• The information, specifications and illustrations in this manual
are based on the latest information available at the time of
printing. The manufacturer reserves the right to make changes
at any time without notice.
• This manual is intended as a guide for service of the controller
only. System installation requires information from a number of
suppliers not known at the time of manufacture. This product
should be installed by a plumbing professional.
• This unit is designed to be installed on potable water systems
only.
• This product must be installed in compliance with all state
and municipal plumbing and electrical codes. Permits may be
required at the time of installation.
• If daytime operating pressure exceeds 80 psi, nighttime
pressures may exceed pressure limits. A pressure reducing
valve must be installed.
• Do not install the unit where temperatures may drop below 32°F
(0°C) or above 110°F (43°C).
• Do not place the unit in direct sunlight. Black units will absorb
radiant heat increasing internal temperatures.
• Do not strike the controller or any of the components.
• Warranty of this product extends to manufacturing defects.
Misapplication of this product may result in failure to properly
condition water, or damage to product.
• A prefilter should be used on installations in which free solids
are present.
• Correct and constant voltage must be supplied to the controller
to maintain proper function.
2 • Fleck 3200 NXT
JOB SPECIFICATION SHEET
Please Circle and/or Fill in the Appropriate Data for Future
Reference:
Programming Mode:
Feed Water Hardness: _________ Grains per Gallon or mg CaCO3/L
Regeneration Time: Delayed ______________AM/PM or Immediate
Regeneration Day Override: Off or Every __________________ Days
Master Programming:
System Type:
4 - Single Unit
5 - Parallel Unit
6 - Parallel Series Regen
7 - Twin Alternating
9 - Alternating
14 - Demand Recall
Valve Type: 2750 2850 2900s 3150 3900
System Size: 1 Valve 2 Valves 3 Valves 4 Valves
Valve Address: #1 #2 #3 #4
Regenerant Flow: Downflow or Upflow
Brine Draw First or Brine Fill First
Display Format: US Gallons or Liters
Unit Capacity: ________________________ Grains or grams CaCO
Capacity Safety Factor: Zero or ____________________________%
Generic Flow Meter:
Maximum Flow Rate:
Add _ _ Gallons every _ _ Pulses
):_____ Point 1 _____ Point 2 _____ Point 3
3
Page 3
TIMER OPERATION
WARNING:
Setting the Time of Day
NOTE: Set Time of Day on the Lead Unit (#1) and the rest of
the units in the system will update the Time of Day
within 10 seconds.
1. Press and hold the Up or Down button for 2 seconds.
2. Press the Shift button to select the digit you want to modify.
3. Press the Up or Down buttons to adjust the valve.
4. Press the Extra Cycle button to return to the normal display
screen, or wait for a 5 second timeout.
NOTE: The "D" button (Diagnostic) can be pressed to exit
without saving.
Manually Initiating a Regeneration
1. When timer is In Service or Stand By, press the Extra Cycle
button for 5 seconds on the main screen.
2. The timer advances to Regeneration Cycle Step #1, and
begins programmed time count down.
3. Press the Extra Cycle button once to advance valve to
Regeneration Cycle Step #2 (if active).
4. Press the Extra Cycle button once to advance valve to
Regeneration Cycle Step #3 (if active).
5. Press the Extra Cycle button once to advance valve to
Regeneration Cycle Step #4 (if active).
6. Press the Extra Cycle button once to advance valve to
Regeneration Cycle Step #5 (if active).
7. Press the Extra Cycle button once more to advance the
valve back to In Service.
NOTE: A manually initiated or queued regeneration can
be cleared by pressing the Extra Cycle button for
less than 5 seconds. A system queued regeneration
can only be cleared by stepping through a manual
regeneration. If regeneration occurs for any reason
prior to the delayed regeneration time, the manual
regeneration request shall be cleared. Pressing
the Extra Cycle button while in regeneration will
cause the upper drive to advance to the next step
immediately.
CYCLE 1 00:00:00
BACK WASH
Example: 12 minutes remaining in Cycle 1 (Backwash)
Press the Extra Cycle button during a system
queued Regeneration Cycle to immediately
advance the valve to the next cycle step position
and resume normal step timing.
Flow Meter Equipped Timer
As treated water is used, the Volume Remaining display counts
down from the calculated system capacity to zero. When zero
is reached a Regeneration Cycle begins if no other units are in
regeneration.
Timer Operation During Programming
The timer enters the Program Mode in Standby or Service
Mode as long as it is not in regeneration. While in the Program
Mode the timer continues to operate normally monitoring
water usage. Timer programming is stored in memory
permanently.
Timer Operation During A Power Failure
All program settings are stored in permanent memory. Current
valve position, cycle step time elapsed, and time of day are all
stored during a power failure, and will be restored when power
is re-applied. Time is kept during a power failure, and time of
day is adjusted upon power up (as long as power is restored
within 12 hours).
NOTE: The time of day on the main display screen will flash
for 5 minutes when there has been a power outage.
The flashing of the time of day can be stopped by
pressing any button on the display.
