Programming Analog Transmitter Range Output 4-20mA
Range : 0.1 - 999.9 4 mA = 0 20 mA = Entered Number.
TR 100 (
Default )
4 mA = 0 GPM 20mA =100 GPM
This can be Change to Conform to Customers Application
Ex. Number Changed to 150
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03
Page 5
TKS/TKP/TKM SERIES
MULTI-FUNCTION PADDLE WHEEL FLOW METER
Programming NPN Pulse Output
(TKP / TKM Series)
Please Follow Hand To Program
Steps Only Necessary If NPN Pulse Output is Required
TKP/TKM Series Only
24V DC POWER ONLYDISPLAYDESCRIPTION
Step-1
Programming Flow Meter
SET
Press
Then Press SET
2
1
SET
Flow Meter & Transmitter
OP2
TKM
SET
F
CV
SV
FTM
OP1 GPM
GPM
FTM
TKP/TKM Series Only
CV Display Reads 0
SV Display Reads 0
0 Totalizer Default
0.0 Flow Rate Default
Press then Press Set & Adjust
Step-2
Programming Flow Rate
Pulse Output
Press
Op1
To
Change
Value
Flow Meter & Transmitter
Flow Meter & Transmitter
OP2
OP2OP1
TKM
TKM
SET
SET
F
F
CV
CV
SV
SV
FTM
OP1 GPM
GPM
LPM
FTM
FTM
TKP/TKM Series Only (Pulse ON-OFF)
Program Value of (Flow Rate) Pulse (NPN) Output
CV
Preset Value of Flow Rate
Change to a Value that meets your Flow Rate Pulse Output
CV > SV Flow Rate Pulse Output ON
SV
<
SV Flow Rate Pulse Output OFF
CV
1000 Default
(One Pulse Per Gallon Default)
Press SET to Move to Save and Move to Next Screen
Step-3
Programming Flow total
Pulse Output
SET
Press
Then Press SET
2
1
Op2
SET
Flow Meter & Transmitter
OP2
TKM
SET
F
CV
SV
FTM
OP1 GPM
GPM
FTM
TKP/TKM Series Only
Program Value of Flow Totalizer Pulse (NPN) Output
CV
SV : Preset value of Flow Total
CV > SV Flow Rate output ON
SV
2000
Default
Next Page Programming OP2 Output for Options for Totalizer
Flow Totalizer Pulse (Step #2-Next Page)
this can be Changed to Desired Value Refer to
Press SET Button to Move to Save Add Move to Next Screen
CV = Current Value
SV = Programmed Value
(Flow Rate) Pulse
Step-4
Programming Flow total
Pulse Output
Press
Flow Meter & Transmitter
OP2
TKM
SET
F
CV
TKP/TKM Series Only
SV
FTM
OP1 GPM
GPM
FTM
Return to Home Screen
0 Totalizer Default
0.0 Flow Rate Default
Op1 & Op2 = 150mA Max Switching Currency Current + Consumption is 60mA Max.
CV = Current Value = Current Flow Rate on Display
SV = Selected Value (Programmed Value Customer Entered)
NPN Pulse is a Transistor
Power On Flow Meter With 10-30 V DC
0 Flow Totalizer
0.0 Flow Rate
TKP/TKM Series Only
CV
SV
LPM
FTM
CV
SV
Progam (NPN) Pulse Output (OP2) Totalizer
Range E.n.r.c.
