Smith Meter Evolution Series ETR-1000 Register

Transcription

1 MANUAL Smith Meter Evolution Series ETR-1000 Register Communications Manual Bulletin MNTA003 Issue/Rev 0.0 (12/17)

2 Important All information and technical specifications in this documentation have been carefully checked and compiled by the author. However, we cannot completely exclude the possibility of errors. TechnipFMC is always grateful to be informed of any errors. Contact us on the website. Smith Meter is a registered trademark of TechnipFMC. Caution The default or operating values used in this manual and in the program of the Evolution Series Truck Meter Packages are for factory testing only and should not be construed as default or operating values for your metering system. Each metering system is unique and each program parameter must be reviewed and programmed for that specific metering system application. Disclaimer TechnipFMC hereby disclaims any and all responsibility for damages, including but not limited to consequential damages, arising out of or related to the inputting of incorrect or improper program or default values entered in connection with the Evolution Series Truck Meter Packages. Technical Support Contact Information: Field Service Response Center 24/7 Technical Support/Schedule a Technician: System Installation Supervision, Start-Up, and Commissioning Services Available Customer Support Contact Information: Customer Service TechnipFMC FMC Technologies Measurement Solutions, Inc Wagner Avenue Erie, Pennsylvania USA P: F: measurement.solutions@technipfmc.com TechnipFMC.com Literature Library: Page 2 MNTA003 Issue/Rev. 0.0 (12/17)

3 Table of Contents Table of Contents 1 Communication Protocols Communication Types Communications Framing for Terminal Mode Communications for Minicomputer Mode of Operation AR Alarm Reset...7 Host Clearable Alarm Conditions...8 CF Configure Format...9 DB List Database Tables...10 EA Enquire Alarms...11 SD Set Date and Time...36 SH End Shift/Print Shift Report...37 SP Stop (Pause) Delivery and Close Valve...38 ST Shift Totals...39 TF Set Ticket Footer Data...40 TH Set Ticket Header Data...41 XC Change Parameter Security Level...42 XV Read Parameter Security Level...43 NOXX Response Error Codes...44 Extended Error Codes Related Publications...48 EQ Enquire Status...12 ER Event Recall...13 ET End Delivery and Print Ticket...14 FL Request Meter Leakage...15 GD Get Date and Time...16 ID Get Device/Firmware Identifiers...17 LD Live Meter Factor...18 LI Log In As Different User...19 LO Log Out of Program Mode...20 LP Live Pressure...21 LT Live Temperature...22 PB Print Binary Data to Printer...23 PC Parameter Change...24 PP Print Report to Printer...25 PR Program Change Event Recall...26 PV Program Code Value...27 RA Request Alarms...28 RB Request Batch...29 RD Request Delivery Amounts...30 RE Reset Status Flags...31 RQ Request Flow Rate...32 RS Request Status...33 SA Start (Resume) Delivery and Open Valve...34 SB Start Batch (Reset Register)...35 Issue/Rev. 0.0 (12/17) MNTA003 Page 3

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5 Communication Types 1 Communication Protocols 1.1. Communication Types The communications interface of the ETR-1000 supports two different framing schemes and the expected framing is selectable in the communications directory. Communicating devices can be used with EIA-232 Port. Terminal (Term Host) The communications ports communicate with a terminal type device using a simplified communications protocol. Minicomputer (Minicomp Host) The communications ports communicate with a minicomputer type device using a more sophisticated and secure communications protocol Communications Framing for Terminal mode The Communications Port Function must be set to Terminal Host. This character-oriented protocol uses the ASCII character "*" to define the start of a message and Carriage Return - Line Feed (CR-LF) characters to terminate the message. No error checking other than parity on each character is performed. The message format is: * A1 A2 text CR LF for an instruction to the ETR-1000, or * A1 A2 text CR LF for a response from the ETR * = Asterisk Hex "2A" Text = Character string containing instructional or response information CR = Carriage return Hex "0D" LF = Line feed Hex "0A" A1 A2 = ETR-1000 Address (01 to 99) The ETR-1000 communications address A1 A2 always consists of two ASCII characters. Data is formatted using ASCII characters and each character frame consists of 1 start bit, 7 or 8 data bits, none, even or odd parity, and 1 or 2 stop bits. A maximum communication rate of 38,400 baud is supported. There is no echo back of received characters. Issue/Rev. 0.0 (12/17) MNTA003 Page 5