Timer Operation During Regeneration
In the Regeneration Cycle step display, the timer shows
the current regeneration cycle number the valve is in, or
has reached, and the time remaining in that step. Once all
regeneration steps are complete the timer returns to In Service
and resumes normal operation.
Remote Lockout
The timer does not allow the unit/system to go into
Regeneration until the Regeneration Lockout Input signal to
the unit is cleared. This requires a contact closure to activate
the unit. The recommended gauge wire is 20 with a maximum
length of 500 feet. See P4 remote inputs in the wiring diagrams
in the service manual.
Regeneration Day Override Feature
If the Day Override option is turned on and the valve reaches
the set Regeneration Day Override value, the Regeneration
Cycle starts if no other unit is in Regeneration. If other units
are in regeneration, it is added to a regeneration queue. This
occurs regardless of the remaining volume available.
Transformer must be grounded and ground
wire must be terminated to the back plate
where grounding label is located before
installation.
Fleck 3200 NXT • 3
Page 4
SYSTEM DEFINITIONS
System
Number
4Single Unit1Time Clock: No Meter
5Interlocked2, 3, or 4Immediate: All Meters
6Series
7Twin
9Multiple Tank
14Demand
System
Description
Regeneration
Alternating
Alternating
Recall
# of
Tanks/
Controls
Immediate: One Meter
Delayed: One Meter
Remote Signal Start: No Meter
Remote Signal Start: No Meter
2, 3, or 4Immediate: One Meter
Delayed: One Meter
Remote Signal Start: No Meter
2Immediate: One Meter
Remote Signal Start: No Meter
2, 3, or 4Immediate: All Meters
Remote Signal Start: No Meter
2, 3, or 4Immediate: All MetersMeter input is required on each tank. Unit #1 will begin In Service with
TypeOperation Discussion
Single tank configuration.
All tanks in parallel supplying treated water. Each unit in the system
will have its own flow meter/sensor input. The control will delay the
start of Regeneration if another unit is already in Regeneration. Once
that unit has completed a Regeneration cycle, and has returned to
Service,the unit with longest regeneration queue time will begin
Regeneration. No more than one unit will be in Regeneration at a time.
All tanks in parallel supplying treated water. Only #1 control will
monitor flow meter/sensor input. When a regeneration is required
for the system, it will regenerate valve address #1 first, immediately
followed by #2, then #3, then #4 if installed. No more than one unit
will be in Regeneration at a time.
One tank online supplying treated water, one tank in Standby. Only
#1 control will monitor its flow meter/sensor input. Regeneration of
a unit will begin after the other control has left Standby and returned
to Service. When the Regeneration cycle is complete, the regenerated
unit will enter Standby. Standby on each tank is controlled by the lower
drive output terminals on the NXT circuit board.
One, two, or three tanks online supplying treated water, one tank in
Standby. Meter/sensor input is required on each tank. Regeneration of
a unit will begin after the other control has left Standby and returned
to Service. When the Regeneration cycle is complete, the regenerated
unit will enter Standby. Standby on each tank is controlled by the lower
drive output terminals on the NXT circuit board.
#2, #3, and #4 (if installed) will begin in Standby. At least one unit is
In Service at all times. When flow rate to the Primary Service Unit
increases to a user specified rate, the next unit in sequence will move
from Standby to Service. As the flow rate falls below the user specified
rate subsequent tanks will return to Standby. When the Primary
Service Unit regenerates, the next unit in sequence will become
the new Primary Service Unit. As each units capacity is reached the
controller will initiate a Regeneration of that unit. Depending on the
number of units in the system, and flow rate demand the regenerated
unit will then be placed either into Standby or Service. Only one unit
will be in Regeneration at a time.
4 • Fleck 3200 NXT
Page 5
SYSTEM OPERATION IN SERVICE
34
4th in Standby
34
Programmed Rate
System Operation in Regeneration:
(SYSTEM 14-DEMAND RECALL)
The system operates as part of a multi-valve regeneration
system.
Each valve in the system will have an active flow meter input,
even in Standby.
The number of valves in service depends on the flow rate.
Examples of a Four-Unit System:
1. One Valve is in service at all times (the "primary valve").
1234
In Service
(Primary Tank)
2. The total flow rate to the primary valve increased past
the first trip point programmed rate. The flow stayed past
the trip point delayed time. The next valve (least volume
remaining) changes from Standby to In Service. This valve
then splits the total flow between two meters.
1234
First Trip Point
(Primary Valve)
In Service
Standby
Standby
5. The third valves returns to stand by as demand decreases
past the second trip point.
1234
Flow Split Between
Two Meters
Standby
6. Valves return to stand by due to decreased total flow rate
and trip points programmed. The valve with the most
remaining volume will be the first to go into Standby.
12
Full Capacity
4th in Standby
(Primary Valve)
3/4 Capacity
3rd in Standby
1/2 Capacity
2nd in Standby
1/4 Capacity
1st in Standby
7. The primary valve regenerates. The next valve with the least
remaining volume becomes the new primary valve. The
valve with the next least volume remaining will be the first
trip point programmed rate. Valves continue operating in
this order.
Total Flow Split
Between Two Meters
3. The flow rate demand decreased below the first trip point.
The valve returns to Standby.
