• Refer to this instruction manual for more details.
• Remove power to unit before wiring input and output connections.
• Follow instructions carefully to avoid personal injury.
Contents
1.Dial Selection
2.Power Connection
3.Compatible Sensor Wiring
4.Batch Contact Wiring
5.Remote Control Wiring
6.End of Batch/Counter Pulse Output Wiring
7.Option Contact Wiring Options
8.Current Output Wiring Options
9.FPM-9020A Operation Modes
10. Menu Functions
11. Parts and Accessories
12. Specifications
13. Quick Reference Menu Parameters
14. Maintenance
15. Troubleshooting
1. Dial Selection
The analog display shows percentage of batch complete 0 - 100%, or
percentage of remaining batch 100 - 0% on the reversible dial face
plate. Meter deflection is fixed from left to right. The instrument is
shipped with the percentage of batch complete 0 - 100% scale shown.
Reverse the face plate for either scale, as desired.
0 - 100
ALARM 1
%
Batch
ALARM 2
100
BA
C
ALARM 1
Batch
0
ENTER
D
0
%
ALARM 2
100
3. Compatible Sensor Wiring
2. Power Connection
CAUTION!
Never connect 115 VAC or 230 VAC to rear power
terminals. High voltage AC will damage instrument and
void warranty.
FPM-9020A
-
Terminals
-
External power
supply
12 - 24 VDC
= Double Insulated
= DC or AC power
12-24 V
10 W
+
OR
12 - 24 VAC
+
Technical Notes:
• Maximum 4-20 mA loop impedance (sec. 8A) is affected by the
supply voltage.
• To reduce the possibility of noise interference, isolate AC power
lines from signal lines.
4. Batch Contact Wiring
See section 9 for simple and advanced mode configuration options.
OMEGA Sensors:
Red
Black
Shld.
Red
Black
Shld.
Freq. IN
Freq. IN
Std. Sensor
Technical Notes:
• To reduce the possibility of noise interference, route sensor cable
away from AC power lines.
Iso. Gnd
Sen. Pwr.
Open Collector
Sensor
FPM-9020A
Terminals
FP-5300
FP-5200
FP-6000
FP-5061
FP-5072
2536
FP-2541
Vortex*
• *Vortex sensor or system frequency output
Technical Notes:
• Maximum alarm contact ratings: 5 A @ 30 VDC, 5 A @ 125 VAC,
or 3 A @ 250 VAC
• To reduce the possibility of noise interference, isolate AC power
lines from signal lines.
Page 2
5. Remote Control Wiring
6. End of Batch/Counter Pulse Output Wiring
Rear START, STOP, and RESUME
(Rsm) terminals can provide remote
Momentary Switch Contacts
(customer supplied)
batch control from a distance using
one of four methods:
• Mechanical switch closures (shown)
Start
Stop
Resume
• End of batch pulse from a second
FPM-9020A (sec. 6)
• End of batch contact closure from a
second FPM-9020A (sec. 7C).
FPM-9020A
Terminals
Start
Stop
Remote
Rsm
RTN
• End of batch current pulse from a
second FPM-9020A (sec. 8C).
Technical Notes:
• Use 4-conductor shielded cable for remote control lines up to 30 m
(100 ft) max.
7. Option Contact Wiring Options
A. Two Stage Shutdown (advanced mode only, sec. 9.2)
FPM-9020A
Option
NO
Batch
C
NC
NO
C
Terminals
NC
See section 9 for simple and advanced mode configuration options.
A. External counter connection
+
5 - 30
VDC
IN
Gnd
Gnd
FPM-9020A
Terminals
-
External
Counter
10 kΩ
+
CNT/EOB
output
B. Daisy chaining two FPM-9020A
batch controllers together
+
CNT/EOB
output
Gnd
Start
Stop
Remote
Rsm
First FPM-9020A Second FPM-9020A
Technical Notes:
• Use 2-conductor shielded twisted-pair cable for output lines up to
30 m (100 ft.) max.