6 Communication Types 1.3. Communications for Minicomputer Mode of Operation This character-oriented protocol uses the transmission control character STX to define the start of a message, and ETX to terminate the message. A Longitudinal Redundancy Check (LRC) character follows the ETX character for additional message error detection beyond the traditional parity check done on each transmitted character. The message format is: *STX A1 A2 text ETX LRC for an instruction to ETR-1000, or NL STX A1 A2 text ETX LRC PAD for a response from the ETR NL = Null character Hex "00" STX = Start of Text Hex "02" Text = Character string containing instructional or response information ETX = End of Text Hex "03" LRC = Longitudinal Redundancy Check PAD = Pad character Hex "7F" A1 A2 = ETR-1000 Address (01 to 99) The LRC is an ASCII character computed as the exclusive OR (XOR) sum of all characters following the STX and including the ETX transmission control characters. Page 6 MNTA003 Issue/Rev. 0.0 (12/17)

7 2 AR Alarm Reset The AR command causes a currently active alarm to be cleared from Evolution. The alarm specified must be active or the command will be rejected. "AR" to clear all active clearable alarms; or "AR" [alarm_name] to clear a specific system alarm, where [alarm_name] is the column name in one of the alarm tables (see below). "OK" Alarm condition was cleared. Invalid alarm name was specified. Issue/Rev. 0.0 (12/17) MNTA003 Page 7

8 Host Clearable Alarm Conditions: Alarm Name power_fail tioa_power_failure tioa_io_comm_failure temp_probe_failure high_temperature low_temperature pulse_security printer_alarm high_delta_pressure temp_comp_error tioa_firmware_upgrade_failure tioa_mag_sensor_fail Condition A power failure occurred and the I/O board (TIOA) was reset or lost power while the UI remained operational. Communications with the I/O module was lost Transducer failure on the temperature input (RTD or 4-20mA input) Temperature exceeded high temp alarm limit Temperature fell below the low temp alarm limit Too many error pulses occurred during the delivery (must end to delivery and print ticket to clear this alarm or it will recur) Communications with printer failed or printer fatal error indicated. Delta P transducer high limit exceeded. Transducer compensation calculation range limit exceeded. TIOA Firmware Upgrade Error. New firmware could not be loaded into TIOA from USB media (unlikely to occur). Sensor has detected that the magnet is outside distance tolerances See also: EA Enquire Alarms RA Request Alarms Page 8 MNTA003 Issue/Rev. 0.0 (12/17)

9 CF Configure Format The CF command is used to configure the communications interface. It can be used to select the meter number (1 or 2) accessing parameter settings in a multiple meter configuration, and it can also allow the host to enable/disable the inclusion of column names in specific commands that return database values. "CF METER N" Select meter number N. "CF CN xx" Enable (xx = ON ) or disable (xx = OFF ) column names "OK" See also: Issue/Rev. 0.0 (12/17) MNTA003 Page 9

10 DB List Database Tables The DB command is used to list the configuration database table names, and to list the columns belonging to specified database tables. "DB T" Lists all configuration database tables. "DB T NNNNN" Lists all columns belonging to the specified table. "CCCCCC[,CCCCCC] " CCCCCC return one or more of the columns belonging to a specified database table, separated by commas. Invalid table or column name was specified. See also: Page 10 MNTA003 Issue/Rev. 0.0 (12/17)

11 EA Enquire Alarms The EA command retrieves the alarm status from Evolution. Data is returned in a bit-mapped format. "EA" "A1A2A3 A8" 8 characters each A' is a character representing a 4-bit encoded value; the character returned is determined by adding the value of the asserted bits from the table below to the ASCII character value 0 to obtain one of the following characters for each A : " : ; < >?" Alarm status cannot be reported See also: RA Request Alarms Response to Enquire Alarms Bit values added to base character '0' 0x08 0x04 0x02 0x01 A1 Parameter error TIOA power failure TIOA CRC error Temp. probe error A2 Transducer failure Printer Alarm Reserved Reserved A3 TIOA f/w upgrade error Pulse security Comm alarm TIOA comm I/O failure A4 High delta pressure High temperature Low temperature Reserved A5 Reserved Reserved Reserved Reserved A6 Reserved Reserved Reserved Reserved A7 Reserved Reserved Reserved Reserved A8 Reserved Reserved Reserved Reserved Issue/Rev. 0.0 (12/17) MNTA003 Page 11