1234
Flow Rate Demand
Below First Trip Point
(Primary Valve)
4. Total flow rate demand increased past a second trip point
programmed rate. The second and third valve (least volume
remaining) changes from Standby to In Service. The total
flow is split between the three meters.
12 34
Flow Split Between
Three Meters
Standby
Standby
12
Full Capacity
3/4 Capacity
3rd in Standby
1/2 Capacity
First Trip Point
1/4 Capacity
New Primary Tank
If two valves are In Service and both reach
Volume Remaining = 0, the other two valves will shift from
Standby to In Service. The lead valve with
Volume Remaining = 0 will start regeneration. The second valve
with Volume Remaining = 0 will enter Standby. If flow increases
past the trip point a third valve needs to enter In Service. The
valve in Standby with Volume Remaining = 0 will shift into
In Service to maintain a steady flow. Operating for extended
periods in this mode may degrade the water quality.
Fleck 3200 NXT • 5
Page 6
FLOW IN A FOUR-UNIT SYTEM
34
Steady Flow:
34
34
(SYSTEM 14-DEMAND RECALL)
12
In Service
Volume
Remaining = 0
Flow Stays Steady:
In Service
Volume
Remaining = 0
StandbyStandby
TIMER DISPLAY FEATURES
Valve State
(SBY, SRV, INI, CHG, LCK)
Valve
Address
System
Number
Flow
Indicator
Display Screen
Time of Day alternates
with Error Screen
Example: Valve #, Volume
Remaining, Errors
Time
of Day
Volume Remaining
Diagnostic Button
View Flow Rate, Peak Flow
Rate, Totalizer, Hours
Between Last Two
Regenerations, Hours Since
Last Regeneration, Adjustable
Volume Remaining, Valve
Position, Send & Receive
Errors, Software Version
Extra Cycle Button
Cycle Valve in
Regeneration/Cycle
Programming Steps
Shift Button
Adjusts Values to the Left
Up Button
Adjusts Values Up
12
Regeneration
Flow Increases Past the Trip Point:
12
Regeneration
(
Volume
Remaining = 0)
Standby
In Service
(Volume
Remaining = 0)
In ServiceIn Service
In ServiceIn Service
Status LED
Down Button
Adjusts Values Down
Figure 1
Valve State
CHG (Change of State) - CHG will be displayed when the lower
drive changes from one state to another in dual piston valves.
INI (Initializing) - INI will display on the screen for 30 to
45 seconds when initializing after a power failure reset or
programming.
RGQ (Regeneration Queued) -RGQ indicates that the reserve
has been entered in a delayed system and regeneration has
been queued. When in the main screen, press the Extra Cycle
button to toggle service (SRV) with RGQ.
Service (SRV) - SRV will display when the unit is in service.
LCK (Lock) - Lock will be displayed when the terminal/remote
input block P4 on the circuit board is switched to “lock”. See
the “Wiring Diagrams” section of this manual.
LED Status Lights
Blue LED - Illuminates while the unit is in service and no errors
exist. A blinking blue light indicates the timer is in service, and
queued for regeneration.
Green LED - Illuminates when the unit is in Regeneration
mode, unless an error condition exists. A blinking green light
indicates the timer is in Standby, and not in Regeneration.
6 • Fleck 3200 NXT
Red LED- Illuminates when there is an error.
Flow Indicator
A rotating line (appearing as a rotating star shape) will display
on the screen when flow is going through the meter.
Page 7
Ground Wire
from Transformer
Green w/Yellow
(Optional: If transformer
has ground wire)
Wire from Transfomer
White (Blue)
Ground label
Wire from Transfomer
Black (Brown)
Meter Cable
Communication
Cables
Ground Label
Ground Wire
from Transformer
Green w/ Yellow
(Optional: If transformer
has ground wire)
Wire from Transformer
Black (Brown)
Meter Cable
Communication
Cables
Wire from Transformer
White (Blue)
TIMER DISPLAY - SCREEN EXAMPLES
TRANSFORMER AND GROUND
(SYSTEM 4 THROUGH 6)
1. In Service: System 4 Time Clock
4# SRV 03:45PM
REGEN IN 07 DAYS
2. In Service: System 4 Flow Meter Initiated or System 4 Flow
Meter Delayed
4# SRV* 03:45PM
VOLUME 1000 g
3. In Service: System 5 Flow Meter Initiated (Lead Unit)
5#1 SRV* 03:45PM
VOLUME 1000 g
4. In Service: System 5 Flow Meter Initiated (Lag Unit #3)
5#3 SRV 03:45PM
VOLUME 1000 g
CONNECTIONS
2750/2850/2900 Valves:
3150/3900 Valves:
5. In Service: System 6 Flow Meter Initiated (Lead Unit)
6#1 SRV* 03:45PM
SYSVOL 4000 g
IMPORTANT: Earth ground wire must be installed.
Installing the Transformer:
1. Locate the ground label to find the screw to attach the
ground wire on the transformer.
2. Remove the screw and attach the ground wire, and
re-attach the screw.
3. Insert white and black transformer wires into 24VAC input
of control.
