Sierra InnovaMass 240i/241i Foundation Fieldbus Instrukcja obsługi

InnovaMass

®

240i/241i

Foundation Fieldbus

Preliminary Instruction Manual

Foundation Fieldbus Specification for Models: 240i and 241i

Volumetric & Multivariable Mass Vortex Flow Meter

Part Number: IM240i/241i-FF

V1 December 2015

GLOBAL SUPPORT LOCATIONS: WE ARE HERE TO HELP!

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Phone (831) 373-0200 (800) 866-0200 Fax (831) 373-4402

www.sierrainstruments.com

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Phone: + 8621 5879 8521 Fax: +8621 5879 8586

IMPORTANT CUSTOMER NOTICE- OXYGEN SERVICE

Sierra Instruments, Inc. is not liable for any damage or personal injury, whatsoever, resulting from the use of Sierra Instruments standard mass

flow meters for oxygen gas. You are responsible for determining if this mass flow meter is appropriate for your oxygen application. You

are responsible for cleaning the mass flow meter to the degree required for your oxygen flow application.

No part of this publication may be copied or distributed, transmitted, transcribed, stored in a retrieval system, or translated into any

human or computer language, in any form or by any means, electronic, mechanical, manual, or otherwise, or disclosed to third parties

without the express written permission of Sierra Instruments. The information contained in this manual is subject to change without

notice.

TRADEMARKS

InnovaMass

®

is a trademark of Sierra Instruments, Inc. Other product and company names listed in this manual are trademarks or trade

names of their respective manufacturers.

Warnings and Cautions

Warning!

Agency approval for hazardous location installations varies between flow meter models. Consult the flow meter

nameplate for specific flow meter approvals before any hazardous location installation.

Warning!

Hot tapping must be performed by a trained professional. U.S. regulations often require a hot tap permit. The

manufacturer of the hot tap equipment and/or the contractor performing the hot tap is responsible for providing proof of such a

permit.

Warning!

All wiring procedures must be performed with the power off.

Warning!

To avoid potential electric shock, follow National Electric Code safety practices or your local code when wiring this unit

to a power source and to peripheral devices. Failure to do so could result in injury or death. All AC power connections must be in

accordance with published CE directives.

Warning!

Do not power the flow meter with the sensor remote (if applicable) wires disconnected. This could cause over-heating of the

sensors and/or damage to the electronics.

Warning!

Before attempting any flow meter repair, verify that the line is de-pressurized.

Warning!

Always remove main power before disassembling any part of the mass flow meter.

Caution!

Before making adjustments to the device, verify the flow meter is not actively monitoring or reporting to any master

control system. Adjustments to the electronics will cause direct changes to flow control settings.

Caution!

All flow meter connections, isolation valves and fittings for hot tapping must have the same or higher pressure rating

as the main pipeline.

Caution!

Changing the length of cables or interchanging sensors or sensor wiring will affect the accuracy of the flow meter.

You cannot add or subtract wire length without returning the meter to the factory for re-calibration.

Caution!

When using toxic or corrosive gases, purge the line with inert gas for a minimum of four hours at full gas flow

before installing the meter.

Caution!

The AC wire insulation temperature rating must meet or exceed 80°C (176°F).

Caution!

Printed circuit boards are sensitive to electrostatic discharge. To avoid damaging the board, follow these

precautions to minimize the risk of damage:

 before handling the assembly, discharge your body by touching a grounded, metal object

 handle all cards by their edges unless otherwise required

 when possible, use grounded electrostatic discharge wrist straps when handling sensitive components

Warnings and Cautions

Note and Safety Information

We use caution and warning statements throughout this book to draw

your

attention to important information.

Warning!

Caution!

This statement appears with information that

is important to protect people and equipment

from damage. Pay very close attention to all

warnings that apply to your application.

This statement appears with information that is

important for protecting your equipment and

performance. Read and follow all cautions that

apply to your application.