Con = n : Manual Reset; Con = c : time (1=10 Secs) Auto Reset Using Timer
Con = c : time (secs) Auto Reset Using Timer i.e 5 =Pulse On (5 secs)
Co
n = r : Auto Reset when Total Volume Value = Selct Value (SV)
on = E : Pulse Output of Unit volume (Default) = One Gal/Pulse
C
Co
n = F ----> Paddle Pulse ----> Frequency Max 5 KHZ
Co
n = E (Default)
TKP/TKM Series Only (Length of Time Pulse relay remains On)
Program Output NPN Pulse Reset Time For Totalizer
Range : 0 - 999.99 sec
T1 Only Applicable if Con r or Con C are Selected above if (Con = n
LPM
FTM
or E ----> Timer Control ----> will not be an option)
T1 0.50 Sec (Default)
TKP/TKM Series Only
Program Flow Rate Pulse (NPN) Output (OP1)
Range: 0 - 3
CV > SV ----> Pulse (NPN) ON
CV < SV - HYS
CV > SV ----> Pu
CV > SV + HY
ALT 0 (Default) Most Common
ulse (NPN) OFF
----> P
lse (NPN) ON
S
----> P
ulse (NPN) OFF
CV = Current Value
SV = Programmed Value
Hys =
See below
TKP/TKM Series Only
Program Hysteresis of NPN Output Pulse
Range 0.1-999.99 (GAL) Hysteresis
HYS ± 1.0 GPM (Default)
Hys
- Hysteresis is a buffer around the Programmed Set Point Example
(Example) Liquid Caused by Pump Stopping or Valve Closing i.e.-sloshing
TKP/TKM Series Only - Flow Rate
Program Time Delay for NPN Pulse (OP1)
on Initial Start Up
Range : 0-9999 (Secs)
Time Delay of Pulse Output (Flow Rate)
Programming Relay Setpoint ON - OFF Options
Select ALT.0 ALT.1 ALT.2 ALT.3
ALT.0 (Default)
LPM
FTM
CV
SV
LPM
FTM
See Next Page for Relay Alarm Options
Programming Initial Start-Up Relay Time Delay
Range : 0-99 sec Delay Time to Power on Alarm Output Relay
T.20 (Default) (20 Seconds)
Initial Start up of Flow Meter or Process (Allows for System
Steady State before Relay Switch becomes Active).
Program Relay Set Point And Relay Delay
(Prevents Relay Chatter)
Please Follow Hand To Program
TKS Series Only
24V DC POWER ONLYDISPLAYDESCRIPTION
Step-1
Home Screen
SET
SET
Press
Step-2
Programming Relay
SET
Set Point
Press
Step-3
Programming Relay
Hysteresis
SET
Press
SET
SET
[SET]
[SET]
[SET]
Flow Meter & Transmitter
OP2OP1
TKM
SET
(3 sec)HOLD
F
Flow Meter & Transmitter
CV
SV
Power On Flow Meter - 24VDC
000.0 (Defaut) Home Screen
LPM
FTM
CV
Programming Relay Set Point. (When Relay Switches)
Range : 0.1 - 999.9 GPM
OP2OP1
TKM
SET
F
Flow Meter & Transmitter
OP2OP1
TKM
SET
F
SV
LPM
FTM
CV
SV
LPM
FTM
100.0 GPM (Defaut)
Relay will Activate when this Set Point or
(Flow Rate) is Reached
Program Relay Hysteresis - Prevents Relay Chatter -Due
to Constant Flow Rate Change around Setpoint in
Dynamic Flow Process (Cushion ±) (Prevents Relay
d = Delay 0.10 (Defaut) GPM
In the Programming Stage, the Display will Flash
Relay ON - OFF Options For TKS Series Only (Not for TKP/TKM Series)
DESCRIPTIONALT NO.