8. Current Output Wiring Options
A. Batch Completion (simple or advanced mode, sec. 9)
Fuse**
1/8A
+
4 - 20 mA
*
-
RTN
AC or DC
power
Bypass line
Main line
flow
Valve
to tank
Technical Notes:
• Maximum alarm contact ratings: 5 A @ 30 VDC, 5 A @ 125 VAC,
or 3 A @ 250 VAC
• To reduce the possibility of noise interference, isolate AC power
lines from signal lines.
B. Missing Signal Alarm (simple or advanced mode, sec. 9)
OR
Overrun Alarm (advanced mode only, sec. 9.2)
FPM-9020A
Terminals
Alarm
device
Option
NO
C
NC
Batch
NO
AC or DC
power
C
NC
+
Current
output
FPM-9020A
-
Terminals
Technical Notes:
**1/8A fuse recommended (customer supplied)
* 4-20 mA output is internally powered (non-isolated), maximum loop
impedance 350 Ω with a 12 V instrument supply voltage, 950 Ω
with a 24 V instrument supply voltage.
To isolate output and prevent ground loop problems:
1. Use monitor device with isolated inputs, or
2. Use separate DC supply for FPM-9020A and monitor device, or
3. Power FPM-9020A with 12 - 24 VAC step down transformer
B. Valve Control (advanced mode only, sec. 9.2)
#5 ( + )
4 - 20 mA
#6 ( - )
+
Current
output
FPM-9020A
-
Terminals
4-20 mA electronic
actuated valve
Technical Notes:
• Maximum alarm contact ratings: 5 A @ 30 VDC, 5 A @ 125 VAC,
or 3 A @ 250 VAC
• To reduce the possibility of noise interference, isolate AC power
lines from signal lines.
Technical Notes:
• Output compatible with 4-20 mA electronic actuated valves.
• Max loop impedance: 350 Ω max with a 12 V instrument supply
voltage, 950 Ω max with a 24 V instrument supply voltage
Page 3
0%
100%
Batch running...
4 mA
20 mA
Section 7 Continued...
Section 8 Continued...
C. End of Batch Pulse (advanced mode only, sec. 9.2)
Daisy chaining two FPM-9020A batch controllers together for a second
batching stage.
C. End of Batch Pulse (advanced mode only, sec. 9.2)
Daisy chaining two FPM-9020A batch controllers together for a
second batching stage.
FPM-9020A
NC
NO
Batch
C
Option
NO
C
First FPM-9020A
FPM-9020A
Technical Notes:
• Use 2-conductor shielded twisted-pair cable for contact lines up to
30 m (100 ft.) max.
NC
Second
Terminals
Start
Stop
Remote
Rsm
RTN
+
Current
output
First FPM-9020A
FPM-9020A
-
Terminals
Rsm
RTN
Stop
Start
Remote
Second FPM-9020A
Technical Notes:
• Wiring MUST be connected exactly as shown.
• Use 2-conductor shielded twisted-pair cable for output lines up to
30 m (100 ft) max.
9. FPM-9020A Operation Modes
This section gives a detailed description of the FPM-9020A's simple and advanced operation modes (sec. 14) and how they affect the batch
contact, End of batch/totalizer output, option contact, and current output.
9.1 Simple Operation Mode
• Batch Contact (sec. 4): In simple mode, the batch contact is dedicated for on/off control. It is energized at the start of a batch and
de-energized at the end of a batch. It also de-energizes when STOP is selected from the front keypad or initiated by a remote contact closure to
the rear STOP terminals (sec. 5). A RESUME command can also be initiated by either method to complete the batch. The front panel batch
indicator turns on when the batch contact is energized.
• Counter/End of Batch Pulse Output (sec. 6): In simple mode, the output is configured as a counter pulse output. The output emits a
130 millisecond pulse for each engineering (total) unit measured. The output is a open collector type which requires an external pull up resistor
and power supply for external counter use (sec. 6).
