Remote Automation Solutions A6152 ROC300 Protocol Emulation Program (For ROC800-Series) Manuals & Guides

Form A6152

Part Number D301196X012
January 2009

ROC300 Protocol Emulation Program
(for the ROC800-Series Remote Operations
Controller) User Manual

Remote Automation Solutions

ROC300 Protocol Emulation Program User Manual

Revision Tracking Sheet

January 2009

This manual may be revised periodically to incorporate new or updated information. The revision date
of each page appears at the bottom of the page opposite the page number. A change in revision date to
any page also changes the date of the manual that appears on the front cover. Listed below is the
revision date of each page (if applicable):

Page Revision

All pages Jan-09
All pages Apr-08
All pages Feb-06
Initial release Jul-04

NOTICE

“Remote Automation Solutions (“RAS”), division of Emerson Process Management shall not be liable for technical or editorial errors in this
manual or omissions from this manual. RAS MAKES NO WARRANTIES, EXPRESSED OR IMPLIED, INCLUDING THE IMPLIED
WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE WITH RESPECT TO THIS MANUAL AND, IN NO
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© 2004-2009 Remote Automation Solutions, division of Emerson Process Management. All rights reserved.

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ROC300 Protocol Emulation Program User Manual

Contents

Page

Chapter 1 – Introduction 1

1.1 Scope and Organization.......................................................................................................1

1.2 Product Overview.................................................................................................................1

1.2.1 Opcode Mappings by I/O Module Slot.....................................................................2

1.2.2 Events and Alarms Mapping....................................................................................3

1.2.3 Point Type Conversions...........................................................................................3

1.2.4 Unsupported Parameters.........................................................................................4

1.3 Program Requirements........................................................................................................4

Chapter 2 – Installation 7

2.1 Downloading the Program....................................................................................................7

Chapter 3 – Configuration 11

3.1 ROC Protocol Converter Configuration Screen.................................................................12

3.2 History Segment Configuration Screen..............................................................................14

3.3 Saving the Configuration....................................................................................................15

Chapter 4 – Reference 17

4.1 Supported Opcodes...........................................................................................................17

4.2 Point Types 1 to 8, 10, 12 to 17, 19, 40 to 42....................................................................18

4.2.1 Point Type 1: Discrete Input...................................................................................18

4.2.2 Point Type 2: Discrete Output................................................................................21

4.2.3 Point Type 3: Analog Input.....................................................................................23

4.2.4 Point Type 4: Analog Output..................................................................................26

4.2.5 Point Type 5: Pulse Input.......................................................................................28

4.2.6 Point Type 6: PID...................................................................................................30

4.2.7 Point Type 7: AGA Flow Parameters.....................................................................33

4.2.8 Point Type 10: AGA Flow Calculation Values........................................................38

4.2.9 Point Type 12: ROC Clock.....................................................................................40

4.2.10 Point Type 13: System Flags.................................................................................41

4.2.11 Point Type 14: Communication Ports ....................................................................43

4.2.12 Point Type 15: System Variables...........................................................................46

4.2.13 Point Type 16: FST Parameters ............................................................................48

4.2.14 Point Type 17: Soft Point Parameters....................................................................50

4.2.15 Point Type 19: Database Parameters....................................................................51

4.2.16 Point Type 40: Multi-Variable Sensor ....................................................................52

4.2.17 Point Type 41: Run Parameters (#1).....................................................................57

4.2.18 Point Type 42: Run Parameters (#2).....................................................................59

4.3 User Defined Point Type 69/76: Protocol Emulation Program Configuration....................61

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Chapter 1 – Introduction

This chapter describes the structure of this manual and presents an
overview of the ROC300 Protocol Emulation program for the ROC800.

1.1 Scope and Organization

This document serves as the user manual for the ROC300 Protocol
Emulation program which is intended for use in a ROC800-Series Remote
Operations Controller (“ROC800”). This manual describes how to
download, install, and configure the ROC300 Protocol Emulation program
(referred to as the “ROC300 Protocol program” or “the program”
throughout the rest of this manual). You access and configure this program
using ROCLINK™ 800 Configuration Software loaded on an IBM­compatible personal computer running Windows® 2000 (with Service
Pack 2), XP, or Vista.

The sections in this manual provide information in a sequence appropriate
for first-time users. Once you become familiar with the procedures and the
software, the manual becomes a reference tool.

ROC300 Protocol Emulation Program User Manual

This manual has the following major sections:

 Section 1 – Introduction
 Section 2 – Installation
 Section 3 – Configuration
 Section 4 – Reference

This manual assumes that you are familiar with the ROC800-Series and
their configuration. For more information, refer to the following manuals:

 ROC809 Remote Operations Controller Instruction Manual (Form

A6116).

 ROC827 Remote Operation Controller Instruction Manual (Form

A6175)

 ROCLINK 800 Configuration Software User Manual (Form A6121).

1.2 Product Overview

The ROC300 Protocol Emulation program enables a ROC800 to respond
to requests from a ROC protocol host driver, used in ROC300-Series
Remote Operations Controllers and FloBoss Flow Managers. The program
converts ROC Plus protocol point types (used in the ROC800) to ROC
Protocol point types and parameters, where applicable. The program also
allows you to use specific opcodes to receive and send data from the host
to the ROC800.

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ROC300 Protocol Emulation Program User Manual

The ROC800 receives requests from a host on a specified communications
port. The program converts both ROC Plus protocol point types and
parameters to ROC Protocol point types and parameters and ROC Plus
protocol Type, Logical, and Parameter (TLPs) to analogous ROC protocol
TLPs. The program enables you to use specific opcodes to receive data
from the host and to send data from the ROC800. You can access all 200
history points in the ROC800 using opcode 130.

Once you have loaded this program and activated it for a given
communications port (see Section 3.1), the ROC Plus Protocol
communications are not available on that port. ROCLINK 800 will not
connect and allow you to make configuration changes to that selected port.
However, one way to have ROC Plus Protocol and the ROC300 Protocol
Emulation program available on a given port is to write a supervisory FST
program to control which protocol is active. For example, the FST
command could be time-related to change the value of point type 69/76,
logical 0, parameters 1 and 3 through 6. The parameter number indicates
which comm port is active: 0 disables ROC300 Protocol Emulation while
1 enables it (see Section 4.3).

Note: Be careful if you change the baud rate for the comm port used for

ROC Protocol communications. (You define this using the System
Configuration tab on the Device Information screen, accessed by
selecting ROC > Information > Device Information screen.) If
the host computer changes the baud rate of the port on which this
program runs, this also changes the baud rate of any other ports on
the same Baud Rate Generator.

For further information on the ROC and ROC Plus protocols, refer to
 ROC Plus Protocol User Manual (Form A6127), part number

D301180X012.

 ROC Protocol User Manual (Form A4199), part number

D301053X012.

1.2.1 Opcode Mappings by I/O Module Slot

The host computer uses opcode 130 (see Section 4.1) to poll for values of
all 200 history points either by RAM Area 0 to 6 (which corresponds to
History Segments 0 to 6) and point numbers 0 to 29 or by RAM Area 0
only and point numbers 0 to 199. When the host computer requests I/O
module TLPs, the program assigns logicals based on the module slot in
which the I/O module is located:

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ROC300 Protocol Emulation Program User Manual

Table 1. Opcode Mappings Based on I/O Module Slot

ROC800 Module Position

1 0 to 15
2 16 to 31
3 32 to 47
4 48 to 63

5 (Unavailable; reserved for System AIs) 64 to 79

6 80 to 95
7 96 to 111
8 112 to 127
9 128 to 143

1

Slots 1 to 4 and slots 6 to 9 (with the exception of slot 5) are available.

2

Logical ranges may change in future releases.

3

Table 1 assumes 16 points for each ROC800 module position.

1, 3

Logical Range2 (Maximum)

1.2.2 Events and Alarms Mapping

Whether the host computer can process certain alarm and event
information from the ROC800 depends on how you configure this
program and if the point type (or parameter) corresponds to a point type
(or parameter) in the ROC Protocol. The ROC Protocol supports 240
alarms and 240 events. ROC800 can store up to 450 alarms and 450
events. During configuration (see Section 3.1) you indicate whether the
program retains only the last 240 alarms or events or the full 450 alarms or
events.

Note: The program always sends system events (such as warm starts or

cold starts) to the host, since these events have the same format in
both the ROC and ROC Plus protocols.

1.2.3 Point Type Conversions

The program converts any ROC800 point type that can be converted to a
ROC protocol, as shown in the following table. As appropriate for the
point type, the program converts parameter numbers as well.

Table 2. ROC800 Point Type Conversions

ROC800 Point Type Converted to ROC Protocol Point Type

91 – System Variables 15
95 – Communication Ports 14
96 – FST Parameters 16
98 – Soft Point Parameters 17
99 – Configurable Opcode Table 0
101 – Discrete Inputs 1

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ROC300 Protocol Emulation Program User Manual

ROC800 Point Type Converted to ROC Protocol Point Type

102 – Discrete Outputs 2
103 – Analog Inputs 3
104 – Analog Outputs 4
105 – Pulse Inputs 5
106 – RTD 3
107 – Thermocouple 3
108 – Multi-Variable Sensor 40
109 – System Analog Inputs 3
110 – PID Control Parameters 6
112 – Station Parameters 7 or 41
113 – Orifice Meter Run Configuration 7 or 41
114 – Orifice Meter Run Values 41 or 42
115 – Turbine Meter Run Configuration 7
116 – Turbine Meter Run Values 41 or 42
136 – ROC Clock 12

1.2.4 Unsupported Parameters

The program cannot support some parameters. If the host tries to access
one of these unsupported parameters, the program may or may not send
back an error, depending on the circumstances. The program has
implemented the following rules to handle these parameters. These rules
also apply when the Read-Only and Read-Write statuses don’t match.

Table 3. Unsupported Parameter Handling

If ROC Protocol
Parameter is…

Read-Only Not Supported Return 0 or other appropriate
Read-Only Read-Only Return actual value Error 105

Read-Only Read-Write Return actual value Error 105
Read-Write Not Supported Return 0 or other appropriate

Read-Write Read-Only Return actual value Error 105
Read-Write Read-Write Return actual value No error

And ROC Plus
Parameter is…

Then Action on Read is…

default

default

Then Action on Write
is…

Error 105

No error

1.3 Program Requirements

Two versions of the program are provided. The versions use different
point types, but are identical in function. Only one program using a
specific point type will run on the ROC at any given time. Load the
program version which uses a point type set that does not conflict with
programs currently running on the ROC.