Fleck 3200 NXT • 7
Page 8
NETWORK/COMMUNICATION CABLES
CAUTION
NOTE: This screen will not display for System Type 4.
MASTER PROGRAMMING MODE
AND CONNECTIONS
Use either a CAT3 or CAT5 Network/Communication cable.
Connect the network/communication cable first before
programming.
The maximum cable length between timers is 100 feet.
Connect each unit together from one communication port to
the next communication port. It does not matter which one
goes to the next one.
Lock
Ground
Regen
Communication Ports
FLOW CHART
Before entering Master Programming, please
contact your local professional water dealer.
NOTE: Depending on current option settings, some displays
cannot be viewed or set.
Entering Master Programming Mode
1. Press and hold the Shift and Up buttons for 5 seconds.
Press the Extra Cycle button once per display until all
displays are viewed and Normal Display is resumed. Option
setting displays may be changed as required by pressing
either Up or Down button. Use the Shift button to move one
space to the left.
2. Depending on current valve programming, certain displays
may not be viewed or set.
NOTE: If the "D" button is pressed while in master
programming, no changes will be saved.
Exiting Master Programming Mode
1. Press the Extra Cycle button once per display until all
are viewed. Master Programming Mode is exited and the
normal display screen appears.
2. To exit the Master Programming Mode without saving
changes, press the Diagnostic button.
NOTE: If no keypad activity is made for 5 minutes while in
the Master Programming Mode, or if there is a power
failure, no changes will be saved, and the unit will go
back to the main display screen.
Figure 2 NXT Circuit Board
Resets
Soft Reset: Press and hold the Up and Down buttons for 25
seconds until 12:00PM (or 12:00HR) appears. This resets all
parameters except for the flow meter totalizer volume.
Master Reset: Hold the Extra Cycle button while powering up
the unit. This resets all of the parameters in the unit. Check
and verify the choices selected in Master Programming Mode.
NOTE: If the "D" button is pressed while in master
programming, no changes will be saved.
SELECT LANGUAGE:
ENGLISH
Options: English
Espanol
Portugues
Deutsch
Francais
SYSTEM TYPE: 4
SINGLE UNIT
Options: System 4 (single unit)
System 5 (2-4 units) Parallel Interlock
System 6 (2-4 units) Parallel Series Regeneration
System 7 (2 units) Alternating
System 9 (2-4 units) Alternating
System 14 (2-4 units) Demand Recall
VALVE ADDRESS:
#2
Options: Valve Address #1 (First Control Valve)
Valve Address #2 (Second Control Valve) (Default)
Valve Address #3 (Third Control Valve)
Valve Address #4 (Fourth Control Valve)
Example:
English
Example:
System Type 4, Single Unit
Example:
Valve Address #2 (Second Control Valve) (Default)
8 • Fleck 3200 NXT
Page 9
VALVE ADDRESS:
#2
Options: Valve Address #1 (First Control Valve) Valve Address #2 (Second Control Valve) (Default) Valve Address #3 (Third Control Valve) Valve Address #4 (Fourth Control Valve)
Meter Immediate (All System Types)Meter Delayed Fixed Reserve (Systems 4 & 6 Only)
REGENERANT FLOW:
DOWNFLOW
Options:Downflow (Default)Up FlowUF Fill First
Example:Downflow (Default)
REMOTE SIGNAL
START: 00:06:00
Options:Off (Default)00:00:00 (Hours:Minutes:Seconds)Range: 1 second to 99 minutes (1 hour, 39 minutes)NOTE: This display will not be viewed in System 4
Options: Off (Default)
00:00:00 (Hours:Minutes:Seconds)
Range: 1 second to 99 minutes (1 hour, 39 minutes)
NOTE: This display will not be viewed in System 4
DISPLAY FORMAT:
US-GALLONS
Options: U.S. - Gallons (Default)Eu Metric - Liters (Metric)
NOTE: In U.S. - Gallons mode, the display will be in 12-hour time.
NOTE: In European Units - Liters (Metric) mode, the display will be in
24-hour time.
UNIT CAPACITY:
00000000 GRAINS
Options: Grains (in U.S. Format) (Default)Grams (in Metric Format)
Range: 1 to 9,900,000 Grain Capacity in U.S. Format
1 to 198,000 grams CaCO3 Capacity in Metric Format
NOTE: Use the Shift button to move to the left.
Example:
2 Valves in the System (Default)
Example:
Time Clock Delayed (Default)
Example:
2750 (Default)
Example:
Downflow (Default)
Example:
00:06:00
(Hours:Minutes:Seconds)
Example:
U.S. Gallons (Default)
Example:
Grains (Default)
Trip Points 1, 2, and 3 (System 14 only)
This program step selects up to three Trip Points programmed
on the master timer only (Valve Address #1).
The actual required number of Trip Points in a system is one
less than the number of valves in the system.
Trip Point 1 represents the system flow rate at which a second
valve will be brought In Service or Standby.
Trip Point 2 represents the system flow rate at which a third
valve will be brought In Service or Standby.
Trip Point 3 represents the system flow rate at which a fourth
valve will be brought In Service or Standby.