Receipt of System Components

When receiving a Sierra mass flow meter, carefully check the outside

packing

carton

for damage incurred in shipment. If the carton is damaged, notify the local carrier

and submit a report to the factory or distributor. Remove the packing slip and

check that all ordered components are present. Make sure any spare parts or

accessories are not

discarded with the packing material. Do not return any

equipment to

the factory without first contacting Sierra Customer Service

.

Technical Assistance

If you encounter a problem with your flow meter, review the configuration

information for each step of the installation, operation, and

setup procedures.

Verify that your settings and adjustments are consistent with factory

recommendations.

Installation and troubleshooting information can be found in

the InnovaMass

®

240i/241i product manual.

If the problem persists after following the troubleshooting procedures

outlined in the

InnovaMass240i/241i product manual, contact Sierra Instruments by fax or by E-

mail

(see inside front cover). For urgent phone support you may call (800)

866-

0200 or (831) 373-0200 between 8:00 a.m. and 5:00 p.m. PST. In

Europe, contact

Sierra Instruments Europe at +31 20 6145810. In the Asia-Pacific region, contact

Sierra Instruments Asia at +

86-21-58798521.

When contacting Technical Support,

make sure to include this information:



The flow range, serial number, and Sierra order number (all

marked on the meter nameplate)



The software version (visible at start up)



The problem you are encountering and any corrective action

taken



Application information (gas, pressure, temperature and piping

configuration)

5

Table of Contents

Table of Contents .................................................................................................................................... 5

Chapter 1: Introduction .......................................................................................................................... 6

Chapter 2 – Connecting the 240i/241iSeries to Your FF-BUS Network .............................................. 7

Chapter 3 - Definitions ............................................................................................................................ 8

Chapter 4 – Foundation Fieldbus Interface Configurations ................................................................ 9

AI/AO Blocks: ....................................................................................................................................... 9

MODBUS_REGS_ (1 through 4): ......................................................................................................... 9

Chapter 5 – Configuring the FF-BUS Using NI-FBUS Configurator ................................................. 11

Getting Started Configuring FF-Bus Using NI-FBUS Configurator ..................................................... 11

Configuration ...................................................................................................................................... 11

MODBUS_COM_SETUP.................................................................................................................... 15

Chapter 6 – Available Modbus Registers ............................................................................................ 16

Chapter 7 – Modbus Registers Explained .......................................................................................... 19

Chapter 8 – Communication Diagnostic LEDS .................................................................................. 29

6

Chapter 1: Introduction

This manual will explain how to add a Sierra flow meter equipped with Foundation Fieldbus

to your network. The Foundation Fieldbus interface allows access to all relevant data

available in the flow meter.

This manual is intended to document the configuration of the Sierra Instruments’ InnovaMass

240i and 241i vortex mass flow meter with the Foundation Fieldbus Communication Interface

to your network. It assumes the reader already has a working knowledge of Foundation

Fieldbus. For specific operations of the Sierra Instruments’ 240i and 241i thermal flow

meters, consult the InnovaMass® 240i/241iSeries instruction manual.

For detailed information about Foundation Fieldbus go to: http://www.fieldbus.org/

The Sierra Instruments’ 240i/241iSeries mass flow meters can be ordered with the optional

Foundation Fieldbus (FF-BUS) Communication interface for use on a Foundation Fieldbus

H1 network. This Interface complies with the new ITK version 6.

FF-BUS differs from other digital communication protocols, it is designed for process control

rather than just transfer of data between a device and a central controller. It supports peer-to-

peer communication and allows for functional blocks to operate independently between

themselves without main controller intervention.

Foundation Fieldbus H1 networks are connected using a shielded twisted wire pairs. For

more information about FF-BUS H1 wiring see:

http://www.fieldbus.org/images/stories/enduserresources/technicalreferences/documents/wirin

ginstallationguide.pdf

7

Chapter 2 – Connecting the InnovaMass 240i/241i to

your FF-BUS Network

The InnovaMass 240i/241imeters use 24VDC (+/-10%) at 1.1 Amp. Due to the current

needed, the meter cannot be powered from the H1 network. The separate 24VDC (+/-10%)

power is connected to terminals 1 and 2.

The Foundation Fieldbus H1 network connections are labeled as FF-1(terminal 13 and FF-2

(terminal 14). These are not polarity dependent and will work reversed. The EMC ground on

terminal 15 can be connected to Earth ground or the wire shield if you are using shielded

wire. This can help eliminate Electromagnetic and Electrostatic noise on the data.

Figure 1. InnovaMass 240i/241i Foundation Fieldbus minimum wiring

FF-1

Terminal pin 1: DC Power +

Terminal pin 2: DC Power -

FF-2

8

Chapter 3 - Definitions

DD: Device Description files are necessary to configure your FF-BUS host software. The

DD files explain the specific configuration and features to your host network so it understands

how to use the device.

Resource Block (RS): This function block contains basic information about the FF-BUS

interface.

Transducer Block (TB): This block makes the connection to the meter and presents the

process variables to the lower blocks. Most of the configuration setup is done in this block.

AI (Analog Input) Block: Although this is actually digital process data coming from the

instrument (output), it is still referred to as an AI Block. This FF-BUS interface has four

analog input blocks: AI1, AI2, AI3, and AI4.

AO (Analog Output) Block: Although this is a digital command being sent to the instrument

(input), it is still referred to as an AO Block. The 240i/241iFF-BUS interface has one, labeled

AO.

Modbus: Modbus is another digital communication protocol and is only relevant here

because the Sierra FF-BUS interface uses Modbus as an intermediary between the meter and

the FF-BUS interface. For special configuration, the user will only need a rudimentary

knowledge of Modbus.

MODBUS_REG_SETUP_1 to 4: This is where AI1,2,3,4 and AO are configured as

PV1,2,3,4, and Final Value. These are 32-bit registers the can configured multiple data types

in various Byte order.

MODBUS_REGS_1 to 4: There are four groups of ten Modbus R/W registers that can be

used for static variables such as serial number, calibration date, total reset, and meter full

scale. These only have limited use, and may not be able to be seen with all FF-BUS devices.

32-bit float: Also known as Real or IEEE-754 single precision. The 32-bit float is a common

data encoding scheme that provides 1 bit for the sign, 8 bits for an exponent, and 23 bits of

significant numbers. In Modbus the Byte order is normally 1-0,3-2, however FF-BUS

interface allows it to be changed if needed.

16-bit short integer: This is a 16-bit number ranging from 0-65,535 (2

16

). The Byte order is

0,1.

32-bit long integer: This combines two 16-bit Modbus registers to make a number as high as

4,294,967,296 (2

32

). The Byte order is 1-0,3-2. The FF-BUS will see this as one 32-bit

integer.

String (Character): A 16-bit Modbus register would contain 2 ASCII characters (8 bits each)

in 0-1 Byte order. So ox 41 42 would equal “A B”.

9

Chapter 4 – Foundation Fieldbus configuration

The 240i/241iFF-BUS interfaces uses a Modbus to FF-BUS translator board inside the flow

meter. This allows the user to configure variables accessible to our Modbus interface. For the

most part, the Modbus to FF-BUS translation is invisible to the end user unless they want to

reconfigure the Transducer Block (TB) to access other Modbus variables.

AI/AO Blocks:

The Foundation Fieldbus Transducer Block (SIERRA_TB) provides four analog inputs (AI1

through AI4) and one analog output (AO). These are all configurable as 16 or 32-bit integer

or Float data types. We have pre-configured these blocks as shown below in Table 1.

However, the user can reconfigure them as needed.

AI/AO

Blocks

Primary

Value

Channel

Data Type

Analog Signal

AI1

PV1

1

32-bit Float/Real

Flow Rate

AI2

PV2

2

32-bit Float/Real

Temperature

AI3

PV3

3

32-bit Float/Real

Pressure

AI4

PV4

4

32-bit Float/Real

Total

AO

Final Value

5

*

*Unassigned, open for customer configuration.

MODBUS_REGS_ (1 through 4):

The Transducer Block also has four groups of Modbus registers. These can be used for static

setup inputs and outputs for variables such as reading the Serial Number, Calibration Date or

changing the Gas Index, or resetting the totalizer. This data is not cyclic as it only updates

occasionally, and might not be accessible to all devices on the fieldbus. These variables are

limited to an unsigned short integer, Byte order 0-1. There are four groups of ten. Each group

can only be configured in consecutive Modbus register order.

To use these groups, a starting registers number (MODBUS_REG_START_ADDRESS) and

the number of registers after (NUM_OF_MODBUS_REG) is needed. These have been pre-

configured as shown below in Table 2. However, the user can reconfigure them as needed.

Variable

MODBUS_REGS

Group

REG_START

ADDRESS

NUM_OF_REGS

Alarm status

1

8

10

Gas name ASCII Char 1-2

Gas name ASCII Char 3-4

Gas name ASCII Char 5-6

Gas name ASCII Char 7-8

Gas name ASCII Char 9-10

Gas name ASCII Char 11-12

Gas name ASCII Char 13-14

Gas name ASCII Char 15-16

Gas index

Flow units ASCII Char 1-2

2

18

10

Flow units ASCII Char 3-4

Flow units ASCII Char 5-6

Flow units ASCII Char 7-8

Flow unit - index

User full scale – low word

User full scale – high word

Totalizer units Char 1-2

Table 1: Factory AI/AO Blocks

10

Totalizer units Char 3-4

Totalizer unit - index

Temp. units ASCII Char 1-2

3

28

7

Temperature unit - index

Pressure units ASCII Char 1-2

Pressure units ASCII Char 3-4

Pressure units ASCII Char 5-6

Pressure units ASCII Char 6-7

Pressure unit - index

Alarm active

4

61

2

Alarm mode

Table 2: Factory Static MODBUS Registers

11

Chapter 5 – Re-configuring the FF-BUS Using NI-

FBUS Configurator

The National Instruments F-BUS Configurator software is widely used for testing and

configuration of FF-BUS devices. Consult your NI-FBUS Configurator manual for more

information on this NI software (included in NI-FBUS help on the software).

Before starting the NI-FBUS Configurator, you must import the DD using the NI-FBUS

Interface Configurator Utility. The DD files are available can be downloaded from our web

site at: http://www.sierrainstruments.com/userfiles/file/Tested_Sierra_FF_DD_files.zip

Or from the Fieldbus Foundation web site at:

http://www.fieldbus.org/index.php?option=com_mtree&task=viewlink&link_id=1958&ffbsta

tus=Registered&Itemid=324

Getting Started Configuring FF-Bus Using NI-FBUS Configurator

1. Start the NI-FBUS COM manager then start the NI-FBUS Configurator.

2. When NI-FBUS Configurator starts, choose the FF-BUS interface used.

3. If the 240i or 241i is connected correctly, SIERRA_DEVICE should appear on your

screen as shown below.

4. The node address (factory set) is set to 247. We suggest it be changed to suit the FF-

BUS application. Change the Tag names as needed.

5. Make other configuration changes as needed.

Configuration

Most of the configuration will be done in the Transducer Block (SIERRA_TB) under the

“Others” tab (see the screen shots below). In order to write any changes, the Block Mode

must be set to OOS (out of service). Make your changes and click “Write Changes.” Once

the yellow highlights disappear, click Auto mode. The configuration below was already done

at the factory.

Figure 2: NI Screen after SIERRA_DEVICE Is Found

12

After completing the configuration, you should be able to read the variables being returned

from your flow meter on the same SIERRA_TB block on the “Others” tab. Flow (PV_1) and

Pressure (PV_2), etc. are shown below (See Figure 4). If you scroll down futher, you will

also see the static MODBUS_REGS_ values being read from the meter (See Figure 5).

Figure 3: Screen before Writing Changes

13

Current Temperature

Current Flow Rate

Figure 4 Screen Showing PV1,2,3,4 & Units From Meter

Current Pressure

Accumulated Total Flow

Flow Units

Temperature Units

Pressure Units

Total Flow Units

14

You may also set the engineering units in the NI-FBUS Configurator so they can be read by

the FF-BUS under PV_UNIT_1,2,3,4 and FINAL_VALUE_AO_UNIT (See Figure 6).

To change the engineering units the meter is using requires changing the flow units,

temperature unit, or pressure unit index in the Modbus registers.

Fig. 5 Screen showing MODBUS_REGS static register values from meter

Alarm Status (ox0=off)

Gas Name in ASCII, ox41,72,=Ar

Gas Name in ASCII, ox67,6F =go

Gas Name in ASCII, ox6E,20 =n

The rest of the ASCII characters

ox20 = (space)

Gas Index 1=Argon

Flow Units in ASCII

ox53,43,46,5D=SCFM

Flow Index 1=SCFM

15

MODBUS_COM_SETUP

The Modbus com settings are needed for the communication connection between the Modbus

and the FF-BUS boards inside the meter. The Modbus Instrument Address must always be set

to 1. The MODBUS _COM_SETUP must always set as shown below:

BaudRate: 9600 Baud

Stop_Bits: 1

Parity: None

CRC_ORDER: Normal

Figure 7: Screen Showing MODBUS_COM_SETUP

Figure 6: TB Block Engineering Unit Setup

16

Chapter 6 – Available Modbus Registers

Although most users will be satisfied using the default configuration, other Modbus registers

can be configured for Foundation Fieldbus access. Below (Table 3) is a list of all available

Modbus registers. These would need to be configured in the transducer block.

Register

Description

Read/

Write

Data Type

00

Actual flow - low word

R

32 bits real

01

Actual flow - high word

R

02

Actual temp - low word

R

32 bits real

03

Actual temp - high word

R

04

Actual pressure - low word

R

32 bits real

05

Actual pressure - high word

R

06

Actual total - low word

R

32 bits real

07

Actual total - high word

R

08

Alarm status

R

integer

09

Gas name

R

16 bits , 2 ASCII per reg.

~

10

16 Characters total

17

Gas index

R/W

integer

18

Flow units

R

16 bits , 2 ASCII per reg.

~

21

8 Characters total

22

Flow unit - index

R/W

integer

23

User full scale – low word

R/W

32 bits real

24

User full scale – high word

R/W

25

Totalizer units

R

16 bits ASCII

26

27

Totalizer unit - index

R

integer

28

Temperature units

R

16 bits, 2 ASCII Char.

29

Temperature unit - index

R/W

integer

30

Pressure units

R

16 bits ASCII

~

33

8 Characters total

34

Pressure unit - index

R/W

16-bit integer

35

Standard Temperature - low word

R/W

32 bits real

36

Standard Temperature - high word

R/W

37

Standard Temperature - index

R/W

16-bit integer

38

Standard pressure - low word

R/W

32 bits real

39

Standard pressure - high word

R/W

40

Standard pressure - index

R/W

16-bit integer

41

Normal Temperature - low word

R/W

32 bits real

42

Normal Temperature - high word

R/W

43

Normal Temperature - index

R/W

16-bit integer

44

Normal pressure - low word

R/W

32 bits real

45

Normal pressure - high word

R/W

46

Normal pressure - index

R/W

16-bit integer

47

Adjust DAC for flow – 4mA

R/W

16-bit integer

48

Adjust DAC for flow – 20mA

R/W

16-bit integer

49

Adjust DAC for Temperature – 4mA

R/W

16-bit integer

50

Adjust DAC for Temperature – 20mA

R/W

16-bit integer

51

Adjust DAC for pressure – 4mA

R/W

16-bit integer

17

52

Adjust DAC for pressure – 20mA

R/W

16-bit integer

53

Temperature 4mA value – low word

R/W

32 bits real

54

Temperature 4mA value – high word

R/W

55

Temperature 20mA value – low word

R/W

32 bits real

56

Temperature 20mA value – high word

R/W

57

Pressure 4mA value – low word

R/W

32 bits real

58

Pressure 4mA value – high word

R/W

59

Pressure 20mA value – low word

R/W

32 bits real

60

Pressure 20mA value – high word

R/W

61

Alarm active

R/W

16-bit integer

62

Alarm mode

R/W

16-bit integer

63

Low alarm flow trig – low word

R/W

32 bits real

64

Low alarm flow trig – high word

R/W

65

High alarm flow trig – low word

R/W

32 bits real

66

High alarm flow trig – high word

R/W

67

Low alarm temp trig – low word

R/W

32 bits real

68

Low alarm temp trig – high word

R/W

69

High alarm temp trig – low word

R/W

32 bits real

70

High alarm temp trig – high word

R/W

71

Low alarm pressure trig – low word

R/W

32 bits real

72

Low alarm pressure trig – high word

R/W

73

High alarm pressure trig – low word

R/W

32 bits real

74

High alarm pressure trig – high word

R/W

75

Low alarm total trig – low word

R/W

32 bits real

76

Low alarm total trig – high word

R/W

77

High alarm total trig – low word

R/W

32 bits real

78

High alarm total trig – high word

R/W

79

Pipe diameter – low word

R/W

32 bits real

80

Pipe diameter – high word

R/W

81

Pipe roughness

R/W

16-bit integer

82

Pipe diameter units - index

R/W

16-bit integer

83

Flow correction – low word

R/W

32 bits real

84

Flow correction – high word

R/W

85

Totalizer enable

R/W

16-bit integer

86

Totalizer units per pulse – low word

R/W

32 bits real

87

Totalizer units per pulse – high word

R/W

88

Totalizer pulse width

R/W

16-bit integer

89

Totalizer reset

R/W

16-bit integer

90

Password

R/W

16-bit integer

91

Standard temperature units

R

16 bits , 2 ASCII per reg.

92

Normal temperature units

R

16 bits , 2 ASCII per reg.

93

Standard pressure units

R

16 bits ASCII

~

96

8 Characters total

97

Normal pressure units

R

16 bits ASCII

~

100

8 Characters total

101

Pipe diameter units

R

16 bits ASCII

102

4 Characters total

103

Pipe roughness description

R

16 bits ASCII

~

107

10 Characters total

108

Alarm status

R

16 bits ASCII

109

4 Characters total

18

110

Alarm active

R

16 bits ASCII

111

4 Characters total

112

Alarm mode

R

16 bits ASCII

~

114

6 Characters total

115

Serial number

R

16 bits ASCII

~

118

8 Characters total

119

Firmware version

R

16 bits ASCII

~

122

8 Characters total

123

Calibration date

R

16 bits ASCII

~

127

10 Characters total

128

PCA version

R

16 bits ASCII

~

130

6 Characters total

Table 3: All Available Modbus Registers

19

Chapter 7 – Modbus Registers Explained

The Modbus registers can be divided into two groups. The first group (00 - 08) represents the

dynamic data used in AI1,2,3, and 4. The second group (09 – 130) contains the settings in the

flow meter. Most of these may be used in the MODBUS_REGS rather than the AI/AO

blocks.

Register Descriptions

00-01: Actual Flow

The actual flow as measured by the flow meter. 32-bit real data type.

02-03: Actual Temperature

The actual gas temperature as measured by the flow meter. 32-bit real data type.

04-05: Actual Pressure

The actual pressure as measured by the flow meter (if applicable). 32-bit real data type.

06-07: Actual Total

The actual accumulated total over time also referred to as a totalizer. 32-bit real data type.

08: Alarm Status

This 16-bit integer value represents the status of the alarm.

0 – Alarm of Off/Inactive

1 – Alarm is On/Active

09-16: Gas Name

These eight registers contain a 16 character ASCII string showing the name of the currently

selected gas. Use Register 17, to select a different gas.

17: Gas Index

Value indicates which gas is selected on the flow meter. The value can range between 0 and

3. 0 is always Air and 1-3 are the alternate gases. The Gas type can be changed by changing

this value.

18-21: Flow Units

This eight-character ASCII string shows the currently selected flow engineering unit on the

flow meter. Use Register 22 to select a different flow unit

Caution!

To fully understand the registers and their functions, we suggest you also

read the InnovaMass® 240i/241i Instruction manual.

20

22: Flow Unit Index

This 16-bit integer value shows which flow unit is selected on the flow meter. The value can

range between 0 and 49:

Mass Flow Units:

0 - SCFS

1 - SCFM

2 - SCFH

3 - SCFD

4 - SCFY

5 - MSCFS

6 - MSCFM

7 - MSCFH

8 - MSCFD

9 - MSCFY

10 - MMSCFS

11 - MMSCFM

12 - MMSCFH

13 - MMSCFD

14 - MMSCFY

20 - NCFS

21 - NCFM

22 - NCFH

23 - NCFD

24 - NCFY

25 - SM3/sec

26 - SM3/min

27 - SM3/hr

28 - SM3/day

29 - SM3/yr

35 - NM3/sec

36 - NM3/min

37 - NM3/hr

38 - NM3/day

39 - NM3/yr

40 - SLPS

41 - SLPM

42 - SLPH

43 - SLPD

44 - SLPY

50 - NLPS

51 - NLPM

52 - NLPH

53 - NLPD

54 - NLPY

55 - Lbs/sec

56 - Lbs/min

57 - Lbs/hr

58 - Lbs/day

59 - Lbs/yr

100 - Ston/sec

101 - Ston/min

102 - Ston/hr

103 - Ston/day

104 - Ston/yr

105 - Lton/sec

106 - Lton/min

107 - Lton/hr

108 - Lton/day

109 - Lton/yr

110 - Mton/sec

111 - Mton/min

112 - Mton/hr

113 - Mton/day

114 - Mton/yr

115 - Gram/sec

116 - Gram/min

117 - Gram/hr

118 - Gram/day

119 - Gram/yr

120 - Kg/sec

121 - Kg/min

122 - Kg/hr

123 - Kg/day

124 - Kg/yr

Volume Flow Units:

15 - ACFS

16 - ACFM

17 - ACFH

18 - ACFD

19 - ACFY

30 - AM3/sec

31 - AM3/min

32 - AM3/hr

33 - AM3/day

34 - AM3/yr

45 - ALPS

46 - ALPM

47 - ALPH

48 - ALPD

49 - ALPY

60 - Gal/sec

61 - Gal/min

62 - Gal/hr

63 - Gal/day

64 - Gal/yr

65 - MilG/sec

66 - MilG/min

67 - MilG/hr

68 - MilG/day

69 - MilG/yr

70 - ImpG/sec

71 - ImpG/min

72 - ImpG/hr

73 - ImpG/day

74 - ImpG/yr

75 - bbl/sec

76 - bbl/min

77 - bbl/hr

78 - bbl/day

79 - bbl/yr

80 - lit/sec

81 - lit/min

82 - lit/hr

83 - lit/day

84 - lit/yr

85 - MilL/sec

86 - MilL/min

87 - MilL/hr

88 - MilL/day

89 - MilL/yr

90 - m3/sec

91 - m3/min

92 - m3/hr

93 - m3/day

94 - m3/yr

95 - ft3/sec

96 - ft3/min

97 - ft3/hr

98 - ft3/day

99 - ft3/yr

150 - bl/s

151 - bl/m

152 - bl/hr

153 - bl/day

154 - bl/yr

Mass Velocity:

125 - SFPS

126 - SFPM

127 - SFPH

128 - SFPD

129 - SFPY

140 - SMPS

141 - SMPM

142 - SMPH

143 - SMPD

144 - NMPY

145 - NMPS

146 - NMPM

147 - NMPH

148 - NMPD

149 - NMPY

Actual Velocity:

130 - FPS

131 - FPM

132 - FPH

133 - FPD

134 - FPY

135 - MPS

136 - MPM

137 - MPH

138 - MPD

139 - MPY

155 - In/sec

156 - In/min

157 - In/hr

158 - In/day

159 - In/yr

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