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ROC300 Protocol Emulation Program User Manual

Program specifics include:

User

Defined

Point

(UDP)

69 60,416 130 155,648 1.80 11

76 60,416 130 155,648 1.80 11

Flash

Used

(in bytes)

SRAM

Used (in

bytes)

DRAM

Used (in

bytes)

ROCKLINK

800 Version

Display

Number

File Name

ROCProtocol_69_v124.tar

ROCProtocol_76_v124.tar

Target

Unit/

Version

ROC800

2.10

ROC800

2.10

Note: You must connect a PC to the ROC800’s LOI port before starting the download. Also, display

#11 must be available for this program’s use.

For information on viewing the memory allocation of user programs, refer to the ROCLINK 800
Configuration Software User Manual (Form A6121).

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Chapter 2 – Installation

This section provides instructions for installing the ROC300 Protocol
Emulation program into the Flash memory on the ROC800. Read Section

1.3 of this manual for program requirements.

2.1 Downloading the Program

This section provides instructions for installing the program into the Flash
memory on the ROC800.

Note: This manual shows the installation of RocProtocol_76_v124.tar.

Choose the program version that uses point types which do not
conflict with programs currently installed on the ROC.

To download the program using ROCLINK 800 software:

1. Connect the ROC to your computer using the LOI port.

ROC300 Protocol Emulation Program User Manual

2. Start and logon to ROCLINK 800.

3. Select Utilities > User Program Administrator from the ROCLINK

menu bar. The User Program Administrator screen displays (see

Figure 1):

Figure 1. User Program Administrator

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ROC300 Protocol Emulation Program User Manual

4. Select any empty program number into which to download the

program.

5. Click Browse in the Download User Program File frame. The Select

User Program File screen displays (see Figure 2).

6. Select the path and user program file to download from the CD-ROM.

(Program files are typically located in the Program Files folder on the
CD-ROM). As Figure 2 shows, the screen lists all valid user program
files with the .TAR extension:

Figure 2. Select User Program File

7. Click Open to select the program file. The User Program

Administrator screen displays. As shown in Figure 3, note that the
Download User Program File frame identifies the selected program
and that the Download & Start button is active:

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ROC300 Protocol Emulation Program User Manual

Figure 3. User Program Administrator

8. Click Download & Start to begin loading the selected programs. The

following message displays:

Figure 4. Confirm Download

9. Click Yes to begin the download. When the download completes the

following message displays:

Figure 5. ROCLINK 800 Download Confirmation

10. Click OK. The User Program Administrator screen displays (see

Figure 6). Note that:

 The Device User Program Environment frame reflects the use of

system memory.

 The User Programs Installed in Device frame identifies the

installed program(s).

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ROC300 Protocol Emulation Program User Manual

Figure 6. User Program Administrator

11. Click Close. The ROCLINK 800 screen displays and the download is

complete.

12. Proceed to Section 3 to configure the program.

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ROC300 Protocol Emulation Program User Manual

Chapter 3 – Configuration

After you have loaded the ROC300 Protocol Emulation program on the
ROC800, you configure the program using one ROCLINK 800 screen
(History Segment Configuration) and a program-specific screen (ROC
Protocol Converter).

 Use the program-specific ROC Protocol Converter screen to enable the

conversion and set the number of events and alarms captured.

 Use ROCLINK 800’s History Segment Configuration screen to

configure history segments for the program.

You can access the program-specific screen from the main ROCLINK 800
screen:

Figure 7. ROCLINK 800

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ROC300 Protocol Emulation Program User Manual

3.1 ROC Protocol Converter Configuration Screen

Use this screen to enable the conversion and set the number of events and
alarms.

Note: Whether the host computer can process certain alarm and event

information from the ROC800 depends on how you configure the
program and whether the point type (or parameter) corresponds to
a point type (or parameter) in the ROC protocol.

To access this screen:

1. From the Directory Tree, select User Program > Program #1,

RocProtocol.

2. Double-click Display #11, ROC Protocol Converter. The ROC

Protocol Converter configuration screen displays:

Figure 8. ROC Protocol Converter Configuration

3. Review—and change, if necessary—the values in the following fields:

Field Description
ROC Protocol On

Existing Ports

Alarm Log Logic

12 Rev. Jan-09

Check one box to select a ROC800
communications port.

Note: Port #2, Ethernet COMM1, is not a valid

choice for this program.

Sets whether the ROC800 logs the most recent
240 alarms the ROC Protocol supports or the full
450 alarms the ROC Plus Protocol (and the
ROC800) supports. Selecting Last 240 logs only
the most recent 240 alarms.

ROC300 Protocol Emulation Program User Manual

Field Description

Note: If you select All 450, the ROC800 uses a

ROC Plus Protocol TLP for any alarms
without a ROC Protocol equivalent.

Event Log Logic

IO Addressing
Logic

Sets whether the ROC800 logs the most recent
240 events the ROC Protocol supports or the full
450 events the ROC Plus Protocol (and the
ROC800) supports. Selecting Last 240 logs only
the most recent 240 events.

Note: If you select All 450, the ROC800 uses a

ROC Plus Protocol TLP for any events
without a ROC Protocol equivalent.

Sets whether the ROC800 exclusively uses
modules with 16 points or if the program needs
verify the number of points used for each module.
Valid values are always 16 slots modules or 8 or
16 slots from Sys Param 50.

4. Click Apply to save any changes you have made to this screen.

5. Click OK to return to the ROCLINK 800 screen. Proceed to Section

3.2 to configure ROC800 history segments for use with this program.

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ROC300 Protocol Emulation Program User Manual

3.2 History Segment Configuration Screen

Use this screen to configure history segments. The program can access all
200 history points in the ROC800, but you need to configure the ROC800
history segments specifically for the program. To access this screen:

1. Select Configure > History Segments from the ROCLINK menu bar.

The History Segment Configuration screen displays:

Figure 9. ROC Protocol Converter Configuration

2. Allocate history points to segments 01 through 07 (allocating a

maximum of 30 points to segments 01 through 06 and a maximum of
20 points to segment 07). Ensure that the following fields contain the
following values:

Field Description
Periodic Entries

Periodic Sample
Rate

Daily Entries

Enter 840 for each segment used.
Enter 60 for each segment used.

Enter 35 for each segment used.

3. Click Apply to save any changes you have made to this screen.

Note: Refer to the ROCLINK 800 Configuration Software User Manual

(Form A6121) for further information on configuring history
segments.

4. Click OK to return to the ROCLINK 800 screen. Proceed to Section

3.3 to save the configuration.

14 Rev. Jan-09

3.3 Saving the Configuration

Whenever you modify or change the configuration, it is a good practice to
save the final configuration to memory. To save the configuration:

1. Select ROC > Flags. The Flags screen displays:

ROC300 Protocol Emulation Program User Manual

Figure 10. Flags screen

2. Click Save Configuration. A verification message displays:

Figure 11. Perform screen

3. Click Yes to begin the save process. The Status field on the Flags

screen displays In Progress. When the process ends, the Status field on
the Flags screen displays Completed.

4. Click Update on the Flags screen. This completes the process of

saving your new configuration.

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Chapter 4 – Reference

This section provides tables of information on the point types and
parameters the ROC300 Protocol Emulation program uses:

 Supported Opcodes.
 Point Types.
 User Defined Point Types.

4.1 Supported Opcodes

The ROC300 Protocol Emulation program supports the following
opcodes:

Table 4. Summary of Supported Opcodes

Opcode Description

0 Send general update such as I/O update, gas flows, and control loop status.
6 Send ROC configuration
7 Send current time and date.

8 Set new time and date.
10 Send data from configurable opcode tables.
11 Set data in configurable opcode tables.

103

120 Send pointers for alarm, event, and history logs.
121 Send specified number of alarms starting at specified alarm pointer.
122 Send specified number of events starting at specified event pointer.
130

165 Read history point configuration.

167 Send specified contiguous block of parameters.
171 Set parameters for specified point.
180 Send specified parameters.
181 Set specified parameters.
255

Send system information such as on and off times, manual and automatic alarm status,
firmware version, and current time and date.

Send archived hourly and daily data for specified history point starting at specified history
pointer.

Note: Writing history configuration is not supported.

Error messages transmitted by ROC in response to a request with i nvalid parameters or
format.

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ROC300 Protocol Emulation Program User Manual

4.2 Point Types 1 to 8, 10, 12 to 17, 19, 40 to 42

The following is a list of ROC300 point types and the corresponding mapping to the ROC800 running this program.

Note: This program does not support point types 9, 11, 18, 20 to 39, or 44 to 59.

4.2.1 Point Type 1: Discrete Input

Point Type 1: Discrete Input

Parm

#

0 R/W AC 10 Point Tag Identification 101 0 Full
1 R/W UINT 8 1 Filter N/A N/A None – returns 3
2 R/W UINT 8 1 Status 101 3 Full
3 R/W BIN 1 Modes

Bit 6 – RBX on Set

Bit 5 – RBX on Clear

Bit 4 – Alarm Enable

Bit 3 – TDI Enable

Read-

Write

Data Type Length Description

Bit 7 – Manual Mode
0 = Normal Scan
1 = Scan Disabled

0 = Disabled on Set
1= RBX on Set

0 = Disabled
1 = RBX on Clear

0 = Disabled
1 = Log Alarms

(ROC300-series and
FloBoss 407)
0 = Disabled
1 = TDI Active

ROC800 Point

Type

101 1 Full

101 11 Full

101 10 Full

101 9 Full

N/A N/A Non e – returns 0

ROC800 Parameter Support

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ROC300 Protocol Emulation Program User Manual

Point Type 1: Discrete Input

Parm

#

Read-

Write

Data Type Length Description

ROC800 Point

Type

ROC800 Parameter Support

3 (cont’d) Bit 2 – Filter Interval

0 = 250 ms (50 ms for
built-in DI) – ROC300­series & FloBoss 407
0 = 100 ms – FloBoss
500-series, FloBoss
103, & RegFlo
1 = 15 seconds (3 sec
for built-in DI)

Bit 1 – Latch Enable

0 = Disable
1 = Enable

Bit 0 – Invert Enable

0 = Disabled
1 = Enable

4 R/O BIN 1 Alarm Code

Bit 7 – Manual Mode
Bit 6 – Not Used
Bit 5 – Status Change
Bit 4 – TDI Rate Alarm
Bit 3 – TDI High Alarm
Bit 2 – TDI High High

Alarm
Bit 1 – TDI Low Alarm
Bit 0 – TDI Low Low

Alarm

5 R/W UINT 32 4 Accumulated Value 101 6 Full
6 R/W UINT 32 4 On Counter 101 7 Partial – ROC800 On Time in

7 R/W UINT 32 4 Off Counter 101 8 Partial – ROC800 Off Time in

8 R/W INT 16 2 0% Pulse Width N/A N/A None – returns 0
9 R/W INT 16 2 100% Pulse Width N/A N/A None – returns 0

10 R/W UINT 16 2 Max time between pulses /

Max Count

N/A N/A Non e – returns 0

101 5 Full

101 4 Full

101 12 Partial – Bits 7 and 5 are

supported; all others are set to
0

seconds (FLP) converts to 50
ms periods (UINT32)

seconds (FLP) converts to 50
ms periods (UINT32)

N/A N/A Non e – returns 0

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ROC300 Protocol Emulation Program User Manual

Point Type 1: Discrete Input

Parm

#

11 R/W AC 10 Units N/A N/A Non e – returns 0
12 R/W UINT 16 2 Scan Period N/A N/A None – returns 0
13 R/W FLP 4 Low Reading (Zero) EU N/A N/A None – returns 0
14 R/W FLP 4 High Reading (Span) EU N/A N/A None – returns 0
15 R/W FLP 4 Low Alarm EU N/A N/A None – returns 0
16 R/W FLP 4 High Alarm EU N/A N/A None – returns 0
17 R/W FLP 4 Low Low Alarm EU N/A N/A None – returns 0
18 R/W FLP 4 Hi Hi Alarm EU N/A N/A None – returns 0
19 R/W FLP 4 Rate Alarm EU N/A N/A None – returns 0
20 R/W FLP 4 Alarm Deadband N/A N/A None – returns 0
21 R/W FLP 4 EU Value N/A N/A None – returns 0
22 R/O UINT 16 2 TDI Count N/A N/A None – returns 0

Read-

Write

Data Type Length Description

ROC800 Point

Type

ROC800 Parameter Support

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ROC300 Protocol Emulation Program User Manual

4.2.2 Point Type 2: Discrete Output

Point Type 2: Discrete Output

Parm

#

0 R/W AC 10 Point Tag Identification 102 0 Full
1 R/W UINT 16 2 Time On 102 14 Partial – ROC8 00 Time On in

2 R/O UINT 8 1 Not Used N/A N/A None – returns 0
3 R/W UINT 8 1 Status 102 8, 21, or 24 Full – When reading, uses

4 R/W BIN 1 Mode

Bit 6 – Not Used

Bit 4 – Clear on Reset

Bit 3 – TDO Enabled

Bit 2 – Do not set this bit N/A N/A None
Bit 1 – Toggle

Bit 0 – Momentary

Read-

Write

Data Type

Length Description

Bit 7 – Manual Mode
0 = Normal Scan
1 = Scan Disabled

Bit 5 – Not Used

0 = Disabled – Retain
Last Status
1 = Enabled

0 = Disabled
1 = Enabled

0 = Disabled
1 = Enabled

0 = Disabled
1 = Enabled

ROC800 Point

Type

102 2

N/A N/A Full

102 7 Partial – ROC800 actually uses

102 13 Full

102 12 Full

102 10 and 11 Full

ROC800 Parameter Support

seconds (FLP) converts to 50
ms periods (UINT16)

param 24 (Physical). When
writing, uses 8 (Auto) or 21
(Manual) depending on mode.

Partial – Normal Scan maps to
Automatic in the ROC800 and
Scan Disabled maps to
Disabled in the ROC800

Failsafe value rather than clear

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Point Type 2: Discrete Output

Parm

#

Read-

Write

Data Type

Length Description

ROC800 Point

Type

ROC800 Parameter Support

5 R/O BIN 1 Alarm Code:

Bit 7 – Manual Mode
Bits 6-0 – Not Used

6 R/W UINT 32 4 Accumulated Value 102 9 Full
7 R/W AC 10 Units 102 1 Full
8 R/W UINT 16 2 Cycle Time 102 15 Partial – ROC800 Cycle Time

9 R/W INT 16 2 0% Count 102 16 Partial – ROC800 Low Readi ng

10 R/W INT 16 2 100% Count 102 17 Partial – ROC800 High

11 R/W FLP 4 Low Reading EU 102 18 Full
12 R/W FLP 4 High Reading EU 102 19 Full
13 R/W FLP 4 EU Value 102 20 Full

102 6 Partial – Scanning Disabled

alarm in ROC800 maps to bit
7, manual alarm in ROC800
not mapped

in seconds (FLP) converts to
50 ms periods (UINT16)

Time in seconds (FLP)
converts to 50 ms periods
(INT16)

Reading Time in seconds
(FLP) converts to 50 ms
periods (INT16)

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ROC300 Protocol Emulation Program User Manual

4.2.3 Point Type 3: Analog Input

Point Type 3: Analog Input

Parm

#

0 R/W AC 10 Point Tag Identification 103/106/107/109 0/0/0/0 Full
1 R/W AC 10 Units 103/106/107/109 1/1/1/1 Full
2 R/W UINT16 2 Scan Period 103/106/107/109 3/3/5/3 Partial – ROC800 Scan Period

3 R/W UINT16 2 Filter 103/106/107/109 5/5/7/5 Full
4 R/O INT 16 2 Adjusted A/D 0% 103/106/107/109 8/9/NA/8 Partial – This parameter is R/O

5 R/O INT 16 2 Adjusted A/D 100% 103/106/107/109 12/13/NA/9 Partial – This parameter is R/O

6 R/W FLP 4 Low Reading EU 103/106/107/109 13/14/NA/10 Full for ROC800 Point types

7 R/W FLP 4 High Reading EU 103/106/107/109 17/18/NA/11 Full for ROC800 Point types

8 R/W FLP 4 Low Alarm EU 103/106/107/109 24/25/11/15 Full

9 R/W FLP 4 High Alarm EU 103/106/107/109 25/26/12/16 Full
10 R/W FLP 4 Low Low Alarm EU 103/106/107/109 23/24/10/14 Full
11 R/W FLP 4 Hi Hi Alarm EU 103/106/107/109 26/27/13/17 Full

Read-

Write

Data Type Length Description

ROC800 Point

Type

ROC800 Parameter Support

in seconds (FLP) converts to
50 ms periods (UINT16)

in the ROC800 and can only be
modified through the calibration
routine.

Not supported for ROC800
Thermocouple (Pt Type 107)

in the ROC800 and can only be
modified through the calibration
routine.

Not supported for ROC800
Thermocouple (Pt Type 107)

103, 106 and 109
Not supported for ROC800

Thermocouple (Pt Type 107)

103, 106 and 109.
Not supported for ROC800

Thermocouple (Pt Type 107)

Rev. Jan-09 23

ROC300 Protocol Emulation Program User Manual

Point Type 3: Analog Input

Parm

#

12 R/W FLP 4 Rate Alarm EU 103/106/107/109 27/28/14/18 Full
13 R/W FLP 4 Alarm Deadband 103/106/107/109 28/29/15/19 Full
14 R/W FLP 4 Filtered EUs 103/106/107/109 21/22/9/12 Full
15 R/W BIN 1 Mode

Bit 6 – RBX on Set

Bit 5 – RBX on Clear

Bit 4 – ALM Enable

Bit 3 – Average Enable

Bit 2 – Temp Comp

Bit 1 – Clipping

Bit 0 – Not Used N/A N/A Full

Read-

Write

Data Type Length Description

Bit 7 – Manual Mode
0 = Normal Scan
1 = Manual Scan

0 = Disabled
1 = Active

0 = Disabled
1 = Active

0 = Disabled
1 = Log Alarm

(for ROCs & FloBoss)
0 = Disabled
1 = Average Enable

Enable
0 = Disabled
1 = Temp Comp Enable

0 = Disable
1 = Clipping Enable

ROC800 Point

Type

103/106/107/109 2/2/2/2 Full

103/106/107/109 31/32/18/22 Full

103/106/107/109 30/31/17/21 Full

103/106/107/109 29/30/16/20 Full

103/106/107/109 6/6/8/6 Full

N/A N/A Non e – returns 0

103/106/107/109 22/23/NA/13 Full for ROC800 Point types

ROC800 Parameter Support

103, 106 and 109.
Not supported for ROC800

Thermocouple (Pt Type 107)

24 Rev. Jan-09

ROC300 Protocol Emulation Program User Manual

Point Type 3: Analog Input

Parm

#

Read-

Write

Data Type Length Description

ROC800 Point

Type

ROC800 Parameter Support

16 R/O BIN 1 Alarm Code

Bit 7 – Manual Mode
Bit 6 – Point Fail
Bit 5 – Not Used
Bit 4 – Rate Alarm
Bit 3 – High High Alarm
Bit 2 – High Alarm
Bit 1 – Low Low Alarm
Bit 0 – Low Alarm

17 R/O UINT 16 2 Raw A/D Input 103/106/107/109 7/8/NA/7 Full for ROC800 Point types

18 R/O INT 16 2 Actual Scan Time 103/106/107/109 4/4/6/4 Partial – ROC800 Actual Scan

103/106/107/109 32/33/19/23 Full

103, 106 and 109,
Not supported for ROC800

Thermocouple (Pt Type 107)

Time in seconds (FLP)
converts to 50 ms periods
(INT16)

Rev. Jan-09 25

ROC300 Protocol Emulation Program User Manual

4.2.4 Point Type 4: Analog Output

Point Type 4: Analog Output

Parm

#

0 R/W AC 10 Point Tag Identification 104 0 Full

1 R/W AC 10 Units 104 1 Full

2 R/W INT 16 2 Adjusted D/A 0% 104 8 Full

3 R/W INT 16 2 Adjusted D/A 100% 104 9 Full

4 R/W FLP 4 Low Reading EU 104 10 Full

5 R/W FLP 4 High Reading EU 104 11 Full

6 R/W FLP 4 Value in EUs 104 12,14, or 16 Full – When reading, use

7 R/W BIN 1 Mode

Bit 6 – RBX on Set

Bit 5 – RBX on Clear

Bit 4 – ALM Enable

Bit 3 – Clear on Reset

Bit 2-0 – Unused N/A N/A Full

Read-

Write

Data Type Length Description

Bit 7 – Manual Mode
0 = Normal Scan
1 = Manual Scan

0 = Disabled
1 = Active

0 = Disabled
1 = Active

0 = Disabled
1 = Log Alarms

0 = Disabled
1 = Enable

ROC800 Point

Type

104 2 Partial – Normal Scan maps to

104 5 Full

104 4 Full

104 3 Full

104 7 Partial – ROC800 actually uses

ROC800 Parameter Support

param 16 (Physical). When
writing, use 12 (Auto) or 14
(Manual) depending on mode.

