Instrumentation

Digitalization Propels Heat Treating to Industry of the Future

If you work in a standards-driven industry, you may already feel the imperative of digitalization. In today’s Technical Tuesday, Mike Loepke, head of Nitrex Software & Digitalization, posits how, even if you aren’t necessitated to track compliance digitally, you are probably looking to synthesize and leverage the strengths of multiple advanced operations — furnace and process record-keeping, knowledge of furnace past operations, juggling different new equipment capabilities — across just one platform. In other words, you are looking to bring digitalization system management to your operations.

This informative piece was first released in Heat Treat Today’s December 2024 Medical & Energy Heat Treat print edition.


The Future of Heat Treatment Relies on Digitalization

The ultimate goal for heat treaters, whether commercial or captive, is to uphold the quality of their product and meet client expectations while remaining profitable. Digitalization supports these efforts as it synthesizes and presents detailed, transparent, and accessible data that allows heat treaters to better manage their equipment, processes, and product quality. In addition, the collection of detailed information can serve as a database of knowledge to be used by the next generation of heat treaters, supporting future viability and advancement in the field.

There are necessary steps to take to establish a digital solution and essential components to look for when choosing a software platform that assists heat treaters in optimizing equipment and processes, effectively creating the digitalization of the heat treat operations. Let’s explore these now.

How Digitalization Optimizes Heat Treatment Processes

Digitalization in the heat treatment industry relies on the integration of industrial internet of things (IIoT) technologies with traditional and modern heat treatment processes. Using enabling devices such as sensors, modern connectivity methods, analytics, machine learning, and IIoT software platforms, it is possible for heat treaters to collect and process data that, after analysis, drives informed decisions to optimize equipment, processes, and product quality. To put a finer point on it, digitalization occurs when a manufacturing system is digitally integrated to capture and preserve human experience and knowledge, forming a holistic virtual representation of heat treat operations.

Figure 1. QMULUS Shop Layout enables visual inspection of the current production status, the location of goods and parts, as well as the real-time status of assets and their ongoing processes.
Source: Nitrex

While digitalization varies from industry to industry and plant to plant, there are some common ways in which heat treaters can employ digital technologies to build such a system. Firstly, digitally integrated solutions can optimize process management and control. For example, when a sensor detects a temperature anomaly during a heat treatment process, the integrated software platform picks up that reading, analyzes it in real time, recognizes it as an error based on historical data or programmed parameters, and alerts the operator.

This integration also facilitates predictive, condition-based maintenance. For example, if collected data and analysis suggests that a furnace is behaving abnormally, the system can automatically generate a work order along with a list of potential failure causes, so that a technician can troubleshoot, identify, and correct small issues — such as a failing thermocouple — before they impact quality or result in equipment failure. By addressing these proactively, heat treaters can avoid extended periods of costly unplanned downtime and ensure continuous operation.

Secondly, artificial intelligence through machine learning plays a crucial role in optimizing quality control in a digitalized system. By analyzing data collected during heat treating processes, it learns to detect patterns and identify anomalies. As in the examples above, this capability enables the system to identify deviations from the desired outcomes, allowing heat treaters to quickly rectify any issues before they impact quality.

Figure 2. The heart of the IIoT data platform needs to be thoughtfully planned and designed. Illustrated are 5 steps to follow to ensure the cloud data system properly engages with the data generated from your specific heat treat operations, ultimately delivering actionable insights. Step 1 depicts the various data sources; Step 2 shows the data transformation, integration, and processing stages; Step 3 highlights the central QMULUS database where data is indexed and organized; and Steps 4 and 5 demonstrate how data is further processed, distributed, and accessed by different end-users.
Source: Nitrex

Thirdly, algorithms can be programmed into a comprehensive management system to identify the most energy-efficient operating conditions for the heat treating process, helping heat treaters reduce their carbon footprint, minimize energy costs, and comply with sustainability goals.

In addition to these types of operational advantages, digitalization technologies can also be used to create a database of knowledge before experienced operators and experts leave the workforce. Traditionally, a handful of experts in the plant oversee the furnaces and equipment and understand how to best control and maintain them based on experience. However, passing down this knowledge to the next generation of heat treaters can take years, which may not be possible due to a company’s workflow demands and cost pressures. Digitalization addresses this challenge by creating a streamlined and accessible database of knowledge, offering less experienced operators and technicians immediate access to detailed information about what may be happening in the equipment or process for an issue at hand. This ensures that essential insights are not lost and enables quicker problem-solving and decision-making on the shop floor.

Making the Digitalization Transformation

While digitalization presents obvious advantages, the heat treatment industry, often conservative in its approach to technology, has some initial work and investment required before realizing the full benefits.

Going “paperless” in order to unlock the full potential of the available data is an important first step. All reports, histories, drawings, and other paperwork associated with equipment, processes, maintenance activities, product quality, and other relevant information should be digitized to provide a comprehensive view of both historical and current data.

Connectivity and integration between machine and higher-level systems are essential for effective data acquisition, monitoring, and remote control. SCADA systems, Manufacturing Execution Systems (MES), and other higher-level systems are rich sources of machine and process data. Gathering and analyzing this data can provide actionable insights that operators can use to make smarter decisions about the control and maintenance of equipment and processes.

Figure 3. A comprehensive overview displays all detected control loop anomalies, indicating possible root causes as well as recommended actions. Incorporating feedback from the responsible maintenance personnel further improves accuracy and delivers more effective recommendations for future occurrences.
Source: Nitrex

Finally, just having data is not enough. The data must be accessible, transparent, and relevant to be valuable. Achieving a complete picture of all the collected data, known as data consolidation, is necessary.

To build an IIoT platform with a well-architectured data engine, heat treaters should begin by identifying and understanding the different sources of data provided by sensors and high-level systems. This involves integrating the data through interfaces adapted to the data type and source, as well as documenting the integrated data sources, data fields, and data streams. Next, a “data lake” should be created to store the collected raw data. From this foundation, a data warehouse can be established to store enriched or analyzed data, derived values, data models, and forecasts in an organized way. For heat treaters, this type of contextualized data might be grouped by parts, loads, or orders.

Once the data engine is in place, the information stored in the data warehouse must be presented in a way that makes sense to operators and technicians for them to make informed decisions for heat treatment processes. To facilitate this, a universal data interface should be considered.

Building from this well-architectured data engine, the IIoT platform can then be expanded with statistical analytics, remote monitoring, KPI tracking, machine learning, artificial intelligence, and other applications to optimize processes and increase profitability.

What Heat Treaters Need in a Digitalization Solution

Harnessing modern technologies tomake digitalization a reality presents heat treaters with the opportunity to implement a solution based on a complete and well documented data system. It also means that the solution creates a holistic solution to data analysis, interpretation, reporting, and action that supports the real-world actions of heat treaters on the plant floor and in the office.

For this reason, a digitalization solution that has cloud and on-premises allows real-time access to analysis and alert messages for operators on the floor as well as managers who are away from the plant, ensuring quick problem-solving and maximum uptime in the event of process or machine issues.

Additionally, heat treaters should look for a solution that offers the freedom to integrate all the various platforms and equipment from which data are gathered from. These may include relevant machinery and production data from the shop floor as well as third-party and custom controllers. This flexibility to synthesize information from multiple sources will ensure the digitalization efforts lead to a comprehensive solution with actionable process overviews, recipe control, batch tracking, and other customization options.

To further this intent of a holistic solution, heat treaters should consider various data capabilities with different portal views, such as a manufacturer portal, a plant portal, and a client portal. However, considering the historic value of a comprehensive software solution, it may be worthwhile to consider how each user could transfer direct feedback and add new rules into the system, creating a repository of knowledge that bridges the knowledge of outgoing generations to future heat treaters.

Finally, any platform that directs the digitalization of a plant must prioritize robust security measures. Several features to look for are:

  • enhanced encryption standards to keep data confidential and tamper-proof during transmission and storage;
  • secure protocols based on industry best practices to safeguard data integrity;
  • a granular access control system (ACS) to allow IT administrators to define and manage user permissions of authorized personnel, thereby minimizing the risk of data breaches and unauthorized data manipulation; and
  • intrusion detection and prevention systems to continuously monitor network and system activities, enabling instant identification and mitigation of suspicious behavior. This serves as an additional layer of defense against potential cyber threats.