• Option Contact - Missing Signal Alarm (sec. 7B): This function provides alarm capability if flow is not detected
in 30 seconds after a batch cycle starts. If the flow sensor signal is missing, the option contact energizes and the
front panel contact indicator turns on, signaling the missing sensor signal. The batch contact also
de-energizes, closing the flow control valve and stopping the batch. The alarm condition will remain until the front
panel ENTER key is pressed or a remote contact closure is made to the rear STOP terminal (sec. 5).
Batch started...
Sensor input
option contact
batch contact
• Current Output - Batch Completion (sec. 8A): This function is offered in the simple or advanced operation
mode. The output is a linear increase from 4 mA at batch start to 20 mA at batch end.
9.2 Advanced Operation Mode
Overrun Comp:
automatic manual
for valve closing time and eliminating batch overrun. Automatic overrun compensation counts sensor pulses during the batch cycle, and any excess
pulses after the batch stops. The instrument calculates the estimated batch overrun based on the additional sensor pulses, then automatically
reduces the next batch size for the next batch. During the next batch cycle, the batch contact de-energizes early, thus closing the flow control valve
early and eliminating batch overrun.
• Batch Contact (sec. 4) The batch contact is dedicated for on/off control and is either manually or automatically
compensated for batch overrun. Manual overrun compensation allows the operator to compensate for valve closure time in a
batching system. The operator is prompted to enter a batch volume that de-energizes the batch contact early, compensating
• Counter/End of Batch Pulse Output (sec. 6): In advanced mode, the output can be configured as either a counter pulse output (sec. 9.1) or as
an end of batch pulse output. When configured as an end of batch pulse, the output emits a 500 millisecond pulse at the completion of every
batch. The output is a open collector type which requires an external pull up resistor and power supply for external counter use (sec. 6).
Page 4
batch contact
Option contact
0%
100%
500ms
Batch running...
Option Contact:
Two Stage
•Option Contact - Two Stage Shutdown (sec. 7A): This function is designed to prevent
over filling or to minimize water hammer. Both the batch and the option contact are
energized when the batch starts. The option contact then de-energizes at a programmed
batch percentage, forcing flow through a smaller bypass line to reduce the fill rate. After the entire batch is
measured, the batch contact de-energizes, completing the sequence. Front keypad and remote START, STOP,
and RESUME inputs (sec. 5) also control the option contact. The front panel contact indicator turns on when the
option contact is energized.
Batch running...
0%
Option contact
batch contact
90%
100%
Option Contact:
Overrun Alarm
• Option Contact - Overrun Alarm (sec. 7B): This function provides overrun alarm
capability for detecting a leaky or stuck valve. If the programmed batch overrun volume is
measured after the batch ends, the option contact is energized and the front panel contact
indicator turns on, alarming the operator that the flow shut off valve is leaking or stuck open. To cancel alarm,
press the ENTER key (or remote STOP switch) once. The overrun alarm will retrigger if the condition persists.
Option Contact:
End of Batch
• Option Contact - End of Batch Pulse (sec. 7C): This function is designed to trigger an
external batch counter or second FPM-9020A Batch Controller at the end of a batch. The
option contact is energized for 500 milliseconds at the end of every batch cycle. An
external power supply switched through the option contact's common (COM) and normally open (NO) terminal
provides a pulse for triggering these devices.
Option Contact:
Missing Signal
• Option Contact - Missing Signal Alarm (sec. 7B): The missing signal alarm represents a missing sensor signal after batch
start-up. An adjustable time delay entry (in seconds) is offered which specifies how long the instrument will wait after batch
start-up before initiating the missing signal alarm. See simple operation mode (sec. 9.1) for alarm operation details.
Option Contact:
Off
Missing Signal
Alarm: On
• Option Contact On/Off (sec. 10.4H): This function enables or disables the option contact and front panel option LED.
When the option contact is configured "Off", the option contact and front panel LED are disabled.
• Missing Signal Alarm On/Off (sec. 10.4H):
Missing signal alarm is always enabled (factory default sec. 9.1) even if the option contact is selected to be a different
function. This function is designed to completely disable the missing signal alarm, if desired. NOTE: If disabled, the batch
contact is NOT affected and will NOT signal the operator or stop the running batch if there is a problem.
