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OMNI documentation

Here you will find all the detailed information you need to support your flow computer installation.

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Product Manuals

For the latest information in a searchable format, please see the online Web and Mobile Help.

OMNI 3000/6000 Flow Computers

User Manual, Volume 1 (All Firmware Revisions)
System Architecture and Installation
French Version
User Manual, Volume 2 (All Firmware Revisions)
Basic Operation
French Version
Russian Version
User Manual, Volume 3 (Firmware Revisions 20/24)
Configuration and Advanced Operation
Turbine/Positive Displacement/Coriolis Liquid Flow Metering Systems with K Factor Linearization
French Version
User Manual, Volume 3 (Firmware Revisions 22/26)
Configuration and Advanced Operation
Turbine/Positive Displacement Liquid Flow Metering Systems (with Meter Factor Linearization)
Russian Version
User Manual, Volume 3 (Firmware Revisions 23/27)
Configuration and Advanced Operation
Gas Using Orifice/Turbine Meter
User Manual, Volume 3B (Firmware Revisions 21/25)
Configuration and Advanced Operation
Liquid Orifice/Differential Pressure Meters
User Manual, Volume 4 (Firmware Revisions 20/24)
Modbus Database Addresses and Index Numbers
Turbine/Positive Displacement/Coriolis Liquid Flow Metering Systems with K Factor Linearization
User Manual, Volume 4 (Firmware Revisions 23/27)
Modbus Database Addresses and Index Numbers
Gas Using Orifice/Turbine Meter
Russian Version
User Manual, Volume 4B (Firmware Revisions 21/25)
Modbus Database Addresses and Index Numbers
Liquid Orifice/Differential Pressure Meters
User Manual, Volume 4C (Firmware Revisions 22/26)
Modbus Database Addresses and Index Numbers
Liquid Turbine/PD Meters with Meter Factor Linearization

SmartBus

SmartBus Series Local Meter Controllers Setup and Installation Guide
SmartBus Series Field-Mount Remote Meter Controllers Setup and Installation Guide

Technical Bulletins

For the latest information in a searchable format, please see the online Web and Mobile Help.

Concepts

Understanding OMNI Flow Computer Time Synchronization
Communicating with Gas Chromatographs
Network Printing
Daily Report Template
Secondary Totalizers Provide Net Volume at Temperatures other than 15°C or 60°F
Using Boolean Statements to Provide Custom Alarms in the Flow Computer
Meter Factor Linearization
Calculation of Natural Gas Net Volume and Energy: Using Gas Chromatograph, Product Overrides or Live 4-20mA Analyzer Inputs of Specific Gravity and Heating Value
Peer-to-Peer Basics
Serial I/O Modules: Installation Options
Multivariable Flow Transmitter Interfaces: Connectivity and Data Transfer Issues
Unsolicited Transmissions of Custom Modbus® Data Packets
Digital I/O Modules: Installation Options

Third-Party Configuration

Communicating with Instromet Q.Sonic Ultrasonic Gas Flowmeters
68-6207 HT/HM HART Module
Communicating with Kongsberg Metering MPU 1200 Ultrasonic Gas Flowmeters
Communicating with Daniel Ultrasonic Gas Flowmeter Model 3400, SeniorSonic
Communicating with SICK MAIHAK Ultrasonic Gas Flowmeter Model FLOWSIC600
Communicating with Allen-Bradley™ Programmable Logic Controllers
Communicating with Honeywell™ ST3000/STT3000 Smart Transmitters
Communicating with Honeywell™ TDC3000 Systems
Communicating with Honeywell™ SMV3000 Multivariable Transmitters
Rosemount™ 3095FB Multivariable Sensor Interface Using 68-6203 SV Module

OMNI Product Configuration

OMNI Dual Ethernet Module Model 68-6210
OMNI Serial/Ethernet-Modbus Mux Module Model 68-6209: Setup & Installation
OMNI 3000/6000 Totalizer Functions
Instructions for Installing New Hardware OMNI 6000
OMNI 68-6201 CPU
Overview of OMNICOM® Configuration PC Software
OMNI Flow Computer Modbus Database: Overview
Upgrading Flow Computer Firmware

Configuration Tasks

Communicating with Auto-Adjust Turbo Meter Gas Flowmeters
Reflashing 68-6201 CPU
Operating the Suitcase Prover
Storing Archive Data Within the Flow Computer
Stability Requirements; Final Calibration of Flow Computer
Dual Pulse Flowmeter Pulse Fidelity Checking
Recalculating a Previous Batch within the Flow Computer
Using the Peer-to-Peer Function in a Redundant Flow Computer Application
Using the Totalizer Maintenance Mode
Using the Audit Trail (Event Logger) Feature and Sealing of the Flow Computer

Russian Technical Bulletins

Management Users Technical Bulletins (All Revisions)

Modbus
Application 20.75 Modbus Database,
US Liquid ‐ Pulse Meter, KF Curve
Application 21.75 Modbus Database,
US Liquid ‐ Orifice DP Meter
Application 22.75 Modbus Database,
US Liquid Pulse Meter, MF Curve
Application 23.75 Modbus Database,
US Gas ‐ DP/Pulse Meter
Application 24.75 Modbus Database,
Metric Liquid ‐ Pulse Meter, KF Curve
Application 25.75 Modbus Database,
Metric Liquid ‐ Orifice DP Meter
Application 26.75 Modbus Database,
Metric Liquid ‐ Pulse Meter, MF Curve
Application 27.75 Modbus Database,
Metric Gas ‐ DP/Pulse Meter

Note: The above Modbus database documentation is also available through the Help menu in OMNICOM® v1.54. For access to these documents through OMNICOM®, download and install the OMNI 3000/6000 Database Documentation software alongside OMNICOM® v1.54.

Drawings
NEMA Enclosure Dimensions
NEMA 3000 Chassis Dimensions
NEMA 6000 Chassis Dimensions
NEMA 7000 Chassis Dimensions
OMNI 3000 Standard Panel Mount Chassis Dimensions
OMNI 6000 Standard Panel Mount Chassis Dimensions
OMNI 7000 Chassis Dimensions
OMNI 3000 NEMA Option ~ Chassis Dimensions
OMNI 6000 NEMA Option ~ Chassis Dimensions
OMNI 7000 NEMA Option ~ Chassis Dimensions

Brochures
OMNI 7000 Flip Brochure
OMNI 3000 & 6000 Specification Sheet
Portable Prover Computer Key Features and Technical Specifications

Articles
New Technologies of the Future
Meters Present Interface Challenges
Redundancy in Measurement Systems