12 EQ Enquire Status The EQ command retrieves the operational status of Evolution. Data is returned in a bit-mapped format. "EQ" "A1A2A3A4A5A6A7A8" each "A" is a character representing a 4-bit encoded value; the character returned is determined by adding the value of the asserted bits from the table below to the ASCII character value 0 to obtain one of the following characters for each A : " : ; < >?" The bits are mapped as follows: Bit values added to base character '0' 0x08 0x04 0x02 0x01 A1 Program Mode Flow Valve status Product Flowing Reserved A2 Trans in Progress Trans. Done Batch Done Reserved A3 Alarms Active Air Recovery Air Venting No flow timer A4 Prog. value changed Reserved Reserved Power Fail occurred A5 Checking entries Ticket Printed Ticket printing Prove in progress A6 Dig in status #4 Dig in status #3 Dig in status #2 Dig in status #1 A7 Dig in status #8 Dig in status #7 Dig in status #6 Dig in status #5 A8 Reserved Reserved Reserved Reserved See also: RS Request Status RE Reset Status Flags Page 12 MNTA003 Issue/Rev. 0.0 (12/17)

13 ER Event Recall The ER command requests historical data from Evolution using the sequence number of the event. ER sent by itself returns the current oldest log entry and prepares to return the next oldest. ER FIRST resets the oldest log entry to the first in the log. "ER" Returns next-oldest log entry. "ER FIRST" Resets next-oldest to beginning of log. "ER YYYY:MM:DD HH:MM:SS E A..A" YYYY-MM-DD is the date (year-month-day) HH:MM:SS is the time (hours:minutes:seconds) E is the event type number A.. A is the event data See also: Issue/Rev. 0.0 (12/17) MNTA003 Page 13

14 ET End Delivery and Print Ticket The ET command removes authorization to load, flags the delivery as completed, and initiates the ticket printout, as if the Print button had been pressed at the user interface. The delivery must be paused by pressing Stop or sending the SP command, or alternately the complete preset amount has to have been delivered, for the Print command to be accepted. "ET" End delivery; print default ticket "OK" Page 14 MNTA003 Issue/Rev. 0.0 (12/17)

15 FL Request Meter Leakage The FL command retrieves the total leakage measured by the meter since the last reset from Evolution. "FL" "FL N.N" N.N is the Indicated Volume (IV) or Mass (if using a mass meter) accumulated since the last time the register was reset prior to the start of the current batch This can indicate leakage if the count changes between when the previous transaction completed and the next is started. Issue/Rev. 0.0 (12/17) MNTA003 Page 15

16 GD Get Date and Time The GD command requests the current date and time from the Evolution. "GD" " GD DDDDDDDD HHNNSS X" DDDDDDDD is the date (DDMMYYYY) HHNNSS is the time X is the time type (A for AM, P for PM, M for military) See also: SD Set Date and Time Page 16 MNTA003 Issue/Rev. 0.0 (12/17)

17 ID Get Device/Firmware Identifiers The ID command retrieves information about the Evolution register and the currently installed software. "ID" "ID VVVV=NNNN,VVVV=NNNN, " Where : VVVV is one of the following parameters if CF ON was issued earlier. NNNN is the current setting for the preceding parameter. Parameters: THMI revision number THMI CRC number TIOA revision number for meter 1 or 2 TIOA CRC for meter 1 or 2 IP address for THMI Netmask Gateway address IP address for meter 1 or 2 Note that if the CF ON command was not issued prior to this command, the supplemental text ( THMI revision number, and so forth) is not returned. In this case only the values of NNNN are returned. The CF command can be issued to select the desired meter s information. See also: CF Configure communications to enable or disable supplemental text. Issue/Rev. 0.0 (12/17) MNTA003 Page 17

18 LD Live Meter Factor The LD command requests the current meter factor from Evolution. "LD" "LD NN.NN" NN.NN is the current meter factor. Note that the CF command can be used to specify the meter to be read. See also: LT Delivery Average Temperature LP Delivery Average Pressure CF Configure communications Page 18 MNTA003 Issue/Rev. 0.0 (12/17)

19 LI Log In as Different User The LI command allows a user with elevated privileges to access secure functions over the serial interface beyond what is configured as the base access for the particular port. "LI [username] [password]" "OK" username and password may be enclosed within double quotation marks, in cases where the account on Evolution was set up that way. Note that both username and password are case-sensitive, so account name administrator is different than Administrator. See also: PC - Program Configuration Change LO Log Out of Program Mode Issue/Rev. 0.0 (12/17) MNTA003 Page 19

