Franklin Electric SubDrive Connect Plus SDCP-CEN0723 Quick Start Manual Download Page 7

QUICKSTART GUIDE

Drive Configuration

7

Menu Settings

To adjust system settings, make sure power is off, and remove the 
cover. Then, power the drive to make menu changes. When changes 
are complete, power off the drive before replacing the cover.
Use the arrow keys to the right of the Display to navigate through the 
setup menus.

The right arrow moves from screen to screen, and also functions 
as an Enter key.

The up and down arrows scroll through the available options on 
each screen. 

When a selection has been made, you must press the Enter key 
(right arrow) for the setting to take effect.

NOTE:

 If DIP SW1 – Position 1 is 

ON

, settings can be made either through the manual display, or through the mobile app. Changes in 

either tool are reflected in the other. Power cycling the drive is not required for menu based or DIP switch settings to take effect.

Menu Navigation

Home Screen: 

In normal operation, this screen displays the current system status. During setup, pressing the Enter key (right 

arrow) changes the display to the 

Motor Type

 screen.

Motor Type: 

Configures the drive for the type of motor being used. Selecting SUB configures the drive for use with a submersible 

motor. Selecting CEN configures the drive for an above-ground, centrifugal motor.

NOTE:

 SUB drive models can be configured for either type. CEN drive models can only be configured for CEN pump/motor type.

Max Amps: 

The Max Amps value is used to configure various protection features (pump underload, motor overload, etc.). This 

value should match the Service Factor Amps or Maximum Amps rating listed on the motor nameplate.

Sensor Type: 

Configures the drive for the type of pressure transducer or sensor being used. Selecting 

Transducer

 displays the 

Sensor 

Range

 screen. If a standard 

Pressure Sensor

 is selected, the target pressure is set using the adjusting screw on the sensor itself. The 

Sys

-

tem Response

 screen is displayed next for Pressure Sensor use.

Sensor Range: 

This is only configurable when the sensor type is transducer. This setting scales system operation to the installed 

transducer. The range is 100 to 300, with a default setting of 

200 PSI

. When changing, the setting changes in 10 PSI increments.

Setpoints:

 Drive speed control is based on the difference between the setpoint and the transducer feedback value. As user 

demand (flow) causes pressure changes, the drive varies the output frequency (motor speed) to maintain pressure at or near the 
target setpoint. There are two user configurable setpoints in the system—Setpoint 1 and Setpoint 2.

 

If an application has different 

pressure requirements for specific uses, the dual setpoint feature can be used by connecting a switch to the 

Dual Setpoint

 terminal 

block on the control board. Refer to 

“Control Circuit Connections” on page 5

. When the dual setpoint input is open, Setpoint 1 is 

used for pressure control. When the input is closed, Setpoint 2 is used.

Setpoint 1: 

When using a Pressure Transducer, use this screen to set the desired target pressure the system will maintain 

during normal operation. Recommended maximum value is 5% less than sensor max for proper operation. 

Setpoint 2: 

Set an alternate setpoint here.

NOTE:

 Factory defaults for the Setpoints are 0 PSI. This puts the drive in the Sleep/Stop state, keeping the drive from running while 

programming takes place. The Drive will run 5 seconds after SETPOINT 1 is adjusted above 0 PSI and NEXT button is pressed.

IMPORTANT:

 Monitor pressure gauge during initial startup to ensure system does not over-pressurize.

Home

Motor

Type

Max Amps

Sensor

Type

Sensor

Range

Setpoint 1

Setpoint 2

Drawdown

System

Response

Underload
Sensitivity

Underload

Off Time

Submersible
Centrifugal

Transducer
Pres. Sensor 

Pressure Sensor Only

Transducer Only

QR Code

Press 
Down 
button to 
view Fault 
Logs 1-5

Summary of Contents for SubDrive Connect Plus SDCP-CEN0723

Page 1: ... to improper handling installation or environment Install in a location where temperature is within the range of product rating Mount VFD vertically top up for proper heat dissipation Do not mount VFD in direct sunlight or near other heat sources Do not install in corrosive environments Install away from direct sunlight and extreme temperatures or humidity Installation of non approved screening ma...

Page 2: ...AWG 20 to AWG 2 31 in lbs 3 5 Nm AWG 16 to AWG 2 0 50 in lbs 5 5 Nm Risk of damage to VFD or malfunction can occur Follow all wire routing and grounding instructions carefully Inductive currents caused by parallel wiring or close proximity between high voltage and control wiring can cause unexpected behaviors Do not run input power and motor wires in the same conduit Do not run motor wires from mu...

Page 3: ...ck on the dV dt filter 3 J10 Jumper location two jumpers here 4 J11 Jumper location two jumpers here Ground Connections 1 Make sure a service entrance ground rod is properly installed and connected 2 An input power ground wire from the supply panel must be connected to the drive 3 A dedicated output ground wire from the drive must be connected to the motor Motor and ground wires must be bundled to...

Page 4: ...tions marked Ground Red W Yellow V and Black U For drives that include a dV dt filter motor connections are made at the terminal block on the left side of the dV dt filter 3 at right In this case the terminals are marked Ground Red U Yellow V and Black W NOTE Relay terminals accept wire sizes from 12 to 26 AWG and should be tightened to a torque of 3 in lbs 0 35 Nm Do not use power tools to tighte...

Page 5: ...ode 5 PT100 1000 Connector for external RTD temperature sensor I Positive connection for excitation current circuit for two three and four wire PT100 PT1000 RTD sensors V Positive connection for voltage sensing circuit for two three and four wire PT100 PT1000 RTD sensors I V Negative connections for the excitation and voltage sensing circuits for two three and four wire PT100 PT1000 RTD sensors 6 ...

Page 6: ...ms building up pressure in a controlled manner The Pipe Fill feature is disabled when the switch is in the off down position The Pipe Fill feature is enabled when the switch is in the on up position NOTE Additional configuration of the Pipe Fill feature is available in the SubDrive Connect Plus mobile app Analog Output Selection DIP SW1 Position 4 Use this switch AO to select the signal to be repe...

Page 7: ...ressure is set using the adjusting screw on the sensor itself The Sys tem Response screen is displayed next for Pressure Sensor use Sensor Range This is only configurable when the sensor type is transducer This setting scales system operation to the installed transducer The range is 100 to 300 with a default setting of 200 PSI When changing the setting changes in 10 PSI increments Setpoints Drive ...

Page 8: ...and repeat as necessary Deep Set In cases where the pump is set very deep run the system at open discharge to pump the well down and observe carefully that an Underload is detected properly If the system does not trip as it should adjust to a higher sensitivity setting Underload Off Time This setting determines how long the drive will wait before attempting to run after an Underload event The defa...

Page 9: ...running RUN or stopped STOP 3 When using a pressure transducer the system displays the current sys tem pressure in PSI When using a standard pressure sensor the system displays the current motor speed in Hz When running in HAND mode the system displays the keypad frequency setpoint 4 When using a pressure transducer in AUTO mode the motor speed is displayed at the lower left of the screen In HAND ...

Page 10: ...th Connection After installing the SubDrive Plus app use the following procedure to connect to the drive 1 From the Home screen tap Connect New Product 2 On the New Product Wizard screen tap either Scan QR Code or Enter the Bluetooth Key 3 If using the scanning tool center the QR code on the drive in the screen The code is displayed on the VFD display and on a sticker to the right of the display R...

Page 11: ...s replace drive F7 Auto Overheated Drive High ambient temperature Direct sunlight Obstruction of airflow Fan blocked or inoperable ambient above 122 F 50 C direct sunlight Replace fan or relocate drive as necessary Remove debris from fan intake exhaust F9 Manual Internal PCB Fault A fault was found internal to drive Contact Technical Service F12 Auto Overvoltage High line voltage Internal voltage ...

Page 12: ...ation of this equipment requires detailed installation and operation instructions provided in this manual for use with this product Read entire manual before starting installation and operation End User should receive and retain manual for future use Keep safety labels clean and in good condition High voltages capable of causing severe injury or death by electrical shock are present in this unit T...

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