ALt = 0
ALt = 1
ALt = 2
ALt = 3
CV = Current Display Value = Flow Rate
d = (GPM) Hysteresis Measured around Relay Set Point (± Measured in Gallons)
CV > SV Relay ON : CV < SV - d Relay OFF
CV < SV Relay ON : CV > SV + d Relay OFF
SV + d > CV > SV - d Relay ON: CV > SV + d or CV < SV - d Relay OFF
SV + d > CV > SV - d Relay OFF: CV > SV + d or CV < SV - d Relay ON
SV = Selected Value = Programmed Value
08
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Page 10
TKS/TKP/TKM SERIES
MULTI-FUNCTION PADDLE WHEEL FLOW METER
General Terms
1)
2)
3)
5)
K
tr
NPN
Con
Coefficient of Flow Volume, Note : Factory Set Do Not Change
:
TKM Range of Transmitter - Flow Rate 4-20 mA 4mA = 0 20mA = Max Range
:
TKP - RS 485 Option
Transistor Relay - No Moving Parts
:
Output Control of Flow Total OP2, Con = n Manual Reset
:
Con = C - Time Reset (1=10 Secs) Auto Reset, Con = r Auto Reset,
Based on Volume (GPM) Con = E Pulse Output of Unit Volume,
Con = F Pulse Output of Paddle = 5 KHZ Max
Important
Totalizer Reset TKP/TKM
To Reset the Flow Totalizer to Zero Press
Decimal point FAll value of the parameter is processed to integer, Ex. 123.4 1234
Con* : 0 = n , 1 = r , 2 = c , 3 = E
ur S* : 0 = Modbus - RTU mode , 1 = Modbus - ASCII mode
bPS* : 0 = 9600 , 1 = 19200 , 2 = 38400
Lck
Ut
k
t r (iLo word)
t r (iHi word)
SPn
OSt (iLo word)
OSt (iHi word)
Con*
t 1
ALt
HYS
t 2
r S*
bPS*
I d
SV1 (Lo word)
SV1 (Hi word)
SV2 (Lo word)
SV2 (Hi word)
PV (Lo word)
PV (Hi word)
CV (Lo word)
CV (Hi word)
Output status*
Lock setting
Unit selecting
K value setting
Transmitter range
Transmitter span
Transmitter offset
Control mode
Reset time
Output status (LPM Op 1)
Hysteresis (LPM)
Delay time (OP1)
RS-485 mode
Baud rate
Station No.
Station No. Function codeAddressBatches of DataCRC
Station No. Function code Data byte countsDataCRC
Start code
Start code
Station No.
Station No.
Function code
Function code
Address
Address
Data
Data
Function code
Function code
03H
06H
10H
08H
Ex :
Read the CV value (flow volume) of No.01 flow meter ; CV=123456 (01E240H) (Liters ) and
Write the K value (K factor) of No.01 flow meter ; K=123.4 (04D2H)
Write the SV1 value (Flow rate setting) of No.01 flow meter; SV1=12345.6 (01E240H)
(S
1.
To exclusive OR (*) the first byte of the message format with the low order byte of the 16 bit CRC
2.
register, then put the result in the 16 bit CRC register.
To shift the CRC register one bit to right (toward the LSB) and fill the MSB with zero.
3.
o repeat the step 3 If the carry flag is 0 (LSB is 0), Exclusive OR the CRC register with A001H
T
4.
which is the v
register.
To repeat the step3 and 4 until the 16 bit CRC register is shifted 8 times
5.
o repeat from step 2 to step 5 for the next byte of the message format until final byte of message is
T
6.
ompleted. (Except the CRC bytes)
c
To get the CRC value by changing the high order and low order byte of the final CRC register.
7.
alue of p
olynomial if the carry flag is 1 (LSB is 1), then put the result in the 16 bit CRC
(RS = 1 FMODBUS . ASCII code) FFCS = LRC
Proce
1.
2.
3.
dure of LRC calculation
To add all bytes in the message format, excluding the start code F and ending code (0DH 0AH),
then put this value in an 8-bit field
To get a Two's complement from this 8-bit field. it is named Y (8-bit field also)
o get the LRC value by changing the Hex code to ASCII code from the Y .
Please make sure the pipe is filled with the fluid under normal operation.
TK Series can be installed in a horizontal or vertical direction.
Please ensure enough length of straight pipe to avoid turbulence that can effect readings.
Note: Min 10x Pipe Diameters Upstream 3x Pipe Diameters Downstream.
A Plastic Basket Strainer, Bag Filter or Y Strainer Filtering Device upstream to Avoid the Paddle
Wheel from being damaged by the solids or fibers - max 10% Particle Size - Not to Exceed .5mm
Cross Section or Length.
Please do not flush the pipe after the Flow Meter is installed with Compressed Air this may
damage the ceramic shaft and will Void Warranty