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PURETEC

4.1

 Controllers

standard-

output

Series

high-output 

Series

Simplistic  in  operation,  these  systems  feature  a  tri-colour 

LED that indicating system status and a 4-digit display to in-

dicate lamp life remaining. Pressing the button will change 

the display to indicate total running time. When the UV lamp 

is  on  and  within  its  operating  age,  the  LED  will  be  green. 

When the UV lamp is not on or the lamp life has expired, 

the LED will be illuminated red and an audible buzzer will be 

sounding. To remedy this condition, the UV lamp must be 

replaced with a new genuine PURETEC UV lamp. 

PURETEC

5.1

 & PURETEC

6.1

 Controllers

standard-

output

Series

high-output 

Series

A full colour LCD screen provides the user with a detailed 

description of the system’s performance in addition to pro-

viding any applicable fault messages and system diagnostics. 

The controllers used in both the PURETEC

5.1

 and PURETEC

6.1 

are  identical.  The  difference  is  that  the  PURETEC

6.1

  series 

of products includes a UV intensity monitor. All PURETEC

5.1

 

and PURETEC

6.1

 controllers include an “infinite expandability 

port” located on the right side of the controller. Simply plug 

in an optional UV sensor module into the expandability port 

of a PURETEC

5.1

 controller and the system will now monitor 

the UV intensity of the system!

PURETEC

5.1

 & PURETEC

6.1 

Power-up Sequence

On start up, the controller will run through a diagnostic start-up and the sequence will be dis-

played as follows on the colour LCD:

Next, the controller checks for and initializes any optional modules that may be attached to the 

system. 

UV Sensor

Module Check

OR

Solenoid

Module Check

OR

Summary of Contents for RI-10K

Page 1: ...55 Class B C US System Tested and Certified by NSF International against CSA B483 1 and NSF ANSI 55 for Disinfection Performance Class B System Rated Flow System Rated Flow RI 6KB 22 gpm RI 10KB 22 g...

Page 2: ...pply with a UV system gives you reassurance that your family will have access to safe drinking water throughout your entire home with no chance of microbiological contamination This is chemical free p...

Page 3: ...14 PURETEC5 1 Operational Screens 15 PURETEC6 1 Operational Screens 16 Lamp Countdown Sequence 16 Lamp Replacement PURETEC4 1 systems 17 Lamp Replacement PURETEC5 1 PURETEC6 1 systems 17 QR Codes 17 S...

Page 4: ...vice instructions if required 7 Do not use this system for any purpose other than what it was intended for Misuse of this system could potentially cause harm to the user or others 8 Your system is int...

Page 5: ...required will depend on parameters being treated Hardness 7 gpg 120 mg L if hardness level is 7 gpg or slightly below the quartz sleeve must be cleaned periodically in order to ensure effi cient UV p...

Page 6: ...lug 310040 O Ring 390007 Brass Nut RI SEN1 fits all but RI 6 to RI 9 series RI SEN12 fits all RI 6 to RI 9 series RI SEN1V NSF Class A series GLAND NUT O RING SLEEVE SPRING QUARTZ SLEEVE REACTOR UV LA...

Page 7: ...6 Teflon Plug 310040 O Ring 390007 Brass Nut RI SEN2 Standard series RI SEN2V NSF Class A series 260004 North American 260005 Euro 260006 British 260008 Australian New Zealand RI GNP RI ORP RI SLSP RS...

Page 8: ...POE systems choose a location where the main cold water line is accessible The system must be installed after other water treatment equipment softener or filters but before any branches See Figure 1...

Page 9: ...If mounting to an alternate material you will need to purchase the proper corresponding fasten ers Step 4 For water supplies where the maximum flow rate is unknown a flow restrictor is recommended so...

Page 10: ...SE NOTE DO NOT install a UV lamp inside the quartz sleeve without the sleeve spring in place Step 8 Install the UV sensor PURETEC6 1 systems only Align the flat portion so it faces the gland nut end a...

Page 11: ...acing you The key will plug into the lamp key port on the right side of the controller Figure 8 Step 13 Plug the lamp connector into the lamp Note the keying for proper alignment see Fig ure 7a 7b Ins...

Page 12: ...ning At a minimum the quartz sleeve should be cleaned on an annual basis The following steps outline a basic clean ing procedure Step 1 If a by pass assembly is installed shut the inlet valve off to p...

Page 13: ...sensor port Step 6 Holding the sensor in your hand wipe the flat portion sensor face of the sensor with isopropyl alcohol using a clean lint free cloth Step 7 Replace sensor following step 9 from the...

Page 14: ...with a detailed description of the system s performance in addition to pro viding any applicable fault messages and system diagnostics The controllers used in both the PURETEC5 1 and PURETEC6 1 are id...

Page 15: ...a final start up complete screen is displayed The system will now be ready to disinfect water flow all detected modules lamp reaching max output successful start up PURETEC5 1 Operational Screens On s...

Page 16: ...en is solid red and a constant audible alarm is given This alternates with a screen indicating water may be unsafe for consumption With the solenoid module the controller de activates the solenoid val...

Page 17: ...countdown timer has been reset Lamp Replacement PURETEC5 1 PURETEC6 1 systems After the lamp is expired it must be replaced with the same part number as indicated on the Maintenance Parts screen or o...

Page 18: ...el on the reactor or on the Maintenance parts screen Low UV Intensity Remove and clean the quartz sleeve and sensor Check water quality meets requirements on page 5 and add filtration as required Repl...

Page 19: ...power to the system Replace any module that is not detected when plugged directly into the controller Warning After any hard alarm the home or facility should be disinfected Follow the steps un der t...

Page 20: ...er water to enter the system The TRV works without power and comes complete with 10 of drain line Order PN RI TMS1 for 1 2 ports PN RI TMS2 for 3 4 ports PN RI TMS4 for 1 ports and PN RI TMS4 for 1 1...

Page 21: ...drops below 50 Also note that in cases where emergency use of untreated water is re quired the controller can be placed into a manual override mode allowing for the flow of water in an alarm condition...

Page 22: ...m3 hr 2 7 m3 hr 3 6 m3 hr Port Size FNPT MNPT MNPT MNPT 1 MNPT 1 MNPT Electrical 90 265V 50 60Hz 1A Max Plug Type Australian New Zealand AS NZ 3112 Lamp Power Watts 8 15 22 39 50 42 Power Watts 14 20...

Page 23: ...2 3 m3 hr 3 9 m3 hr Flow Rate TOC TOC suffix model 150mJ cm2 98 UVT 0 8 gpm 2 0 gpm 2 8 gpm 5 1 gpm 8 0 gpm 3 0 lpm 7 6 lpm 11 lpm 19 lpm 30 lpm 0 2 m3 hr 0 5 m3 hr 0 6 m3 hr 1 1 m3 hr 1 8 m3 hr Port...

Page 24: ...d every 6 12 months and replaced every 5 years This Class A system conforms to NSF ANSI 55 for the disinfection of microbiologically contami nated water that meets all other public health standards Th...

Page 25: ...0 hours of continous use ap proximately 14 months of operation General Operation and Maintenance UV lamps are to be replaced on an annual basis Quartz sleeves and UV sensors are to be cleaned every 6...

Page 26: ...e liable for any costs of removal installation transportation or any other charges which may arise in connection with a warranty claim Products which are sold but not manufactured by Puretec are subje...

Page 27: ...HER CAUSES THERE ARE NO EXPRESS OR IMPLIED WARRANTIES INCLUDING MERCHANTABILITY OR FITNESS FOR A PARTICULAR PUR POSE WHICH EXTEND BEYOND THOSE WARRANTIES DESCRIBED OR REFERRED TO ABOVE THIS LIMITED WA...

Page 28: ...AUSTRALIA NEW ZEALAND P 1300 140 140 P 0800 130 140 E sales puretec com au E sales puretec co nz W puretecuv com au W puretec co nz PN 910069 Version Date 07 2017...

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