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1. 4 Calculates and displays the totalized utility consumption shown with configurable units CF CCF Gallons kWH etc 5 Totalized utility consumption allows for various multipliers to correct for gas pressure and temperature factors as well as conversions such as from Gallons to CF 6 Form A contacts providing a 100 ms pulse period 50ms on 50ms off for totalized value 7 No software is required All configuration is done through setup menus using the three pushbuttons and LCD display or via a PC terminal program via the 9 pin RS232 connector 2 PulseFlow Operation 2 1 Flow Rate Value top line of the LCD Display The Flow Rate value is calculated by timing the period between input pulses The displayed range is from zero to the programmed Max Flow When the incoming pulses arrive at the programmed Max Pulse Rate in pulses per minute the Max Flow is displayed If the incoming pulses arrive faster than the Max Pulse Rate then the Max Flow is displayed followed by the character If the incoming pulses are arriving slower than the Max Pulse Rate then the calculated Flow Rate Value is displayed e The Rate Decimal Pos setting sets the decimal place position of the displayed Flow Rate Value e The Flow Rate Label setting allow you to provide a description to the displayed Flow Rate Value It is shown directly after the Flow Rate Value on the LCD display Examples are CF H GalPerMin etc 2 2 Totalized Value bottom line of th
2. 10 CF Pulse 1 32 Next Totalized Value Current Totalized Value PST 0 132 With the 10 CF per pulse and the 1 32 pressure correction each pulse equals a corrected volume of 13 2 CF This means it will take about 8 pulses to increment the 100 CF 1 CCF Totalized Value on the display For the displayed Flow Rate Value the following parameters should be set Max Pulse Rate in PPM 006 25 3000 CF Hr 1 25 10 CF Pulse 60 Min Hr 6 25 Pulses Min Rate Decimal Pos xxxxx don t display decimal places Max Flow Rate 04950 3000 CF Hr 1 25 1 32 This value is displayed at Max Pulse Rate Flow Rate Label CF Hr PulseFlow FP100 Submeter Solutions Inc 800 64METER Page 6 PulseFlow FP100 Installation and Operation Manual 4 3 Water Meter Example 1 water meter with 50 Gallons Min max flow rate e 50 gallons per minute rating e Meter pulse output is 10 Gallons Pulse e Display accumulated Cubic Feet used Display CF Min rate For the displayed Totalized Value the following parameters should be set Units Per Pulse 0010 0 10 gallons per pulse Correction Factor 001 337 at 7 48 gallons per CF there are 10 7 48 CF per pulse Resolution Factor 00001 No resolution factor needed Counter Label CF For the displayed Flow Rate Value the following parameters should be set Max Pulse Rate in PPM 005 00 50 Gal Min 10 Gal Pulse 5 Pulses Min Rate Decimal Pos xxx xx display flow rate with 2 decimal po
3. the gt is displayed again to acknowledge the carriage return When typing a command any characters froma standard keyboard will be accepted After starting to type a command you may not back up using the backspace key If you make a typing mistake simply press the carriage return and start over Three commands are available to read values from PulseFlow r Returns the top line Flow Rate of the display c Returns the bottom line Count of the display s Returns the settings that are programmed in PulseFlow PulseFlow FP100 Submeter Solutions Inc 800 64METER Page 8 PulseFlow FP100 Installation and Operation Manual Ten commands are available to write values back to PulseFlow rc S1 XXXXXX S2 XXXX X S3 XXX XXX S4 XXXXXX s5 AAAAAAAAA S6 XXX XX s7 xX S8 XXXXX s9 AAAAAAAAA Resets the Counter to the Counter Preset value usually 000000 Changes the value of the Counter Preset Changes the value of the Units per Pulse Changes the value of the Correction Factor Changes the value of the Resolution Factor Changes the Counter Label Changes the value of the Maximum Pulse Rate in PPM Changes the Rate Decimal Position 0 5 O xxxxx 5 XXXXX Changes the value of the Maximum Flow Rate Changes the Flow Rate Label 7 PulseFlow Specifications 7 1 General Specifications Power Requirements 12 24VDC 500mA Input Pulse Rate LCD Display Counter Totalized Value Signal Input Dry con