Beyond the software setup, be sure to use best practices by conducting regular security audits to assess the platform’s vulnerabilities and ensure compliance with evolving cybersecurity standards. While digitalization of heat treat operations may seem like a task for the next generation to complete, secure software options that integrate the hard work of digitizing plant activities can make this endeavor just a step away.

About the Author:

Mike Loepke
Head of Nitrex Software & Digitalization
Nitrex

Drawing from a background in Mathematics and Physics, coupled with extensive R&D experience and metallurgical modeling, Mike Loepke specializes in AI and process prediction. He has led Nitrex’s initiative in developing QMULUS, a pioneering IIoT cloud-based platform. Mike’s relentless pursuit of knowledge keeps him at the forefront of evolving technology.

.

For more information: Contact Mike at mike.loepke@nitrex.com



Digitalization Propels Heat Treating to Industry of the Future Read More »

Ask the Heat Treat Doctor®: What Does “Bright and Shiny” Really Mean?

The Heat Treat Doctor® has returned to offer sage advice to Heat Treat Today readers and to answer your questions about heat treating, brazing, sintering, and other types of thermal treatments as well as questions on metallurgy, equipment, and process-related issues.


Contact us with your Reader Feedback!

Clients often want to know or specify that their component part surfaces are “bright” or “shiny” or “clean.” Other times they desire to have a surface condition that is “scale free” or “oxide free” after heat treatment. But how, if at all, can we quantify what these terms mean? Let’s learn more.

“Shiny” and “bright” are words that are highly subjective. This is often a source of confusion not only for the heat treater, but the manufacturer and, in some cases, even the end user of the products. Heretofore, the answer depended on one human being’s interpretation as opposed to another, and evaluations depend not only on the type of material but also the mill practices used, manufacturing methods employed, heat treatment processes, and the level and type of contamination introduced before and after processing.

Traditional Approach

Figure 1. Temper color chart atmosphere or tempering in air or an “inert” gas such as nitrogen. Source: Abbott Furnace Company

Traditionally, we have relied on color charts (Figure 1) to tell the approximate temperature at which discoloration took place, that is, an oxide formed on the (steel, stainless steel, or tool steel) surface of a component part. This method is still in use today when cooling parts in a furnace

As mentioned, the perception and interpretation of color is different for different people. Lighting (natural light or plant illumination), the environment in which one views color, eye fatigue, the age of the observer, and a host of other factors influences color perception. But even without such physical considerations, each of us interprets color based on personal perception. Each person also verbally describes an object’s color differently. As a result, objectively communicating a particular color to another person without using some type of standard is difficult.

There also must be a way to compare one color to the next with accuracy.

New Approach

Today, portable spectrophotometers (Figure 2) are available to measure color and help quantify brightness measurements. These types of devices are designed to meet various industry standards including:

  • Whiteness (e.g., ASTM E313, CIE)
  • Gray scale (e.g., ISO 105 staining, color change)
  • Opacity (e.g., contrast ratio, Tappi strength — SWL, Summed, Weighted Sum)
  • Yellowness (e.g., ASTM E313, D1925)
Figure 2. X-Rite MA-5 QC multi-angle spectrophotometer. Source: X-Rite

In simplest terms, a spectrophotometer is a color measurement device used to capture and evaluate color. Every object has its own reflectance, or the amount of light it reflects, and transmittance, or the amount of light it absorbs. A reflectance spectrophotometer shines a beam of light and measures the amount of light reflected from different wavelengths of the visible spectrum, while a transmission spectrophotometer measures how much light passes through the sample. Spectrophotometers can measure and provide quantitative analysis for just about anything, including solids, liquids, plastics, paper, metal, fabric, and even painted samples to verify color and consistency.

Spectrophotometers provide the solution to the subjective problem of interpreting the color of the surface of a component part that has been heat treated, brazed, or sintered because they explicitly identify the colors being measured; that is, the instrument differentiates one color from another and assigns each a numeric value.

As an example, the brightness of steel tubes annealed in a rich Exothermic gas atmosphere was measured against tubes that had not been processed (Figure 3). Having this definite measurement of the surface changes allowed the heat treater to provide their client with a definitive statement on the change after processing.

CIE Color Systems

The Commission Internationale de l’Eclairage (CIE) is an organization responsible for international recommendations for photometry and colorimetry. The CIE standardized color order systems include specifying the light source (illumination), the observer, and the methodology used to derive values for describing color, regardless of industry or use case.

Though spectrophotometers are the most common, for some applications colorimeters can also be used, but these are in general less accurate and less suitable for a heat treat environment.

There are three primary types of spectrophotometers on the market today used for print, packaging, and industrial applications: traditional 0°/45° (or 45°/0°) spectrophotometers, primarily used for the print industry; sphere (or diffuse/8°) spectrophotometers, primarily used in the packaging industry; and multi-angle (MA) spectrophotometers, for use in industrial environments. These instruments capture color information, and in some cases can capture appearance data (e.g., gloss).

Multi-angle (MA) spectrophotometers are best suited for measurements involving special surface effects, such as those found on metal surfaces and coatings and include those with surface contaminants and even can quantify cosmetic appearance. These are typically used on the shop floor, in the lab and in quality control, and even can be found in shipping areas.

MA spectrophotometers require users to verify five or more sets of L*a*b values or delta these terms). They typically have an aperture size of 12 mm, which is too large for measuring the fine detail that occurs in many small-scale industrial applications. Primary illumination is provided at a 45° angle. Some models have secondary illumination at a 15° angle.

Figure 3. Example of a product test — color and oxidation level test. Source: X-RIte

An application example for an MA spec trophotometer lies in their use for collecting colorimetric data on special effects coatings in the automotive industry, capturing reliable color data in cases where special effect coatings are used.

Final Thoughts

In this writer’s opinion, a spectrophotometer should be in every heat treat shop! You will be doing both yourself and your customers a valuable service and take the guesswork out of one of the most commonly asked questions – is it bright?

References

  • Herring, Dan H. Atmosphere Heat Treatment Volume 1. BNP Media, 2014.
  • X-Rite Pantone. “A Guide to Understanding Color.” Accessed October 10, 2024. https://www.xrite.com/learning-color-education/whitepapers/a-guide-to-understanding-color.
  • X-Rite Panatone. “Tolerancing Part 3: Color Space vs. Color Tolerance.” Accessed October 10, 2024. https://www.xrite.com/blog/tolerancingpart-3.
  • X-Rite Pantone. “X-Rite Portable Multi Angle Spectrophotometers.” Accessed October 10, 2024. https://www.xrite.com/categories/portable-pectrophotometers/ma-family.

About the Author

Dan Herring
“The Heat Treat Doctor”
The HERRING GROUP, Inc.

Dan Herring has been in the industry for over 50 years and has gained vast experience in fields that include materials science, engineering, metallurgy, new product research, and many other areas. He is the author of six books and over 700 technical articles.

For more information: Contact Dan at dherring@heat-treat-doctor.com.

For more information about Dan’s books: see his page at the Heat Treat Store.


Find Heat Treating Products And Services When You Search On Heat Treat Buyers Guide.Com


Ask the Heat Treat Doctor®: What Does “Bright and Shiny” Really Mean? Read More »

A New Era: Tracking Quality Digitally

What are advanced management systems and how does deep integrative system management software help automotive heat treaters improve processes while saving on time and unnecessary expenses? Explore the future of software technology for the management of heat treating operations in this Technical Tuesday by Sefi Grossman, founder and CEO of CombustionOS.


The heat treating industry is on the brink of a technological transformation. Just as the momentous adoption of websites and emails transformed the nature of work for manufacturers, the advanced software systems are thrusting us into a new era of simplicity, automation, and deep integrations.

This article explores how advanced systems — an application of ERP (enterprise resource planning) and MES (manufacturing execution systems) combined with the power of AI — is revolutionizing facility operations, enhancing quality, efficiency, and profitability.

What Are Advanced Systems?

Advanced systems simplify, streamline, and automate operations by lifting the data burden off of plant personnel. While most existing systems focus on the part inventory workflow, more advanced systems go beyond by directly integrating into the heat treat process to track at bin/tray/tree level.

This requires real-time scheduling control, barcode scanning, digitizing recipe and process (no more paper), and direct sensor/PLC integration. Because of its critical nature, an advanced system is most likely an on-premise and cloud “hybrid solution” that is not crippled by internet connectivity issues. This allows it to still utilize rapidly evolving cloud systems that provide external services like messaging, big data storage, and AI to name a few.

