ATTENTION INSTALLER: PLEASE READ AND FOLLOW THESE INSTALLATION GUIDELINES.
FAILURE TO FOLLOW INSTALLATION GUIDELINES MAY VOID WARRANTY.
A drive is a sensitive piece of power electronics that, when installed properly, will provide you with years of trouble-free operation.
While our drives have many built-in protective features, if the installation or application is incorrect, failures due to improper
protection or installation will not be covered under warranty. To avoid this ugly situation we have developed the Drive Installation
ABC’s. Know these basic ABC’s with every drive you purchase. An incorrectly applied or installed inverter can result in system
malfunction or reduction in product life as well as component damage. You must read and understand the manual thoroughly
before proceeding.
Installation Precautions
1) Handle the VFD with care to prevent damage to
the plastic components. Do not hold the VFD by
the front cover.
2) Do not mount the VFD in a location with vibration
(level higher than 5.9 m/sec2) such as installing the
VFD on a press or other moving equipment.
3) Install in a location where temperature is within the
permissible range.
4) The VFD can be hot during operation. Install it on
a non-combustible surface.
5) Mount the VFD on a flat, vertical, and level surface.
VFD orientation must be vertical (top up) for proper heat
dissipation. Also leave sufficient clearances around the
VFD. Increase minimum clearance by one inch for 50~75 HP
VFDs, by two inches for 100~150 HP VFDs, by three inches
for 200~300 HP VFDs, by four inches for 350~700 HP VFDs
to provide sufficient cooling airflow.
6) Do not mount the VFD in direct sunlight or near other
heat sources.
7) The VFD should be mounted in a Pollution Degree
2 environment. If the VFD is going to be installed
in an environment with a high probability of dust,
metallic particles, mists, corrosive gases, or other
contaminates, the VFD must be located inside the
appropriate electrical enclosure of the proper NEMA
or IP rating.
8) When two or more VFDs are installed or a ventilation
fan is mounted in the VFD panel, the VFD and
ventilation fan must be installed in proper positions
to keep the internal ambient temperature of the VFD
below the permissible value. If they are installed in
improper positions, the ambient temperature of the
VFD will rise.
9) Install the VFD using screws or bolts to ensure the
VFD is firmly fastened.
The ABC’s:
Form CVFDW1 - Ver. 2 Franklin Electric Warranty Registration Form for Variable Frequency Drives
Franklin Electric cannot provide technical support until the installer completes this form and files it with Franklin Technical Support. Only Franklin certified
personnel may use this form for Franklin (Titan) Variable Frequency Drives.
Date of start-up
VFD 1
VFD 2
VFD 3
Part #
Serial #
INSTALLATION INFORMATION
Motor Data
Insulation Class/Rated Voltage
Horsepower/Full Load Amperage
HP/ FLA
Service Factor/RPM
Application
Torque
constant
variable
constant
variable
constant
variable
Input phase
three-phase
single-phase
Description
(i.e. pump jack, centrifuge, fan, blower, etc.)
Maximum & Minimum
Environmental Temperature
°F
Distances in feet from VFD
to motor
to service
transformer
Startup information
VFD Output Current Parameter
Reading @ Max Speed
Amps
Speed control
Keypad
0-10V
Potentiometer
4-20mA
Communication Card
Enclosure NEMA rating
1
3R
12
4 or 4X
1
3R
12
4 or 4X
1
3R
12
4 or 4X
Check proper wiring & grounding
YES
YES
YES
VFD parameters set according
to quick start guide?
INSTALLER INFORMATION
PURCHASER INFORMATION
Name
Phone
Company/Address
Installation date
Install Location
Purchase date
PO #
Date of start-up
Date of start-up
to motor
to service
transformer
to motor
to service
transformer
Input Voltage on VFD terminals
R, S, & T
R-S
S-T
R-T
R-S
S-T
R-T
R-S
S-T
R-T
PID
Keypad
0-10V
Potentiometer
4-20mA
Communication Card
PID
Keypad
0-10V
Potentiometer
4-20mA
Communication Card
PID
VFD enclosed by?
Enclosure dimensions in inches
Cooling Fan/AC Unit Size
H
W
D
H
W
D
H
W
D
/
V
Ins.
/
V
Ins.
/
V
Ins.
HP/ FLA
HP/ FLA
SF/ RPM
SF/ RPM
SF/ RPM
Max:
°F
Min:
°F
Max:
°F
Min:
°F
Max:
°F
Min:
(see manual
for parameter)
Amps
(see manual
for parameter)
Amps
(see manual
for parameter)
Environmental Conditions
(Please select all applicable conditions)
Indoor
Dirt/Debris
Outdoor
Moisture
Direct Sunlight
Chemicals
YES
NO
YES
NO
YES
NO
Please complete the fields below if the VFD is installed in an enclosed package that was not built by Franklin Electric.
