background image

 

 

I. INTRODUCTION

 

 
 

The separation of dissolved solids and water using RO membranes is a pressure driven 
temperature dependent process.  The membrane material is designed to be as permeable to water 
as possible, while maintaining the ability to reject dissolved solids. 
 
The main system design parameters require the following: 

 

 

Internal flows across the membrane surface must be high enough to prevent settling of fine 
suspended solids on the membrane surface. 

 

 

The concentration of each dissolved ionic species must not exceed the limits of solubility 
anywhere in the system. 

 

 

Pre-treatment must be sufficient to eliminate chemicals that would attack the membrane 
materials. 

 

A

.  

SPECIFICATIONS

  

 

 

 

R12-0150 R12-0250 R12-0600 R12-1200 

Maximum Productivity 

(Gallons per day) 

150 250 600 1200 

Quality 

(membrane rejection) 

98 % 

98 % 

98 % 

98 % 

Recovery 

(user adjustable) 

15 - 75 % 

15 - 75% 

15 - 75 % 

30 - 75 % 

Membrane Size 

2.5” x 14” 

2.5” x 21” 

2.5” x 40” 

2.5” x 40” 

Number Of Membranes 

1 1 1 2 

 
 

Dimensions W x H x D 

(approximate inches) 

22 x 32 x 12 

22 x 52 x 12 

 
 

Prefilter 

(System ships with one 5 micron cartridge) 

10”  

Feed Water Connection 

1/2” NPT 

Product Water Connection 

(Tubing OD) 

3/8”  

Reject Water Connection 

(Tubing OD) 

3/8”  

Feed Water Required 

(Maximum)

 

2.4 gpm 

Feed Water Pressure 

(Minimum

10 psi 

Drain Required 

(Maximum)

 

2.4 gpm 

Electrical Requirement 

 

120 VAC 60 Hz 8 amps  

Motor Horse Power 

 

1/2 

Shipping Weight 

(estimated pounds) 

50 50 60 70 

Summary of Contents for R12-0150

Page 1: ...REVERSE OSMOSIS INSTALLATION AND OPERATION MANUAL R12 Wall Mount...

Page 2: ......

Page 3: ...end user Successful long term performance of an RO system depends on proper operation and maintenance of the system This includes the initial system startup and operational startups and shutdowns Pre...

Page 4: ...nt II Controls Indicators and Components III Operation A Installation B Plumbing Connections C Electrical D Startup E Control Function F Operation and Maintenance Log G Troubleshooting IV Replacement...

Page 5: ...ufficient to eliminate chemicals that would attack the membrane materials A SPECIFICATIONS R12 0150 R12 0250 R12 0600 R12 1200 Maximum Productivity Gallons per day 150 250 600 1200 Quality membrane re...

Page 6: ...uspended solids sediment from the feed water Backwashing the media removes the trapped particles Backwash can be initiated by time or differential pressure Water Softener Used to remove calcium and ma...

Page 7: ...nd temperature dependent Silica fouling can be prevented with chemical injection and or reduction in recovery I CONTROLS INDICATORS and COMPONENTS see figure 1 A On Off Switch Turns the unit on and of...

Page 8: ...Figure 1...

Page 9: ...ter line should never be restricted Membrane and or system damage may occur if the product line is blocked 3 Connect the reject water outlet to a drain The reject outlet is located at the reject needl...

Page 10: ...d 200 psi on the pump discharge gauge Figure 1 item F 10 Allow the product water to flow to drain for 30 minutes 11 Turn off the system and connect the product line to the point of use The product wat...

Page 11: ...ED WATER TEMP FEED WATER HARDNESS FEED WATER CHLORINE LEVEL PRE FILTER INLET PRESSURE PRE FILTER OUTLET PRESSURE REMARKS Note Change the prefilter when the differential pressure increases by 5 10 psi...

Page 12: ...and reject Slime in pipes and vessels Shock dosage of sodium bisulfite Continuous feed of low conc bisulfite at reduced pH Peracetic acid sterilization Clean with alkaline anionic surfactant Chlorine...

Page 13: ...of common replacement parts is provided below Contact your dealer for replacement parts assistance Part Number Description S9550 D T Pre filter housing 10 R9677 SV2514 1 RO membrane pressure vessel 2...

Page 14: ...the new membranes 6 Lightly lubricate the brine seals on the new membranes with clean water 7 Install the new membranes in the direction of flow with the brine seal end going in last 8 Lightly lubrica...

Page 15: ...ture Correction Factors Deg C Deg F Correction Factor 30 86 1 16 29 84 2 1 13 28 82 4 1 09 27 80 6 1 06 26 78 8 1 03 25 77 1 00 24 75 2 0 97 23 73 4 0 94 22 71 6 0 92 21 69 8 0 89 20 68 0 86 19 66 2 0...

Reviews: