Flow Computers

MatrikonOPC

The MatrikonOPC Server for OMNI flow computers provides interoperable and secure connectivity to OMNI 3000 and 6000 flow computers and your critical metering data. Read More

Products

OMNI products

OMNI Flow Computers takes a systems approach to its product designs, resulting in an optimum assembly time for putting together the elements—components, boards, standard software. It shortens the build cycle and gets the product to you on schedule.

OMNI products integrate easily into your metering, flow and valve control, and system communication needs. Quality components and reliable, optimized software and firmware provide high performance for custody transfer accuracy. I/O boards are quality tested and temperature-trimmed to optimize analog resolution and burned in before shipment for field installation.

Standard Software for Liquids and Gases

Virtually any fluid or gas—from crude oil, refined products, LPGs, NGLs, propylene, and ethylene to natural gas, carbon dioxide, and other industrial gases—can be measured without the expense of custom software support typical of other computer and RTU manufacturers.

Standard Hardware to Match the Application

OMNI Flow Computers has the capability to match its standard products to the customer's application needs. The nonrestrictive I/O bus design permits any combination of inputs and outputs to meet most metering, flow and valve control, and communication requirements.

Higher Accuracy Technology

Plug-in I/O modules provide the customer with an assurance of maximum product life by higher accuracy measurement technologies, such as meter pulse fidelity checking and Honeywell™ digital transmitter interface modules.

Protecting the Customer's Investment

OMNI has worked hard to ensure that the benefits of new developments in measurement standards and operations practices are passed on to its customers at minimal expense. OMNI standard software eliminates field training time and enables customers to connect their hardware to almost any field equipment in a real-time environment.