Trip Point 1Trip Point 2Trip Point 3
Range:
1 – 997 GPM
Range:
0001 – 3997 Lpm
U.S.: Value of Trip Point
1 plus 1 to 998
Metric: Value of Trip
Point 1 plus 1 - 3998
U.S.: Trip Point 2 plus
1 to 999
Metric: Trip Point 2
plus 1 - 3999
Trip Delays 1, 2, and 3 (System 14 only)
This program step selects each Trip Delay time that is
addressed with each Trip Point and will be programmed on
the Master timer only (Valve Address #1). The Trip Delay time
represents a minimum amount of time the system flow rate
is required to be equal or greater than the Trip Points to bring
a unit In Service. It also is the minimum amount of time the
system flow rate is required to be less than the Trip Points to
remove a unit from In Service to Standby.
Trip Delay 1Trip Delay 2Trip Delay 3
Default: 30 Seconds
Range:
30 - 99 Seconds
TRIP POINT 1:
000 gpm
Examples: Default will need to be changed before next step [000] = (Default)
Brings 2nd valve In Service after 125 gpm [125]
Brings 2nd valve In Service after 400 lpm [400]
Range: 1 to 997 gpm (U.S. Format)
0.01 to 3997 lpm (Metric Format)
NOTE: Display will not appear unless timer is programmed as valve position
#1. Use the Shift button to change each decimal position.
Range:
30 - 99 Seconds
Range:
30 - 99 Seconds
CAPACITY SAFETY
FACTOR: 00%
Range: 0 to 50%
NOTE: Use the Shift button to move to the left.
FEED WATER
HARDNESS: 15 GPG
Range: 1 to 199 Grains/Gallon (U.S. Format)
20 to 1,999 miligrams CaCO3/L (Metric Format)
NOTE: Use the Shift button to move to the left.
NOTE: This screen will only display on the lead unit for System Types 6 & 7.
For all other System Types, it will display for all units.
Example:
00% (Default)
Example:
15 GPG (U.S. Format) (Default)
TRIP DELAY 1:
30 SECO NDS
NOTE: Display will not appear unless timer is programmed as valve position
#1. Use the Shift button to move one space to the left.
TRIP POINT 2:
gpm
Examples: Brings 3rd valve In Service after 250 gpm [250]
Brings 3rd valve In Service after 900 lpm [900]
Range: Trip Point 1 + 1 to 998 gpm (U.S. Format)
Trip Point 1 + 1 to 3998 lpm (Metric Format)
NOTE: Display will not appear unless timer is programmed as valve position
#1. System size must be 3 or 4 to appear. Use the Shift button to move one
space to the left.
TRIP DELAY 2:
30 SECO NDS
NOTE: Display will not appear unless timer is programmed as valve position
#1. System size must be 3 or 4 to appear. Use the Shift button to move one
Fleck 3200 NXT • 9
Page 10
00000000 GRAINS
Options:Grains (in U.S. Format) (Default)Grams (in Metric Format)
Grains (Default)
NOTE: Use the Shift button to move to the left.
Range: 1 to 9,900,000 Grain Capacity in U.S. Format
1 to 198,000 grams CaCO3 Capacity in Metric Format
Example:00% (Default)
CAPACITY SAFETY
FACTOR: 00%
Range: 0 to 50%NOTE: Use the Shift button to move to the left.
FEED WATER
HARDNESS: 15 GPG
Range: 1 to 199 Grains/Gallon (U.S. Format)20 to 1,999 miligrams CaCO3/L (Metric Format)
Example:15 GPG (U.S. Format) (Default)
NOTE: Use the Shift button to move to the left.NOTE: This screen will only display on the lead unit for System Types 6 & 7.
For all other System Types, it will display for all units.
TRIP POINT 1:
000 gpm
NOTE: Display will not appear unless timer is programmed as valve position #1. Use the Shift button to change each decimal position.
is on.
NOTE: Display will not appear unless timer is programmed as valve position #1. Use the Shift button to move one space to the left.
TRIP DELAY 1:
30 SECONDS
NOTE: Display will not appear unless timer is programmed as valve position #1. System size must be 3 or 4 to appear. Use the Shift button to move one space to the left.
TRIP DELAY 2:
30 SECONDS
NOTE: Display will not appear unless timer is programmed as valve position #1. System size must be 3 or 4 to appear. Use the Shift button to move one space to the left.
TRIP POINT 2:
gpm
Examples: Default will need to be changed before next step [000] = (Default) Brings 2nd valve In Service after 125 gpm [125] Brings 2nd valve In Service after 400 lpm [400]Range: 1 to 997 gpm (U.S. Format)
0.01 to 3997 lpm (Metric Format)
Examples: Brings 3rd valve In Service after 250 gpm [250] Brings 3rd valve In Service after 900 lpm [900]Range: Trip Point 1 + 1 to 998 gpm (U.S. Format)Trip Point 1 + 1 to 3998 lpm (Metric Format)
REGENERATION DAY
OVERRIDE:OFF
Example:
Off (Default)On (Default for time clock)
REGENERATION DAY
OVERRIDE:01 DAYS
Options: Off (Default for meter) or On
Example:
1 Day
Range: 1 to 99 Days
REGENERATION
TIME: 02:00AM
Example:2:00 A.M. (Default)
Options: A.M. (U.S. Format)
HR (Metric Format)
NOTE: Regeneration time will not appear unless Regeneration Day Override is on.
NOTE: Only displayed on units that physically have a meter (Lead always has
NOTE: Only displayed if “Generic” is chosen for the flow meter.
#1. System size must be 4 to appear. Use the Shift button to move one space to the left.
MASTER PROGRAMMING MODE
FLOW CHART continued
TRIP POINT 3:
gpm
Examples: Brings 4th valve In Service after 350 gpm [350]
Brings 4th valve In Service after 1300 lpm [1300]
Range: Trip Point 2 + 1 to 999 gpm (U.S. Format)
Trip Point 2 + 1 to 3999 lpm (Metric Format)
NOTE: Display will not appear unless timer is programmed as valve position
#1. System size must be 4 to appear. Use the Shift button to move one
space to the left.
TRIP DELAY 3:
30 SECO NDS
NOTE: Display will not appear unless timer is programmed as valve position
#1. System size must be 4 to appear. Use the Shift button to move one
space to the left.
NOTE: Please refer to the “Regenerant Flow Default Cycle Steps & Times”
in the Master Programming Mode section of the manual.
NOTE: If Stager is chosen for Valve Type, the Regeneration Cycle Step
description will not display.
AUXILIARY RELAY:
DISABLED
Options: Enabled
Disabled (Default)
AUX RELAY OUTPUT
START 1 00:00:00
Range: 00:00:00 to 18:00:00
NOTE: Only displayed if Auxiliary Relay is enabled in previous screen.
Auxiliary Relay will only display if Chemical Pump is OFF for System
Types 6 & 7.
Example:
Cycle 1 in Back Wash Mode
Example:
Auxiliary Relay is Disabled
Example:
Auxiliary Relay Output in Start 1 at
0 hours, 0 minutes, & 0 seconds
Regeneration Cycle Steps
This step programs the Regeneration Cycle step times 1
through 5. Please Refer to the chart below for regenerant flow
default cycle steps and times.
Regenerant
REGENERATION
TIME: 02:00AM
Options: A.M. (U.S. Format)
HR (Metric Format)
NOTE: Regeneration time will not appear unless Regeneration Day Override
Flow
Cycle 1TimeCycle 2Time
DownflowBackwash
UF Brine Draw
UF Fill First
Regenerant
Flow
DownflowRapid Rinse
Brine &
Slow Rinse
Brine Tank
Fill
Cycle 3TimeCycle 4Time
UF Brine DrawRapid Rinse
UF Fill First
Regenerant
Flow
Brine &
Slow Rinse
Cycle 5Time
Example:
2:00 A.M. (Default)
10
Minutes
Brine &
Slow Rinse
1 HourBackwash
12
Minutes
10
Minutes
10
Minutes
Brine
Making
Brine Tank
Fill
Brine Tank
Fill
1 HourBackwash
1 Hour
10
Minutes
1 Hour
12
Minutes
12
Minutes
10
Minutes
DownflowPauseN/A
UF Brine DrawPauseN/A
AUX RELAY OUTPUT
END 1 00:00:00
Range: 00:00:00 to 18:00:00
CHEMICAL PUMP:
DISABLED
Options: Enabled
Disabled (Default)
NOTE: This screen will only display on the lead unit for System Types 6 & 7.
For all other System Types, it will display for all units.
CPO AUX RELAY
VOLUME: 000 g
Range: 1 to 999 gallons in U.S. Format
1 to 9999 L in Metric Format
a meter). Only shown if Auxiliary Relay is disabled on System Types 6 & 7.
CPO AUX RELAY
TIME: 00:00:00
Range: 00:00:00 to 02:00:00
FLOW METER:
1.0 PADDLE
Options: 1.0 Paddle (Fleck)
1.0 Turbine (Fleck)
1.5 Paddle (Fleck)
1.5 Turbine (Fleck)
2.0 Paddle (Fleck)
3.0 Paddle (Fleck)
Generic (Non-Fleck)
NOTES: Default flow meter type is based on the valve type. This screen will
only display on the lead unit for System Types 6 & 7. All other system types
it will display for all units.
NOTE: Please refer to the “Regenerant Flow Default Cycle Steps & Times” in the Master Programming Mode section of the manual.
NOTE: If Stager is chosen for Valve Type, the Regeneration Cycle Step description will not display.
AUXILIARY RELAY:
DISABLED
Example:
Auxiliary Relay is Disabled
Options: EnabledDisabled (Default)
AUX RELAY OUTPUT
START 1 00:00:00
Example:
Auxiliary Relay Output in Start 1 at 0 hours, 0 minutes, & 0 seconds
Range:00:00:00 to 18:00:00
NOTE: Only displayed if Auxiliary Relay is enabled in previous screen. Auxiliary Relay will only display if Chemical Pump is OFF for System Types 6 & 7.
