Franklin 2007 Maintenance Electronic Products, Pumptec-Plus, Unit Appears Dead, Yellow Lights

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Maintenance – Electronic Products

Pumptec-Plus

Pumptec-Plus is a pump/motor protection device designed to work on any 230 V single-phase induction motor (PSC, CSCR, CSIR, and split phase) ranging in size from 1/2 to 5 horsepower. Pumptec-Plus uses a micro-computer to continuously monitor motor power and line voltage to provide protection against dry well, water logged tank, high and low voltage and mud or sand clogging.

Pumptec-Plus – Troubleshooting During Installation

SYMPTOM

POSSIBLE CAUSE

SOLUTION

Unit Appears Dead

 

Check wiring. Power supply voltage should be applied to L1 and L2 terminals of the

No Power to Unit

Pumptec-Plus. In some installations the pressure switch or other control devices is wired

(No Lights)

 

to the input of the Pumptec-Plus. Make sure this switch is closed.

 

 

 

 

 

 

 

Pumptec-Plus is calibrated at the factory so that it will overload on most pump systems

 

Unit Needs to Be Calibrated

when the unit is fi rst installed. This overload condition is a reminder that the Pumptec-

Flashing Yellow Light

 

Plus unit requires calibration before use. See step 7 of the installation instructions.

 

 

 

Miscalibrated

Pumptec-Plus should be calibrated on a full recovery well with the maximum water fl ow.

 

Flow restrictors are not recommended.

 

 

 

 

 

 

 

Step C of the calibration instructions indicate that a fl ashing green light condition will

Flashing Yellow Light

2-Wire Motor

occur 2 to 3 seconds after taking the SNAPSHOT of the motor load. On some two wire

During Calibration

motors the yellow light will fl ash instead of the green light. Press and release the reset

 

 

 

button. The green should start fl ashing.

 

 

 

 

 

During the installation of Pumptec-Plus power may be switched on and off several times.

 

Power Interruption

If power is cycled more than four times within a minute Pumptec-Plus will trip on rapid

Flashing Red and

 

cycle. Press and release the reset button to restart the unit.

 

 

Yellow Lights

 

A bobbing fl oat switch may cause the unit to detect a rapid cycle condition on any motor

 

 

 

Float Switch

or an overload condition on two wire motors. Try to reduce water splashing or use a

 

 

different switch.

 

 

 

 

High Line Voltage

The line voltage is over 253 volts. Check line voltage. Report high line voltage to the

 

power company.

 

 

Flashing Red Light

 

 

 

If you are using a generator the line voltage may become too high when the generator

 

Unloaded Generator

unloads. Pumptec-Plus will not allow the motor to turn on again until the line voltage

 

returns to normal. Over voltage trips will also occur if line frequency drops too far

 

 

 

 

below 60 Hz.

 

 

 

 

Low Line Voltage

The line voltage is below 207 volts. Check line voltage.

 

 

 

 

Loose Connections

Check for loose connections which may cause voltage drops.

Solid Red Light

 

 

 

If you are using a generator the line voltage may become too low when the generator

 

 

 

Loaded Generator

loads. Pumptec-Plus will trip on undervoltage if the generator voltage drops below 207

 

volts for more than 2.5 seconds. Undervoltage trips will also occur if the line frequency

 

 

 

 

rises too far above 60 Hz.

 

 

 

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Contents Submersible Motors Important Information for Installers of this Equipment Commitment to Quality Page Application Installation Maintenance Manual Submersible MotorsApplication All Motors StorageFrequency of Starts Mounting PositionTransformer Capacity Single-Phase or Three-Phase Effects of TorqueTransformer Capacity Torque Required ExamplesUse of Engine Driven Generators Single-Phase or Three-Phase Use of Check ValvesEngine Driven Generators KVAWater Temperature and Flow Flow Inducer SleeveRequired Cooling Flow MotorHead Loss From Flow Past Motor Hot Water Applications Standard MotorsHead Loss in Feet Meters at Various Flow Rates Minimum gpm l/m Required for 3 ft/s .91 m/sec Flow RateService Factor Horsepower Maximum Water TemperatureHot Water Applications Example Heat Factor Multiplier at 3 ft/s .91 m/sec Flow RateDrawdown Seals Grounding Control Boxes and PanelsGrounding Surge Arrestors Control Box and Panel EnvironmentApplication Single-Phase Motors Wire Control BoxesWire Motor Solid State Controls QD Relays Solid State120 180200 250Two or More Different Cable Sizes Can Be Used Actual Length FormulaSingle-Phase Motor Specifications 60 Hz 3450 rpm Single-Phase Motor Fuse Sizing Buck-Boost Transformers Auxiliary Running CapacitorsBuck-Boost Transformer Sizing Application Three-Phase Motors Three-Phase 60 C Cable 140 220 150 240250 400 450150 200 250260 280Three-Phase 75 C Cable 120 180 130340 420 340 400 490Three-Phase Motor Specifications 60 Hz Full Load MaximumAmps Watts Efficiency % Locked Rotor AmpsThree-Phase Motor Fuse Sizing 575KW Volts Amps Watts Efficiency %100 150 200 175 250 225 125 110 300 17.5 Rating Full Load Maximum Efficiency Locked Rotor AmpsDual Element 60 Hz 4 Motors Heaters forOverload Relays Furnas60 Hz 6 Motors Nema Heaters for AdjustableFootnotes for Tables 28, 29, Submersible Pump Installation Check List Date Filled In By Motor PumpPower Supply TransformersControl Panel Incoming VoltageInstallation Controls and Protective DevicesVoltage To Motor Insulation CheckAmps To Motor Recommended Adjustable Overload Relays 60 Hz 8 MotorsSubMonitor Three-Phase Protection Power Factor CorrectionKVAR Required 60 Hz Motor Kvar Required for PFThree-Phase Starter Diagrams Line Voltage ControlThree-Phase Power Unbalance Checking and Correcting Rotation and Current UnbalanceThree-Phase Motor Lead Identification Phase ConvertersReduced Voltage Starters Inline Booster Pump SystemsFeed Water Temperature C AIR Franklin Cable chart See 12. WiringSource of Cable Ampacity Availability Variable Speed Submersible Pump Operation, Inverter Drives Installation All Motors Dimensions Standard Water WellTightening Motor Lead Connector Jam Nut Pump to Motor CouplingShaft Height and Free End Play Submersible Leads and CablesMaintenance All Motors System TroubleshootingMotor Does Not Start Motor Starts Too OftenMotor Runs Continuously Motor Runs But Overload Protector TripsPreliminary Tests All Sizes Single- and Three-Phase ResistanceResistance of Drop Cable ohms Insulation Resistance ReadingsNormal ohm and Megohm Values Between All Leads and Ground Single-Phase Control Boxes Checking and Repairing Procedures Power OnQD, Solid State Control Box Power Off Ohmmeter TestsOverload Kits 60 Hz QD Relay Replacement Kits QD Capacitor Replacement KitsQD Control Box Parts 60 Hz Control BOX Model no Capacitors MFD Volts Integral Horsepower Control Box Parts 60 HzOverload Relay Integral hp Capacitor Replacement Kits Integral hp Overload Replacement KitsIntegral hp Voltage Relay Replacement Kits Integral hp Contactor Replacement KitsControl Box Wiring Diagrams 1 hp QD RelayHp Standard Hp Deluxe 282 201 Hp X-LARGE Maintenance Electronic Products Pumptec-Plus Troubleshooting During InstallationPumptec-Plus Unit Appears DeadPumptec-Plus Troubleshooting After Installation QD Pumptec & Pumptec Troubleshooting QD Pumptec and PumptecSubDrive/MonoDrive Troubleshooting SubDrive75, 150, 300, MonoDrive, & MonoDrive XTSubMonitor Troubleshooting SubMonitorSubtrol-Plus Obsolete See SubMonitor Subtrol-Plus Troubleshooting After InstallationGreen Off Time Light on Abbreviations IgbtPage Page Page Toll Free Help from a Friend