Precise Processing

Figure 1. CombustionOS developers spend extensive time with operators and plant managers to create interfaces that are intuitive and easy to use. Pictured is access to job data stats from a mobile device being used outside of the manufacturing plant.

Repeatable, accurate methods to ensure optimal time, temperature, and atmosphere of the decided heat treatment processes are possible with advanced systems.

Utilizing existing sensors and hardware interfaces, data is collected in short intervals, transformed into meaningful data formats, and stored in a database. Network technologies such as HTTP, Modbus, and other analog to AI technologies make this possible with minimum additional hardware. The data is managed locally on the facility network, and synchronized with cloud services for further processing, analysis, and long-term history storage.

With a close monitoring of all these variables, facilities can tighten acceptable specification ranges. Deep integration with equipment ensures that data flows seamlessly from sensors and devices to the central system.

This real-time data collection and processing enables facilities to monitor operations continuously and make informed decisions quickly. For example, integrating data from temperature sensors, pressure gauges, and other monitoring devices ensures that all critical parameters are tracked and managed effectively. Additionally, if a temperature reading deviates from the acceptable range, the system can immediately alert the relevant personnel, allowing them to take corrective action before it becomes a critical issue.

 In addition to quality assurance, integrated artificial intelligence tools optimize job scheduling. Unlike traditional date/time calendar methods, AI systems predict job completion times based on real-time process data. This is particularly useful for roller furnace setups, where continuous processing occurs, but it is also beneficial for batch furnaces. Optimized scheduling improves resource allocation and operational efficiency, ensuring that jobs are completed on time and to the required specifications. The difference between a “calculation algorithm” and AI is that, with AI, you do not have to pre-program it. It automatically learns and adjusts for known variability in your hardware and even the personnel that are operating the equipment.

Finally, the automation of these systems captures and records all necessary information accurately. This reduces the risk of non-compliance, improving the overall quality of the final product. For example, a Detroit-based heat treating facility reported that accessing real time data to ensure compliance with industry standards has allowed them to spend 40% less time on documentation tasks.

Figure 2. Having increased control over the process gives more peace of mind to operators that components perform as needed.

Alleviating Burden on Maintenance and Inventory

Predictive maintenance is one of the most significant applications of AI in the heat treating industry. Traditional maintenance schedules are often based on fixed intervals, which can lead to unnecessary downtime or unexpected failures. AI driven predictive maintenance, on the other hand, uses real-time data to determine the optimal times for maintenance activities. This approach not only reduces downtime but also extends the lifespan of equipment.

A Detroit-based heat treating facility implemented an AI-driven predictive maintenance system (PMs) and saw a 25% reduction in equipment downtime. By analyzing data from critical parts, inventory, process tracking history, and various sensors, the AI system could predict when components were likely to fail, allowing the maintenance team to inspect and address issues proactively beyond their standard PMs. This not only improved operational efficiency, but also saved significant costs associated with emergency repairs and unplanned downtime.

Additionally, the integration of QR codes for inventory and process tracking enables quick and accurate data entry compared to manual logging. For instance, when racking parts out of bins, operators can simply scan QR codes, which automatically update the system with the relevant information. This not only speeds up the process but also minimizes the chances of human error.

Reducing Operational Costs

The adoption of advanced ERP and MES systems has led to substantial cost savings for many facilities. These systems reduce operational costs through the implicit automated integrations that technologies like CombustionOS bring. Here are just a few ways that operational costs have been cut:

  • Decreasing shipping and receiving management from three to just one employee
  • Minimizing rework costs by timely process alerts
  • Reducing personnel by replacing constant manual oversight with accurate, digital tracking systems
  • Lowering administrative costs by utilizing a more efficient and accurate invoice automation platform

Case Study: A client reported comprehensive cost savings, including a 20% reduction in shipping and receiving time, fewer logistics and furnace operators needed, a 33% decrease in rework costs, a 15% savings in maintenance costs, and a 25% reduction in accounting overhead. These efficiencies translate into substantial payroll savings and improved profitability.

How To Implement

Figure 3. When racking parts out of bins, operators can simply scan QR codes, which automatically update the system with the relevant information.

One of the most significant advancements in heat treating technology is the deep integration with various equipment types. Unlike traditional ERP systems, which often lack true integration, advanced systems work backwards from equipment data, building ERP functionalities around this integration to ensure seamless and accurate data flow.

First, there are advanced systems that can handle data from both digital and analog sensors. So, for heat treaters who are juggling a variety of sensors and systems, looking for an integrative advanced system that has adaptability will ensure compatibility with existing equipment while keeping an eye on cost. Facilities can continue using their current equipment while benefiting from advanced monitoring and control capabilities.

Second, advanced ERP/MES systems can take collaboration with multiple vendors. Rather than uproot current systems and relationships, work with an advanced systems provider who is able to collaborate with other software and systems. Advanced ERP/MES systems provide comprehensive solutions that include deep equipment integration and full ERP functionalities. This approach reduces the complexity and cost of integration, ensuring that all components work together seamlessly.

Key Applications

Most operations in a heat treat department will benefit from advanced systems due to the time-saving automations that the system integrates. But many heat treaters are looking to adapt and integrate older systems and often more complex designs, like roller hearth furnaces. Here are some steps that experts will take to guide you through to make the digital integration smooth and effective:

  1. First, it is important to understand you don’t need to boil the ocean. Starting with a more advanced inventory tracking system that employs barcodes can set the underpinnings for a more integrated system while providing immediate benefits to your logistics.
  2. Then, it is also key to get a deep understanding of your current process and map out your operational workflow. Using a flowchart program helps
    visualize the process to make sure all stakeholders are on the same page.
  3. Some aspects of your current process are probably outdated (perhaps created by someone who is no longer at the company), while others are key to the core of how you operate. Understanding the difference is crucial to make sure you unlock potential automation without disturbing your core process and flow.
  4. You’ll then need to prepare every required form, document, chart etc. that you use in the operation. For process control, recipes, and lab testing, provide many parts/iterations to capture the complexity.
  5. Finally, take inventory of any existing digital systems you have adopted, like inventory tracking, spreadsheets, or custom software. The existing system
    network, including servers, Wi-Fi setup, and hardware (PCs, printers, scanners, etc.) will be utilized as much as possible in the transition to reduce the need to purchase and set up different equipment.

Conclusion

The future will require constant innovations and thoughtful leveraging of increasingly advanced systems. Unlike static, homegrown, or “pieced together” solutions, the most advanced systems are constantly updated with new features, ensuring they remain at the cutting edge of technology. Engaging directly with plant personnel to understand their needs and challenges allows systems like CombustionOS to evolve and improve continuously.

The heat treating industry is on the cusp of a technological transformation, driven by advancements in ERP, MES, and AI. These technologies offer the potential to enhance quality, efficiency, and profitability, making them essential for the future of manufacturing. By embracing automation, integrating advanced AI capabilities, and committing to continuous innovation, the industry can achieve new levels of operational excellence.

About the Author:

Sefi Grossman
Founder & CEO
CombustionOS
Source: Author

Sefi Grossman has been at the forefront of technology revolutions for the past two decades and has been leading the technology company CombustionOS for nearly seven years.


For more information: Contact Sefi at sefi@combustionos.com.


Find Heat Treating Products And Services When You Search On Heat Treat Buyers Guide.Com

A New Era: Tracking Quality Digitally Read More »

Heat Treat Tips: Maximizing Carbon Probe Life

One of the great benefits of a community of heat treaters is the opportunity to challenge old habits and look at new ways of doing things. Heat Treat Today’s 101 Heat Treat Tips is another opportunity to learn the tips, tricks, and hacks shared by some of the industry’s foremost experts.

For Heat Treat Today’s latest round of 101 Heat Treat Tipsclick here for the digital edition of the 2019 Heat Treat Today fall issue (also featuring the popular 40 Under 40).

Today’s Technical Tuesday features a tip from Jim Oakes of Super Systems, Inc,  covering Probes. Jim's tip suggests some fundamental procedures that should be performed properly to maximize carbon/oxygen probe life.

If you have a heat treat-related tip that would benefit your industry colleagues, you can submit your tip(s) to doug@heattreattoday.com or editor@heattreattoday.com.

Jim Oakes, Super Systems, Inc

Are you not getting the life that you would expect from your carbon/oxygen probe? There are some fundamental procedures that should be performed properly to maximize probe life.

1. Clean reference air. The probe needs a fresh source of air provided in the reference air fitting to ensure that the partial pressure of air is consistent. This will provide accuracy in the carbon calculation, and assuming the air does not contain any contaminates, it will lead to longer life under normal use.

2. Proper burnoff procedures. Make sure that you follow the manufacturer's recommendation on probe burnoff. Frequency and duration are dependent on the application (temperature, atmosphere, cycle time, and furnace), but regardless of these, ensuring a probe burnoff's effectiveness can be measured by watching what happens during the burnoff.

a. Probe mV. The probe mV is the best indication that a burnoff is effectively performed. Soot deposition occurs in two critical locations: the annular space between the sheath and the measuring surface, and at the measuring junction between the zirconia and the contact point with the sheath, which is the measuring electrode. The burnoff is performed to remedy this. Burnoff air is forced down the probe on the inside of the sheath but the outside of the probe substrate to force any buildup of soot/carbon on the probe where it can cause electrical connection issues and attack the probe sheath or create a carbon ring internal to the probe. By watching the mV during the burnoff, you should see them drop to 200mV or below during the burnoff process. This information will provide evidence that the burnoff is effective. If you are not getting the mV below that value, then there is not enough air flowing through the airway to force out any soot. Reasons could be:

i. The burnoff pump is not providing enough flow (Super Systems Inc.-SSI recommends 10 scfh or greater.).

ii. The pressure/agitation of the furnace is greater than what the burnoff pump can provide. If the burnoff pump is sized properly and properly working, the timing of the burnoff may need to occur when there is a relief in pressure (inner door opens) or temporarily turning the fan off during the burnoff.

iii. The probe has already been sooted up and should be evaluated for a carbon ring and blockage in that airway.

b. Assuming you have a thermocouple in the tip of the probe, you can monitor the temperature. If the tip superheats, it can damage the tip and in some cases oxidize the tip of the probe. The probe tip should not exceed the furnace temperature by more than 100 degrees.

3. Frequency is dependent upon the environment the probe is exposed to. At the least, SSI recommends performing a burnoff once a day but will suggest increasing that based on the atmosphere setpoint, use of stop-off paint, and length of heat treat cycles. Avoid a frequency of fewer than 6 hours if possible. The duration of the burnout should not exceed 90 seconds. A good way to measure the effectiveness is based on the mV reading dropping below 200.

Heat Treat Tips: Maximizing Carbon Probe Life Read More »

Reader Feedback: On SATs, Correction Factors, & Possible Findings

Here is what readers are saying about recent posts on Heat Treat Today. Submit your comments to editor@heattreattoday.com.


On Jason Schulze’s article, “Understanding AMS2750E—Standard SAT Description” (click here to see original article):

READER QUESTION: Just read your article in regards to system accuracy test. I just had a question that maybe you can help me understand. When applying the correction factor of the test instrument and test sensor, is the correction factor to be used based on the furnace set point (operating temperature) at the time of the test or the recording instrument reading during the test? Any insight is appreciated!

Jason Schulze (Conrad Kacsik) for HTT:

Jason Schulze
Jason Schulze, Conrad Kacsik

This is a question that comes up often in the pyrometry courses I teach.

The Nadcap Pyrometry Reference Guide, question #6, addresses this question, although from a TUS standpoint. The premise is the same for the SAT process though.

Correction factors applied to any test results (TUS & SAT) should be determined based on the setpoint temperature during testing.

One thing to remember is that you may be testing at a temperature which does not fall directly at a temperature indicated on the test wire/test instrument calibration certificate. In this case, you would have two options;
1) Linear Interpolation
2) Pick the adjacent calibration temperature closest to your setpoint during test.

Either way, you would need to establish if you execute #1 or #2 above and document that in an internal procedure.

READER QUESTION: Thanks for the feedback, I have another concern. I perform an SAT on a refrigeration unit that operates at -20 degrees. My test instrument and test sensor are both calibrated at a low temperature of -20, but sometimes the recording instrument indicates a temp of -21 degrees or so. My operating temperature is -20 (setpoint), but as I stated it might indicate a lower temperature. Is there a possible finding here? Although setpoint is -20, recorder shows -21, which the test instrument/sensor does not cover (calibration point).

Jason Schulze for HTT:

You should be in no danger of a finding. The pyrometry guide states the correction factors are based on setpoint.

 


We welcome your inquiries to and feedback on Heat Treat Today articles. Submit your questions/comments to editor@heattreattoday.com.

Reader Feedback: On SATs, Correction Factors, & Possible Findings Read More »

Heat Treat Radio #16: George Smith and Dan Graham

Welcome to another episode of Heat Treat Radio, a periodic podcast where Heat Treat Radio host, Doug Glenn, discusses cutting-edge topics with industry-leading personalities. Below, you can either listen to the podcast by clicking on the audio play button, or you can read an edited version of the transcript. To see a complete list of other Heat Treat Radio episodes, click here.


Audio: George Smith and Dan Graham

In this conversation, Heat Treat Radio host, Doug Glenn, speaks with George Smith and Dan Graham from SBS Corporation, based in Sarasota, Florida. SBS designs and engineers high-performing heat treatment solutions, including heat exchangers, filtration systems, and monitors. This episode will be especially interesting to companies who are wanting to dip their big toe into the Industry 4.0 or Internet-of-Things swimming pool but have been afraid to do so because of their cost or lack of organizational expertise. This episode introduces a relatively new product on the market that is specifically designed for entry-level applications.

Click the play button below to listen.


Transcript: George Smith and Dan Graham

The following transcript has been edited for your reading enjoyment.

“If your maintenance had the ability to monitor everything in your shop — 24 hours a day, 7 days a week, didn’t eat, sleep, or take a break — how much would that guy be worth to you? Probably quite a bit! Now, if you could also simultaneously record every data point from each sensor in your shop by the minute and then call, text, or email you date, time, and set-point readings, I think he’d be worth a lot more.” ~ George Smith of SBS Corporation

Thanks for joining us. I’m your Heat Treat Radio host, Doug Glenn, also the publisher of Heat Treat Today, which you can find on the web at www.heattreattoday.com. The above was George Smith. George is one of two people we will talk to on this episode from SBS Corporation about their new entry-level and fully expandable monitoring system.

We’ll get back to George and our other SBS guest, Dan Graham, in just a few moments. But first, let me remind you that Heat Treat Today is ready to help you do heat treating better. Our editorial content is targeted at manufacturers with in-house heat treat shops, especially in the aerospace, automotive, medical and energy sectors as well as general manufacturing. Heat Treat Today believes that people are happier and make better decisions when they are well informed. And it is our passion to help you be well informed. We also like to inform you in ways that are current, like podcasts and targeted e-newsletters. You can subscribe to any of these services on our website. Take some time and check out the information we are providing and feel free to subscribe to any of the services we are offering. Go to www.heattreattoday.com/subscribe.

Doug Glenn (DG): Now let’s get back to our guest. Here is George Smith again, followed by Dan Graham, introducing themselves. Both of these guys were members of Heat Treat Today‘s inaugural class of 40 Under 40. First, here is George Smith.

George Smith, general manager at SBS Corporation

George Smith (GS): I am George Smith, and I am the general manager at SBS Corporation. I have been with the company for 6 years, and it is owned by my family.

Dan Graham (DGr): My name is Daniel Graham, and I have been with SBS Corporation since 2015, and I am the director of technology. I joined SBS as an intern at the tail end of my college career at Rollins College where I studied international business.

DG: Here now is George Smith expanding on his earlier description of the product SBS calls Watchdogg.

GS: [recording] “If you could also simultaneously record every data point from each sensor in your shop by the minute and then call, text, or email you date, time, and set-point readings, I think you’d be worth a lot more.” With Watchdogg, that’s exactly what you’re doing. The Watchdogg’s monitoring system monitors, records, and alerts the appropriate employee when a problem is going to happen before it actually becomes a problem. This can really apply to anything, whether that’s humidity in quench oil, low flow going to a heat exchanger or an over-temperature situation. Any place that you have a 4-20 mA signal available or a place to put a transmitter, you can monitor in real-time and predict what is going to go wrong.

Daniel Graham, director of technology, SBS Corporation

Just a quick example: In the middle of the winter in the Midwest, you’ve got a cooling fan up on your roof. Nobody is going to go check on that fan, but if it’s vibrating too much or pulling too many amps, that can be a sign that the bearing is going bad, so that fan is going to go soon. Watchdogg would text, call, or email you before that breakdown occurs based on those two things. So, if there is anything in your shop that can break down and cause a complete shutdown in production, the Watchdogg is perfect for you.

