Smith Meter TM AccuLoad III High Speed Prover Output

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1 Electronic Preset Delivery System Smith Meter TM AccuLoad III High Speed Prover Output Issue/Rev. 0. (/0) Bulletin AB00 When using Firmware Revision.00 and above, AccuLoad IIIX supports high speed proving. This feature also requires a PIB III Series board, Part Number 0. Specifications Function: High Speed Prover Pulse Type: Opticallyisolated open collector solid state output. Repeat of transmitter input. Switch Block Voltage (Switch Off): 0 Vdc maximum Load Current (Switch On): ma with 0. volts drop Frequency Range: 0 to 000 Hz Duty Cycle: 0/0 (on/off) Programming The AccuLoad III can be configured for proving using the high speed prover output in one of two ways. To utilize the first method, the AccuLoad III can be configured to allow the operator to use the keypad to select the meter to be proved, thus bypassing Program Mode after initial configuration. Configuring the AccuLoad for the Auto Prove Method. From System Program Code, select the "Auto Prove Meter" option.. Exit Program Mode.. Configuring the AccuLoad for "Auto Prove" is only done once; thereafter, to initiate the proving process, just choose the Arm/Meter to be proved (just like loading a truck). The AccuLoad will automatically output the pulse related to this arm/meter. Manual Input Selection. From System Program Code, select the meter input to be proved ( through ).. Exit Program Mode.. To initiate the proving process, start a batch on the load arm/meter with which the programmed input is associated. Once the meter input is selected, the incoming pulses for that input are channeled through the PIB to the EAAI or BSE board and out through Terminals and on Terminal Block of the EAAI, or Terminals and on Terminal Block of the BSE, as shown on the wiring diagram. Refer to the following tables for meter and input associations. AccuLoad IIIS Hardware Inputs for Proving Single Pulse Transmitter Meter # Input # Meter # Input # Meter #B Input # Meter #A Input # Meter #B Input # Meter #A Input # Meter #B Input # A second method of selecting a meter to be proved is to enter Program Mode and select the input associated with the meter to be proved (Inputs through ). The Most Trusted Name In Measurement

2 AccuLoad IIIQ Hardware Inputs for Proving Single Pulse Transmitter One Meter Programmed for Use Two Meters Programmed for Use Meter # Input # Three Meters Programmed for Use Meter # Input # Meter # Input # Four Meters Programmed for Use Meter # Input # Meter # Input # Meter # Input # Five Meters Programmed for Use Meter # Input # Meter # Input # Meter # Input # Meter # Input # Six Meters Programmed for Use Meter # Input # Meter # Input # AccuLoad IIIQ Hardware Inputs for Proving One Meter Programmed for Use Meter #B Input Two Meters Programmed for Use Meter #B Input # Meter #A Input # Meter #B Input # Three Meters Programmed for Use Meter #B Input # Meter #A Input # Meter #B Input # Meter #A Input # Meter #B Input # Four Meters Programmed for Use Meter #B Input # Meter #A Input # Meter #B Input # Meter #A Input # Meter #B Input # Meter #A Input # Meter #B Input # Meter # Input # Meter # Input # Meter # Input # AB00 Issue/Rev. 0. (/0)

3 AccuLoad IIIQ Hardware Inputs for Proving Five Meters Programmed for Use Meter #B Input # Meter #A Input # Meter #B Input # Meter #A Input # Meter #B Input # Meter #A Input # Meter #B Input # Meter #A Input # Meter #B Meter # AccuLoad IIIQ Hardware Inputs for Proving Six Meters Programmed for Use Meter #B Input # Meter #A Input # Meter #B Input # Meter #A Input # Meter #B Input # Meter #A Input # Meter #B Input # Meter #A Input # Meter #B Input # Meter #A Input # Meter #B Input # AB00 Issue/Rev. 0. (/0)

4 High Speed Prover Output Wiring The AccuLoad IIIS hardware uses the EAAI connection only for high speed prover output wiring. Wire the Accu Load IIIQ hardware as shown in the diagram below. High Speed Prover Output Pulse In # Pulse In # On = X OFF = X Pulse In # ON S Pulse In # Pulse In # Pulse In # PIB Board PT Prover Out _ FT FT FT FT FT FT TB TB PT EAAI Notice: Before returning EAAI board to factory for service remove all analog modules, AC Input and Output Modules and PIB Board. Reinstall all modules into their respective locations on the EAAI replacement board. WARNING: CMOS Circuitry. Use grounded facility when handling. BSE JP TB TB BIO In # Com # BIO Out # BIO In # Com # BIO Out # BIO In # Com # BIO Out # BIO In # Com # BIO Out # BIO In # Com # BIO Out # BIO In # Com # BIO Out # BIO In # Com # BIO Out # BIO In # Com # BIO Out # J TB TB TB _ TX RX N.C. Prover Out In # DC In # DC In # DC VDC Out DC Com # Pulse In # Pulse In # Pulse In # Pulse In # Pulse In # Pulse In # PIB L L TB Note: When connecting to the LCPC proving totalizer, a pull up resistor is needed because the high speed prover is an open collector output. AB00 Issue/Rev. 0. (/0)

5 Revisions included in AB00, Issue/Rev. 0. (/0): Added note on Page The specifications contained herein are subject to change without notice and any user of said specifications should verify from the manufacturer that the specifications are currently in effect. Otherwise, the manufacturer assumes no responsibility for the use of specifications which may have been changed and are no longer in effect. Headquarters: 0 Gears Road, Houston, TX 0 USA, Phone: /0, Fax: /0 Gas Measurement Products: Erie, PA USA Phone /000 Thetford, England Phone () 00 Kongsberg, Norway Phone () /00 Buenos Aires, Argentina Phone () Integrated Measurement Systems: Corpus Christi, TX USA Phone /00 Kongsberg, Norway Phone () /00 San Juan, Puerto Rico Phone /0 United Arab Emirates, Dubai Phone / Liquid Measurement Products: Erie, PA USA Phone /000 Los Angeles, CA USA Phone / Slough, England Phone () Ellerbek, Germany Phone () 00 Barcelona, Spain Phone () /0 Moscow, Russia Phone () /0 Melbourne, Australia Phone () /0 Beijing, China Phone () /00 Singapore Phone () 0 Chennai, India Phone () /000 Visit our Web site at Printed in U.S.A. /0 FMC Technologies Measurement Solutions, Inc. All rights reserved. AB00 Issue/Rev. 0. (/0)