Automatic in the ROC800 and
Scan Disabled maps to
Disabled in the ROC800

Failsafe value rather than clear

26 Rev. Jan-09

ROC300 Protocol Emulation Program User Manual

Point Type 4: Analog Output

Parm

#

Read-

Write

Data Type Length Description

ROC800 Point

Type

ROC800 Parameter Support

8 R/O BIN 1 Alarm Code:

Bit 7 = Manual Mode
Bit 6 = Point Fail
Bits 5 through 0 – Not

Used

9 R/O INT 6 2 Raw D/A Output 104 13 Full

104 6 Partial – Scanning Disabled

alarm in ROC800 maps to bit
7, manual alarm in ROC800 is
not mapped.

Rev. Jan-09 27

ROC300 Protocol Emulation Program User Manual

4.2.5 Point Type 5: Pulse Input

Point Type 5: Pulse Input

Parm

#

0 R/W AC 10 Point Tag Identification 105 0 Full

1 R/W AC 10 Units 105 1 Full

2 R/W UINT 8 1 Rate Flag 105 11 Full

3 R/W UINT 8 1 Rate Period 105 7 Full

4 R/O UINT 8 1 Not Used N/A N/A Full

5 R/W UINT 16 2 Scan Period 105 3 Partial – ROC800 Scan Period

6 R/W FLP 4 Conversion 105 9 Full

7 R/W FLP 4 Low Alarm EU 105 15 Full

8 R/W FLP 4 High Alarm EU 105 16 Full

9 R/W FLP 4 Low Low Alarm EU 105 14 Full
10 R/W FLP 4 Hi Hi Alarm EU 105 17 Full
11 R/W FLP 4 Rate Alarm EU 105 18 Full
12 R/W FLP 4 Alarm Deadband – Rollover

13 R/W FLP 4 Value in EUs 105 13 Full
14 R/W BIN 1 Mode

Bit 6 – RBX on Set

Bit 5 – RBX on Clear

Read-

Write

Data Type Length Description

Maximum

Bit 7 – Manual Mode
0 = Normal Scan
1 = Manual Scan

0 = Disabled
1 = Active

0 = Disabled
1 = Active

ROC800 Point

Type

105 12 and 19 Full

105 2 Full

105 22 Full

105 21 Full

ROC800 Parameter Support

in seconds (FLP) converts to
50 ms periods (UINT16)

28 Rev. Jan-09

ROC300 Protocol Emulation Program User Manual

Point Type 5: Pulse Input

Parm

#

Read-

Write

Data Type Length Description

ROC800 Point

Type

ROC800 Parameter Support

14 (cont’d) Bit 4 – ALM Enable

0 = Disabled
1 = Log Alarm

Bit 3 – Conversion

0 = Reciprocal
Conversions –
EUs/Pulse
1 = Direct Conversion –
Pulses/EU

Bits 2 through 0 – Not

Used

15 R/O BIN 1 Alarm Code

Bit 7 – Manual Mode
Bits 5 through 6 – Not
Used
Bit 4 – Rate Alarm
Bit 3 – High High Alarm
Bit 2 – High Alarm
Bit 1 – Low Low Alarm

Bit 0 – Low Alarm
16 R/W1 UINT 32 4 Accumulated Value 105 4 Full
17 R/O FLP 4 Current Rate 105 10 Full
18 R/W FLP 4 Today’s Total 105 24 Full
19 R/O FLP 4 Yesterday’s Total 105 25 Full
20 R/W UINT 32 4 Pulses for Day – FloBoss

500-series, FloBoss 103,
RegFlo

105 20 Full

105 8 Full

N/A N/A Full

105 23 Full

105 6 Full

Rev. Jan-09 29

ROC300 Protocol Emulation Program User Manual

4.2.6 Point Type 6: PID

Point Type 6: PID

Parm

#

0 R/W AC 10 Point Tag Identification 110 0 Full
1 R/W BIN 1 Control Type

Bit 6 – Manual Tracking

Bit 5 – Not Used unless

Bit 4 – Control Loop

Bit 3 – Override Select

Bit 2 – DO Control

Bit 1 – Selects Primary

Read-

Write

Data Type Length Description

Bit 7 – Shutdown
1 = Shutdown
0 = PID Loop
Operational

Enable
1 = Manual Mode
0 = Disable

the PID Point is
Configured for DO
Control (ROC300-series
and FloBoss 407)
1 = Error
0 = Off

Shut Down
1 = Stop on reset
0 = Disable

(FloBoss 500-series,
FloBoss 103, & RegFlo)

1 = DO Control
0 = AO Control

or Override
1 = Override
0 = Primary

ROC800 Point

Type

110 1 Full

110 7 Full

N/A N/A Not supported

110 6 Full

110 22 Full

110 5 Full

110 21 Partial – ROC800 Override

ROC800 Parameter Support

only mode not supported

30 Rev. Jan-09

ROC300 Protocol Emulation Program User Manual

Point Type 6: PID

Parm

#

Read-

Write

Data Type Length Description

ROC800 Point

Type

ROC800 Parameter Support

1 (cont’d) Bit 0 – Mode of

Operation
1 = Automatic

0 = Manual
2 R/O UINT 8 1 Switch (Loop) Status 110 36 Full
3 R/O UINT 16 2 Actual Loop Period – Scan

Time

4 R/W TLP 3 Primary Input Point 110 8 Full
5 R/W TLP 3 Primary Output – Output of

PID
6 R/O FLP 4 Primary Switch Setpoint N/A N/A None – returns 0.0
7 R/O TLP 3 Primary Switch Process

Variable
8 R/O AC 1 Primary Switch Mode N/A N/A None – returns blank
9 R/W TLP 3 Override Input Point 110 23 Full

10 R/W TLP 3 Second Output of PID 110 40 Full
11 R/O FLP 4 Override Switch Setpoint N/A N/A None – returns 0.0
12 R/O TLP 3 Override Switch Process

Variable

13 R/O AC 1 Override Switch Mode N/A N/A None – returns blank
14 R/W FLP 4 Primary Setpoint 110 11 Full
15 R/W FLP 4 Primary Setpoint Maximum

Change Rate

16 R/W UINT 16 2 Primary Loop Period 110 2 Partial – ROC800 Loop Period

17 R/W FLP 4 Primary Proportional Gain 110 15 Full
18 R/W FLP 4 Primary Integral Gain 110 16 Full
19 R/W FLP 4 Primary Derivative Gain 110 17 Full

110 1 Partial – ROC800 remote

setpoint mode not supported

110 3 Partial – ROC800 Actual Loop

Period in seconds (FLP)
converts to 50 ms periods
(UINT16)

110 38 or 39 Full

N/A N/A None – returns 0,0,0

N/A N/A None – returns 0,0,0

110 14 Full

in seconds (FLP) converts to
50 ms periods (UINT16)

Rev. Jan-09 31

ROC300 Protocol Emulation Program User Manual

Point Type 6: PID

Parm

#

20 R/W FLP 4 Primary Scale Factor 110 18 Full
21 R/W FLP 4 Primary Integral Deadband 110 19 Full
22 R/W FLP 4 Primary Process Variable 110 9 Full
23 R/W FLP 4 Primary Output EU –

24 R/O FLP 4 Primary Switch Process

25 R/O FLP 4 Minimum Control Time N/A N/A None – returns 0.0
26 R/W FLP 4 Override Setpoint 110 26 Full
27 R/W FLP 4 Override Setpoint Maximum

28 R/O UINT 16 4 Override Loop Period 110 2 Partial – provides overa ll loop

29 R/W FLP 4 Override Proportional Gain 110 30 Full
30 R/W FLP 4 Override Integral Gain 110 31 Full
31 R/W FLP 4 Override Derivative Gain 110 32 Full
32 R/W FLP 4 Override Scale Factor 110 33 Full
33 R/W FLP 4 Override Integral Deadband 110 34 Full
34 R/W FLP 4 Override Process Variable 110 24 Full
35 R/O FLP 4 Override Output EU –

36 R/O FLP 4 Override Switch Process

Read-

Write

Data Type Length Description

Current Output of PID

Variable - Primary Change

in Output

Change Rate

Current Output of PID

Variable – Override Change

in Output

ROC800 Point

Type

110 37 Full

110 20 Partial – Supports the FB503

110 29 Full

110 37 Partial – this value is R/O, uses

110 35 Partial – Supports the FB503

ROC800 Parameter Support

interpretation of this parameter
as the primary change in
output

period converted to 50 ms
periods

parameter 23 to write to the
output

interpretation of this parameter
as the override change in
output.