AUX RELAY OUTPUT
END 1 00:00:00
Example:
Auxiliary Relay Output in End 1 at 0 hours, 0 minutes, & 0 seconds
Range:00:00:00 to 18:00:00
CHEMICAL PUMP:
DISABLED
Example:
Chemical Pump is Disabled
Options: EnabledDisabled (Default)
NOTE: This screen will only display on the lead unit for System Types 6 & 7. For all other System Types, it will display for all units.
CPO AUX RELAY
VOLUME: 000 g
Example:
Energize Chemical Pump Relay Every 50 GallonsEnergize Chemical Pump Relay Every 200 L
Range:1 to 999 gallons in U.S. Format1 to 9999 L in Metric Format
NOTE: Only displayed on units that physically have a meter (Lead always has a meter). Only shown if Auxiliary Relay is disabled on System Types 6 & 7.
CPO AUX RELAY
TIME: 00:00:00
Example:
Each Time the Chemical Pump Relay is on, Run for 30 Seconds (00:00:30)
Range:00:00:00 to 02:00:00
FLOW METER:
1.0 PADDLE
Example:
1.0 Paddle Flow Meter
Options:1.0 Paddle (Fleck)
1.0 Turbine (Fleck)
1.5 Paddle (Fleck)
1.5 Turbine (Fleck)
2.0 Paddle (Fleck)
3.0 Paddle (Fleck) Generic (Non-Fleck)
NOTES: Default flow meter type is based on the valve type. This screen will only display on the lead unit for System Types 6 & 7. All other system types it will display for all units.
NOTE: Only displayed if “Generic” is chosen for the flow meter.
PROGRAMMING UNIT
PLEASE WAIT...
Example:
Add 1 Gallon for Each Pulse in U.S. Format
Example:
Master Programming Mode is Exiting
is chosen under System Type. Depending on current
NOTE: User Mode cannot be entered on the Lag unit for
option settings, some displays cannot be viewed or
set.
System 6.
DIAGNOSTIC PROGRAMMING MODE
FLOW CHART
Entering Diagnostic Programming Mode
1. Push and release the "D" button.
2. Press the Extra Cycle button once per display until all
displays are viewed and Normal Display is resumed.
3. Push and release the"D" button at anytime during
diagnostic mode and the timer will exit the mode.
4. Depending on the current controller programming, certain
displays may not be able to be viewed or set.
Overview Diagnostic Mode
The current diagnostic will be displayed until Extra Cycle key is
pressed. There is no time limit on each display. The timer will
display local information, not system information. In the event
of a regeneration occurring while displaying diagnostics, the
regeneration step and time remaining will be displayed. When
regeneration has been completed, the display will return to the
main screen.
CURRENT FLOW
RATE: 0 gpm
PEAK FLOW RATE:
0 gpm
Example:
Flow rate at this time.
Example:
Peak flow since last regeneration.
FEED WATER
HARDNESS: gpg
REGENERATION DAY
OVERRIDE: OFF
REGENERATION DAY
OVERRIDE:99 DAYS
REGENERATION
TIME: 02:00AM
mg/l
TOTALIZER:
130 g
LAST TWO REGENS:
0 HOURS
LAST REGEN
0 HOURS
VOLUME REMAIN:
1000 g
NOTE: If a System 6, Unit #1 of “Tank Remaining” will display “System
Remaining”.
VALVE ADDRESS
#2
VERSION:
X.XX
Example:
Gallons at the outlet since installation.
Example:
Hours between the last regeneration and the
one before it.
Example:
Hours since last regeneration.
Example:
Volume remaining (can be adjusted).
Example:
Controller unit number.
Example:
Installed software level of the controller in use.
Fleck 3200 NXT • 11
Page 12
Regen
Regeneran
Capa
Feed
Regenera
Che
, Deutsch, Francais
14
9
7
6
Programming Parameter Ranges
Demand
Alternating
Alternating
Series
1 thru 4
1 thru 4
O, 00:00:01 - 01:39:00
Downow, Upow, Upow Fill First
Gallons Liters
English, Espanol, Portugues
Recall
2750, 2815, 2850, 2900, 3150, 3900, Stager
Time Clock, Metered Delayed, Metered Immediate
0- 50%
O, 1 - 99
Enabled, Disabled
, 00:00:00 - 04:00:00
O, 00:00:00 - 04:00:00
O, 00:00:00 - 04:00:00
O, 00:00:00 - 04:00:00
00:00:00 - 04:00:00
O
Enabled, Disabled
to Total Regeneration Time
00:00:01 to Total Regeneration Time - 1
Start Time + 1
1" 1.5" Paddle or Turbine, 2" Paddle, 3" Paddle, Generic
All Relay Output parameters programming will be viewed if Enabled.
If Auxiliary Relay is Enabled then Chemical Pump Relay will not be viewed or if Chemical Pump Relay is Enabled then Auxiliary Relay will not be viewed.
Regeneration Time will only be vie
o -
Every _ _ _ Pulses
Add _ _ _ Gallons or Liters
Notes
If Generic Flow Meter is chosen, then programming parameters will be viewed.
