Pulsafeeder Polyfeeder EN Manual do Utilizador

 InstalMaintBulletin ManufactuContrllation, Otenance#: IOM-PFurer of Qualitrols, and SystOperati InstrucFDR-1

10Supply water must be in the temperature range of 40 – 104 F (4.4 C to 40 C). Water should be filtered as required to ensure that any particulate p

116.4 Fastener and Fitting Inspection All system fasteners should be checked prior to pump operation, and occasionally during use. This would incl

126.5 CONNECTING, PRIMING, AND CALIBRATING THE POLYFEEDER SYSTEM  Figure 6-5 Polyfeeder(Solenoid Version) Showing Process Connection and Valving 

13Tools Required: Pipe Wrenches (for inlet/outlet connections) Flat Bladed Screwdriver (for adjusting backpressure / relief valves)  Tools Rec

146.5.1.3 Water Inlet Connection Connect the pressurized water source to the dilution water inlet of the system. The water source must be abl

15NOTE: Depending on the level of neat polymer in the tote/ supply tank, the neat polymer suction side piping can fill very rapidly! Be prepared t

NreneC6.6 E6.6.1 AAsugrshthF6.6.1.1 NOTE: While elief valve if teat polymer iCongratulationElectricalAC

176.6.2 Control Input Requirements and Wiring Details 6.6.2.1 Remote Start Input Contact Requirements The Polyfeeder may be started remotely vi

186.6.2.5 Programmable Contact Output Controller Wiring Signal Terminal Block Location Programmable Relay 1 (N.O.) TB2-2640 Programmable Rela

196.6.4 Field Wiring Summary USER I/O Field Signal Signal Type User I/O Description Terminal Strip AC Power (120VAC) Power Input User Inp

2Pulsafeeder Factory Service Policy Should you experience a problem with your POLYFEEDER© system, refer to the troubleshooting guide in your operati

20Water Solenoid Valve Starter Contact System Output Line Neutral TB2-2760 TB2-1050N Table 6-6-4 Field Connection Terminal Mapping 1 Optional

6.7 InUstpoco6.7.1 P6.7.1.1 Tanputh6.7.1.2 Tblseth6.7.1.3 TthcoBcoSFswan6.7.2 UThe follownecessaryn

SystemIndicatoReset Polymer PumStatus Water ValStatus DiagramKey# 1 2 3 m Alarm or and mp lve m Key/IndicLCDSystemStar

23Programming Parameter the parameter being edited or moves to the next selection. 4 Down Key Decrease or Select Programming Parameter In program

6.7.2.1 Tbepr6.7.2.1.1 WthwShopsyLCD DisplaThe following elow shows trovided, and t LCD ScrollWhile in operahe ENTER kewater flo

SystemIndicatoReset Polymer PumStatus Water ValStatus m Alarm or and mp lve 10 9 2 7 25Starts andthe PMixing Sd Stops Polymer S

266.7.2.2 Operating the Polymer Mixing System 6.7.2.2.1 Starting/Stopping the Polymer Mixing System The Polymer Mixing system has a fully

276.7.2.2.3 Stopping the Polymer Mixing System The polymer mixing stop sequence is initiated by pushing the “SYSTEM START/STOP” button or upon

6.7.2.3 PInmsicoDsuunIn6.7.2.3.1 Sub-MenWATER MENU (B Series) SOLUTIONMENU Programminn order to chamode.

29POLYMER MENU POLY START DELAY NUMBER FROM 0 TO 255 USING UP AND DOWN ARROWS. ENTER TO FINISH 2 0 255 Seconds POLYMER MENU PUMP STOP DELAY NUMBE

3Table of Contents PULSAFEEDER FACTORY SERVICE POLICY ...

ANALOG OUT RESET DEFAULT?6.7.2.3.2 P6.7.2.3.2.1 Polyfeedeflow. Thein order fowater andseconds reand provid0%, 25%100%

6.7.2.3.2.2 The Polyfsystem waseries conrunning. 6.7.2.3.2.3 The B/B+threshold 6.7.2.3.2.4 The B Serthe maximrotatmeterlocated onfor low flo

6.7.2.3.2.6The Polyfpolymer pflow switcsecond wisecond int6.7.2.3.2.7The Polyfsystem ruenter progSubMenuPRORELARELARRELARRELAR6.7

As an exarespective6.7.2.3.2.9Your Polyflow (pre-acceptablesetting theSee FigurIn order to6.7.2.3.2.9The waterdelay is thp

6.7.2.3.2.9The mixercan be conduring theremains o6.7.2.3.2.9The polyminitiate flopolymer scommandflush part 

6.7.2.3.2.Your Polyrequired i6.7.2.3.2.6.7.2.3.2. RIn order tomenu. Be10 Calibrayfeeder systemn order for th11 Calibra12

6.7.2.3.3 The Polyfnot allow energizingprogrammmonitoredCondLow WateLow PolyFlow ConcentraError 6.7.2.3.3.1The Systethe time th

376.7.2.3.3.2 CALIBRATING T HE POLYF EEDER SYSTEM Calibrating the Polymer Mixing System SYSTEM WILL OPERATE IN THE NEXT STEPS...MAK

7. MAreopvapuCPMPPMRMAINTBEFORE PEBE SURE TOMATERIALSBY CLEANINCLOTHING Accurate recorequired maintperational proalves. Since cump must

39 Figure 7-1, Common Maintenance Points

414.1 B-Series Polyfeeder Control Panel l ...46 Introduction The

407.1 Neat Polymer Feed Pump Refer to the attached manual for the neat polymer feed pump supplied with your PolyFeeder system. Follow the operat

41Figure 7-2, Mix chamber motor shaft seal replacement

427.3 Polymer Injector w/ Integrated Valve The Pulsafeeder polymer activation system utilizes a special injector with integrated membrane valve

438. Replacement Parts 8.1 Ordering Parts When ordering replacement parts always specify:  System model number  Sy stem serial

4410. Specifications Neat Polymer Feed: Solenoid Neat Polymer Feed: Progressive Cavity Neat Polymer Feed: Gear Pump Maximum Neat Flow Rate 10

4512. Troubleshooting Difficulty Probable Cause Remedy Mixing chamber motor does not run Faulty power source Check power source Blown fuse, c

4613. Drawings System assembly and electrical drawings insert here.

EN28R(4wNGINEERED 883 Brighton-HRochester, New484) 292-8000 www.pulsa.comPUMP OPERHenrietta Tow

5The activated solution exits the system for immediate use or aging, depending on the needs of the user and/or process. 2.1 Dilution Water Supply 

6 Figure 2-3 Polymer Mixing Chamber 2.4 System Controller options 2.4.1 Manual The simplest option for small systems: make down on/off controll

7established, the controller will attempt to provide a polymer flow rate that will provide the user a desired “solution” concentration. B-series con

8d) If required by the operating environment, take precautions to prevent entry of water, humid air, or chemical vapors into the system and control

96. Installation/Start Up 6.1 Locating the Polyfeeder System When selecting an installation site or designing a chemical feed system, considerat