Watts (LC-380PP) Light Commercial Reverse Osmosis System 380 GPD

Watts Light Commercial Reverse Osmosis System

The (LC-380PP) Light Commercial Reverse Osmosis System from Watts has a gallon per day number of 380, which is fairly high for a residential system compared to other products on the market. This system has the ability to produce water at a very high volume if it is needed. If not, it also features the pressure gauge which helps users to control and limit the amount of water it produces. The system is manufactured with high-quality metals such as aluminum and stainless steel. This ensures that the product is strong enough to withstand high pressure. You and your family can rely on Watts’ reverse osmosis systems to provide the household with safe drinking water.

• Compact, Sturdy design
• Welded powder-coated frame
• Liquid filled pre-filter pressure gauge
• Integrated booster pump(s)
• Sediment & carbon pre-filtration
• Quick-connect fittings for easy installation

The LC Series is suitable for the following applications:

• Manufacturing
• Pharmaceutical
• Food Processing industries
• Shopping centers
• Schools
• Hotels

Overview:

• Light Commercial RO System
• Free Standing
• Rated for 380 GPD
• Membrane elements: 3
• Membrane Type: Thin Film
• Operation Pressure: 0-125 psi
• Operation temperature: 40-110 F

Standard Features:

• Powder coated frame made of light weight and rust proof aluminum alloy with U shaped bracket for better support.
• High rejection thin film membrane, typical rejection rate of 99%. Each membrane is 100 gpd @ 100 psi.
• Two 20″ pre-treatment filters: 5 microns sediment and extruded carbon block.
• One 20″ post treatment filter, standard coconut shell granular carbon.
• Stainless Steel liquid filled pressure gauge.
• Electrical shut-off valve to prevent clogging following the sediment filter.
• Low energy high flow booster pump with transformer: fills product tank faster and saves waste water.
• Aluminum rivets to provide durable tightness
• Stainless Steel check valve to prolong membrane life