| Standard Features: |
| Compact installation |
| Thin film composite RO membranes |
| Quick-change housings |
| Hydraulic operation |
| Automatic shut-off valve |
| Cartridge prefiltration |
| Waste restrictor |
|
| Options: |
| • Booster Pump Kit - To increase feed pressure by ~40 psi. Includes pump, transformer, pressure switch and solenoid valve. |
| •TDS Monitor -"Press to test" indicator. Green light for good quality, red light for poor quality. Adjustable sensitivity via dipswitch selection. Battery operated. |
| • Granular Activated Carbon - prefiltration to reduce chlorine and organics. |
| • Product Water Storage Tanks |
|
| System Specification |
Inlet Pressure (dynamic) |
: 60-120 psi |
| Temperature |
: 1-38℃ |
| Turbidity (max) |
: 1 NTU |
| pH Range |
: 5-10 |
Free Chlorine |
: <0.1 ppm |
Chloramine, max. |
: 3mg/l |
Total Dissolved Solids, max. |
: 2500 mg/L |
| Silt Density Index, max. |
: 3 |
| Langlier Saturation Index, max. |
: 0 |
| Iron, max. |
: 1.0 mg/L |
| Approx. Operating Weight |
: 10-15 lbs. |
|
| Model Descriptions |
|
Model |
Features |
Design  Recovery % |
Automatic shut-off valve |
5 micron prefilter |
GAC prefilter |
100 gpd* RO cartridge |
200 gpd* RO cartridge |
|
LC-1P |
30% |
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LC-1PC |
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LC-2P |
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LC-2PC |
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| ** Approximate nominal capacity based on properly pretreated feed water of 600 ppm TDS as NaCl, 77oF, Silt Density Index below 3.0, and 60 psi applied pressure supplying water to atmosphere. Productivity will vary depending on the feed water conditions. |
| For units with inlet pressure lower than 50 psi a booster pump is recommended. |
| Where TDS exceeds 600ppm (600mg/L) and the pressure less than 60 psi, a booster pump is recommended. |
| The reverse osmosis membrane used in this system will be damaged by chlorine. If your water supply contains chlorine, units with activated carbon filters must be used. Consult your local dealer about your chlorine content and filter capacity. For LC-1PC or LC-2PC units, influent chlorine should not exceed 3 mg/L. |
| The reverse osmosis membrane used in this system is chloramine tolerant. However, chloramines can produce free chlorine, which can damage the reverse osmosis membrane. When free chlorine is present, dechlorination (activated carbon filtration) is recommended. |
 Actual recovery will depend on feed water source, SDI, temperature and product back pressure. | |
