Definir la configuración de conexión RDP avanzada

conditionally print characters (usually „**‟) in front of the totalizer which has rolled

on the appropriate report. Examination of an OMNI „Custom Report Template‟

will show how this is accomplished. The second digit of the index number

defines the number of the meter run. See also points at 2801 for station versions

of these flags.

2n01 Batch In Progress - Gross Totalizer Rollover Flag 2n02 Batch In Progress - Net Totalizer Rollover Flag 2n03 Batch In Progress - Mass Totalizer Rollover Flag

2n04 Batch In Progress - Net Standard Volume (NSV) Totalizer Rollover Flag

2n05 Batch In Progress - Cumulative - Gross Totalizer Rollover Flag 2n06 Batch In Progress - Cumulative - Net Totalizer Rollover Flag 2n07 Batch In Progress - Cumulative - Mass Totalizer Rollover Flag

2n08 Batch In Progress - Cumulative - Net Standard Volume (NSV) Totalizer Rollover Flag

2n09 Today’s In Progress - Gross Totalizer Rollover Flag 2n10 Today’s In Progress - Net Totalizer Rollover Flag 2n11 Today’s In Progress - Mass Totalizer Rollover Flag

2n12 Today’s In Progress - Net Standard Volume (NSV) Totalizer Rollover Flag

2n13 Today’s In Progress - Cumulative - Gross Totalizer Rollover Flag 2n14 Today’s In Progress - Cumulative - Net Totalizer Rollover Flag 2n15 Today’s In Progress - Cumulative - Mass Totalizer Rollover Flag 2n16 Today’s In Progress - Cumulative - Net Standard Volume (NSV)

Totalizer Rollover Flag

2n17 Previous Batch ‘n ’ - Gross Totalizer Rollover Flag 2n18 Previous Batch ‘n ’ - Net Totalizer Rollover Flag 2n19 Previous Batch ‘n ’ - Mass Totalizer Rollover Flag

2n20 Previous Batch ‘n ’ - Net Standard Volume (NSV) Totalizer Rollover Flag

2n21 Previous Batch ‘n ’ - Cumulative - Gross Totalizer Rollover Flag 2n22 Previous Batch ‘n ’ - Cumulative - Net Totalizer Rollover Flag 2n23 Previous Batch ‘n ’ - Cumulative - Mass Totalizer Rollover Flag

2n24 Previous Batch ‘n ’ - Cumulative - Net Standard Volume (NSV) Totalizer Rollover Flag

2n25 Previous Day’s - Gross Totalizer Rollover Flag 2n26 Previous Day’s - Net Totalizer Rollover Flag 2n27 Previous Day’s - Mass Totalizer Rollover Flag

2n28 Previous Day’s - Net Standard Volume (NSV) Totalizer Rollover Flag

Application Revision 21/25.73+ - This database corresponds to Application Revision 21/25.73+ for Orifice/Differential Pressure Liquid Flow Metering Systems.

Note: The „In Progress‟ flags are those which the flow computer uses when printing the reports on the connected printer. Use the „Previous‟ flags if the report is being printed by another device such as a SCADA or  MMI. This is necessary because the flow computer clears the „In Progress‟ data immediately after it prints the local report.

2n29 Previous Day’s - Cumulative - Gross Totalizer Rollover Flag 2n30 Previous Day’s - Cumulative - Net Totalizer Rollover Flag 2n31 Previous Day’s - Cumulative - Mass Totalizer Rollover Flag

2n32 Previous Day’s - Cumulative - Net Standard Volume (NSV) Totalizer Rollover Flag

2n33 Spare to

2n36 Spare

2.3.10. Miscellaneous Meter Run Status Points

2n37 Product in Use - Binary Coded Decimal Bit 0

Points 2n37-2n40 are information only, read only, not commands (see 1743-1746).

2n38 Product in Use - Binary Coded Decimal Bit 1 2n39 Product in Use - Binary Coded Decimal Bit 2 2n40 Product in Use - Binary Coded Decimal Bit 3

2n41 Meter Hourly Archive Trigger Flag

This flag is set high by the archive trigger commands (points 2733-2736).

2.3.11. Miscellaneous Honeywell SMV3000 Multivariable

Transmitter Alarm and Status Points

2n42 Differential Pressure - Invalid Status

Value is outside of acceptable limits.

* 2n43 Differential Pressure - Input/Output Mode Status * 2n44 Differential Pressure - Signal Alarm

2n45 Pressure - Invalid Status

* 2n46 Pressure - Input/Output Mode Status * 2n47 Pressure - Signal Alarm

2n48 Temperature - Invalid Status

* 2n49 Temperature - Input/Output Mode Status * 2n50 Temperature - Signal Alarm

2n51 Body Sensor Fault - Over Temperature Alarm

* 2n52 Critical Failure of SMV Electronics

* 2n53 Communication Failure Alarm

INFO - Boolean data is accessed using Modbus function codes 01 for reads, 05 for single point writes and 15 for multiple bit writes. Boolean data is packed 8 points to a byte when reading.

Note: See 1800 area and 2800 area for more station alarms and status points.

Notes:

*

These are critical alarms that adversely affect the reliability of

measurement. These alarms cause the flow computer to examine the override code strategy and apply an override, if so configured.

2n54 Spare to 2n99 Spare 2500 Spare to 2600 Spare

2.3.12. Miscellaneous Meter Station Alarm and Status

Points

2601 Override in Use - Auxiliary Input #1 2602 Override in Use - Auxiliary Input #2 2603 Override in Use - Auxiliary Input #3 2604 Override in Use - Auxiliary Input #4

2605 Spare to

2608 Spare

2620 Calibration Data Checksum Error

Correctable as secondary copy was OK.

2621 System Initialized Flag

True after power up or system reset, clears when reset power fail command is set (1713).

2622 Day Light Savings Time

„On‟ means that spring adjustment was made. „Off‟ means autumn adjustment was made.

2623 Archive Memory Alarm

0=Ok; 1=Fail. 2624 Spare to 2700 Spare Application Revision 21/25.73+ - This database corresponds to Application Revision 21/25.73+ for Orifice/Differential Pressure Liquid Flow Metering Systems.

2.3.13. Commands Which Cause Custom Data Packets

to be Transmitted Without a Poll

 Activating any of the „edge triggered‟ command points below causes the

appropriate „Custom Data Packet‟ to be transmitted out of the selected serial

port without the serial port being polled for data. This function can be useful

when communicating via VSAT satellite systems where operating cost is directly

proportional to RF bandwidth used.

2701 Data Packet #1 to Serial Port #1 2702 Data Packet #2 to Serial Port #1 2703 Data Packet #3 to Serial Port #1

2704 Data Packet #1 to Serial Port #2 2705 Data Packet #2 to Serial Port #2 2706 Data Packet #3 to Serial Port #2

2707 Data Packet #1 to Serial Port #3 2708 Data Packet #2 to Serial Port #3 2709 Data Packet #3 to Serial Port #3

2710 Data Packet #1 to Serial Port #4 2711 Data Packet #2 to Serial Port #4 2712 Data Packet #3 to Serial Port #4

2.3.14. Commands Needed To Accomplish a Redundant

Flow Computer System

 Accomplishing a redundant flow computer system requires two identically

In document SC-T35 Thin Client Guía del usuario (página 92-98)