4. Max Flow Rate was set to 1000 and the calculated displayed Rate Value is 500 then the output will be at the 50 value or 12mA Calculated zero flow rate will output a 4mA signal and a calculated maximum flow rate or above will output 20mA 2 5 Output Pulse OUTPUT PULSE pins A and COM The Form A contact output will perform a 100ms pulse 50ms on 50ms off for every count added to the Totalized Value displayed on the bottom line of the LCD display For example If the Totalized Value increments by 10 counts then the Output Pulse will output a pulse train of 10 100ms pulses 3 Menu Button Operation All of the following parameters are saved in non volatile memory and are the defaults on power up Likewise the Totalized Value is saved in non volatile memory every 5 minutes The Totalized Value is resumed at the last saved value as soon as power is turned back on Following are the menu items accessed by pressing the MENU button T Setting applies only to the Totalized value R Setting applies only to the Rate value R T Setting applies to both the Totalized and Rate value 3 1 Press ENTER To Reset Counts T If the ENTER button is pressed then the Totalized value will be set to the Counter Preset value 3 2 Counter Preset T This is the counter value to which the PulseFlow will reset when the reset command is given 3 3 Units Per Pulse T This is the number of engineering units that are represented by each incoming pulse For
5. example 10 CF per pulse 3 4 Correction Factor T This parameter applies a correction factor to the counter reading Constants such as pressure factors or temperature factors can be applied here 3 5 Resolution Factor T This parameter divides the counter output by the value entered Mainly used to slow the rollover of the display or reduce the number of output pulses Common values would be 10 100 or 1000 3 6 Counter Label T A 9 character alpha numeric label for the counter on the second line of the display May be any 9 ASCII characters PulseFlow FP100 Submeter Solutions Inc 800 64METER Page 4 PulseFlow FP100 Installation and Operation Manual 3 7 Max Pulse Rate in PPM R This is a key parameter for the rate display and 4 20 ma output It is the maximum pulse rate in Pulses per Minute that corresponds to the maximum expected flow rate At this rate the output current will be at 100 or 20 ma and the rate display will show the maximum flow rate Values are from 5 00 to 999 99 If the meter has an over range amount then include it in this parameter This is done by multiplying this parameter by the over range percent For example if a 5 000 CF Hr meter has a pulse output of 10 CF Pulse but the meter can be over ranged by 25 then the Max Pulse Rate in pulses per minute would be 5000 CF Hr 1 25 10 CF Pulse 60 Min Hr 10 4 pulses per minute 3 8 Rate Decimal Pos R This parameter determines the decimal
6. state law Submeter Solutions s products are not designed for life or safety applications Product Application Limitation Submeter Solutions products are not intended for use in critical applications such as nuclear facilities human implantable devices or life support Submeter Solutions is not liable in whole or in part for any claims or damages arising from such uses Submeter Solutions strongly believes in continuous improvement therefore we must reserve the right to change specifications and product offerings without notice Where possible we will substitute products with equivalent functionality when necessary NOTICE e This product is not intended for life safety applications e Do not install this product in hazardous or classified locations e The installer is responsible for conformance to all applicable codes Submeter Solutions Inc 2700 NW Pine Cone Dr 2 Issaquah WA 98027 425 228 6831 888 64METER SubmeterSolutions com November 4 2014 PulseFlow FP 100 Submeter Solutions Inc 800 64METER Page 10