Batch running...
0%
Option contact
batch contact
100%
Overrun
Current Output:
Batch Completion
Current Output:
Valve Control
• Current Output - Batch Completion (sec. 8A): In advanced mode, the current output functions identical to the simple
operation mode. See the simple operation mode explanation above.
• Current Output - Valve Control (sec. 8B): This function is designed for use with 4-20 mA
electronic actuated values for preventing overflow or minimizing water hammer. When a
batch starts, the current output is held at 20 mA, forcing the actuated valve to the full open
position. Near batch end, the output gradually ramps downward to slow the flowrate, then
drops to 4 mA closing the valve and ending the batch. Front keypad and remote START, STOP, and RESUME
inputs also control the output (sec. 5). A STOP command any time during a batch sequence will force the output
to 4 mA and close the valve. (Note: for optimum performance, the batch process should last at least 1 minute!)
Current Output:
End of Batch
• Current Output - End of Batch (sec. 8C): This function is designed to trigger a second
FPM-9020A batch controller's remote START input for a second batching stage. When the
batch starts, the current output remains at 0 mA until the end of the batch, then jumps to 20
mA for 500 milliseconds. The 500 millisecond current pulse triggers the second FPM-9020A's remote START
terminal to start the second batch stage.
Batch running...
0%
valve
20 mA
4 mA
Batch running...
0%
0 mA
100%
valve
100%
20 mA
500ms
Page 5
10. Menu Functions
*Note: BATCH/VIEW Menu steps B - E MUST be selected for
CALIBRATE Menu (sec. 10.2) or OPTIONS Menu (sec. 10.4) access.
Press & hold ENTER key
for menu
access:
ENTER
BATCH/
VIEW
(See Note*)
2
seconds
5
seconds
CALIBRATE
(sec. 10.2)
OPTIONS
(sec. 10.4)
Menus:
• BATCH/VIEW menu (sec. 10.1): The BATCH/VIEW menu is
displayed during standard operation. The ENTER key controls batch
start, batch stop, and batch resume operations. While a batch is
not running, the operator can navigate freely through the menu by
pressing either UP or DOWN arrow keys. While a batch is
running, pressing either UP or DOWN arrow keys displays Time
left, Flow rate, and Volume batched information. The BATCH/
VIEW menu also offers a programmable batch size and resettable
totalizer feature that allows the operator to reset the displayed total
at the press of a button.
• CALIBRATE Menu (sec. 10.2): The CALIBRATE menu contains all
critical display setup and output parameters. A simple security code
feature prevents unauthorized tampering. The operator is required
to enter a simple access code for menu access. The same code
also unlocks OPTIONS menus.
• OPTIONS Menu (sec. 10.4): The OPTIONS menu contains setup
and display features that are seldom accessed for minor display or
output adjustments.
10.1 BATCH/VIEW Menu (example)
• Menu steps B - E cannot be accessed when a batch is running. Press ENTER to stop batch cycle.
• Steps B - E MUST be selected for CALIBRATE Menu (sec. 10.2) or OPTIONS Menu (sec. 10.4) access.
To Step E
A.
B.
→
Batch
Start
Stop
Resume
or
start
Batch Volume:
100.000 Gallons>
Programmable
Batch Volume
Main Batching Sequence
0.0 Gallons
ENTER
<ENTER> to Start
40.3 Gallons
ENTER
<ENTER> to Stop
Volume batched
40.3 Gallons
ENTER
Resume Start
Resume or start
(sec. 10.4D)
OPTIONS =
Batch Volume:
200.500 Gallons
1. Enter volume
ENTER
2.
OR
To exit without
changes:
Save
quick
press
Count Up
selected
(sec.10.4K)
While a batch
is running...
Time Left: <1 min
<ENTER> to Stop
Time Left
60.5 Gallons/m
<ENTER> to Stop
Flow rate
40.3 Gallons
<ENTER> to Stop
Volume batched
(sec. 10.4D)
OPTIONS =
Batch Volume:
Key Code: -- -- -- --
Batch Volume:
Key Code:
1. Enter code:
Batch Volume:
200.500 Gallons
2. Enter volume
ENTER
Save
3.