32 Rev. Jan-09

ROC300 Protocol Emulation Program User Manual

4.2.7 Point Type 7: AGA Flow Parameters

Point Type 7: AGA Flow Parameters

Parm

#

0 R/W AC 10 Point Tag Identification 113/115 0/0 Full
1 R/W FLP 4 Latitude 112 20 Full
2 R/W FLP 4 Elevation 112 19 Full
3 R/W BIN 1 Calculation Method

Bit 6 – RBX Set

Bit 5 – RBX on Clear

Bit 4 – ALM Enable

Bit 3 – US or Metric

Bit 2 – AGA3 Algorithm

Bit 1 – Flow Calculation

Bit 0 – Compressibility

Read-

Write

Data Type Length Description

Bit 7 – Manual Mode
0 = Normal
1 = Manual

0 = Disabled
1 = Active

0 = Disabled
1 = Active

0 = Disabled
1 = Log Alarms

0 = US Units
1 = Metric Units

0 = 1985 Algorithm
1 = 1992 Algorithm

Method
0 = AGA3
1 = AGA7

Method
0 = NX19
1 = AGA8

ROC800 Point

Type

N/A N/A Non e – returns 0

113/115 6/5 Full

113/115 5/4 Full

113/115 4/3 Full

112 4 Full

112 2 Partial –always returns 1

N/A N/A Partial – Fil ls requ ests for

N/A N/A Partial – always returns 1

ROC800 Parameter Support

logical instances of AGA points
with orifice points first, and
then turbine points, so this is
R/O

Rev. Jan-09 33

ROC300 Protocol Emulation Program User Manual

Point Type 7: AGA Flow Parameters

Parm

#

Read-

Write

Data Type Length Description

ROC800 Point

Type

ROC800 Parameter Support

4 R/W BIN 1 AGA Configuration Options

Bit 7 – Log Methane
Adjustment
0 = Yes
1 = No

Bit 6 – Heating Value

0 = Mass
1 = Volume Basis

Bit 5 – Gravitational

Acceleration
0 = Calculate
1 = Enter Acceleration

Bit 4 – Heating Capacity

0 = Calculate
1 = Enter Heating Value

Bit 3 – Static Pressure

Value
0 = Gauge
1 = Absolute Static
Press

Bit 2 – Static Pressure

Value
0 = Downstream
1 = Upstream Static
Press

Bit 1 – Specific Gravity

0 = Calculate
1 = Enter Specific
Gravity

Bit 0 – Tap

0 = Flange Tap

1 = Pipe Tap
5 R/W FLP 4 Specific Gravity 112 23 Full
6 R/W FLP 4 Heating Value 112 22 Full
7 R/W FLP 4 Gravitational Acceleration 112 18 Full

112 24 Partial – this is based on the

gas quality live/constant
parameter in the ROC800

N/A N/A Partial – always returns 1

112 17 Full

N/A N/A Partial – always returns 1

113/115 2/2 Full

113/115 3/NA Full

N/A N/A None – always returns 0

N/A N/A None – always returns 0

34 Rev. Jan-09

ROC300 Protocol Emulation Program User Manual

Point Type 7: AGA Flow Parameters

Parm

#

8 R/O UINT 16 2 Scan Period N/A N/A None – always returns 1
9 R/W FLP 4 Pipe Diameter 113/115 12/NA Full

10 R/W FLP 4 Orifice Diameter 113/115 15/NA Full
11 R/W FLP 4 Orifice Ref. Temperature 113/115 16/NA Full
12 R/W FLP 4 Orifice Material 113/115 17/NA Full
13 R/W AC 30 Meter Run Identification 113/115 1/1 Full
14 R/O BIN 1 Alarm Code

15 R/W FLP 4 Low Alarm EU 113/115 8/7 Full
16 R/W FLP 4 High Alarm EU 113/115 9/8 Full
17 R/W FLP 4 Viscosity 113/115 18/NA Full
18 R/W FLP 4 Specific Heat Ratio 113/115 19/NA Full
19 R/W FLP 4 Contract or Base Pressure 112 13 Full
20 R/W FLP 4 Contract or Base

21 R/W FLP 4 Low DP Cutoff or K-Factor 113/115 20/11 Full
22 R/W FLP 4 Fpwl – Gravitational User

23 R/W FLP 4 N2 – Nitrogen 112 26 Full
24 R/W FLP 4 CO2 – Carbon Dioxide 112 27 Full
25 R/W FLP 4 H2S – Hydrogen Sulfide 112 40 Full
26 R/W FLP 4 H2O – Water 112 41 Full

Read-

Write

Data Type Length Description

Bit 7 – Manual Mode
Bit 6 – No Flow
Bits 5, 4, and 1 – Not
Used
Bit 2 – High Alarm
Bit 0 – Low Alarm

Temperature

Correction Factor

ROC800 Point

Type

113/115 7/6 Full

112 14 Full

113/115 34/21 Partial – Despite description,

ROC800 Parameter Support

this factor has always been
used as the “User Correction
Factor,” so that value is
mapped.

Rev. Jan-09 35

ROC300 Protocol Emulation Program User Manual

Point Type 7: AGA Flow Parameters

Parm

#

27 R/W FLP 4 He – Helium 112 42 Full
28 R/W FLP 4 CH4 – Methane 112 28 Full
29 R/W FLP 4 C2H6 – Ethane 112 29 Full
30 R/W FLP 4 C3H8 – Propane 112 30 Full
31 R/W FLP 4 C4H10 – n-Butane 112 31 Full
32 R/W FLP 4 C4H10 – i-Butane 112 32 Full
33 R/W FLP 4 C5H12 – n-Pentane 112 33 Full
34 R/W FLP 4 C5H
35 R/W FLP 4 C6H14 – n-Hexane 112 35 Full
36 R/W FLP 4 C7H16 – n-Heptane 112 36 Full
37 R/W FLP 4 C8H18 – n-Octane 112 37 Full
38 R/W FLP 4 C9H20 – n-Nonane 112 38 Full
39 R/W FLP 4 C10H22 – n-Decane 112 39 Full
40 R/W FLP 4 O2 – Oxygen 112 43 Full
41 R/W FLP 4 CO – Carbon Monoxide 112 44 Full
42 R/W FLP 4 H2 – Hydrogen 112 45 Full
43 R/O UINT 8 1 Not Used N/A N/A Full
44 R/W UINT 8 1 Stacked DP Enable 113/115 21/NA Full
45 R/W TLP 3 Low DP Input 113/115 24/NA Full
46 R/W TLP 3 DP/Flow Meter Input 113/115 25/13 Full
47 R/W TLP 3 Static Press Input 113/115 27/15 Full
48 R/W TLP 3 Temperature Input 113/115 29/17 Full
49 R/W FLP 4 Low DP Setpoint 113/115 23/NA Full
50 R/W FLP 4 High DP Setpoint 113/115 22/NA F ull
51 R/W FLP 4 DP/Meter Input Value 113/115 26/14 Full
52 R/W FLP 4 Static Press Value 113/115 28/16 Full

Read-

Write

Data Type Length Description

– i-Pentane 112 34 Full

12

ROC800 Point

Type

ROC800 Parameter Support

36 Rev. Jan-09

ROC300 Protocol Emulation Program User Manual

Point Type 7: AGA Flow Parameters

Parm

#

53 R/W FLP 4 Temperature Value 113/115 30/18 Full

Read-

Write

Data Type Length Description

ROC800 Point

Type

ROC800 Parameter Support

Rev. Jan-09 37

ROC300 Protocol Emulation Program User Manual

4.2.8 Point Type 10: AGA Flow Calculation Values

Point Type 10: AGA Flow Calculation Values

Parm

#

Read-

Write

Data Type Length Description

ROC800 Point

Type

ROC800 Parameter Support

0 R/O FLP 4 Orifice DP/Turbine Meter

Value
1 R/O FLP 4 Static Pressure Value 113/115 28/16 Full
2 R/O FLP 4 Temperature Value 113/115 30/18 Full
3 R/O FLP 4 Instantaneous Flow (Flow

rate per Day) – MCF/Day or

Km3/Day
4 R/O FLP 4 Instantaneous Energy

(Energy rate per Day) –

MMBTU/Day or GJ/Day
5 R/O FLP 4 Flow Today – MCF or Km3 114/116 19/12 Full
6 R/O FLP 4 Energy Today – MMBTU or

GJ
7 R/O FLP 4 Flow Yesterday – MCF or

Km3
8 R/O FLP 4 Energy Yesterday – MMBTU

or GJ
9 R/O FLP 4 Orifice Pressure Extension

(hwPf) / Turbine

Uncorrected Flow Rate

10 R/O FLP 4 Orifice Multiplier Value

(Cprime) / Turbine Multiplier

Value

11 R/O FLP 4 Sample Time N/A N/A None – always returns 1
12 R/O FLP 4 Orifice Expansion Factor (Y)

/ Turbine Pressure Multiplier

13 R/O FLP 4 Reynolds Number 114/116 16/NA Full
14 R/O FLP 4 Orifice Ftf / Turbine

Temperature Multiplier

113/115 26/14 Full

114/116 0/0 Full

114/116 1/1 Full

114/116 29/22 Full

114/116 20/13 Full

114/116 30/23 Full

114/115 4/14 Full

114/116 12/8 Full

114/116 7/4 Full

114/116 NA/5 Partial – No Ftf factor in 1992

implementation of AGA3

38 Rev. Jan-09

ROC300 Protocol Emulation Program User Manual

Point Type 10: AGA Flow Calculation Values

Parm

#

15 R/O FLP 4 Fpv - compressibility 114/116 9/6 Partial – Orifice returns Zf1 and

16 R/O FLP 4 Fgr N/A N/A None – always returns 1
17 R/O FLP 4 Orifice Coefficient of

18 R/O FLP 4 Fpb 114/116 10/NA Partial – not supported for

19 R/O FLP 4 Ftb 114/116 11/NA Partial – not supported for

20 R/O FLP 4 Velocity of Approach (Ev) 114/116 6/NA Full
21 R/O FLP 4 Flowing Minute N/A N/A None

Read-

Write

Data Type Length Description

Discharge (CdFT) / Turbine

Temperature Multiplier

ROC800 Point

Type

114/116 5/5 Full

ROC800 Parameter Support

Turbine returns compressibility
multiplier

AGA7

AGA7

Rev. Jan-09 39

ROC300 Protocol Emulation Program User Manual

4.2.9 Point Type 12: ROC Clock

Point Type 12: ROC Clock

Parm

#

0 R/W UINT 8 1 Seconds 136 0 Full
1 R/W UINT 8 1 Minutes 136 1 Full
2 R/W UINT 8 1 Hours 136 2 Full
3 R/W UINT 8 1 Day 136 3 Full
4 R/W UINT 8 1 Month 136 4 Full
5 R/W UINT 8 1 Year 136 5 Full – converts to 2-digit year
6 R/O UINT 8 1 Leap Year N/A N/A None – returns 0
7 R/O UINT 8 1 Day of Week 136 6 Partial – Read only
8 R/O UINT 8 6 Time:

