Hayward CAT-2000 CAT 2000

Hayward CAT-2000 Manual

Hayward CAT-2000 manual content summary:

  • Hayward CAT-2000 | CAT 2000 - Page 1
    CAT 2000 AUTOMATED CONTROLLER OWNER'S MANUAL INSTALLATION OPERATION MAINTENANCE SPECIFICATIONS
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    a water chemistry controller without a flow sensor, power interlock, or other means of ensuring that chemicals will not be fed without proper filtration system recirculation. Congratulations on your purchase and welcome to the world of chemical automation. Please complete and return your warranty
  • Hayward CAT-2000 | CAT 2000 - Page 3
    a CAT System Important Safety Information. Packaging Contents Standard Installation Installation Utilizing Bypass Line Preparing Pool or Spa Water Chemistry Setting and Operating the CAT 2000 Advanced (Dealer) Setup Mode Display Functions Maintenance Troubleshooting Specifications Warranty Section
  • Hayward CAT-2000 | CAT 2000 - Page 4
    and a reduction of chemical usage and costs. The following graph (Illustration 1.) compares typical chlorine levels when chemistry is adjusted manually versus automatically with the CAT 2000 controller. ILLUSTRATION 1. MANUAL -VS- CAT AUTOMATED CONTROL CONTENTS COPYRIGHT 2010 HAYWARD INDUSTRIES, INC
  • Hayward CAT-2000 | CAT 2000 - Page 5
    for mounting the pH, ORP and Flow Sensor while ensuring ideal hydraulic conditions to maximize sensor performance and life. The CAT 2000 controller unit scans and interprets the signals from the pH and ORP probes, displays water quality readings in digital format, and activates chemical feeders in
  • Hayward CAT-2000 | CAT 2000 - Page 6
    the contents of this manual. 8. WARNING - Always take and record manual water chemistry readings in conformance with Health Department requirements. Although automated controllers are a great aid in maintaining healthy water quality, controllers are not a substitute for manual water testing with an
  • Hayward CAT-2000 | CAT 2000 - Page 7
    immediately to your shipping company. Enclosed in the packaging you should find all of the following: (1) CAT 2000 Water Chemistry Controller (1) Professional Series pH Sensor with 24" Cable and BNC Connector (1) Professional Series ORP Sensor with 24" Cable and BNC Connector (2) BNC Connector
  • Hayward CAT-2000 | CAT 2000 - Page 8
    flow cell installation is in the plumbing. A pressure differential is required to allow clean, untreated water to pass through the cell and across the sensors. We recommend using a CAT Flowcell and fittings to create a pressure-suction "loop" line. 1. Turn off heater, chemical feeders, pump
  • Hayward CAT-2000 | CAT 2000 - Page 9
    pH Sensor CAT 2000 ORP Sensor CAT 2000 CONTROLLER Chemical Pump Influent (to Return Line) Main Drain and Skimmer SUCTION LINE Flow Sample Stream Effluent (to Suction) Rotary Flow Sensor Flow Flow Chemical Pump CAT CO2 or pH Control Flow Cell / Flow Sensor Bypass Line Flow Solenoid Flow
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    the use of a CAT Flowcell and Rotary Flow Sensor for all recreational water applications. The CAT Flowcell provides a controlled flow to maximize sensor life, convenient sample port for manual water tests, integrated mounting of Rotary Flow Sensor, and fast professional installation with flexible
  • Hayward CAT-2000 | CAT 2000 - Page 11
    3. CAT 2000 INSTALLATION DIAGRAM WITH BYPASS LINE CAT 2000 CAT 2000 CONTROLLER Chemical Pump pH Sensor Sensor Adaptor ORP Sensor Sensor Adaptor Chemical Pump CAT CO2 or pH Control Solenoid Flow Cell / Flow Sensor Bypass Line (Plumbed On-Site) Flow Flow Flow Sensor Flow Flow WASTE
  • Hayward CAT-2000 | CAT 2000 - Page 12
    has been physically installed, water chemistry should be tested and adjusted prior to initiating automated control of the pool or spa. Confirm that your pool or spa water conforms to the following ranges before powering on and setting up the CAT 2000. TEST pH MINIMUM 7.2 Free Chlorine (PPM
  • Hayward CAT-2000 | CAT 2000 - Page 13
    feed mode has been activated. Calibrating pH Readings from the CAT 2000 are far more accurate than those obtained from most liquid test standards. To match manual water testing results or compensate for a depleted or unclean pH sensor, the pH channel of the controller may be calibrated as follows
  • Hayward CAT-2000 | CAT 2000 - Page 14
    pH control level. 3. The controller will automatically return to the normal operating mode after twenty seconds, storing any changes. Changing the ORP Setpoint The CAT 2000 is preset from the factory to maintain ORP at 650 mV. This is the generally accepted world standard for safe drinking water
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    The CAT 2000 features an advanced proportional feed algorithm which constantly analyzes demand for chemicals and initiates feeding in intervals based on the relationship between setpoint and actual water sample values. This feature is highly valuable in maintaining precise control of water chemistry
  • Hayward CAT-2000 | CAT 2000 - Page 16
    Mode Selection Button CAT 2000 pH/ORP AUTOMATED CONTROLLER FEED p1H ALARM 2 3 SETPOINT ADJUSTMENT 4 SET CALIBRATE ORP FEED ALARM 6 7 SETPOINT ADJUSTMENT 8 SET pH FEED MODE 5 AUTO OFF MANUAL ORP FEED MODE AUTO OFF MANUAL 9 CONTENTS COPYRIGHT 2010 HAYWARD INDUSTRIES, INC. ALL
  • Hayward CAT-2000 | CAT 2000 - Page 17
    CAT 2000 controller incorporates an advanced programming menu and enhanced features. The advanced programming menu contains features which are usually implemented during initial dealer setup and do not need to be routinely changed by the operator. Enhanced No-Flow large pH text over the pH digital
  • Hayward CAT-2000 | CAT 2000 - Page 18
    need to feed acid to decrease the pH of the water. b Base. pH feed output is activated when the measured pH is less than the pH setpoint, indicating the need to feed base to increase the pH of the water. pH Priority P.Pr pH Priority. Inhibits ORP feed when pH is not within .2 of setpoint. OFF
  • Hayward CAT-2000 | CAT 2000 - Page 19
    rapidly to indicate the alarm. Press the pH Feed Mode button to return the pH channel to the off, manual or automatic feed mode. This will reset the pH overfeed alarm and restart the overfeed timer. The pH overfeed alarm will also be reset if the controller is powered off and then back on. The
  • Hayward CAT-2000 | CAT 2000 - Page 20
    time limit, rather than in the part of the proportional feed cycle in manual or automatic feed mode. This will reset the ORP overfeed alarm and restart the overfeed timer. The ORP overfeed alarm will also be reset if the controller is powered off and then back on. CONTENTS COPYRIGHT 2010 HAYWARD
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    used to place the ORP channel in the manual feed state. OFF 15 30 60 120 will be cleared and feed will resume automatically when the measured ORP value returns to between 200 and 995 pH. The value must be less than the pH alarm high value. The controller operating parameters to their default values.
  • Hayward CAT-2000 | CAT 2000 - Page 22
    ) or disabled. Serial Interface Srl The CAT 2000 includes a standard Rs232 serial interface. A header assembly and cable are required to connect. Onl Online Communications. Use this selection when the controller is attached to a PC or building automation system. Prn Printer (default). Use this
  • Hayward CAT-2000 | CAT 2000 - Page 23
    the CAT 2000 features a "dead-front" display panel, so only illuminated indicators will be visible to the user. All lights and indicators are activated during power-on. pH Feed Indicator (#1) This green LED is illuminated whenever the pH chemical feeder is automatically or manually activated. pH
  • Hayward CAT-2000 | CAT 2000 - Page 24
    ORP Automatic Control Indicator (#13) This green LED is illuminated when ORP is under automated control. ORP Manual Off Indicator (#14) This red LED is illuminated when ORP feeding is manually disabled. ORP Manual On Indicator (#15) This green LED is illuminated when pH feeding is manually activated
  • Hayward CAT-2000 | CAT 2000 - Page 25
    GREEN LED ORP SETPOINT ADJUSTMENT MODE INDICATOR GREEN LED AUTOMATIC ORP CONTROL INDICATOR RED LED ORP FEED MANUALLY DISABLED GREEN LED ORP FEED MANUALLY ACTIVATED CAT 2000 1 FEED pH 2 ALARM pH/ORP AUTOMATED CONTROLLER 9 FEED ORP 10 ALARM 3 11 SETPOINT ADJUSTMENT 4 SET 5 CALIBRATE
  • Hayward CAT-2000 | CAT 2000 - Page 26
    The CAT 2000 controller provides instrument-grade accuracy which exceeds that of most liquid-standard water testing kits. Therefore, it may be preferable to calibrate pH using commercially available reference solutions. SENSOR MAINTENANCE The sensors must be clean and free from oil, chemical
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    CAT Professional Series pH and ORP sensors are engineered to provide the highest performance and longest possible functional service life. If properly cleaned sensors provide unstable readings or require excessive calibration, the pair of sensors should be replaced. For optimum controller
  • Hayward CAT-2000 | CAT 2000 - Page 28
    adequate, and water chemistry is in balance. 2. Ensure that sensors and power cables are properly connected to their respective connectors on the controller unit. 3. Check chemical feeders for proper operation. 4. Ensure that flow sensor is properly installed and connected. Both pH and ORP digital
  • Hayward CAT-2000 | CAT 2000 - Page 29
    on the controller unit. 2. Clean the sensors as outlined in the maintenance section. If sensors continue to provide unstable readings after cleaning, replace sensors. 3. Check to ensure that all electrical equipment in the facility pump room is properly bonded. pH or ORP chemical feeder runs
  • Hayward CAT-2000 | CAT 2000 - Page 30
    995 mV pH ORP 7.5 650 mV pH 2.0 pH +/- pH ORP 0.1 pH 5.0 mV pH Feed ORP Feed pH Selection pH Mode ORP Mode Auto/Off/Manual Auto/Off/Manual Acid/Base Auto/Set/Calibrate Auto/Set pH & ORP Controller Unit Required Optional Audible & Visual Alarms Diagnostic Self Test Flow Sensor Remote Alarm
  • Hayward CAT-2000 | CAT 2000 - Page 31
    14. WARRANTY LIMITED WARRANTY Hayward® warrants the CAT 2000 automated controller to be free of defects in material and workmanship for a period of five years from date of shipment from our factory or authorized distributor. Liability under this warranty is limited to the repair or replacement of
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