****
← Back to Step B
Gallons X 1
C.
Total:1234567.8>
Resettable Totalizer
Gallons X 1
D.
∞Total:1234567.8
Permanent Total
Overrun: Manual
E.
0.00000 Gallons
Overrun compensation
(sec. 10.4D)
OPTIONS =
Reset Total?
1234567.8
1.
2.
OR
To exit without
changes:
D.
E.
Shown only when "advanced" mode is chosen
(sec. 10.4E)
(sec. 10.4D)
OPTIONS =
Reset Total?
Key Code: -- -- -- --
ENTER
Press to reset
1. Enter code:
Reset Total?
0000000.0
Reset Total?:
1234567.8
ENTER
2.
quick
press
Permanent Total cannot be reset.
Reset Total?:
3.
0000000.0
Reset Total?
Key Code:
Press to reset
****
To step C
←
→
To step A
Page 6
10.2 CALIBRATE Menu (factory defaults shown in menu column 1)
CALIBRATE: -- -- -- -Enter Key Code
Press keys in sequence to continue,
****
1
Choose:
G
↓
Batch Units:
A.
Gallons >
Batch units
Flow Timebase:
B.
m >
Flow timebase
Auto Calibrate:
C.
Batch K-Factor >
Auto Calibrate
Procedure
Accurate reference
container required.
See procedure
(sec. 10.3)
Display shown only
when advanced mode
(sec.10.4E) and manual
overrun comp. (sec.10.4G)
is selected.
To step D
To return
to VIEW:
→
quick
press
will appear during code entry.
2
Change:
Batch Units:
Liter
Flow Time Base:
s S m M h H d D
Auto Calibrate:
<ENTER> to Start
Auto Calibrate:
ENTER
<ENTER> to Stop
Start
volume?
D. Overrun comp.
To restore original value:
Auto Cal Volume:
ENTER
XX.XXX Gallons
Stop
A.
Reenter
Overrun Volume:
XX.XXX Gallons
Set batch units:
Aa - Zz, 0 - 9,
/, _
Set timebase:
S=seconds,
M=minutes,
H=Hours,
D=Days
Enter volume
Batch K-Factor:
1234.5
Batch K-Factor
ENTER
1234.3
B.
Accept
K-Factor?
K-Factor?
Batch
C.
Modify
ENTER
Save
Cancel
OR
ENTER
Save
quick
press
3
Save:
ENTER
"SAVING"
briefly
displays
Back to step C
←
Batch K-Factor:
D.
60.000 >
Batch K-Factor
Total Units:
E.
Gallons x 1 >
Totalizer units
Total K-Factor:
F.
60.000 >
Totalizer K-Factor
Last CAL:
G.
01-01-98
Last calibration
To return
to VIEW:
←
To step A
Batch K-Factor:
3456.7
Total Units:
Liters X100
Total K-Factor:
3456.7
Last CAL:
01-01-98
To restore original value:
quick
press
Set batch
K-Factor:
0.0001 - 99999.
(see note*)
Set totalizer
units: Az - Zz,
0 - 9, /, _
(Label use only)
Set totalizer
K-Factor:
0.0001 - 99999.
(see note*)
Last CAL: Sets user
defined date
quick
press
ENTER
"SAVING"
briefly
displays
*Note: Batch and totalizer K-Factor settings represent the number of
pulses generated by the compatible OMEGA flow sensor for each
engineering unit of fluid measured (published in the flow sensor
manual).
10.3 Auto Calibration Procedure
The auto calibrate procedure (sec. 10.2C) calculates a custom flow sensor/batch K-Factor based on volumetric measurement for more precise
batching. This process will compensate for installation abnormalities or nonstandard pipe sizes for maximum batch accuracy. An accurate
measurement reference container (e.g. known tank volume) is required for this procedure. If auto calibration is impractical for your batch system,
perform manual calibration using the K-Factors published in your flow sensor manual.