9 R/O UINT 8 1 Century 136 5 Full – converts to century

10 R/W UINT 8 1 Daylight Savings Time

Read-

Write

Data Type Length Description

Seconds, Minutes, Hour,

Day, Month, and Year

Enable

ROC800 Point

Type

136 0-5 Full – program calculates this

136 8 Full

ROC800 Parameter Support

40 Rev. Jan-09

ROC300 Protocol Emulation Program User Manual

4.2.10 Point Type 13: System Flags

Point Type 13: System Flags

Parm

#

0 R/W UINT 8 1 CRC Check 91 35 Full
1 R/O UINT 8 1 DI/PI Selection N/A N/A None
2 R/O UINT 8 1 User LCD Enable N/A N/A None
3 R/O UINT 8 1 User Operator Port Enable N/A N/A None
4 R/W UINT 8 1 FST/Display Clear 91 19

5 R/O UINT 8 1 User COM1 Enable N/A N/A Non e
6 R/O UINT 8 1 User COM2 Enable N/A N/A Non e
7 R/O UINT 8 1 User Calc Enable N/A N/A None
8 R/W UINT 8 1 RTS Operator Interface Port

9 R/W UINT 8 1 RTS COM1 Port 95 45 (logical 1) Full

10 R/W UINT 8 1 RTS COM2 Port 95 45 (logical 2) Full
11 R/W UINT 8 1 Clear Config Memory 91 20 Full
12 R/W UINT 8 1 I/O Scan Enable 91 25 Full
13 R/O UINT 8 1 Auxiliary Output 2 On N/A N/A None
14 R/O UINT 8 1 Auxiliary Output 1 On N/A N/A None

Read-

Write

Data Type Length Description

(LOI)

ROC800 Point

Type

95 45 (logical 0) Full

ROC800 Parameter Support

Partial – clears only FSTs, not
user displays

Rev. Jan-09 41

ROC300 Protocol Emulation Program User Manual

Point Type 13: System Flags

Parm

#

Read-

Write

Data Type Length Description

ROC800 Point

Type

ROC800 Parameter Support

15 R/W UINT 8 1 Cold (Hard) Start options:

0 = None
1 = Restore config from
flash/defaults
2 = Restore config and
clear alarm/event logs
3 = Restore config and
clear ROC displays
4 = Restore config and
clear FSTs
5 = Restore config and
clear history
6 = Restore config and

clear all of above
16 R/W UINT 8 1 Warm Start 91 26 Full
17 R/O UINT 8 1 Read I/O N/A N/A None
18 R/W UINT 8 1 Write to Config Memory 91 21 Full
19 R/O UINT 8 1 Config Memory Write

Complete
20 R/O UINT 8 1 Event Log Flag N/A N/A Non e
21 R/W UINT 8 1 LOI Security On 95 44 (logical 0) Partial – Read Only
22 R/W UINT 8 1 Comm Port 1 Security On 95 44 (logical 1) Partial – Read Only
23 R/W UINT 8 1 Comm Port 2 Security On 95 44 (logical 2) Partial – Read Only
24 R/O UINT 8 1 Flag 24 N/A N/A None
25 R/O UINT 8 1 Flag 25 N/A N/A None
26 R/O UINT 8 1 Flag 26 N/A N/A None
27 R/O UINT 8 1 Flag 27 N/A N/A None
28 R/O UINT 8 1 Flag 28 N/A N/A None
29 R/O UINT 8 1 Flag 29 N/A N/A None

91 27 Partial – No ROC displays

91 22 Full

42 Rev. Jan-09

ROC300 Protocol Emulation Program User Manual

4.2.11 Point Type 14: Communication Ports

Point Type 14: Communication Ports

Parm

#

0 R/W AC 10 Tag Identification 95 0 Full
1 R/W UINT 16 2 Baud Rate 95 1 Partial – only sets the baud

2 R/W UINT 8 1 Stop bits 95 2 Full
3 R/W UINT 8 1 Data bits 95 3 Full
4 R/W UINT 8 1 Parity

5 R/W BIN 1 Status

Read-

Write

Data Type Length Description

0 = None
1 = Odd
2 = Even

Bit 7 – User Status
(ROC300-series,
FloBoss 103, and
FloBoss 407)

Bits 6 through 2 – Not
Used

Bit 1 – RBX Status
0 = RBX Inactive
1 = RBX Active for this
port

Bit 0 – No Port Installed
0 = Comm Board

Present
1 = No Comm Cards

Installed

ROC800 Point

Type

95 4 Full

95 17 – Bit 1 (RBX Status)

ROC800 Parameter Support

5 – Bit 0 (No Port Installed)

rate if a baud rate generator is
available for that baud rate

Partial – No support for Bit 7
(User Status)

Rev. Jan-09 43

ROC300 Protocol Emulation Program User Manual

6 R/W BIN 1 Mode

Bit 7 – User Flag
0 = Reset
1 = Set

Bit 6 – User Flag

0 = Reset
1 = Set

Bit 5 – Store and

Forward Port (FlashPAC
& FloBoss 103)
0 = Same
1 = Opposite

Bit 4 – Enable RTS /

CTS
0 = Disabled

1 = Enabled
Bit 3 – Not Used N/A N/A None
Bit 2 – Enable Extra

Key-On (ROC300-

series, FloBoss 103,

and FloBoss 407)

0 = Disabled

1 = Enabled
Bit 1 = Enable RBX

0 = RBX Disabled

1 = RBX Enabled
Bit 0 – Not Used N/A N/A None

7 R/W UINT 8 1 Key On Delay 95 7 Full
8 R/W UINT 8 1 Key Off Delay – Turnaround 95 8 Full
9 R/W UINT 8 1 Host Table Start (Modbus) N/A N/A None

10 R/W UINT 16 2 Host Retry Time (Modbus);

Extra Key-on (RBX)
11 R/O UINT 16 2 Alarm Pointer 95 19 Full
12 R/O UINT 16 2 Receive Counter Copy N/A N/A None
13 R/O UINT 16 2 Retry Counter N/A N/A None

N/A N/A None

N/A N/A None

N/A N/A None

N/A N/A None

N/A N/A None

95 18 Full

N/A N/A None

44 Rev. Jan-09

ROC300 Protocol Emulation Program User Manual

14 R/O UINT 16 2 Valid Receive Counter 95 36 Partial – returns ROC Plus

Protocol valid receive counter
15 R/O UINT 8 1 Modem Status 95 9 Full
16 R/W UINT 8 1 Modem Type 95 10 Full
17 R/W FLP 4 Connect Time 95 11 Full
18 R/W AC 40 Configuration Command 95 12 Full
19 R/W AC 40 Connect Command 95 13 F ull
20 R/W FLP 4 Disconnect Time 95 14 Full
21 R/W FLP 4 Inactivity Time 95 15 Full
22 R/W FLP 4 RBX Time Base #1 95 20 Full
23 R/W UINT 8 1 RBX Retry Count #1 95 21 F ull
24 R/W FLP 4 RBX Time Base #2 95 22 Full
25 R/W UINT 8 1 RBX Retry Count #2 95 23 F ull
26 R/W FLP 4 RBX Time Base #3 95 24 Full
27 R/W UINT 8 1 RBX Retry Count #3 95 25 F ull
28 R/W UINT 8 1 RBX Address 95 26 Full
29 R/W UINT 8 1 RBX Group 95 27 Full
30 R/W UINT 8 1 Store & Forward Address #1

(not used for RegFlo)

31 R/W UINT 8 1 Store & Forward Group #1

(not used for RegFlo)

32 R/W UINT 8 1 Store & Forward Address #2

(not used for RegFlo)

33 R/W UINT 8 1 Store & Forward Group #2

(not used for RegFlo)

34 R/W UINT 8 1 Store & Forward Address #3

(not used for RegFlo)

35 R/W UINT 8 1 Store & Forward Group #3

(not used for RegFlo)

95 28 Full

95 29 Full

95 30 Full

95 31 Full

95 32 Full

95 33 Full

Rev. Jan-09 45

ROC300 Protocol Emulation Program User Manual

4.2.12 Point Type 15: System Variables

Point Type 15: System Variables

Parm

#

0 R/W UINT 8 1 ROC Address 91 0 Full
1 R/W UINT 8 1 ROC Group 91 1 Full
2 R/W AC 20 Station Name 91 2 Full
3 R/W UINT 8 1 Active PIDs 91 15 Full
4 R/O UINT 8 1 Active AGA Meter Runs 91 17+18 Partial – Read only
5 R/O UINT 8 1 Active Tanks N/A N/A None –always returns 0
6 R/O UINT 8 1 Base Database Points –

7 R/O UINT 8 1 RAM1 Database Points –

8 R/O UINT 8 1 RAM2 Database Points –

9 R/W UINT 8 1 Force End of Day 124 11 (All logicals) Full

10 R/W UINT 8 1 Contract Hour 124 8 (logical 0) Partial – Segment 0 Support

11 R/O AC 20 Version Name – Part

12 R/O AC 20 Hardware Identification

13 R/O AC 20 Time Created 91 4 Full
14 R/O AC 12 ROM Serial Number 91 7 Partial – co nverts ROC800

15 R/O AC 20 Customer Name N/A N/A None – returns blanks
16 R/O UINT 8 1 Maximum PIDs 91 10 Full
17 R/O UINT 8 1 Maximum AGA Meter Runs 91 11 Full
18 R/O UINT 8 1 Maximum Tanks N/A N/A None – always returns 0

Read-

Write

Data Type Length Description

History 1

History 2

History 3

Number

Number

ROC800 Point

Type

124 1 (logical 0) Partial – no support for history

124 1 (logical 1) Partial – no support for history

124 1 (logical 2) Partial – no support for history

91 3 Full

91 5 Full

ROC800 Parameter Support

segments 7-10

segments 7-10

segments 7-10

only

serial number (UINT32) to 12

byte string

46 Rev. Jan-09

ROC300 Protocol Emulation Program User Manual

Point Type 15: System Variables

Parm

#

19 R/O UINT 8 1 FSTs Possible 91 12 Full
20 R/O BIN 1 RAM Installed N/A N/A None – always returns 0
21 R/O BIN 1 ROM Installed N/A N/A None – always returns 0
22 R/O FLP 4 MPU Loading 91 23 Full
23 R/O BIN 1 Utilities N/A N/A None – always returns 0
24 R/O UINT 16 2 Type of ROC or FloBoss N/A N/A Return 3 (FlashPAC)
25 R/O UINT 8 1 Units Flag N/A N/A None – always returns 0