Indoor
Dirt/Debris
Outdoor
Moisture
Direct Sunlight
Chemicals
Indoor
Dirt/Debris
Outdoor
Moisture
Direct Sunlight
Chemicals
Franklin Customer
Not
Enclosed
Fan
(In.)
/
AC
(BTU)
Fan
(In.)
/
AC
(BTU)
Fan
(In.)
/
AC
(BTU)
x
a
F
li
a
m
E
Name
Phone
Company/Address
x
a
F
li
a
m
E
PURCHASER INFORMATION
Installed Devices
(Indicate the letters of installed devices
shown in diagram above. i.e., A, B, D, F)
Input Contactor
Lightning
Arrestor
Short Circuit Protection
and Disconnect
Input Line Reactor
Variable Frequency Drive
Output Reactor
Motor Disconnect /
Contactor Aux.
Motor
Harmonic Filter
Motor Guard Filter
I
Motor
Disconnect /
Contactor
A
B
C
D
E
G
H
J
Power
Source
EMI/RFI Filter
F
three-phase
single-phase
three-phase
single-phase
Model Number of Dynamic
Brake Unit / Resistor
(if applicable)
DB Unit
/
Resistor
DB Unit
/
Resistor
DB Unit
/
Resistor
Please fax this form to (503) 643-4925 or mail to 22995 NW Evergreen Parkway, Suite 100, Hillsboro, Oregon 97124.
This form is also available to download (www.cerusind.com/library) and filed electronically by email to [email protected]
NOTE: Failure to complete this form may delay warranty processing.
Franklin Customer
Not
Enclosed
Franklin Customer
Not
Enclosed
• Ambient Temperature - of the installation
• Bonding - make sure your grounding is correct
• Clean Power and Air flow - for proper cooling
• Correct Sizing - for the application
Factory Programmed Parameters
Function
Parameter
Description
Submersible
Circulating
Setup
SET-04
Motor RPM
3600 rpm
1800 rpm
SET-11
VFD acceleration time
2 sec
20 sec
SET-12
VFD deceleration time
2 sec
30 sec
SET-16
Stop mode
Coast
Decel
SET-20
PID Operation
YES
YES
SET-21
PID Feedback Signal
I (4-20mA)
I (4-20mA)
SET-22
Feedback unit
PSI
PSI
SET-25
Transducer Range
100 PSI
100 PSI
SET-26 & DRV-00
Pressure Set-Point
50 PSI
50 PSI
SET-27
PID low limit frequency
30hz
30hz
Sleep Mode
SET-32
Sleep Frequency
35hz
35hz
SET-33
Sleep mode delay time
10 sec
20 sec
SET-34
Sleep mode boost value
3 PSI
2 PSI
SET-35
Sleep mode wake-up level
8%
2%
SET-47
Sleep Boost Timer
10 sec
10 sec
Pipe Fill
SET-36
Pre-PID frequency
0.0 Hz (disabled)
0.0 Hz (disabled)
SET-37
Pre-PID delay time
180 sec
60 sec
SET-38
PrePID exit level
25 PSI
25 PSI
Broken Pipe
SET-40
Broken pipe enable
NO
NO
SET-41
Broken pipe frequency
59Hz
59Hz
SET-42
Broken pipe delay time
30 sec
30 sec
SET-43
Broken pipe feedback level
35PSI
25 PSI
Underload
SET-74
Level detection enable
Under Level
NO
SET-75
Level detection source
Current (underload)
Current (underload)
SET-76
Level detection frequency
59.0 Hz
59.0 Hz
SET-77
Level detection delay time
1 sec
1 sec
SET-78
LDT Level
0.0A
0.0A
SET-80
Level detection trip enable
YES
YES
SET-81
Well fill time
60min
0 min
Saving parameters to the keypad is recommended after the start-up is performed and you are satisfied with pump system operation. If the
programming is changed later and your VFD is no longer operating the way you intended it to, you can always load your previously saved
parameters from the keypad. Additionally, the programmed keypad can be used to copy same parameter settings to another VFD.
SAVE PARAMETERS TO KEYPAD:
Change FG2-91 to YES to save parameters to the keypad. After pressing
ENTER key, this parameter will go back to NO after saving is done (approximately one minute).
LOAD PARAMETERS FROM KEYPAD:
Change FG2-92 to YES to load parameters from the keypad. After
pressing ENTER key, this parameter will go back to NO after loading is done (approximately one minute).
FG2
Para.Read
91 Yes
FG2
Para.Write
92 Yes
- Saving Parameters
System Validation
1. Switch HOA in the AUTO position with low demand and run VFD for one minute after the system is at pressure set-point. The VFD
should maintain a set-point and not go into sleep mode.
2. Close demand completely and VFD should drop frequency to minimum and after delay time it should boost system pressure (if boost
is enabled) and go to sleep mode.
3. Open low demand and VFD should wake up after pressure drops below the wake-up pressure.
4. Run VFD with different demand levels to check if control is stable.
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