FPM-9020A
Requirements:
A. The flow sensor must be installed in the actual batch pipeline.
B. The flow control valve can be connected to the common (C) and
normally open (NO) batch contact terminals (sec. 4) or the current
output terminals (sec. 8B).
C.Either the batch contact or current output MUST be used to energize
and de-energize the main flow control valve which starts and stops
fluid flow into the known reference container.
D. Follow the steps outlined in the auto calibration procedure
(sec. 10.2C) to obtain your batch system's custom K-Factor.
WARNING!
The auto calibration procedure generates a custom batch K-Factor. The batch and Totalizer K-Factors are independent from one
another. ALWAYS reenter your totalizer K-Factor after performing the auto calibration procedure.
60
40
BatchOption
80
20
Batch %
100
0
Batch contact terminals (sec. 4) OR
4-20 mA valve control terminals (sec. 8B)
ENTER
Flow Sensor
Flow control valve
100
80
60
40
20
0
Reference Container
Page 7
10.4 OPTIONS Menu (factory defaults shown in menu column 1)
OPTIONS: -- -- -- -Enter Key Code
1
Choose:
K↓
Contrast:
A.
3 >
Contrast
Display Decimal:
B.
*****.*
Flow decimal
Total Decimal:
C.
*******
Totalizer decimal
Lock:
D.
OFF >
VIEW Menu Lock
Operating Mode:
E.
Advanced >
Operation mode
Pulse Output:
F.
Totalizer >
Pulse Output
To step G
To return
to VIEW:
Press keys in sequence to continue,
will appear during code entry.
****
2
Change:
**
Set contrast:
5 levels
Set flow decimal:
******
. -
**.****
Set totalizer
decimal:
********
. -
******.**
Set VIEW Menu
lock:
On=Off=
Set operation
mode:
Simple or
A
dvanced F - H
End of Batch
(EOB)
Totalizer
(CNT)
quick
press
Contrast:
1 2 3 4 5
Display Decimal:
.
>
.
>
*
Advanced mode selected (step E)
→
quick
press
Total Decimal:
Lock:
Off On
Operating Mode:
Simple Advanced
To restore original value:
****
******. **
Set pulse output (sec. 9.2):
Pulse Output:
End of Batch
Pulse Output:
Totalizer
3
Save:
ENTER
"SAVING"
briefly
displays
←
Back to step F
Overrun Comp:
G.
Manual >
Batch contact
Overrun Volume:
0.00000 Gallons>
Batch contact
Option Contact:
H.
Missing Signal >
Option contact
Two Stage
Setpoint%: 95.0>
Option Contact
Overrun Alarm:
1.00000 Gallons>
Option Contact
Two Stage, Overrun Alarm, End of Batch, or Off
Missing Signal
Alarm: On >
Option Contact
Overrun Comp:
Auto Manual
Manual overrun comp selected (step G):
Overrun Volume:
0003.75 Gallons
Set operation mode (sec. 9.2):
Option Contact:
Missing Signal
Option Contact:
Two Stage
Option Contact:
Overrun Alarm
Option Contact:
End of Batch
Two Stage mode selected
Two Stage
Setpoint%: 99.5
Overrun Alarm mode selected
Overrun Alarm:
0002.50 Gallons
mode selected
Missing Signal
Alarm: Off On
Set overrun
compensation:
automatic
or manual
(sec. 9.2)
Set overrun
volume:
0.00000 -
999999.
Option Contact:
Off
Set two stage
setpoint %:
0.00 - 100.
Set overrun alarm
volume: 0.00001 -
999999.
Missing signal
alarm:
On or Off
Missing
Signal
Two
Stage
Overrun
Alarm
End of
Batch
Turn
off
ENTER
"SAVING"
briefly
displays
Menu Navigation
• Advanced mode chosen (step E): menu continues, steps F - I.
• Simple mode chosen (step E): down arrow key advances to top of
menu (step A).