20 LO Log Out of Program Mode The LO command removes Evolution from Program Mode and causes all changes made via the PC command to be saved. "LO" "OK" See also: LI Log in to Program Mode PC Program Code Change Page 20 MNTA003 Issue/Rev. 0.0 (12/17)

21 LP Live Pressure The LP command requests a current pressure reading from Evolution. "LP" "LP NN.NN" NN.NN is the live pressure reading for the selected meter. See also: LT Live Temperature LD Live Meter Factor CF Configure Communications Issue/Rev. 0.0 (12/17) MNTA003 Page 21

22 LT Live Temperature The LT command requests the current live temperature from Evolution. "LT" "LT NN.NN" NN.NN is the current live temperature for the selected meter. See also: LD Live Meter Factor LP Live Pressure CF Configure Communications Page 22 MNTA003 Issue/Rev. 0.0 (12/17)

23 PB Print Binary Data to Printer The PB command enables a host to send data directly to a printer. It can be used to handle escape sequences, text, and images. The buffer is limited to 65,535 bytes of data per command issued. A byte count must precede the data. Evolution will expect and buffer that many bytes. An inter-character timeout of 2500 ms will prevent the Evolution from waiting indefinitely for a complete packet. If a timeout occurs, the Evolution will reset the receiver process and again begin looking for an STX character. When all of the bytes have been received, Evolution will send the buffered data to the printer. "PB NNNNN BBBB.B" "OK" NNNNN is number of bytes to follow ( ) BBBBB.B is the binary data NOTE: This command is not available in Terminal mode; it is only supported in Computer mode. Issue/Rev. 0.0 (12/17) MNTA003 Page 23

24 PC Parameter Change Configuration tables are designed such that a row in the table contains multiple columns of information. Certain configuration tables contain multiple rows with each column containing one entry, while other tables contain both multiple rows and multiple entries per column. When accessing these tables that contain multiple rows, the row must be specified, and if the table s columns can contain multiple entries, the column offset must also be specified. The PC command facilitates modification of Program Mode parameters by specifying the table, column, and new value. The user must first log into Program Mode before issuing this command, at an access level that equals or exceeds the access level assigned to the column. If the access level of the column exceeds that of the logged in user, an error is returned and the column is not updated. The DB command can be used to list the names of all tables, or to list the names of all columns belonging to a named table. The CF command can be used to set the default meter number necessary to access certain tables that are identified below. "PC T T C C V V" "PC T T N xx C C V V" "PC T T C C xx C C xx V V" T T specifies the table that should be modified. C C specifies the column belonging to this table. N specifies the row number of a table with multiple rows. V V specifies the new value to be saved. xx specifies a index value into a multidimensional table (see below). "OK" NNNNN is number of bytes to follow ( ) BBBBB.B is the binary data NOTE: This command is not available in Terminal mode; it is only supported in Computer mode. Page 24 MNTA003 Issue/Rev. 0.0 (12/17) The configuration tables are designed like this: Single row: meter_config (one row per meter) system_config Multiple rows, one entry per column (specify Nth row): cash_discount_category customer_category dig_in_config (one row per meter) dig_out_config (one row per meter) misc_charge product_config serial_port_config (one row per meter) tax_category ticket_config vol_discount_category Multiple rows, multiple entries per column: cash_discount_deadline (specify cash_cateogry_id, cash_id) meter_factors (specify product_id, mfac_index, and Nth row) tax_category_taxes (specify tax_cateogory_id, tax_id) vol_discount (specify vol_category_id, vol_id) See also: LI Log in to Program Mode PV Program Code Value CF Configure communications

25 PP Print Report to Printer The PP command initiates a reprint of the requested delivery ticket at the printer. "PP" Reprints ticket for the most recently completed delivery. "PP NNN" Reprints ticket for Nth delivery record kept in local storage. "OK" Issue/Rev. 0.0 (12/17) MNTA003 Page 25

26 PR Program Change Event Recall The PR command requests NIST related historical data tracking Program Mode changes. "PR" "PR FIRST" "PR DDDD-DD-DD HH:NN:SS E E A..A" DDDD-DD-DD is the date (YYYY-MM-DD) HH:NN:SS is the time (hours, minutes, seconds) E.E is the event text recorded in the audit trail log A..A is the event data accompanying the event. Entering PR alone returns the next-oldest audit trail entry in the log. Entering PR FIRST both points the command to the beginning of the audit trail, and returns that entry. See also: ER- Event Recall Page 26 MNTA003 Issue/Rev. 0.0 (12/17)