TB1 - HIGH VOLTAGE 14 POSITION TERMINAL BLOCK
TB2 - LOW VOLTAGE 9 POSITION TERMINAL BLOCK
IC1 - INTERLOCK CABLE RECEPTACLE
UDM - UPPER DRIVE MOTOR
LDM - LOWER DRIVE MOTOR
AUX - AUXILARY RELAY
HCAM - VALVE HOMING CAM
SCAM - VALVE STEP CAM
BVCAM - BRINE VALVE CAM
SW1 - VALVE HOMING SWITCH
SW2 - VALVE STEP SWITCH
M1
1
NEUTRAL
7
LDM
13
TYPICAL OUTPUT WIRING
1
3
EARTH GND
6
4
AUX
9
12
10
AUX
S1 - SOLENOID ON DURING REGENERATION 24VAC,0.25A MAX
M1 -OPTIONAL MOTOR/PUMP ON DURING REGENERATION
OR CPO DEVICE ON DURING SERVICE(N.O. OUTPUT)
2
5
UDM
8
11
TB1-GREY
LINES1
HOT
NEUTRAL
250VAC/3A MAX. RESISTIVE
30VDC/3A MAX. RESISTIVE
P/N 19781
9
6
3
FLOW METER
+5 VDC
DC GROUND
7
8
4
1
5
2
(OPTIONAL)
SHIELD
TB2-ORANGE
(OPTIONAL)
(OPTIONAL)
SENSOR INPUT
METER INPUT
GREEN
RED
LOCKOUT INPUT
SENSOR SWITCH
LOCKOUT SWITCH
TYPICAL INPUT WIRING
13
14
15 16
17
18
19
1211
10
98
4
56
7
12
3
C
N.O.
N.C.
SW3
C
N.O.
N.C.
SW1
C
N.O.
N.C.
SW2
UDM
HCAM
SCAM
BVCAM
TAN
PINK
BLUE
HOME
P/N 19781
NOT USED
UDM
LINE
RED
BLACK
IC1
RED
GREY
METER
STEP
AUX
LDM
WHITE
GREEN
WHITE
+5 VDC
#BLACK
NOT USED
9
#WHITE/BLACK
6
3
DC GROUND#RED/BLA CK
11
8
5
2KCALB
#ORANGE
8
#GREEN
SENSOR
7
2
#WHITE
4
1
TB2-ORANGE
13
01NWORB
12
AUX9EGNARO
7
4WOLLEY
NOT USED6
EARTH GND3NEERG
WHITENEUTRAL1
1
TB1-GREY
#BLUE
LOCKOUT
5
#RED
# - DENOTES LOW VOLTAGE CABLE WIRE
NOT USED
BLACK
WHITE
BLACK
RED
NOT USED
WHITE
BLACK
32 • Fleck 3200 NXT
Page 33
TROUBLESHOOTING
Detected Errors
If a communication error is detected, an Error Screen will
alternate with the main (time of day) screen every few seconds.
• All units In Service remain in the In Service position.
• All units in Standby go to In Service.
• Any unit in Regeneration when the error occurs
completes Regeneration and goes to In Service.
• No units are allowed to start a Regeneration Cycle while
the error condition exists, unless they are manually forced
into Regeneration.
• When an error is corrected and the error no longer
displays (it may take several seconds for all of the units
in a system to stop displaying the error message), the
system returns to normal operation.
NOTE: During the error condition the control continues
to monitor the flow meter and update the volume
remaining. Once the error condition is corrected all
units return to the operating status they were in prior
to the error. Regeneration queue is rebuilt according
to the normal system operation. Or, if more than
one unit has been queued for regeneration, then the
queue is rebuilt according to which one communicates
first.
Message DisplayedCause For ErrorCorrection
Flashing timePower outage.Program time by holding UP on Unit #1.
Detected Error = Matching Address
Detected Error = Program Mismatch
Detected Error = No Message #1
Detected Error = No Message #2
Detected Error = No Message #3
Detected Error = No Message #4
Detected Error = E2 Reset UnitThis message appears after a software reset.
Test ModeCircuit Board was not programmed at factory.Replace Circuit Board.
Black Squares on screenBad Circuit Board.Replace Circuit Board.
INI on screen for more than 2
minutes
CHG on screen for more than 2
minutes
Two or more units programmed with the same valve address
number.
Master program parameters do not match between two or
more controls.
No power to Control #1.Power Control #1.
Communication Cable to Valve Address #1 bad or missing.Connect or replace Communication Cable.
No power to Control #2.Power Control #2.
Communication Cable to Valve Address #2 bad or missing.Connect or replace Communication Cable.
No power to Control #3.Power Control #3.
Communication Cable to Valve Address #3 bad or missing.Connect or replace Communication Cable.
No power to Control #4.Power Control #4.
Communication Cable to Valve Address #4 bad or missing.Connect or replace Communication Cable.
Circuit board not getting feedback from cycle switch.
Control programmed incorrectly as 2900 or 3900 valve type.Reprogram unit as Stager Valve type.
Program each unit with unique valve
address number in Master Programming.
Confirm Master Programming for each
unit.
Reprogram control using Master
Programming section.