7. 0001 0 1 cubic foot per pulse Correction Factor 001 000 No correction factor needed Resolution Factor 00001 No resolution factor needed Counter Label CF PulseFlow FP100 Submeter Solutions Inc 800 64METER Page 5 PulseFlow FP100 Installation and Operation Manual For the displayed Flow Rate Value the following parameters should be set Max Pulse Rate in PPM 013 33 800 CF Hr 1 CF Pulse 60Min Hr 13 33 Pulses min Rate Decimal Pos xxxxx don t display decimal places Max Flow Rate 00800 when max pulse rate is occurring 800 will be displayed Flow Rate Label CF Hr 4 2 Gas Meter Example 2 3000 CF Hr meter Meter allows for 25 over range 5 psi inlet pressure e 3000 CF Hr 3 000 000 BTU Hr rating at 25 over range 3750 CF Hr max e Inlet pressure is 5 psi Pressure correction is 1 32 For a pressure factor calculator see http esubmeter com pressure_factor htm e Meter pulse output is 10 CF Pulse e Display and pulse output corrected accumulated usage in hundreds of cubic feet CCF For the displayed Totalized Value the following parameters should be set Units Per Pulse 0010 0 10 cubic foot per pulse Correction Factor 001 320 5 psi correction factor Resolution Factor 00100 each count will be 100 CF Counter Label CFF According to the Totalized Value equation the Units Per Pulse Correction Factor Resolution Factor Next Totalized Value Current Totalized Value
8. PulseFlow FP100 Installation and Operation Manual PulseFlow FP100 Pulse to 4 20mA Flow Converter Flow Rate Transmitter Totalizer Indicator Submeter Solutions Inc DELICADO PulseFlow pulse to 4 20mA flow converter Solutions Inc SubmeterSolutions com 888 64METER PF100 X Submeter lf 4 3 PulseFlow FP100 Submeter Solutions Inc 800 64METER Page 1 PulseFlow FP100 Installation and Operation Manual Installation and Operation Manual Table of Contents DOOM Witt a A Pd EA E E E E EEA TE E 2 Pu lseFl w OperatiO Na e a a i e a a E iE E Ea AAE 2 1 Flow Rate Value top line of the LCD Display coconocoononcnonanononaannonononanananononannns 2 2 Totalized Value bottom line of the LCD Display oooooccccncnononononcnncnncnnnnaanancnonno 2 3 Pulse Input PULSE INPUT pins SIG and COM cccnccnnononnncnnncnnononnnnnononnnanonannnnnonons 2 4 4 20mA Output Signal 4 20ma OUTPUT pins and coooocccnnnnocccnnoncccnononccaninancnons 2 5 Output Pulse OUTPUT PULSE pins A and COM ccoononoocccncncnonononncnnnononannannnnnoncnnanonos Zo Me B tton Operation a eee estes E ee eee 3 1 Press ENTER To Reset Counts T ccccccscssccsccecececccecececeeecececeeceseseeceeeeeeseeeeeseseaes 3 2 Counter Presets da seid sais be ddan O E A EETA 3 3 Uinits Per Pulse Tier A ta dls 3 4 Correction Eactor e aa a dv casxevscsessavetasvueus coievasoveueedeacateuevavave
9. THER EXPRESS OR IMPLIED WARRANTIES INCLUDING ANY WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE THIS WARRANTY IS BUYER S EXCLUSIVE REMEDY FOR ALL CLAIMS AGAINST SUBMETER SOLUTIONS SUBMETER SOLUTIONS SHALL NOT BE LIABLE FOR ANY CONSEQUENTIAL OR INCIDENTAL DAMAGES SUBMETER SOLUTIONS TOTAL LIABILITY FOR ALL CLAIMS SHALL BE LIMITED TO THE PRICE PAID FOR ITS PRODUCT Submeter Solutions promises buyer that any standard product manufactured by Submeter Solutions shall be free from all material defects in design material or manufacturing for a period of 1 year from the manufacture date provided however that the warranty shall not extend to ordinary wear and tear or to normally replaceable components e g batteries During the warranty period Submeter Solutions may repair or replace in its sole discretion any product suffering from a warranty defect and returned freight prepaid by buyer with no charge to buyer for any warranty repair or replacement The warranty shall remain in full force and effect for such 1 year period provided that the product 1 was installed operated and maintained properly 2 has not been abused or misused 3 has not been repaired altered or modified outside of Submeter Solutions authorized facilities 4 has not been sold subject to other warranty terms specified at the time of sale and 5 is still owned by the original purchaser This warranty provides specific legal rights that may be varied by
