Paperless Recorders

The Pasteurized Milk Ordinance (PMO) is a set of standards and requirements that regulate aspects of dairy plants producing Grade “A” products. It is the “dairy bible” that dairy producers, manufacturers, and balancing plants must follow to verify food safety. Discover how Yokogawa recorders (PMO compliant) are helping Michigan milk producers.

Yokogawa's UPM100 Power Monitor provides overall factory power monitoring operations and the DX1000 Paperless Recorder for temperature recording in refining furnaces.

Ensure the preservation of milk quality and prevent degradation.

As water and wastewater systems expand, scalable centralized monitoring enables efficient management of distributed assets and meets evolving user demands.

Accurate and reliable data acquisition of temperature is critical in the processing of fresh milk.

Aerospace Material Specification AMS2750F defines the requirements for thermal processing equipment used in metal heat treatment applications. It covers temperature sensors, control and recording instrumentation, system accuracy tests, and temperature uniformity surveys. Shops that adhere to the standard can confidently heat treat components used in a wide range of aerospace, transportation, and other industries that demand traceable quality procedures for heat treatment.

The paperless recorder DX series automatically calculate the Fo value from the heating temperature and are useful in managing the sterilization process by displaying and recording the value together with the heating temperature.

Yokogawa's Paperless Recorder series offers a multi-point touch panel to improve intuitive operator control with predictive monitoring for early detection during sake production and managing brewery wastewater. 

The paperless recorder DX series instruments allow you to determine temperature and humidity, and manage the results as manufacturing and quality data at a reasonable cost with a simple configuration.

One important risk to manage with regard to coal stacks is preventing fires due to spontaneous combustion.

A Wisconsin-based dairy operation specializing in low acid, aseptic packaging has invested close to $100 million in new installations over the past few years. This dairy produces brand name nutritional drinks, pudding, cheese sauce and chili mix for many fast food restaurants.

A leading manufacturer of high shear fluid processors was looking for a solution to provide secure, stable pressure readings. The speed of the process typically demands a very fast data-logger with enough intelligence to filter out noise while providing accurate results.

A major power company in the Southeast decided to replace its hydrogen gas detection system. The current system was unsupported by the manufacturer and failing. The new system would need to duplicate the functionality of the old to minimize the training and impact on the operators. Yokogawa was asked to facilitate the project.

MEGTEC Systems, a major manufacturer of Regenerative Thermal Oxidizers in DePere, Wisconsin is now specifying DAQSTATION for use with their equipment. These oxidizers, commonly known as RTOs, are found in Paint Finishing Operations, Chemical, Petro-chemical and Ethanol Production, Ink Coating and Odor Abatement, and many other applications on a global basis.

The basic principles of canning have not changed dramatically since Nicholas Appert and Peter Durand developed the process in the 18th century. Heat sufficient to destroy microorganisms is applied to foods packed into sealed, or "airtight" containers. The canned foods are then heated under steam pressure at temperatures of 240-250°F (116-121°C).

Thermal oxidizers, also known as fume incinerators or afterburners, are widely used to control air emissions. Many processes, such as paint baking, drying of printing inks and curing of certain polymers, evolve vapors of flammable, toxic solvents. In the baking or curing oven, these solvent vapors pose an explosion or fire hazard, so they are diluted well below their lower limit of flammability by adding large amounts of dilution air.

Read this eBook to learn how to best leverage the latest measurement instrumentation to avoid incidents and improve productivity. You will also find valuable information about overcoming common CIP challenges and stories of success.

This document describes the operation and data flow of the Yokogawa Print Wave software using the DX-P Reporter. It will provide a detailed explanation of the Advanced Alarm Reporter functions. The functions described in this paper were first released in Print Wave version 5.5.

Yokogawa Electric Corporation released the μR and VR series of industrial recorders to meet user demands for monitoring and recording field data. Since then, the recorders have been in wide use in a variety of industries.

As groups of sensors in the field became intelligent and capable of handling not only simple data, but also so-called "information" with added values such as error detection and statistical analysis, recorders became required to play a role in transmitting such information.

Yokogawa's industrial recorders have been widely used in order to monitor and record data acquired from the field. Concurrently, sensors in the field have been made increasingly intelligent and come to hold not just "data" but "information" of additional value provided by such functions as failure detection and statistical analysis.

Why should leaders act on Digital Transformation, Autonomous Operations, and Smart Manufacturing? - Food Processing - eHandbook March 2022

Yokogawa Network Solutions is pleased to present an instructional video on how to configure DAQMaster (MW100) and DAQStation (DXAdvanced) - data acquisition systems to create automatic manual sample files. Manual sample files are text files that can be read by programs like Excel, NotePad, and WordPad. Manual files (.DAM) offers an alternative to native data files (.DAD, .DAE, .MXD) that require programs like MW100 Viewer or DAQStandard Viewer for viewing.

Yokogawa Network Solutions is pleased to present a basic walk through of how to configure a DAQStation after opening it from the factory. This video will walk the user through basic menu settings for configuring a measurement channel, selecting Celsius or Fahrenheit, giving the unit a network address, setting an alarm, configuring a group, and choosing how fast to display and log data.

Yokogawa Network Solutions is pleased to present a basic walk through of how to configure a DAQStation after opening it from the factory. This video (2 of 3) will walk the user through basic menu settings for configuring a measurement channel, selecting Celsius or Fahrenheit, giving the unit a network address, setting an alarm, configuring a group, and choosing how fast to display and log data.

Yokogawa Network Solutions is pleased to present a basic walk through of how to configure a DAQStation after opening it from the factory. This video (3 of 3) will walk the user through basic menu settings for configuring a measurement channel, selecting Celsius or Fahrenheit, giving the unit a network address, setting an alarm, configuring a group, and choosing how fast to display and log data.

 This video covers the new custom display capability of the DXAdvanced data acquisition and recording system. Custom displays can be created on the DAQStation or via DAQStudio.

Network Solutions is pleased to present the second of two videos that covers the new custom display capability of the DXAdvanced data acquisition and recording system. Custom displays can be created on the DAQStation or via DAQStudio.

Yokogawa Network Solutions Group is pleased to present a basic tutorial that includes configuring a channel for a temperature input, a flow input (4-20ma or 1-5v), and a totalizer for the flow. The tutorial also includes setting an alarm with a screen snapshot event as well as an event that will reset the totalizer when it reaches a predetermined value. Part 1 of 2.

Yokogawa Network Solutions Group is pleased to present a basic tutorial that includes configuring a channel for a temperature input, a flow input (4-20ma or 1-5v), and a totalizer for the flow. The tutorial also includes setting an alarm with a screen snapshot event as well as an event that will reset the totalizer when it reaches a predetermined value. Part 2 of 2.