Read-

Write

Data Type Length Description

ROC800 Point

Type

ROC800 Parameter Support

Rev. Jan-09 47

ROC300 Protocol Emulation Program User Manual

4.2.13 Point Type 16: FST Parameters

Point Type 16: FST Parameters

Parm

#

0 R/W AC 10 Point Tag Identification 96 0 Full
1 R/W FLP 4 Result Register 96 1 Full
2 R/W FLP 4 Register #1 96 2 Full
3 R/W FLP 4 Register #2 96 3 Full
4 R/W FLP 4 Register #3 96 4 Full
5 R/W FLP 4 Register #4 96 5 Full
6 R/W FLP 4 Register #5 96 6 Full
7 R/W FLP 4 Register #6 96 7 Full
8 R/W FLP 4 Register #7 96 8 Full

9 R/W FLP 4 Register #8 96 9 Full
10 R/W FLP 4 Register #9 96 10 Full
11 R/W FLP 4 Register #10 96 11 Full
12 R/W UINT 32 4 Timer #1 96 12 Full
13 R/W UINT 32 4 Timer #2 96 13 Full
14 R/W UINT 32 4 Timer #3 96 14 Full
15 R/W UINT 32 4 Timer #4 96 15 Full
16 R/W AC 30 Message #1 96 16 Full
17 R/W AC 30 Message #2 96 17 Full
18 R/O AC 10 Message Data #1 96 18 Full
19 R/W UINT 8 1 Miscellaneous #1 96 19 Full
20 R/W UINT 8 1 Miscellaneous #1 96 20 Full
21 R/W UINT 8 1 Miscellaneous #1 96 21 Full
22 R/W UINT 8 1 Miscellaneous #1 96 22 Full
23 R/W UINT 8 1 Compare Flag – SVD 96 23 Full

Read-

Write

Data Type Length Description

ROC800 Point

Type

ROC800 Parameter Support

48 Rev. Jan-09

ROC300 Protocol Emulation Program User Manual

Point Type 16: FST Parameters

Parm

#

24 R/W UINT 8 1 Run Flag 96 24 Full
25 R/O UINT 16 2 Code Size 96 25 Partial – Read Only
26 R/O UINT 16 2 Instruction Pointer 96 26 Partial – Read Only
27 R/W UINT 16 2 Execution Delay 96 27 Full

Read-

Write

Data Type Length Description

ROC800 Point

Type

ROC800 Parameter Support

Rev. Jan-09 49

ROC300 Protocol Emulation Program User Manual

4.2.14 Point Type 17: Soft Point Parameters

Point Type 17: Soft Point Parameters

Parm

#

0 R/W AC 10 Point Tag Identification 98 0 Full

1 R/W UINT 16 2 Integer Flag 98 23 Partial – maps to first short

2 R/W FLP 4 Data #1 98 1 Full

3 R/W FLP 4 Data #2 98 2 Full

4 R/W FLP 4 Data #3 98 3 Full

5 R/W FLP 4 Data #4 98 4 Full

6 R/W FLP 4 Data #5 98 5 Full

7 R/W FLP 4 Data #6 98 6 Full

8 R/W FLP 4 Data #7 98 7 Full

9 R/W FLP 4 Data #8 98 8 Full
10 R/W FLP 4 Data #9 98 9 Full
11 R/W FLP 4 Data #10 98 10 Full
12 R/W FLP 4 Data #11 98 11 Full
13 R/W FLP 4 Data #12 98 12 Full
14 R/W FLP 4 Data #13 98 13 Full
15 R/W FLP 4 Data #14 98 14 Full
16 R/W FLP 4 Data #15 98 15 Full
17 R/W FLP 4 Data #16 98 16 Full
18 R/W FLP 4 Data #17 98 17 Full
19 R/W FLP 4 Data #18 98 18 Full
20 R/W FLP 4 Data #19 98 19 Full
21 R/W FLP 4 Data #20 98 20 Full

Read-

Write

Data Type Length Description

ROC800 Point

Type

ROC800 Parameter Support

integer

50 Rev. Jan-09

ROC300 Protocol Emulation Program User Manual

4.2.15 Point Type 19: Database Parameters

Point Type 19: Database Parameters

Parm

#

0 R/O FLP 4 Point to Tag NA NA None – al ways returns 0

1 R/O UINT 8 1 Archive Type 125-131 3 Partial – converts archive type

2 R/O UINT 8 1 Point Type 125-131 2 Full

3 R/O UINT 8 1 Point/Logical Number 125-131 2 Full

4 R/O UINT 8 1 Parameter Number 125-131 2 Full

5 R/O FLP 4 Yesterday’s Value 125-131 6 Full

Read-

Write

Data Type Length Description

ROC800 Point

Type

ROC800 Parameter Support

Rev. Jan-09 51

ROC300 Protocol Emulation Program User Manual

4.2.16 Point Type 40: Multi-Variable Sensor

Point Type 40: Multi-Variable Sensor

Parm

#

0 R/W AC 10 Sensor Tag Identification 108 0 Full

1 R/W UINT 8 1 Sensor Address 108 1 Full

2 R/W BIN 1 Sensor Configuration 108 3/4/5/6 Full

3 R/W UINT 8 1 Poll Mode 108 2 Full

4 R/O UINT 8 1 Interface Revision 108 7 Full

5 R/O BIN 1 Sensor Status (1 = True)

6 R/O BIN 1 Sensor Alarms

7 R/W FLP 4 Sensor Voltage 108 8 Full

8 R/W FLP 4 Differential Pressure (DP)

9 R/W FLP 4 Static Pressure (AP)

10 R/W FLP 4 Temperature (PT) Reading 108 50 Full

Read-

Write

Data Type Length Description

Bit 7 = Manual Mode
Bit 6 = 485 Comm Fail
Bit 5 = Sensor Comm
Fail
Bit 4 = Input Frozen
Bit 3 = Not Used
Bit 2 = PT Fail
Bit 1 = AP Fail
Bit 0 = DP Fail

(1 = Enabled)

Bit 6 through 7 = Not
Used
Bit 5 = PT High Alarm
Bit 4 = AP High Alarm
Bit 3 = DP High Alarm
Bit 2 = PT Low Alarm
Bit 1 = AP Low Alarm
Bit 0 = DP Low Alarm

Reading

Reading

ROC800 Point

Type

108 10 Partial – No support for bits 0,

108 11 Full

108 19 Full

108 35 Full

ROC800 Parameter Support

1, 2

52 Rev. Jan-09

ROC300 Protocol Emulation Program User Manual

Point Type 40: Multi-Variable Sensor

Parm

#

11 R/W FLP 4 DP Reverse Flow 108 20 Full
12 R/O FLP 4 Static Pressure Effect 108 12 Full
13 R/O FLP 4 DP Minimum Calibration

14 R/O FLP 4 DP Calibrati on Midpoint 1 108 14 Full
15 R/O FLP 4 DP Calibrati on Midpoint 2 108 15 Full
16 R/O FLP 4 DP Calibrati on Midpoint 3 108 16 Full
17 R/O FLP 4 DP Maximum Calibration

18 R/O FLP 4 AP Minimum Calibration

19 R/O FLP 4 AP Calibratio n Midpoint 1 108 30 Full
20 R/O FLP 4 AP Calibratio n Midpoint 2 108 31 Full
21 R/O FLP 4 AP Calibratio n Midpoint 3 108 32 Full
22 R/O FLP 4 AP Maximum Cali bration

23 R/O FLP 4 PT Minimum Calibr ation

24 R/O FLP 4 PT Calibr ation Midpoint 1 108 45 Full
25 R/O FLP 4 PT Calibr ation Midpoint 2 108 46 Full
26 R/O FLP 4 PT Calibr ation Midpoint 3 108 47 Full
27 R/O FLP 4 PT Maximum Calibration

28 R/O UINT 8 1 Calibration Command NA NA None – always returns 0
29 R/O UINT 8 1 Calibration Type NA NA None – always returns 0
30 R/O FLP 4 Calibrate Set V alue NA NA None – always returns 0.0
31 R/O FLP 4 Manual DP NA NA None – always returns 0
32 R/O FLP 4 Manual AP NA NA None – always returns 0
33 R/O FLP 4 Manual PT NA NA None – always returns 0

Rev. Jan-09 53

Read-

Write

Data Type Length Description

Value

Value

Value

Value

Value

Value

ROC800 Point

Type

108 13 Full

108 17 Full

108 29 Full

108 33 Full

108 44 Full

108 48 Full

ROC800 Parameter Support

ROC300 Protocol Emulation Program User Manual

Point Type 40: Multi-Variable Sensor

Parm

#

Read-

Write

Data Type Length Description

ROC800 Point

Type

ROC800 Parameter Support

34 R/W BIN 1 DP Mode

Bit 7 – Not Used
Bit 6 – RBX on Set

0 = Disable
1 = Enable

Bit 5 – RBX on Clear
0 = Disable
1 = Enable

Bit 4 – Alarm Enable
0 = Disable Alarm
1 = Enable Alarm

Bit 1 through 3 – Not
Used

Bit 0 – Sensor Alarms
0 = Disable Alarm
1 = Enable Alarm

35 R/O BIN 1 DP Alarm Code

Bit 6 – Point Fail
Bit 2 – High Alarm
Bit 0 – Low Alarm
Bit 7, 5, 4, 3, 1 – Not

Used
36 R/W FLP 4 DP Low Alarm 108 22 Full
37 R/W FLP 4 DP High Alarm 108 23 Full
38 R/W FLP 4 DP Deadband 108 24 Full
39 R/W FLP 4 DP Alarm Fault Value 108 21 Full

108 25,26,27 Partial – No support for bit 0

108 28 Full

54 Rev. Jan-09

ROC300 Protocol Emulation Program User Manual

Point Type 40: Multi-Variable Sensor

Parm

#

Read-

Write

Data Type Length Description

ROC800 Point

Type

ROC800 Parameter Support

40 R/W FLP 4 AP Mode

Bit 7 – Not Used

Bit 6 – RBX on Set

0 = Disable

1 = Enable

Bit 5 – RBX on Clear

0 = Disable

1 = Enable

Bit 4 – Alarm Enable

0 = Disable Alarm

1 = Enable Alarm

Bit 1 through 3 – Not

Used

Bit 0 – Sensor Alarms

0 = Disable Alarm

1 = Enable Alarm
41 R/O BIN 1 AP Alarm Code

Bit 6 – Point Fail

Bit 2 – High Alarm

Bit 0 – Low Alarm

Bit 7, 5, 4, 3, 1 – Not

Used
42 R/W FLP 4 AP Low Alarm 108 37 Full
43 R/W FLP 4 AP High Alarm 108 38 Full
44 R/W FLP 4 AP Deadband 108 39 Full
45 R/W FLP 4 AP Alarm Fault Value 108 36 Full

108 40, 41, 42 Partial – No support for bit 0

108 43 Full

Rev. Jan-09 55

ROC300 Protocol Emulation Program User Manual

Point Type 40: Multi-Variable Sensor

Parm

#

Read-

Write

Data Type Length Description

ROC800 Point

Type

ROC800 Parameter Support

46 R/W FLP 4 PT Mode

Bit 7 – Not Used

Bit 6 – RBX on Set

0 = Disable

1 = Enable

Bit 5 – RBX on Clear

0 = Disable

1 = Enable

Bit 4 – Alarm Enable

0 = Disable Alarm

1 = Enable Alarm

Bit 1 through 3 – Not

Used

Bit 0 – Sensor Alarms

0 = Disable Alarm

1 = Enable Alarm
47 R/O BIN 1 PT Alarm Code

Bit 6 – Point Fail

Bit 2 – High Alarm

Bit 0 – Low Alarm

Bit 7, 5, 4, 3, 1 – Not

Used
48 R/W FLP 4 PT Low Alarm 108 52 Full
49 R/W FLP 4 PT High Alarm 108 53 Full
50 R/W FLP 4 PT Deadband 108 54 Full
51 R/W FLP 4 PT Alarm Fault Value 108 51 Full

108 55, 56, 57 Partial – No support for bit 0

108 58 Full

56 Rev. Jan-09

ROC300 Protocol Emulation Program User Manual

4.2.17 Point Type 41: Run Parameters (#1)

Point Type 41: Run Parameters (#1)

Parm

#

0 R/W AC 10 Point Tag Identification 113/115 0/0 Partial – The event for a

1 R/W FLP 4 Atmospheric Pressure 112 16 Full
2 R/W BIN 1 Calculation Method II

Bit 4 – BTU Dry or Wet

Bit 3 – BTU Dry or Wet

Bit 2 – Calculated or

Bit 1 – Gross Method

Bit 0 – Detail Level

3 R/O TLP 3 Not Used NA NA None – returns 0
4 R/W FLP 4 Pipe Reference 113 13 Full
5 R/W UINT8 1 Pipe Material – AGA 1992 113 14 Full
6 R/O UINT8 1 Not Used NA NA None – returns 0
7 R/O FLP 4 Fb – AGA 1985, Cd – AGA

Read-

Write

Data Type Length Description

Bits 5 to 7 – Not used

Override

0 = See Bit 3

1 = BTU as Delivered

0 = BTU Dry

1 = BTU Wet

Manual Value

0 = Calculated

1 = Enter Atmospheric

Pressure – AGA 1992

0 = Gross Method II

1 = Gross Method I

0 = Detailed Method

1 = Gross Method

1992, Ftm – Turbine

ROC800 Point

Type

NA NA None – returns 0

112 21 Full

112 21 Full

112 15 Full

112 3 Full

112 3 Full

114/116 5/5 Full

ROC800 Parameter Support

change to this parameter
references point type 7

Rev. Jan-09 57

ROC300 Protocol Emulation Program User Manual

Point Type 41: Run Parameters (#1)

Parm

#

Read-

Write

Data Type Length Description

ROC800 Point

Type

ROC800 Parameter Support

8 R/O FLP 4 Fr – AGA 1985, Reynolds

Number – AGA 1992

9 R/O FLP 4 Y – Expansion Factor –

Orifice, Fpm – Turbine
10 R/O FLP 4 Fpb Factor 114/116 10/NA Full
11 R/O FLP 4 Ftb Factor 114/116 11/NA Full
12 R/O FLP 4 Ftf Factor NA NA None – returns 0
13 R/O FLP 4 Fgr Factor 114/116 18/11 Full
14 R/O FLP 4 Fpv – Super-compressibility

Factor
15 R/O UINT8 1 History Point 1 NA None – returns 0
16 UINT8 1 RollUp NA None – returns 0
17 FLP 3 TLP NA None – returns 0
18 FLP 4 Conversion NA None – returns 0

19 to 78:
Same as
15 to 18,

History

points 2 to

16

NA None – returns 0

114/116 16/NA Full

114/116 7/4 Full

114/116 9/7 Full

58 Rev. Jan-09

ROC300 Protocol Emulation Program User Manual

4.2.18 Point Type 42: Run Parameters (#2)

Point Type 42: Run Parameters (#2)

Parm

#

0 R/W AC 10 Point Tag Identification 113/115 0/0 Full
1 R/O FLP 4 Flow Today 114/116 19/12 Full
2 R/O FLP 4 Flow Yesterday 114/116 20/13 Full
3 R/O FLP 4 Flow Month 114/116 21/14 Full
4 R/O FLP 4 Flow Previous Month 114/116 22/15 Full
5 R/O FLP 4 Flow Accumulated 114/116 23/16 Full
6 R/O FLP 4 Minutes Today 114/116 24/17 Full
7 R/O FLP 4 Minutes Yesterday 114/116 25/18 Full
8 R/O FLP 4 Minutes Month 114/116 26/19 Full

9 R/O FLP 4 Minutes Previo us Month 114/116 27/20 Full
10 R/O FLP 4 Minutes Accumulated 114/116 28/21 Full
11 R/O FLP 4 Energy Today 114/116 29/22 Full
12 R/O FLP 4 Energy Yesterday 114/116 30/23 Full
13 R/O FLP 4 Energy Month 114/116 31/24 Full
14 R/O FLP 4 Energy Previo us Month 114/116 32/25 Full
15 R/W FLP 4 Energy Accumulated 114/116 33/26 Full
16 R/W FLP 4 Uncorrected Today 116 27 Full
17 R/W FLP 4 Uncorrected Yesterday 116 28 Full
18 R/W FLP 4 Uncorrected Month 116 29 Full
19 R/W FLP 4 Uncorrected Previous Month 116 30 Full
20 R/W FLP 4 Uncorrected Accumulated 116 31 Full
21 R/O FLP 4 Orifice Plate Bore Di ameter 116 8 Full
22 R/O FLP 4 Meter Type (Pipe) Internal

23 R/O FLP 4 Beta – Diameter Ratio 114 14 Full

Rev. Jan-09 59

Read-

Write

Data Type Length Description

Diameter

ROC800 Point

Type

114 13 Full

ROC800 Parameter Support

ROC300 Protocol Emulation Program User Manual

Point Type 42: Run Parameters (#2)

Parm

#

24 R/O FLP 4 Ev (Velocity of approach) 114 6 Full
25 R/O FLP 4 Cd (Coefficient of discharge) 114 5 Full
26 R/O FLP 4 Reynolds Number 114 16 Full
27 R/O FLP 4 Upstream Static Pressure 114 17 Full
28 R/O FLP 4 Molecular Weight NA None – returns 0

Read-

Write

Data Type Length Description

ROC800 Point

Type

ROC800 Parameter Support

60 Rev. Jan-09

ROC300 Protocol Emulation Program User Manual

4.3 User Defined Point Type 69/76: Protocol Emulation Program Configuration

Point type 69/76 is the protocol emulation configuration and accumulation point type. The program maintains one instance of this point type,
and saves point type 69/76 to internal configuration memory.

Point Type 69/76: Protocol Emulation Program Configuration

Parm

#

0 Port #1 R/O System STRING

1 Port #2 R/O System STRING

2 Port #3 R/O System STRING

3 Port #4 R/O System STRING

4 Port #5 R/O System STRING

5 Port #6 R/O System STRING

6 Protocol Converter on

7 Protocol Converter on

8 Protocol Converter on

9 Protocol Converter on

10 Protocol Converter on

11 Protocol Converter on

Name Access System or

User Update

R/W User UINT8 1 0,1 0 1.00 Enables the program on

Port #1

R/W User UINT8 1 0,1 0 1.00 Not used.

Port #2

R/W User UINT8 1 0,1 0 1.00 Enables the program on

Port #3

R/W User UINT8 1 0,1 0 1.00 Enables the program on

Port #4

R/W User UINT8 1 0,1 0 1.00 Enables the program on

Port #5

R/W User UINT8 1 0,1 0 1.00 Enables the program on

Port #6

Data

Type

20

20

20

20

20

20

Length Range Default Version Description of functionality

and meaning of values

20 Default Tag 1.00 Identifies Comm Port #1 on

the ROC800-SERIES.

20 Default Tag 1.00 Identifies Comm Port #2 on

the ROC800-SERIES. Comm
Port #2 is not used.

20 Default Tag 1.00 Identifies Comm Port #3 on

the ROC800-SERIES.

20 Default Tag 1.00 Identifies Comm Port #4 on

the ROC800-SERIES.

20 Default Tag 1.00 Identifies Comm Port #5 on

the ROC800-SERIES.

20 Default Tag 1.00 Identifies Comm Port #6 on

the ROC800-SERIES.

Comm Port #1.

Comms Port #3.

Comm Port #4.

Comm Port #5.

Comm Port #6.

Rev. Jan-09 61

ROC300 Protocol Emulation Program User Manual

Point Type 69/76: Protocol Emulation Program Configuration

12 Alarm Log Last 240 R/W User UINT8 1 0,1 0 1.00 Determines how many alarm

entries are sent and whether
filtered for non-ROC protocol
equivalents.

0 = 240
1 = 450

13 Event Log Last 240 R/W User UINT8 1 0,1 0 1.00 Determines how many alarm

entries are sent and whether
filtered for non-ROC protocol
equivalents.

0 = 240
1 = 450

14 IO Addressing R/W User UINT8 1 0,1 0 1.23 Determines the number of

points used per module.
0 = Always use 16 points per

module.
1 = Use 8 or 16 points per

module (according to System
parameter 50).

62 Rev. Jan-09

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[This page is intentionally left blank.]

Rev. Jan-09 63

ROC300 Protocol Emulation Program User Manual

If you have comments or questions regarding this manual, please direct them to your local sal es representative or
contact:

Emerson Process Management
Remote Automation Solutions

Marshalltown, Iowa 50158 USA
Houston, TX 77065 USA
Pickering, North Yorkshire UK Y018 7JA
Website: www.EmersonProcess.com/Remote