FP-6000 Series Flow Sensors
Accuracy:±0.5% of batch reading
Input:Optically isolated
Enclosure:
• Rating: NEMA 4X/IP65 front
• Dimensions: 1/4 DIN, 96 x 96 x 88 mm (3.8 x 3.8 x 3.5 in.)
• Case materials: ABS plastic
• Keypad material: Sealed 4-key silicone rubber
• Weight: Approximately 500 g (18 oz.)
Display:
• Type: Microprocessor controlled air-core meter movement and
alphanumeric 2 x 16 LCD
• Update rate: <200 ms
• Contrast: User selected
• Alarm annunciators: green batch LED (left), red option LED (right)
Totalizers:
• 8-digit resettable with security option
• 8-digit non-resettable
5 x 5 inch adapter plate
for OMEGA retrofit
#FPM-5000-RAK
Agency Approvals
•CE
• Manufactured under ISO 9001
Electrical
Power:
• 12 to 24 VDC or 12 to 24 VAC, unregulated, 50-60 Hz,
10 W max.
Contacts (2 sets):
• Mechanical SPDT contacts
• Maximum voltage rating: 5 A @ 30 VDC, 5 A @ 125 VAC, or
3 A @ 250 VAC, (power factor = 1.0)
Current output:
• 4 to 20 mA, non-isolated, internally powered
• Update rate: <200 ms
• Max loop impedance: 350 Ω max with a 12 V instrument supply
voltage, 950 Ω max with a 24 V instrument supply voltage
• Accuracy: ±0.1% of max range
Totalizer (CNT)/End of batch (EOB) pulse outputs:
• Open-collector transistor, optically isolated, 5 mA max. sink,
28 VDC max. pull-up voltage, 130 ms (CNT) pulse width
• End of batch pulse output 500 ms (fixed)
Optional surface mount
bracket #FPM-5000-MB
Environmental
Operating temp.:-10 to 55 °C (14 to 131 °F), 50 °C (122 °F)
max. with optional rear cover
Storage temp.:-15 to 80 °C (5 to 176 °F)
Relative humidity:0 to 95%, non-condensing
Altitude:4000 m max.
Pollution degree:2
Clean the instrument case and front panel with a soft cloth and mild liquid soap solution.
15. Troubleshooting
DisplayProblemSolution
-- -- -- --Gallons/m
<ENTER> to START
Display timebase too largeChange flow timebase (S=Seconds, M=Minutes, H=Hours, D=Days) in
CALIBRATE menu to a smaller value (e.g. GPD to GPM)
Time Left - - - min
<ENTER> to Stop
-0001.8 Gallons
<ENTER> to Start
Flow K-Factor
can not be zerobe zero
Total K-Factor
can not be zerozero
Must be between
0.10 - 999
Overrun Volume
can not be zero
Power Failure
Resume Clear
Remaining batch time greater thanDisplay will show actual remaining minutes after the remaining batch time
999 minutes (overrange)is less than 999 minutes
Flow rate detected after batch endRepair leaky or stuck flow shutoff valve.
Flow (batch) display K-Factor can notEnter K-Factor greater than zero (sec. 10.2D)
Totalizer K-Factor can not beEnter K-Factor greater than zero (sec. 9.2E)
Missing signal time delay must be setEnter missing signal time delay within 0.10 - 999 seconds (sec. 10.4I)
for 0.10 - 999 seconds
Overrun alarm volumetric setting Enter overrun alarm volumetric setpoint within 0.00100 - 999999.
must be within 0.00100 - 999999. engineering units (sec. 10.4H)
engineering units
Instrument power interrupted duringUse RIGHT arrow key to select "Resume" or "Clear". Selecting resume will
active batch processcontinue the batch from the point where the power interruption occurred.
Selecting clear will clear the power failure. After your selection has been
made, press ENTER to continue.
SETUP READ ERROR
Press any Keysetup menu entry
Power fault occurred while savingPress any key to reload factory defaults then reprogram flow system setup
Notes:
parameters. Note: Totalizer displays remain undisturbed and will
resume after instrument reset.
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