27 PV Program Code Value The PV command requests the currently configured value for Program Mode parameters. The syntax used when entering this command is similar to that for the PC command. See the description of that command for details. The difference between this command and PC is that the PV command simply returns the current value stored in the specified table and column and does not allow changes to parameters. "PV T T C C" "PV T T N xx C C" "PV T T C C xx C C xx" T T specifies the table that should be modified. C C specifies the column belonging to this table. N specifies the row number of a table with multiple rows. xx specifies a index value into a multidimensional table (see description of PC command). "PV T T C C V V" "PV T T N xx C C V V" " PV T T C C xx C C xx V V" V V is the current value stored in the specified table and column. See also: PC Program Code Change DB List database tables CF Configure communications Issue/Rev. 0.0 (12/17) MNTA003 Page 27

28 RA Request Alarms The RA command requests currently active alarms from Evolution. Data is returned as a command-separated list of current values (0 or 1) for these alarm conditions: parameter_error tioa_power_failure tioa_crc_error temp_probe_failure transducer_failure printer_alarm temp_comp_error tioa_firmware_upgrade_fail pulse_security comm_alarm tioa_io_comm_failure high_delta_pressure high_temperature low_temperature If the CF CN ON command is entered before the RA command, these column names will also be returned in the comma-separated list. "RA" "RA N,N,N,N,N,N" " RA parameter_error=n, tioa_power_failure=n, " N is the current value (0 or 1) for the respective alarm. See also: EA Enquire Alarms Page 28 MNTA003 Issue/Rev. 0.0 (12/17)

29 RB Request Batch The RB command requests batch data from Evolution. The information is returned as a comma-separated list of values related to the selected batch record, with each value optionally preceded by a identifying name (if the CF CN ON command is issued previously). "RB" "RB col_name" "RB N" "RB N M" "RB N M col_name" Amount for all values, or for the specified column, from the current batch, or the Nth previous batch in the Mth previous delivery. "RB N M V" V is the desired batch value selected from the list below, or if col_name is not specified the command returns a comma-delimited list of all batch column values. N is the optional batch number within the delivery (always 1 for single-batch deliveries). M is the optional delivery number. The list of batch identifying values returned by the RB command includes: trans_no mtr_batch_id preset_amount preset_type batch_gross_cost batch_pulses batch_iv batch_gv batch_gst batch_mass batch_avg_temp batch_avg_mfac batch_avg_frate batch_avg_ctl batch_avg_dens_kgm3 batch_ref_dens_kgm3 batch_api_dens batch_rel_dens batch_additive_total See also: CF Configure Communications EA Enquire Alarms RD Request Delivery Amounts Issue/Rev. 0.0 (12/17) MNTA003 Page 29

30 RD Request Delivery Amounts The RD command requests delivery data from Evolution. The information is returned as a commaseparated list of values related to the selected delivery record, with each value optionally preceded by an identifying name (if the CF CN ON command is issued previously). "RD" "RD [col_name]" "RD N" "RB N M" "RD N col_name" All values, or if specified the value for [col_name], from the current delivery or from the Nth previous delivery. "RD N col_name V" N is the optional transaction number. V is the desired value selected from the list below, or a comma-delimited list of all values if col_name is not specified. M is the optional delivery number. The list of delivery identifying values returned by the RD command includes: trans_no shift_no start_time end_time ticket_printed cust_no cust_name cust_code prd_no prd_name prd_code prd_group prd_type price_per_unit mult_deliveries_allowed number_batches volume_units mass_units base_temp remain_volume remain_cash trans_gross_cost trans_net_cost volume_discount vol_discount_after_tax cash_discount_after_tax tax_id vol_discount_id cash_discount_id first_split_volume first_split_cost See also: CF Configure Communications EA Enquire Alarms RB Request Batch Amounts remain_split_price remain_split_volume remain_split_cost payment_received form_of_payment payment_account tank_full tank_pct_full trans_iv trans_gv trans_gst trans_mass trans_avg_temp trans_avg_mfac trans_avg_frate trans_avg_ctl trans_avg_dens_kgm3 trans_additive_total start_mtr_nr_iv start_mtr_nr_gv start_mtr_nr_gst start_mtr_nr_mass start_mtr_nr_leakage end_mtr_nr_iv end_mtr_nr_gv end_mtr_nr_gst end_mtr_nr_mass legal_for_trade Page 30 MNTA003 Issue/Rev. 0.0 (12/17)

