SpectraPure®

Fig. B: Flow Restrictor Tables

(For 4:1 Concentrate to Product Ratio)

FR-90(YELLOW or WHITE)

PRODUCT RATE

 

CUT TO LENGTH

ml./min.

gpd

 

in.

cm.

269

102

 

1

2.5

233

88

 

2

5.1

213

81

 

3

7.6

198

75

 

4

10.2

183

69

 

5

12.7

175

67

 

6

15.2

164

62

 

7

17.8

154

58

 

8

20.3

148

56

 

9

22.9

141

54

 

10

25.4

136

52

 

11

27.9

133

50

 

12

30.5

129

49

 

13

33.0

128

48

 

14

35.6

124

47

 

15

38.1

124

47

 

16

40.6

FR-180

 

 

 

(GREEN)

PRODUCT RATE

 

CUT TO LENGTH

ml./min.

gpd

 

in.

cm.

490

186

 

1

2.5

460

175

 

2

5.1

430

163

 

3

7.6

400

152

 

4

10.2

379

144

 

5

12.7

356

135

 

6

15.2

344

131

 

7

17.8

326

124

 

8

20.3

311

118

 

9

22.9

300

114

 

10

25.4

289

110

 

11

27.9

281

107

 

12

30.5

270

103

 

13

33.0

263

100

 

14

35.6

259

98

 

15

38.1

256

97

 

16

40.6

SpectraPure®

RO MEMBRANE DIAGNOSTICS

Although RO membranes are capable of maintaining high water quality over extended periods of time they eventually will begin to deteriorate. Normally, the conductivity of the permeate water will increase as the membranes age. By comparing the difference in TDS readings between the Tap water conductivity and the RO water conductivity, the per- centage of rejection of the RO membrane may be calculated and the resultant number may then be used to determine the condition of the membrane and thus the operator will know when the membrane needs to be replaced. Membrane failure will be indicated by a reduction of the percentage of rejection which will be determined by calculating the dif- ferential between the input and output numbers.

In order to accurately determine the condition of the RO Membrane, a conductivity tester (TDS meter) capable of reading the tap water

conductivity and the permeate water conductivity has been provided with this system. With the assistance of the TDS meter you will be able to easily determine the RO membrane’s condition. (see page 7)

Before performing the diagnostic test on the RO membrane, make sure that the RO system has been “ON” and producing pure water for a mini- mum of 10 minutes. Also check the brine (yellow) line to make sure that water is flowing and that the flow ratio between the permeate water and the brine water is at a ratio that is > 4 to 1. ( See Page 9). (NOTE: The pressure gauge should indicate a pressure reading of > 40 PSI during this 15-20 minute test period.

Procedure:

1.Turn on the meter 1 by depressing the on switch.

2.Locate the meter slide switch on the front of the DM-1 TDS meter.

3.Slide the switch to the “Left” and read the Tap water conductivity then record the reading ________ .

4.Next, slide the switch the to “Right” and read the permeate water conductivity then record the reading ________.

5.See page 7 on “TESTING THE RO MEMBRANE REJECTION RATE ”

 

SpectraPure®Inc. 480.894.5437 Call us toll-free 1.800.685.2783

10

2167 East Fifth St, Tempe, Arizona 85281

 

SpectraPure®Inc. Fax 480.894.6109 Fax us toll-free 1.877.527.7873 E-mail: spectra@spectrapure.com Visit us on the web www.spectrapure.com 15

Page 10
Image 10
Spectra Watermakers MEM-90,150, SF-MT-0.5-10, CF-0.5-10 manual FR-90YELLOW or White, Green, RO Membrane Diagnostics

CF-0.5-10, SF-MT-0.5-10, MEM-90,150 specifications

Spectra Watermakers is renowned for its advanced water desalination technology, providing reliable fresh water solutions for various applications. Among their notable products are the CF-0.5-10, SF-MT-0.5-10, MEM-90, and MEM-150 systems, each designed to meet specific water production needs while maintaining ease of use and efficiency.

The CF-0.5-10 model is a compact and highly efficient watermaker that delivers up to 10 gallons per hour. Its primary feature is reverse osmosis technology, which effectively removes salt and impurities from seawater, resulting in high-quality potable water. The system is equipped with an energy recovery device that minimizes energy consumption, making it a sustainable choice for boaters and coastal residents alike. With a lightweight design, the CF-0.5-10 is easy to install and maintain, ensuring that users can consistently access fresh water in remote locations.

The SF-MT-0.5-10 is another impressive model from Spectra Watermakers. It offers similar efficiency and capacity but includes additional features for marine applications. This model utilizes a high-quality stainless steel frame and marine-grade components, enhancing durability amidst harsh conditions. The SF-MT-0.5-10 includes an intuitive user interface, allowing for easy operation and monitoring of water production levels. Its compact size makes it suitable for installation in tight spaces on yachts or small vessels.

For those needing larger production capacities, the MEM-90 and MEM-150 systems provide impressive output. The MEM-90 can produce up to 90 gallons per day, while the MEM-150 takes it a step further with a daily capacity of 150 gallons. Both systems leverage advanced membrane technology, ensuring robust performance and long-term reliability. Features such as automatic pressure regulation and user-friendly digital controls provide operators with a seamless experience.

Additionally, these systems are designed with energy efficiency in mind, employing innovative technologies to reduce power consumption. Their rugged construction ensures that they can withstand various environmental stresses, making them ideal for use in both commercial and recreational settings.

In conclusion, Spectra Watermakers’ CF-0.5-10, SF-MT-0.5-10, MEM-90, and MEM-150 systems exemplify quality and innovation in water desalination. Each model brings unique features to meet diverse needs, ensuring that users have a reliable source of fresh water wherever they may be. Whether for marine use or land-based applications, Spectra’s watermakers guarantee performance, efficiency, and durability.