polishing | Compatible DI stage recommended for near-zero or 0-PPM water |
| Source-Water Requirement | Biologically safe and properly pretreated water |
*The supplied product information does not state verified system dimensions, electrical specifications, feed-pressure range, operating temperature, membrane rejection percentage, recovery ratio, or guaranteed production under field conditions. Add these values only after confirming them from the pump, membrane, and completed-system specifications.
What the System Helps Reduce
- Total dissolved solids
- Calcium and magnesium hardness minerals
- Dissolved salts and mineral residue
- Minerals that may contribute to spotting and streaking
- Sediment, rust, dirt, and suspended particles
- Selected dissolved inorganic contaminants
Recommended Applications
- Commercial window cleaning
- Water-fed pole cleaning systems
- High-rise and exterior glass maintenance
- Solar-panel cleaning
- Vehicle washing and auto detailing
- Building façade and sign cleaning
- Property-maintenance rinse-water preparation
- Mobile pure-water cleaning systems
- Prefiltration before compatible DI polishing tanks
Feed-Water and Pretreatment Requirements
Commercial reverse osmosis membranes require suitable feed-water quality. Test the source water before installation to identify TDS, hardness, iron, manganese, chlorine, sediment, pH, and other conditions that may affect the pump or membrane.
- Install adequate sediment filtration before the pump and membrane.
- Chlorinated source water may require suitable carbon pretreatment if the selected membrane is chlorine-sensitive.
- High-hardness water may require softening or antiscalant treatment to reduce membrane scaling.
- Iron, manganese, sulfur, and heavy sediment should be treated before the RO system.
- Use a calibrated TDS meter to compare feed-water and product-water quality.
Installation and Maintenance
- Install the sediment prefilter before the commercial booster pump.
- Install the pump, membrane housing, concentrate line, and product-water line according to the supplied flow diagram.
- Confirm the membrane orientation and brine-seal direction before closing the stainless-steel housing.
- Use appropriately sized pressure-rated tubing, hoses, valves, and fittings.
- Provide unrestricted concentrate flow and do not block the membrane drain line.
- Flush the new membrane according to the membrane instructions before using the product water.
- Replace the sediment cartridge when flow declines, pressure loss increases, or the cartridge reaches its service interval.
- Monitor feed and product TDS regularly to identify declining membrane rejection.
- Inspect the pump, fittings, hoses, pressure connections, and membrane housing regularly for leaks or abnormal operation.
- Protect the system from freezing, excessive heat, direct weather exposure, and physical damage.
Frequently Asked Questions
Will this system produce completely spot-free water?
Reverse osmosis substantially reduces dissolved minerals, but the final TDS may not be zero. Spot-free results depend on source-water TDS, membrane rejection, surface conditions, and drying method. A downstream DI stage is recommended when 0-PPM water is required.
Why is a DI polishing stage recommended after RO?
Reverse osmosis removes most dissolved minerals but normally leaves a small percentage behind. DI resin removes many of the remaining charged ions and can reduce the final TDS closer to zero.
Can this system be connected to a water-fed pole?
Yes, when the pump, product-water flow, hose size, pole height, pressure, and downstream equipment are correctly matched. Additional delivery or transfer pumping may be required for long hose runs or elevated work.
Does the 2600 GPD pump mean the system produces 2600 gallons of purified water per day?
No. The pump rating and membrane production rating describe different components. Actual purified-water output is determined primarily by the installed membrane, feed pressure, temperature, TDS, recovery setting, and system configuration.
What does 2540 mean?
The number identifies the approximate commercial membrane format. A 2540 membrane is approximately 2.5 inches in diameter and 40 inches long.
Why does the system need a booster pump?
Reverse osmosis membranes require adequate pressure to overcome osmotic pressure and produce purified water. The booster pump helps provide more consistent membrane pressure when the incoming supply alone is insufficient.
Can I use the system with hard water?
Hard water may cause mineral scale on the membrane. Depending on the hardness level and recovery rate, a water softener or antiscalant pretreatment system may be required.
Does the included sediment filter remove chlorine?
No. A sediment cartridge removes suspended particles but does not provide meaningful chlorine reduction. Add suitable carbon pretreatment when the source water contains chlorine and the membrane requires chlorine protection.
How do I know when the membrane needs replacement?
Compare feed-water TDS with product-water TDS using a calibrated meter. Declining rejection, lower production after pressure and temperature are checked, or persistent fouling may indicate that cleaning or replacement is required.
Can this system be used with well water?
It may be used with properly tested and pretreated well water. Iron, manganese, sulfur, hardness, sediment, and microbiological contaminants must be treated before the RO system when present at problematic levels.
Can the system remain outdoors?
The system should be protected from freezing, direct weather exposure, excessive heat, water intrusion into electrical components, and physical damage. Install it in a suitable enclosure when used outdoors or in a mobile setup.
RO = Reverse Osmosis. DI = Deionization. TDS = Total Dissolved Solids. GPD = Gallons Per Day. Actual system performance must be confirmed under the completed installation's operating conditions.
Filter Replacement Options and Alternatives for Item Number:101141