31 RE Reset Status Flags The RE command resets or acknowledges pending status conditions of the Evolution. "RE flag_name" "OK" flag_name represents one of these status flags to be reset: transaction_done batch_done power_failure See also: PC Program Code Change PF Request Power Fail Time RS Request Status Issue/Rev. 0.0 (12/17) MNTA003 Page 31

32 RQ Request Flow Rate The RQ command retrieves the current flow rate from Evolution. "RQ" "RQ XXXXXX" XXXXXX is the current flow rate. Page 32 MNTA003 Issue/Rev. 0.0 (12/17)

33 RS Request Status The RS command requests the operational status of Evolution. Data is returned as a comma-separated list of current values (0 or 1) for each status reported. If the CF CN ON command is entered previously, each value is preceded by a column name. "RS" "S1,S2,S3, " or, if column names are enabled (see CF command) " RS parameter_error=n, tioa_ power_failure=n, " Sn represents each of these current statuses: alarms_active no flow timer expired flow valve status product_flowing print_in_progress transaction_done batch_done transaction_in_progress ticket printed power_failure prove_in_progress air venting air recovery dig_input_1,... Dig_input_8 See also: EQ Enquire Status RE Reset Status Flag Issue/Rev. 0.0 (12/17) MNTA003 Page 33

34 SA Start (Resume) Delivery and Open Valve The SA command instructs the Evolution to open the flow control valve and transition to the Delivery In Progress state. The delivery must be in the Paused state (i.e. must have already been started via either the SB command or the user interface, and then stopped via the SP command or user interface). "SA" "OK" See also: SB Start Batch / Reset Register Page 34 MNTA003 Issue/Rev. 0.0 (12/17)

35 SB Start Batch (Reset Register) The SB command instructs the Evolution to begin a new delivery. The parameters included with the command include either the customer category or the product ID to use for the delivery. "SB customer_category N" "SB product_id N" N represents either a valid customer category number ranging from 1-100, or a valid product ID number ranging from "OK" See also: SP Stop (Pause) Delivery and Close Valve Issue/Rev. 0.0 (12/17) MNTA003 Page 35

36 SD Set Date and Time The SD command sets the date and time at Evolution. "SD DDDDDDDD HHNNSS X" "OK" DDDDDDDD is the date (DDMMYYYY for military, else MMDDYYYY) HHNNSS is the time X is the time type (A for AM, P for PM, M for military) See also: GD Get Date and Time Page 36 MNTA003 Issue/Rev. 0.0 (12/17)

37 SH End Shift/Print Shift Report The SH command ends the driver shift, initiates the shift report printout, and resets the shift totals. "SH" "OK" See also: ST Shift Totals Issue/Rev. 0.0 (12/17) MNTA003 Page 37

38 SP Stop (Pause) Delivery and Close Valve The SP command forces the Evolution to close the flow control valve and transition to the Delivery Paused state. "SP" "OK" See also: SA Start / Resume Delivery and Open Valve Page 38 MNTA003 Issue/Rev. 0.0 (12/17)

39 ST Shift Totals The ST command returns the shift totals for the shift most recently ended or, if a shift number is specified, returns the totals for the specified shift. Data is returned as a comma-separated list of values, optionally preceded by a column name (if the CF CN ON command is entered previously). "ST" "ST N" "ST V V, V V, " N represents the desired shift number; and V V represents each of these current statuses: shift_no shift_start_time shift_end_time shift_operator_id shift_end_odometer num_prds_delivered num_deliveries shift_gv shift_net shift_mass shift_end_nr_gv shift_end_nr_net shift_end_nr_mass num_payments_received total_payment_received num_cash_payments cash_amount_received num_check_payments check_amount_received credit_amount_received num_credit_payments See also: SH End Shift/Print Shift Report CF Configure Communications Issue/Rev. 0.0 (12/17) MNTA003 Page 39