10. e LCD Display The Totalized Value is increment with each Pulse Input according to the following configurable settings Next Totalized Value Current Totalized Value AS MS clad ella ale Resolution Factor e The Counter Label setting allows you to provide a description to the displayed Totalized Value It is shown directly after the Totalized Value on the LCD display Examples are CCF Gallons etc e Ifyou wish to overwrite and change the Totalized Value set the Counter Preset setting then select the Press ENTER To Reset Counts menu item When the ENTER button is pressed when on this menu item the Totalized Value is set to the Counter Preset setting 2 3 Pulse Input PULSE INPUT pins SIG and COM The Pulse Input is the input into the system to determine all PulseFlow functions including the Flow Rate Value the Totalized Value the Pulse Output and 4 20mA output The Pulse Input can be driven by a dry contact or electronic open collector output from a utility meter The timing between pulses determines the Flow Rate Value and 4 20mA output and the pulse count determines the Totalized Value and Output Pulse operation PulseFlow FP100 Submeter Solutions Inc 800 64METER Page 3 PulseFlow FP100 Installation and Operation Manual 2 4 4 20mA Output Signal 4 20ma OUTPUT pins and This ungrounded 4 20mA DC signal is determined by the calculated Flow Rate Value in relation to the Max Flow Rate programmed For example if the
11. ides a regulated 12Vdc power supply to pulsers that require power DO NOT APPLY POWER TO THIS PIN Two screw terminals on the right side of the board marked and 4 20ma OUTPUT provide the current outputs Two screw terminals marked A and COM OUTPUT PULSE provide a Form A dry contact relay output 6 Remote Operation The PulseFlow RS 232 port requires a serial cable in order to properly communicate with a computer PulseFlow will work with any terminal communication software Set your communication software with the following parameters e 2400 bps 8N1 8 data bits no parity 1 stop bit e no handshaking e local echo off PulseFlow accepts any string of standard ASCII uppercase lowercase or a combination of both as a command If the string is a valid command as described in the following subsections it is executed as soon as a Carriage return lt CR gt is pressed If the command is not valid the message ERROR is displayed and PulseFlow returns to command mode Pressing a carriage return puts PulseFLow into Remote Mode and the display notifies the local user that the unit is in remote mode The local user can manually exit from remote mode by pressing the MENU button otherwise the unit will time out of the remote mode when the remote user is finished When PulseFlow is in Remote Mode a gt will be displayed on the terminal If only a carriage return lt CR gt is pressed without typing a command
12. ints Max Flow Rate 006 68 50Gal Min 7 48Gal CF 6 68 CF Min will be displayed at Max Pulse Rate Flow Rate Label CF Min 4 4 Electric Meter Example 120 240 volt meter with 200A CTs e At 200A full load at 220VAC is 44 000 Watts e Meter pulse output is 10 Watt Hours Pulse e Display accumulated kWH kilowatt hours e Display average kW with 3 decimal places Ex 9 356 kW e Pulse output every kWH For the displayed Totalized Value the following parameters should be set Units Per Pulse 0010 0 10 Watt Hours per pulse Correction Factor 001 000 no correction factor Resolution Factor 01000 what to display kWH which is 1000 Watt Hours Counter Label kWH For the displayed Flow Rate Value the following parameters should be set Max Pulse Rate in PPM 073 33 44 000 W 10WHr Pulse 60Min Hr 73 33 Pulses Min Rate Decimal Pos xx xxx display Watts with 3 decimal points to present as kW Max Flow Rate 44 000 44 000 kW Flow Rate Label kW PulseFlow FP100 Submeter Solutions Inc 800 64METER Page 7 PulseFlow FP100 Installation and Operation Manual 5 Installation Two screw terminals marked with V and GND on the lower edge of the board are to be connected to a 12 to 24 VDC power supply and provides power to PulseFlow Three screw terminals on the left side of the board marked 12V COM and SIG are to be connected to the source of the pulse rate to be measured The 12V pin prov