From the Beginning: SBS Corporation

DG: I have not typically associated SBS Corporation with this type of equipment, so if you don’t mind, give us a brief history of SBS, and what I think most people would typically associate you with, and then tell us about how you transitioned into something like Watchdogg.

DGr: SBS typically provides heating, cooling, filtering, monitoring, and safety equipment for the heat treat industry and we have been since 1974. Our flagship product is the Quench Air which is a quench oil cooler. It can be seen in nearly every major heat treat [shop] in the U.S., and we regularly sell our equipment in 38 countries worldwide. We started in Rochester, Michigan, and recently moved our manufacturing facility to Sarasota, Florida.

So, why text? We thought this was where the world was heading. Trying to find useful data to protect potential problems. Right now we have a product called the Aqua-Sense. This system detects humidity in oil and alerts via strobe and light when humidity is at unsafe levels in quench oil, so it is a local alarm. So, we kind of dipped our toes into technology, but as we looked at that product, we thought, “Wouldn’t it be cool if you could get a text instead? Why do you need to be in the same room as the Aqua-Sense to get the alert?” In our research, we could not find any supplementing systems that could simply alert by text that was industrial, inexpensive, and reliable, so we just developed our own system.

DG: How long has the Aqua-Sense product been on the market?

DGr: Maybe 7 years.

DG: So basically, the Aqua-Sense was kind of the springboard that at least provided the impetus and the idea to go from an Aqua-Sense, where you’re basically monitoring one or just a couple of specific items, to be able to monitor a lot more and be able to send out text, or I suppose, you can communicate in whatever fashion you want, whether it be text, emails, or whatever, correct?

DGr: Correct. All of that is customizable. You can say – this person gets a text, this person gets a text and an email, and maybe the maintenance manager would get a text, an email, and a phone call.

DG: George, you mentioned this is a family business. Tell us a little bit more about you, and especially since both of you guys were in the inaugural class of Heat Treat Today’s 40 Under 40, it would be interesting to know how you got involved with the industry.

GS: I grew up building our product so I’d come in and spend my summers putting together heat exchangers, and became real familiar with the industry at a really young age, so it was kind of just a natural mesh when my dad called me one day and said, “Hey, will you come in and work for the family business?” I was actually working as a wetlands biologist at the time, and I was in a swamp, pretty close to an alligator when he called, and I thought, “You know what? Sure!”

DG: How about you, Dan? What’s your quick history?

DGr: George and I actually went to the same college and that’s how I got to know him. I finished a couple of years after he did, and in order to finish my degree, I needed to complete an internship. I was having trouble finding internships that I was interested in, and so I gave him a call and he had an opening for me. So I started working ay SBS, finished my degree, and haven’t left.

In-House Heat Treat Shops and Watchdogg

DG: So let’s try to dig in a little deeper. I know you guys have mentioned how companies, to a certain extent, might use Watchdogg. Most of the people who are reading this are going to be manufacturers who have their own in-house heat treat. So, they’ve got dedicated furnaces and things of that sort. How might they best use this? What is typical?

GS: This is a way they can bring their old pusher furnace, vacuum furnace, or whatever they’re using, and bring them right up into the 21st century. This is a really easy system to install on any existing equipment, and then you can monitor everything from your cellphone—like temperatures, vibrations, methane levels, I mean really anything that you can send a 4-20 mA signal with, and there are thousands of applications for that. If something is starting to go wrong anywhere on that furnace, you’re going to get a text message, and it’s going to tell you exactly where something is going wrong.

We have a customer in Tennessee that has rotary furnaces and if those rotary furnaces stop spinning, they basically “banana” and that is a $120,000 shop breakdown. If you can’t get a guy in there with a hand crank right away to get that furnace turning, [then] to save a power outage or for whatever reason a belt breaks, we can send a message out to all those guys that need to grab those hand cranks and get over there. You’re going to avert a very expensive breakdown.

DG: Because people may not be thinking along these lines, let’s give people a sense of what the different types of things that you can monitor. George, you’ve already mentioned some. You’re talking obviously quench oil humidity as one and about flow of liquids, etc. Give us some examples of the more common ones.

GS: Temperature, pressure, methanol levels, proximity sensors, level sensorsthere are kind of endless possibilities for it. What we’re doing right now at our shop is using one to weigh our bins so that we know when we’re getting low on certain long-lead items. When we get down to 45 pounds of ¼“-20 bolt, we know to order that, and we get a text message that reminds us to.

DG: That is very interesting and a cool way to do that. So it’s almost inventory control as opposed to process control.

GS: Right!

DG: So how many inputs can Watchdogg take? How many things can you monitor with one unit, or are these units serial? Can you connect them?

GS: You can connect them, but each actual bay station has twelve inputs available. For example, on our filters, we do pressure, temperature, humidity, and then you can get basically a scheduling of when you’re going to need to change all your quench oil filters in your shop. We can send a warning saying these are the ones that are coming up next.

Entry-Level Connectivity to the Internet of Things

DG: There are other companies that are coming out with stuff like this, right? Remote monitoring type of stuff, and we won’t mention names here because we’re not talking about them. But I’m sure a lot of our readers would know who those companies are. How does the Watchdogg differ from those products?

GS: The Watchdogg is industrial, but it is also a low-cost monitoring system. We’re going for people who are just getting into the industrial internet of things. We found in our research that typical systems of our competitors were much more expensive, or the home monitoring systems that would be lower cost couldn’t handle the transmitters that we would require in these facilities.

DG: It is safe to say it’s really a nice entry-level product for someone who might want to get started in this area?

GS: It’s one that you can grow with. The more that you add, you can work towards having your entire shop connected. You can start out with 12 different points; we call them failure points, which are basically those points in your shop where if something goes wrong there, it’s going to shut down production. The question is, what are the most important things that can go wrong, and then what transmitters can we use to predict a problem there? From there you can expand out to doing your filter maintenance or dissolve solids in quench oil.

DG: So basically anything you can measure that has a sensor that is going to put out a 4-20 mA signal.

GS: Yes, it’s going to capture that signal if it’s out of the normal range and it’s going to send you a message. But it’s also going to data log all of that, which brings us into Nadcap. You don’t have to have the guy with a clipboard. There is an unlimited amount of data that it can store and it’s also going to grab it when you want it, whether you want it grabbed once every minute or once every hour. It’s all adjustable. It also gives you a very friendly to read graph.

You can also cross-reference. Let’s say there is a correlation between the humidity in your oil and the temperature of your oil. You go onto the site, you click your temperature, you click your humidity, you pick your date range and it graphs them right together for you. So you can go back 2 years and ask, What temperature was my oil at 1:00 in the afternoon on December 24, 2017? You can go right to that day and figure out what each transmitter was reading.

Storage, Users, and Support

DG: So you said that it’s unlimited storage of data?

GS: Yes, it is unlimited storage.

DG: Now that tells me that it is cloud-based.

GS: It is cloud-based. It is stored on a local server in a secure facility which is protected by an SSL, multiple firewalls, and it is off-site from SBS.

DG: How about the number of users that can be on this?

DGr: Also unlimited. 15 or 1500. The idea is that it’s a safety device. You ought to be able to reach out to as many people as possible if something bad is going to happen.

GS: Let’s say, for example, that you’re reading all of a sudden that you’ve got a bunch of water in the bottom of your quench tank. Well, why don’t you let everybody in that building know to get out of there?

DG: Yes, right. I assume that you can customize. In other words, you’re not going to be sending one message to everybody all the time.

GS: No, you set up each transmitter individually. You put in a list that can call in sequential order or it can do a blast call where it just calls the entire list at the same time or texts and emails at the same time. When you do the sequential delivery, someone can actually acknowledge it as “I’m going to fix that problem,” and it will stop calling the rest of the list. And it also records who said, “I’m going to fix that problem”, who acknowledged that alarm.

DG: You guys are selling this domestically, North America, internationally? What’s the market area?

GS: We’re selling the cellular data-based one just in the USA. The Ethernet-based we’re selling internationally.

DG: What’s the difference between those two?

GS: The cellular has a cellular card in it that works like your cellphone, so you don’t need an internet connection. If you don’t want to run internet out in your heat treat, you can use a cellular-based one, which is dollars a month for the cellular subscription. The Ethernet has to have an Ethernet cable run to it.

DG: And you’re able to support this, I assume, remotely?

DGr: Correct. We have our site, which grabs all these points. You see your heat treat, you see all your sensors, you see where you’re at and a very easy to use website. That’s where you go to set up all your transmitters. So basically you connect power and the 4-20 mA signal to the Watchdogg box, and then you go online and you say, for example, this is going to be humidity, so it will be 0 – 100%. You put in 0 – 100%, 4-20 mA signal, and you want this to alarm when it hits 50% relative humidity—that’s halfway to having liquid water in your oil. Then you hit “Apply” and that sensor is up and running. These things take a matter of minutes to set up.

Let’s talk about difficulty of use. This is such an easy-to-use system. I think people tend to be intimidated by the Internet of Things or having web-based monitoring. It can be a scary word to a lot of people. This is a really simple system. My 70-year-old father went ahead and set his own up, and he is not a “techy” by any means. It takes minutes to set up. It arrives basically as plug in and play. You plug it into the wall, you plug your sensors in, and then we walk you through set-up online. With the customer’s permission, we can access their pages and walk them through setting up transmitters. The website itself really walks you through that on its own. It is very intuitive. Each transmitter takes about 3 minutes to set up, so if you sat down for a half hour, you could have your Watchdogg up and running.

Where Watchdogg Is Headed

DG: What are you planning for the future? What’s in the offing here?

DGr: We’ve talked about keeping the data storage on site, so having a dedicated server in the customer’s facility. Some people just don’t want that information to leave, no matter what. That’s something we see in the future that we’re working on currently. Something else that we have been working on is really meshing this Watchdogg with a customer’s current control panel. This is something that we see pretty soon in development. Basically, we would create like a middle man almost that would split the 4-20 mA signal so that you could use the Watchdogg and your control panel at the same time, using your existing 4-20 mA signals that are coming back to your main control panel on your furnace.

GS: We’re also working to improve our products, integrating Watchdogg into all of the equipment that we’ve already built—our Quench Air heat exchangers, filters, sand separators, scale removal systems.

We hate just having a light on the wall. We were at a heat treat a couple of years ago and they had one of our filter systems and somebody had put a rag over the alarm horn on it because it was annoying. Nobody knows when that filter is full because they can’t hear it go off. So instead, let’s text the maintenance manager and give him a heads up when he’s got 2 days before he needs to change out that filter bag and then we’ll send him another note when he needs to change it. That way he can schedule it ahead of time.

This is all about avoiding breakdowns for our customers. The most costly thing that can happen is having a breakdown. That was our whole focus in designing this—How can we stop breakdowns from occurring?

DG: Are you enjoying the development of it, and are you happy with how it’s rolled out so far?

GS: We’re having a lot of fun with it. We’re constantly wondering what else we can do with it as it has so many applications—in our own shop, much less customers calling saying, “You know, I’ve got this in place and it’s got two more slots open on it, can I do this . . . ?” Then we get to figure out how do they do that, and then in 99% of the cases, our answer is, “Yes, you can do that!”

We had a customer that wanted to monitor his methanol. He called us and said, “Can I do that? I’ve got a methanol transmitter.” We said, “Absolutely!” So he plugged it in and now he’s monitoring his methanol.

DG: Do you tend to find people that will buy it, plug in a couple of things, and then find other things to plug into it because they like it so much?

GS: Yes, exactly. Anything you can think of. Like I was saying with our 4-20 mA scales that we’re using, that wasn’t the intended, original use for this, but we’re not running out of parts that we need!

DG: That’s a relatively innovative approach to it, I think—even inventory control! That’s pretty cool!

So if you’re in a company that is interested in moving into the 21st century and are looking for a fully expandable monitoring system to introduce you to the internet of things, this Watchdogg system from SBS Corporation might be just the ticket. For more information, you should go to www.sbscorporation.com or contact me directly at doug@heattreattoday.com and I’ll introduce you to George Smith or Dan Graham.


You can find more Heat Treat Radio episodes by googling Heat Treat Radio. Believe it or not, we’ll be the first nonpaid thing that pops up. You can also subscribe to Heat Treat Radio on iTunes or SoundCloud. Don’t forget to visit our website frequently. We post one new piece of heat treat information every weekday. You can subscribe to our daily e-newsletter or you can subscribe to our growing number of industry-specific heat treat e-newsletters like our Leaders in Aerospace heat treat monthly e-newsletter, which will debut soon, if not already. We’ll also be introducing a similar version for our automotive industry heat treaters as well as our medical and energy heat treat readers. Watch for them in the near future. Also, since we know that you can’t solve all of your own heat treat problems, feel free to reference our list of heat treat consultants on our website or by googling heat treat consultants. We should be one of the top 2 or 3 results that pop up. Or you can simply type www.heattreattoday.com/consultant into your browser.

This and every other episode of Heat Treat Radio is the sole property of Heat Treat Today and cannot be reproduced without specific written permission from Heat Treat Today.

This episode was produced by the recently engaged Jonathan Lloyd of Butler, Pennsylvania. Congratulations, Jonathan! I’m your host, Doug Glenn. Thanks for listening.

Doug Glenn, Publisher, Heat Treat Today
Doug Glenn, Heat Treat Today publisher and Heat Treat Radio host.


To find other Heat Treat Radio episodes, go to www.heattreattoday.com/radio and look in the list of Heat Treat Radio episodes listed.

Heat Treat Radio #16: George Smith and Dan Graham Read More »

Heat Treat Radio #13: C3 Data

Welcome to another episode of Heat Treat Radio, a periodic podcast where Heat Treat Radio host, Doug Glenn, discusses cutting-edge topics with industry-leading personalities. Below, you can either listen to the podcast by clicking on the audio play button, or you can read an edited version of the transcript. To see a complete list of other Heat Treat Radio episodes, click here.


Audio: C3 Data

In this conversation, Heat Treat Radio host, Doug Glenn, interviews Nathan Wright of C3Data, a company based in Indianapolis, Indiana, which assists heat treaters and calibration labs ensure furnace compliance with Nadcap, AMS2750 & CQI-9. Their discussion about how you can cut the amount of time you spend testing and repairing furnace calibration report for your CQI9 and NADCAP compliant furnaces — from what might currently be up to an hour or more, per furnace, to somewhere down around five minutes per furnace — will help you imagine the day when you can have a single dashboard in your office where you can see in real time whether your furnaces are currently compliant with those standards or your own custom standards.  Imagine not having to guess if your furnace is compliant or having to wait until the next SAT or TUS is performed to find out that you just ran two or three loads in a furnace that is out of spec.  Also, imagine being able to click a few buttons and have a fully code compliant report printed out in minutes for when the auditor shows up at your door.  After listening to today’s Heat Treat Radio podcast, you’ll be one step closer to making this a reality in your shop.

Click the play button below to listen.


Transcript: C3 Data

The following transcript has been edited for your reading enjoyment.

Nathan Wright of C3 Data

Welcome to Heat Treat Radio.  I’m your host and publisher of Heat Treat Today, Doug Glenn.  Before we jump on the phone with Nathan Wright, of C3 Data, let me encourage you to visit www.heattreattoday.com for more helpful heat treat information.  Manufacturers with in-house heat treat departments, especially in the aerospace, automotive, medical and energy sectors as well as general manufacturing, find this site especially helpful.  Every weekday, at least one new piece of technical or commercial news is posted to the site.  The site also includes a new feature:  Heat Treat Consultants.   If you have ever wondered where you can find a simple, concise list of heat treat consultants, check out Heat Treat Today.  You can find it on the site under the “Resources” tab.  Today’s Heat Treat Today radio episode is brought to you by Dry Coolers.  Designers and builders of industrial cooling systems and the professional engineering services surrounding those systems.  As a leader in the heat treat industry for decades, they are located in Oxford, Michigan, and supply cooling systems for the aerospace, automotive, medical and energy industries plus many others.  If you have an industrial cooling need, call Dry Coolers.  They are on the web at www.drycoolers.com. Or you can reach them by phone at 800-525-8173. 

Heat Treat Radio jumped on the phone and called Nathan Wright to discuss this new technology.  Here’s a lightly edited version of our conversation.  Nathan is a long-time pyrometry guy with multiple pyrometry labs around North America, including a lab in Mexico.  With several decades of experience in the industry, Nathan was pretty convinced there was a better way to do pyrometry and furnace compliance.  Here’s Nathan to explain what it is, exactly that his company, C3 Data does for the heat treat market.   

Nathan Wright (NW):  Heat treaters and other companies come to us to help them reduce the cost to comply with NADCAP.  So if you are a NADCAP heat treater, and or trying to become compliant with CQI9, you are an ideal client.  So, companies come to us to help them reduce the cost associated with trying to comply with those two specifications, specifically with respect to the pyrometry requirement; so, in terms of time and money spent, we help them reduce those costs.  We do this by leveraging two very simple technologies:  the cloud and mobile devices. And we use these to eliminate virtually all of the time spent writing reports and calculating correction factors and ensuring that all the equipment that you use is compliant.  We build these higher specs into the software so that all the end user has to do after they set their exponents is plug in the readings, and we do the rest.   

Doug Glenn (DG): And it’s cloud-based? 

NW:  That’s correct.  It’s cloud-based in terms of where all the data is stored.  But we do have, as I mentioned earlier, the mobile technology that is used, sort of a modern-day version of the clipboard.  When a pyrometry technician is out in the field, rather than writing down on a piece of paper or lugging around a laptop with an excel spreadsheet, there is an app specifically designed for those types of testing requirements.  And that’s done all on the mobile device.  The app really knows everything about the furnace when you walk up to it.  We integrate QR codes into our calibration labels that get printed, and simply by scanning the barcode on the furnace, the app knows everything about your furnace from the furnace class to the operation ranges to the instrument types, the calibration points, everything about it.  So, in terms of training and the technician making sure that that furnace is tested and compliant with the specs, it’s kind of a no-brainer.  Walk up, scan the QR code, and the app kind of walks you through a tutorial step by step, and at the end, it gives you sort of a green means go, red means no indicator as to whether or not the test that you are performing passed or failed.   

DG:  I understand the spec is built right into the app.  So, if, or should I say when, the spec is updated, your app is updated and the end user pretty much automatically has the new spec immediately on his device.   

NW:  That’s correct.  And we intentionally sit on a couple of the committees — CQI9 as well as the AMAC committee — when you talk about AMS . . . really just to participate in the conversation to understand what changes are being made to the new revisions of both of those specifications.  So, proactively, we have our coders in the background sort of prewriting some of the code that may or may not become part of the specification.  So that from day 1, all the customer would have to do is refresh their web browser (for the web version), and on the mobile app version they simply do the auto update on their app, and they know moving forward that every test they do from that day forward is in compliance with what will be the AMS 27 revision F, and of course with CQI9, it will be rev. 4.  So, yes, we address those concerns by being actively connected with those communities and ensuring the software automatically gets updated.   

A Better Way: The Story Behind C3 Data

DG:  So, tell us a bit about how this all came about.  And also about you.   

NW:  I started doing pyrometry work, I’d say calibrations, surveys, and SATs, approximately twenty years ago.  And I always had in my mind that there had to be a better way of doing this type of testing.  Having sat in literally hundreds of NADCAP audits myself, there’s just a lot of human error that goes into — I guess the root of the non-conformances, and I even tried to bring a C3 Data like product to life back in the most powerful hand-out tool that you could get — a palm pilot.  So, you can see that I’ve been thinking about this in depth for quite a while.  And anyone who’s ever had to do an SAT, and all that’s required to make sure the equipment is current and then actually doing the reporting, knows the agonizing pain that goes into doing this type of testing.  So, after twenty years of doing that I have a unique perspective on how to build this from the industry.  So we started building the product, the C3 Data product, for our own pyrometry labs.  I’ve been doing this for twenty years. I own two labs, and as I mentioned earlier, we just wanted to build a tool that would eliminate most of the arduous and daunting parts of the pyrometry compliance.  Anyone who is responsible to comply with NADCAP, CQI9 – they know that it’s the paperwork administration, it’s the scheduling, and frankly, sometimes it’s just the math.  So, in a sense, we can honestly say that we built this product with each customer in mind because we do the same things that they do and we initially built it for us.  It’s pretty exciting to get the word from our subscribers that they are saving a lot of time and eliminating the NCRs.  I talk about saving time. . . . We’ve had customers tell us as much as 60 percent of the time that they were spending doing testings and reportings, has been reduced by 60 percent.  We are pretty excited about those numbers.   

DG: I imagine it’s not only the time savings that is a real benefit, but the peace of mind knowing that you are compliant – especially when the auditor comes a-knockin’!   

NW:  Yes, I would say that the most comforting feeling  — from one of our subscribers – is going into a NADCAP audit knowing, with confidence, that all the information that is required is there.  Not only is it there, but it is all compliant.  No matter what report you pull up, whether it’s a certification for a thermocouple or for a daylogger or for a field test instrument.  Any type of test result is insured and guaranteed to be compliant because the system is built around those specifications and doesn’t allow you to make some of the most common mistakes that are attributed to about 50 percent of the non-conformances really are pyrometry related.  So the confidence that the end user has is really high going into an audit.  And anyone that has been in an audit knows that that is the most nervous day.  

DG:  You mentioned “we” when you were talking about the company.  Tell me a bit about the company now.  You have some pyrometry labs, correct?   

NW:  We do, we have a couple of laboratories.  One in Mexico, one in the midwestern part of the United States, but in the last three years, I’ve sort of taken a back seat to those companies in order to really focus on C3 Data.  We’re headquartered in Indianapolis and the product has actually been under development for about five years although it has only been commercially available, I guess, going on now about three years.  So we employ a staff of five here in the U.S., and more recently we’ve established sales and support channels in Europe – covering the UK, France, Germany, Italy, and Spain.  So, we are excited about that new relationship and getting that product in the hands of a large segment of the heat treat world over there.   

DG:  Are there different standards there in Europe?  Or are they all the same?   

NW:  No, No.  Very similar.  I mean, it’s the AMS 2750 for NADCAP accredited companies and CQI9 for the automotive.  In fact, well, CQI9 was authored by the big three here in the U.S., and for several years, Europe was not really recognizing that standard and more recently with several automotive recalls in Europe from European manufacturers, they were really looking for a way to minimize the large expense associated with those non-compliances and recalls.  And so, they really have, in the last nine/ten months – more recently — started to adopt CQI9 pro-actively because rather than write their own specifications they wanted to adopt it.  So we are pretty excited that we don’t have to customize the software for yet another specification.  I will say, speaking of custom specification, the software is not limited to just AMS and CQI9.  We do have a build-your-own spec feature that is built into C3 Data that allows you to take a Boeing spec that by and large is AMS 2750 but has its own nuances that are associated with an individual prime like Boeing, just to use them as an example.  And so we allow users to go in and build their own specifications to ensure compliance to not just the prime specifications that we typically think of (i.e. AMS and CQI9).   

DG:  And now for a quick reminder that this episode of Heat Treat Radio is being sponsored by Dry Coolers.  Dry Coolers can provide open evaporative towers, closed loop evaporative towers, air cooled or dry cooler closed loop systems, chillers, vapor coolers and condensers, pumping stations, control panels, emergency backup systems, filtration and solids removal equipment, as well as complete plant-wide water systems.  If you have any industrial cooling need, call Dry Coolers.  They are on the web at www.drycoolers.com or by phone at 800-525-8173.  

C3 Data in Action

DG: So, Nathan, how would this look for a heat treater?  How do they interface with C3 Data?  You mentioned subscribers.   

NW:  It’s set up as what we call “software as a service”.  So, unlike a traditional software product where you buy it once and own it, and then pay for incremental updates, we just have a subscription service that the user can customize based on their needs.  If you are just using the software to perform SATs, there is a fixed monthly fee. But if you wanted, a year later, to add temperature uniformity surveys, or instrument calibration, you can incrementally bump up and add on plugins to the software.  It’s all web-based so the beauty of this is that there is no IT that needs to be involved.  There’s not a lot of technology that the end user needs to have other than how to go to the website and log in to their password-protected account.  You can increase or decrease your subscription levels at any time and it’s month to month.  There are a lot of advantages to this software model because it is low risk.  You can try it out.  You can cancel it a month later and decide that it’ not for you.  So, we like that.  The biggest, most powerful part of software and servers being web-based is, as we mentioned when these specifications get updated, we can simply update them in the background and the end user just has to refresh their browser and instantly the update is made.  The system is very intuitive. By the way, the subscription service comes with unlimited phone and email support.  So, as you bring on new users, we will train them.  This is typically done through a “go to meeting” online, so there is no need to incur travel expenses. And we can do a twelve-minute meeting, we can do a two-hour meeting with a large group if we need to.  We can customize the training based on the skill set of the group or group of individuals that are using the software.

But in terms of the setup, I think the biggest hurdle is getting all the information into the system.  The system only knows what you tell it.  So, there is a section in the portal where the user can go in and must go in and define all the furnace settings. So, we talked earlier about instrument types, operating ranges, furnace classes, all those types of things.  Once you define all those, what we call furnace set up variables, the system will hand walk you through everything.  I guess my only point is that there is a little up-front investment to populate the user account with all the furnace and instrument information.  That’s probably the biggest hurdle for any user because we have knocked down all the other hurdles – the training, the updating of the software as we mentioned is a simple refresh of the browser.  So, it’s very intuitive but there is a little bit of upfront time involved – and we say about five to ten minutes per furnace is the typical amount of time spent and that can be reduced over time by getting people familiar with the software.  So, if you are a typical, well I shouldn’t say typical because there is no typical heat treat size, but a heat treater that has ten furnaces, it might take you a couple hours to populate your system.   

DG: Well, five to ten minutes per furnace does not sound like much.  Tell us a bit about this dashboard.   

NW:  Dashboard culminates all the information that’s being populated in a single system, and it gives the ability to display a real-time plant overview of all the furnaces and their real-time compliant status against the specifications.  So, we have customers out there currently that have 60- to 70-inch television monitors displaying the C3 dashboard.  And in their procedure, the operators of the furnaces are told that before they load a furnace, the first thing that they do is that they look at their C3 Data dashboard and they verify that that furnace is either green, yellow or red.  Depending on the company, they may have different protocols, but ultimately if it is red, you are supposed to stop as the furnace operator and go to your boss and say, “Hey, I can’t load this furnace because it is not compliant.  What should I do?” And, there is a lot of power in that because, you know, currently the systems that exist today are spreadsheets or, worse yet, printed pieces of paper that just sit stagnant in a filing cabinet and they don’t tell you anything in real time.  Meanwhile, furnaces are being loaded  — potentially furnaces that are not compliant — being loaded with product that are safety critical parts for the aerospace and automotive industry.  So, dashboard really takes that culmination of a lot of details of compliance-related information and gives it to you instantaneously.  This also gives the ability for a quality assurance manager of a company that may have multiple locations to sort of figure out where he or she should be focusing their efforts on helping with furnace compliance.  Case in point, if you have seven different facilities that you are responsible for as a quality assurance manager, you are going to want to go to those places where more furnaces are red and not really spend any of your time in those locations where all those furnaces are green.  And so this allows them to have that real-time visibility without ever leaving their desk and make real-time decisions about where they need to focus their time and energy.   

DG: Any specific heat treaters that will find this system helpful?  Or is it pretty much broad-based?   

NW:  Generally speaking, any heat treater that needs to ensure high quality should be using a system like C3 Data.  And many do.  The problem is that most people have failed at what we call rolling their own.  These systems range the gambit. They are also susceptible to the same issues.  Namely, the cost to manage these cobbled together mixtures of cell spreadsheets, and outlook for scheduling and other tools that they combine and rely on, and there is usually what we call the “key man” risk associated with these systems.  And that employee may or may not always be employed there to keep the system up to date.  So this usually causes frustration and ends up costing much, much more than people think.  But, to be specific to your question, the customers that are NADCAP, or just simply required to comply with AMS 2750 or CQI9, they rely on the software and so any customer that’s, as we mentioned, that’s looking to comply with those specifications, C3, all those specs are included out of the box with C3.  That would be our ideal demographic.   

DG:  Anything else like it in the marketplace?  And if so, how does C3 differ? 

NW:  There are a few companies that have attempted to build what C3 Data has.  But I would say that they all suffer from the same two problems.  Their software was not built around the prevailing specifications like the AMS and CQI9, as we keep mentioning.  And secondly, they were built by people that don’t do pyrometry.  So, the user experience quickly becomes frustrating for people using the competition’s product.  Because, unless you have done this type of work, it’s really impossible to know all the limitless permutations of the spec and account for them all.  So, their software ends up running you instead of the other way around.  Another thing that is unique about C3 is that we allow the user to fully integrate with existing service providers and vendors.  For example, if you had a lab that is coming in on site to perform your calibrations, their reports will automatically funnel in to the C3 account.  And they are available in real time.  So, that’s one.  I mean we integrate with sensor vendor.  GeoCorp is one of our sensor vendors.  When you buy a thermocouple from GeoCorp, and you have a C3 Data account, your sensors will automatically get pulled into your C3 Data account.  Including all the correction factors and the math associated with the rounding and all that, so there is a lot of integration with the vendors and service providers – including data logger manufacturers.  But there are some major data logger manufacturers that integrate directly with our temperature uniformity survey software that, again, all that calibration data for those loggers technically can go into our system as well as generating temperature uniformity survey reports that are fully compliant in less than five minutes.  So, this is a big one. I think there are listeners out there who have done surveys know that a survey report can take, and it varies depending on your experience and what systems you have, but it can take anywhere from 20 to 45 minutes and even sometimes an hour just to do a report.  We can consistently offer a product that does this in less than five minutes and guarantee its compliance.  But I think our biggest competitor is really not a company, it’s the status quo.  People who are “getting by” with their in-house systems and they don’t know what else is available and they don’t realize the tremendous cost they currently are incurring doing it the way they have always done it.  So, that is probably our biggest competitor – getting past the “If it ain’t broke, don’t fix it” type of mentality.   

Nathan didn’t want to name drop during the podcast but shortly after the interview, Nathan informed me that C3 Data signed a distributor agreement with CCPI Europe, Limited – to represent C3 Data in Europe.  CCPI will do essentially the same thing in Europe that Geocorp does here in North America.  CCPI Sensors will integrate directly with C3 Data for customers in that part of the world. 

DG: And how about when the auditor walks in.  Do most of them accept your reports?

NW:  Most auditors have accepted it.  We are trying to get the word out to a lot of the NADCAP auditors that this is a user-friendly system and that it can be trusted.  As a result of some of the feedback we have gotten from some auditors we’ve built in some, I guess, “check your math here” kind of thing — they want to know — yes, it says that the test passed because I see the number turns green instead of red but how do we know that?  And so we’ve built in some software validation tools in there for NADCAP auditors to become more comfortable by seeing the math behind the numbers.  As well as for our users.  But, yes, you are right. The most rewarding moment is the day of the NADCAP audit, you can go to the single screen where you have scheduler and tests.  You have one system. Not a filing cabinet, not an excel spreadsheet and another spreadsheet on a different file server.  It’s one system accessible anywhere on the web that you can go and have a NADCAP audit.  You can personally have a NADCAP audit remotely.  In an ideal world, that might be something that is considered by PRI someday but the beauty is, yes, it’s in one location.  You are never chasing down paper.  And the bottom line is you know that it’s all compliant – 100 percent of the time.   

So, if you are a captive or commercial heat treater looking for smart ways to reduce your compliance investment, you might want to take a look at C3 Data.  Here’s a system that could significantly reduce the time you invest in conducting the litany of compliance tests required and the time it takes to prepare those time-consuming reports after each test.  Better to let C3 take care of it.  If you’d like to contact Nathan, feel free to email me directly and I’ll put you in touch with him.  You can email me at Doug@heattreattoday.com.  C3 Data is on the web at www.C3data.com.  And you can reach out to Nathan that way as well.  

Special thanks go to Dry Coolers, Inc., for their support of Heat Treat Radio and for their sponsoring this podcast.  Dry Coolers, industrial cooling systems, made to order.  Dry Coolers is on the web at www.drycoolers.com.  

Don’t forget to visit www.heattreattoday.com frequently. We post a new heat treat industry item – either a technical article or some industry news — every weekday.  If you would like more Heat Treat Radio, simply google Heat Treat Radio.  We are the first thing that pops up.  Or, you can also subscribe to Heat Treat Radio on iTunes or Soundcloud.  This and every other episode of Heat Treat Radio is the sole property of Heat Treat Today and may not be reproduced without express written permission and appropriate attribution from Heat Treat Today.  Jonathan Lloyd of Butler, Pennsylvania, produced and mixed this episode.  I’m your host, Doug Glenn.  Thanks for listening.   

Doug Glenn, Publisher, Heat Treat Today
Doug Glenn, Heat Treat Today publisher and Heat Treat Radio host.


To find other Heat Treat Radio episodes, go to www.heattreattoday.com/radio and look in the list of Heat Treat Radio episodes listed.

Heat Treat Radio #13: C3 Data Read More »