40 TF Set Ticket Footer Data The TF command enables a host to specify the footer data to be printed on a ticket. It can be include escape sequences, text, and images. The buffer is limited to 65,535 bytes of data per command issued. A byte count must precede the data. Evolution will expect and buffer that many bytes. An inter-character timeout of 2500 ms will prevent the Evolution from waiting indefinitely for a complete packet. If a timeout occurs, the Evolution will reset the receiver process and again begin looking for an STX character. When the ticket is printed, Evolution will send the buffered data to the printer after the metrological block (and in place of any locally configured footer lines). "TF NNNNN BBBB.B" "OK" NNNNN is number of bytes to follow ( ) BBBBB.B is the binary data NOTE: This command is not available in Terminal mode; it is only supported in Computer mode. Page 40 MNTA003 Issue/Rev. 0.0 (12/17)

41 TH Set Ticket Header Data The TH command enables a host to specify the header information to be printed on the ticket. It can include escape sequences, text, and images. The buffer is limited to 65,535 bytes of data per command issued. A byte count must precede the data. Evolution will expect and buffer that many bytes. An inter-character timeout of 2500 ms will prevent the Evolution from waiting indefinitely for a complete packet. If a timeout occurs, the Evolution will reset the receiver process and again begin looking for an STX character. When the printout is initiated, Evolution will send the buffered data to the printer prior to the metrological data block (and in place of any locally configured header lines). "TH NNNNN BBBB.B" "OK" NNNNN is number of bytes to follow ( ) BBBBB.B is the binary data NOTE: This command is not available in Terminal mode; it is only supported in Computer mode. Issue/Rev. 0.0 (12/17) MNTA003 Page 41

42 XC Change Parameter Security Level The XC command instructs Evolution to modify the security level of a Program Mode parameter. The user must be logged into Program Mode at security level that equals or exceeds the security level currently assigned to the parameter. "XC T T C C N" T T specifies the table. C C specifies the column belonging to this table. N specifies the new security level (1-5) to assign to this parameter. "OK" See also: XV Read Parameter Security Level Page 42 MNTA003 Issue/Rev. 0.0 (12/17)

43 XV Read Parameter Security Level The XV command requests the current security level for a program mode parameter. "XV T T C C" T T specifies the table. C C specifies the column belonging to this table. "XV T T C C N" N specifies the security level (1-5) currently assigned to this parameter. See also: XC Change Parameter Security Level Issue/Rev. 0.0 (12/17) MNTA003 Page 43

44 NOXX Response Error Codes NO00 - Invalid Command NO01 - In Program Mode NO02 - Reserved NO03 - Value out of Range NO04 - Flow Active NO05 - No Delivery Ever Done NO06 - Operation Not Allowed NO07 - Wrong Control Mode NO08 - Reserved NO09 - Alarm Condition NO10 - Reserved NO11 - Operation Out of Sequence NO12 - Power Failed During Delivery NO13 - Reserved NO14 - Program Code Not Used NO15 - Keypad/Display in Use NO16 - Reserved NO17 No Keypad Data Pending NO18 - No Delivery In Progress NO19 - Option Not Installed NO20 - Reserved NO21 - Permissive Delay Active NO22 - Print Request Pending NO23 Reserved NO24 - Must be in Program Mode NO25 Reserved NO26 - Volume Type Not Selected NO27 - Reserved NO28 Reserved NO29 - Checking Entries NO30 Invalid Product Offset NO31 Reserved NO32 No Key Ever Pressed NO33 thru NO89 - Reserved Page 44 MNTA003 Issue/Rev. 0.0 (12/17)

45 Extended Error Codes: NO90 - Computer Protocol Required NO91 - Buffer Allocation Failure NO92 - Keypad Locked NO93 - Data Recall Failure NO94 - Not in Program Mode NO95 - Security Access Not Available (NO96-98 are reserved and undefined) NO99 - Evolution Internal Error NO00 - Invalid Command The first two characters following the address were not recognized as a valid Evolution command NO01 - In Program Mode The requested operation cannot be performed while the Evolution is in program mode. (Note: this may occur if a program change was made via communications within the last seconds. Program mode is automatically entered when a PC command is sent, and exited after a timeout) NO02 - Reserved This error code is reserved for future expansion. It will not be returned by the current revision of software. NO03 - Value out of Range Typically returned when a PC command contains a value that is not within the range of the particular program code. Some program codes also limit individual entries based on another program code that may conflict. NO04 - Flow Active When flow is in progress, the requested operation cannot be performed. NO05 - No Batch Ever Done This error occurs when batch data is requested on a newly initialized unit that has never actually run a batch. NO06 - Operation Not Allowed This error occurs typically because of invalid security. It may be that a required security input is not asserted, or that the communications access security level is lower than the access level for this function. Another cause of this error is an attempt to change the state of an output that is not configured as a general-purpose output. NO07 - Wrong Control Mode This indicates the command being issued is incompatible with the current batch control setting in the System Communications directory. Most likely it requires Host Control mode. NO08 - Reserved This error code is reserved for future expansion. It will not be returned by the current revision of software. Issue/Rev. 0.0 (12/17) MNTA003 Page 45