13. position for the Rate display on the top line 3 9 Max Flow Rate R This is the value that will be displayed on the top line when the incoming pulse rate reaches the Max Pulse Rate This can be up to 6 characters including the decimal point If the meter has fixed pressure correction factor fixed temperature correction factor and or an over range amount then include these in this parameter This is done by multiplying the meter s max flow rate by the factors For example if a 250 CF Hr meter has a 2 psi inlet pressure and can be over ranged by 10 then the pressure factor is 1 12 and the over range factor is 1 10 The Max Flow Rate for this meter would be 250 1 12 1 10 308 CF Hr For help determining a gas meter pressure factor see http esubmeter com pressure_factor htm 3 10 Flow Rate Label R A 9 character alpha numeric label for the flow rate on the top line of the display May be any 9 ASCII characters 4 PulseFlow Configuration Examples The following are examples of configurations for various types of utilities being measured 4 1 Gas Meter Example 1 800 CF Hr meter with no pressure or temperature correction e 800 CF Hr 8 000 BTU Hr rating e Inlet pressure is 7 WC 1 4 psi and gas temperature is 60F No pressure or temperature correction needed e Meter pulse output is 1 CF Pulse e Display accumulated Cubic Feet used For the displayed Totalized Value the following parameters should be set Units Per Pulse
14. rtadiaat abecenetent ees 3 5 Resolution Factor T rnuia a a a eaa 3 6 Counter Label Tiida is 3 7 Max Pulse Rate in PPMI R coccccccncncnccnnnnnnnnonononononnnonononononononononononononincanananananano 3 8 Rate Decimal POS R nemin taaan iaa 3 9 Max FloW Rate Ricca ina aia aaa 3 10 Flow Rat Label Riiie 4 PulseFlow Configuration EXampleS oooooooccncnnconononcnnnnnnonononnnnnnnnnnnnononnnnonnnnnnnnnnnnnnncnnannos 4 1 Gas Meter Example Lic niiin iea TAE E AN AE aint 4 2 Gas Meter Example Lai A AA E A eee 4 3 Water Meter Exam ple iia 4 4 Electric Meter Examples eiras ie E E 5 installations acts nea an ave eile eee di eae ees 6 Remote OperatiON iii vee cdeeatanvedeecnavdvedeaciecdvedaddveveagdeevedebeeess 7 PulseFlow SpecificatiONS cccononcononcnnnnnonononnnnnnnononanononnnncnnonnnnnnnonnnnnnnannnnnnnnnnnnnnnnnnnnnnnnos 7 1 General Specification atlas 8 Copyright InformatioM oe lo A A A AA PulseFlow FP100 Submeter Solutions Inc 800 64METER Page 2 PulseFlow FP100 Installation and Operation Manual 1 Overview PulseFlow FP100 provides the following features 1 Calculates the flow rate from of a utility meter pulse output Typically used to calculate CF Hr for a gas meter Gallons Min for a water meter and average kW for an electric meter 2 Provides a 4 20mA output signal of the 0 100 min to max flow rate 3 Displays the flow rate shown with configurable units CF Hr Gallons Min kW etc
15. tact 100ms minimum pulse width Open collector output Outputs 4 20mA DC flow rate signal 12 VDC supply for pulse transmitter output Form A contact providing 100ms output pulse 5 00 to 999 99 pulses per minute full scale 20mA Flow Rate Value Scaler Corrected Totalized Volume Resettable 6 digits with prescaler 8 character label User Interface 16 character x 2 line LCD alphanumeric display 3 menu key switches 9 pin RS232 D port 2400 baud 2400 8N1 Memory Backup Non volatile Temperature Rating 0 60 C 32 140 F Enclosure PulseFlow FP100 NEMA 4X 5 5 x 6 5 x 4 Submeter Solutions Inc 800 64METER Page 9 PulseFlow FP100 Installation and Operation Manual 8 Copyright Information Copyright O 2012 by Submeter Solutions Inc PulseFlow and Submeter Solutions are trademarks of Submeter Solutions Inc Other brand and product names are trademarks or registered trademarks of their respective holders U S Government Restricted Rights Use duplication or disclosure by the Government is subject to restrictions set forth in subparagraph a through d of the Commercial Computer Restricted Rights clause at FAR 52 227 19 when applicable or subparagraph c 1 ii of the Rights in Technical Data and Computer Software clause at DFARS 252 227 7013 and in similar clauses in the NASA FAR Supplement Limited Warranty SUBMETER SOLUTIONS IS PROVIDING THIS WARRANTY IN LIEU OF ALL O

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