46 NO09 - Alarm Condition The requested operation cannot be performed when an alarm condition exists. NO10 - Reserved This error code is reserved for future expansion. It will not be returned by the current revision of software. NO11 - Operation Out of Sequence The requested operation cannot be performed until some other action is completed. NO12 - Power Failed During Batch A Power failure during the current batch prevents the requested function. NO13 Reserved This error code is reserved for future expansion. It will not be returned by the current revision of software. NO14 - Program Code Not Used The program code number used in a PV/PC command is not valid. NO15 - Keypad/Display in Use The display is not currently under communications control, or prompt data is outstanding and needs to be read and cleared before the next prompt. NO16 - Reserved This error code is reserved for future expansion. It will not be returned by the current revision of software. NO17 - No Keypad Data Pending There was no response entered to a prompt, or no prompt was sent. NO18 - No Batch In Progress Command requires a transaction be currently active. (DY, LP, LD etc). NO19 - Option Not Installed The requested operation requires an installable option that is not present. NO20 - Reserved This error code is reserved for future expansion. It will not be returned by the current revision of software. NO21 - Permissive Delay Active This operation cannot be performed until the permissive delay timer expires. NO22 - Print Request Pending This operation cannot be performed until the print operation completes. NO23 - Reserved This error code is reserved for future expansion. It will not be returned by the current revision of software. NO24 - Must be in Program Mode This operation cannot be performed unless Program Mode is active via the keypad. Page 46 MNTA003 Issue/Rev. 0.0 (12/17)

47 NO25 Reserved This error code is reserved for future expansion. It will not be returned by the current revision of software. NO26 - Volume Type Not Selected A volume type requested is not currently included in the set of types stored. NO27 - Reserved NO28 - Reserved NO29 - Checking Entries This operation cannot be performed until the Evolution has completed verifying program code changes. NO30 - Product Not Assigned The requested product is not configured. NO31 Reserved This error code is reserved for future expansion. It will not be returned by the current revision of software. NO32 No Key Ever Pressed No key has ever been pressed at the keypad. NO90 Computer protocol required Function requires secure binary data transfer. Computer control and a parity/data selection using 8 data bits are required. NO91 - Buffer Allocation Failure All available buffers are in use; cannot perform requested operation at this time NO92 - Keypad Locked Keypad not available and is required for this function. NO93 - Data Recall Failure The Evolution was unable to find/retrieve requested information from nonvolatile storage. NO94 - Not in Program Mode Program mode access via communications required to perform this function. NO95 - Security Access Not Available Communications security access is insufficient for the requested operation. NO99 -Evolution Internal Error This error should not occur. Contact your distributor or Smith Meter Field Service if you receive this response. Issue/Rev. 0.0 (12/17) MNTA003 Page 47

48 Related Publications Section 3 Related Publications The following literature can be obtained from TechnipFMC FMC Technologies Measurement Solutions Literature Fulfillment at measurement.fulfillment@technipfmc.com or online at When requesting literature from Literature Fulfillment, please reference the appropriate bulletin number and title. Evolution Series Register Specifications...Bulletin SSTA005 Evolution Series ETR-1000 Electronic Register Operator Reference... Bulletin MNTA001 Evolution Series Quick Start Guide... Bulletin MNTA002 Technical Support Contact Information: Field Service Response Center 24/7 Technical Support/Schedule a Technician: System Installation Supervision, Start-Up, Commissioning Services, and Training Available 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. Contact information is subject to change. For the most current contact information, visit our website at TechnipFMC.com and click on the Contact Us link. TechnipFMC.com FMCTechnologies.com/MeasurementSolutions TechnipFMC 2017 All rights reserved. MNTA003 Issue/Rev. 0.0 (12/17) TechnipFMC FMC Technologies Measurement Solutions, Inc. 500 North Sam Houston Parkway West, Suite 100 Houston, Texas USA P: USA Operation 1602 Wagner Avenue Erie, Pennsylvania USA P: Germany Operation Smith Meter GmbH Regentstrasse Ellerbek, Germany P: