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eMaint’s Newest Clients from October

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The post eMaint’s Newest Clients from October appeared first on | eMaint.

Join us in welcoming some of eMaint’s newest customers from the month of October!

Sakku Properties is a real estate development and management company with holdings including residential houses, commercial garages, and commercial offices.

Pall Industrial provides key filtration solutions to a broad range of end markets, including: microelectronics, aerospace, oil & gas, chemical & petrochemical, automotive, mining, pulp & paper, primary metals, and power generation.

Martinrea International Inc. is a leader in the production of quality steel and aluminum metal parts, assemblies and modules and fluid management systems focused primarily on the automotive sector.

At Potomac Job Corps Center, they support the Job Corps program’s mission of teaching eligible young people the skills they need to become employable and independent and placing them in meaningful jobs or further education.

Water Management Services, Inc. is a privately owned water utility company supplying residential and commercial water to all of St. George Island in Franklin County, Florida.

North Central Kansas Technical College delivers applied, innovative and personalized education to empower learners, enrich lives, develop skilled professionals and strengthen economic systems.

Atlantic Coast Fibers is one of the largest independent processors of recyclables in the Northeast.

Dayco is a global leader in the research, design, manufacturing and distribution of essential engine products, drive systems and services for automobiles, trucks, construction, agriculture and industry.

Maple Mountain Co-Packers offers a myriad of packaging services including both low and high volume production capabilities.

Duke Energy is one of the largest electric power holding companies in the United States, supplying and delivering electricity to approximately 7.4 million U.S. customers.

TraPac is a leading container terminal operator and stevedore, and they offer high-quality port terminal service to the continental United States.

RR Donnelley is a global, integrated communications provider enabling organizations to create, manage, deliver and optimize their multichannel marketing.

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Reliability Centered Maintenance

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The post Reliability Centered Maintenance appeared first on | eMaint.

What is Reliability Centered Maintenance (RCM)?

Reliability Centered Maintenance (RCM) is a process used to determine what must be done to ensure that physical assets continue to do what its users want in its present operating context. Ultimately, by performing RCM, organizations are looking to develop unique maintenance schedules for each critical asset within a facility or organization.

There are four basic principles of an RCM program, stated in different ways by organizations all over the world. A program is RCM if it: 1) Is scoped and structured to preserve system function 2) Identifies failure modes, which are the ways in which something might fail. Failures are any errors or defects, especially ones that affect the customer, and can be potential or actual 3) Addresses failure modes by importance 4) Defines applicable maintenance task candidates and selects the most effective one in the case of important failure modes

Industry professionals have described an RCM program as:

“The best way to develop a maintenance improvement program improvement program.” – A. M. SmithA process that “uses a cross-functional team to develop a complete maintenance strategy designed to ensure inherent design reliability for a process or piece of equipment.” – Doug PlucknettA way “to identify components whose functional failures can cause unwanted consequences to one's plant or facility.” – Neil Bloom When is a Maintenance Program considered “Reliability Centered”?

A Guide to the Reliability-Centered Maintenance (RCM) Standard (SAE JA1012) identifies the basic requirements a program must meet before it is truly RCM. It begins with these seven questions:

What is the item supposed to do and what are its associated performance standards?In what ways can it fail to provide the required functions?What are the events that cause each failure?What happens when each failure occurs?In what way does each failure matter?What systematic tasks can be performed proactively to prevent, or to diminish the consequences of the failure?What must be done if a suitable preventive task cannot be found? How Do You Implement A Reliability Centered Maintenance Program?

There are three phases (Decision, Analysis and Act) of a reliability centered maintenance program , and seven steps within these phases to ensure the program is fully implemented.

Phase I: Decision

Justification and planning based on need, readiness and desired outcomes.

1. Analysis Preparation RCM analysis is only as effective as the team behind it. The most effective cross-functional teams include maintenance employees, project leaders, subject matter experts, and if possible, executive leadership.

Additionally, documenting procedures and your project plan can be vital to keeping your team on track. The beginning of an RCM project is a great time to outline your organizational goals, project management concerns, budget and timeline, and potential obstacles.

2. Select Equipment for RCM Analysis Equipment selected for RCM analysis should be critical to operations, the cost of repair vs. replace and previous spending on Preventive Maintenance. To select the best candidate, ask yourself these questions:

Could failure be difficult to detect during normal operation and maintenance?Could failure affect safety?Could failure have a significant impact on operations?Could failure have a significant impact on spending?

3. Identify Functionality Define a complete list of a piece of equipment’s functionality, including as much data driven information as possible. It is important for your team to specify your desired asset performance levels instead of actual performance, as it may reflect an operational or maintenance issue. System functionality then drives the required functions of the equipment supporting the system functions.

Phase II: Analysis

Conduct the RCM study in a way that provides a high quality output.

4. Identify Functional Failures Functional failure is the inability of an asset or system to meet acceptable standards of performance. Failures can encompass poor performance, over performance, performing unnecessary or unintended functions, or complete failure. For example, when a motor bearing is failing due to lack of lubrication, a Total Functional Failure would be the motor not rotating, and the motor failing to function.

5. Identify and Evaluate the Effects of Failures Next, your team should document what actually happens when failures occur. What can be observed? What is the impact of the failure on production? Is there a significant safety impact?

6. Identify and Evaluate the Effects of Failures Once you identify your equipment and systematic functional failures, failure modes must be considered. One of the most common techniques to approach discovering failure modes is Failure mode and effects analysis (FMEA). FMEA is a step-by-step approach for identifying all possible failures in a design, a manufacturing or assembly process, or a product or service. Understanding the effects of failure involves asking questions such as:

What are the safety concerns with this failure? What impact does this failure have on operation/production? Does this failure mode result in full or partial outages?

A CMMS offers automation tools to help reduce missing scheduled work and equipment failures, making PM optimization as efficient and streamlined as possible. PM Task Generation, PM Scheduling and Inspections help facilitate continuous improvement and support for an organization’s Preventive Maintenance program.

Phase III: Act

Act on the study’s recommendations to update asset and maintenance systems, procedures and design improvements.

7. Select Maintenance Tasks At this point, the most appropriate maintenance action can be identified based on the failure mode information. Failure management techniques can be grouped into two categories:

Proactive tasks - Preventive and Predictive Maintenance techniques are performed to prevent failure of a piece of equipment of system. Preventive Maintenance is calendar or usage based, and helps to reduce the risk of failure, while Predictive Maintenance, or Condition Monitoring, can detect the failure before it begins.Default actions - Fire fighting or reactive maintenance deal with failures after the fact. Run-to-failure is a tactic where equipment is run until it fails, and then work is performed.

Selecting the right strategy for failure management is rooted in an understanding of failure modes, criticality of equipment and the economic impact of failure.

RCM implementation with a CMMS

A properly implemented Computerized Maintenance Management System (CMMS) can support the RCM process. CMMS helps maintenance programs develop goals for cost tracking, benchmark data and monitor the bottom line. For example, with eMaint’s reporting and dashboard tools, organizations can consistently document work order history, failures, costs and trends. With a few clicks of a mouse, organizations have access to the data to perform the analyses that RCM requires.

The goals of RCM include the ability to evaluate, categorize, prioritize and understand the appropriate way to intervene in the impact of failures. Ultimately, by performing RCM, an organization is looking to develop unique maintenance schedules for each critical asset within a facility or organization. Successful implementation of a RCM process, coupled with CMMS software, will increase cost effectiveness, asset reliability, equipment uptime, and an enhanced understanding of the level of risk that the organization is managing.

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eMaint Named Among Fastest Growing Companies on Deloitte’s 2016 Technology Fast 500™ Four Years Running

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CMMS Software Provider Achieved Revenue Growth of 148% Over the Last Three Years

November 16, 2016 (Marlton, NJ) – eMaint Enterprises LLC, a Fluke company, the leading provider of Computerized Maintenance Management Software (CMMS), has made Deloitte’s Technology Fast 500™ list of the fastest growing companies in North America for the fourth consecutive year.

Deloitte’s Technology Fast 500™ provides a ranking of the fastest growing technology, media, telecommunications, life sciences and energy tech companies – both public and private – in North America. Technology Fast 500 award winners are selected based on percentage of fiscal year revenue growth from 2012 to 2015.

“Today, when every organization can be a tech company, the most effective businesses not only foster the courage to explore change, but also encourage creativity in using and applying existing assets in new ways, as resourcefully as possible,” said Sandra Shirai, principal, Deloitte Consulting LLP and U.S. technology, media and telecommunications industry leader. “This ingenious approach to innovation calls for the encouragement of curiosity and collaboration both within and outside the office walls.”

This creativity and collaboration underscores eMaint’s approach to technology for the past thirty years. Looking forward, eMaint and Fluke will leverage their relationship to offer a ground-breaking asset reliability platform that helps organizations increase uptime with a seamless integration of maintenance devices, data and systems.

“Four years on the Deloitte Technology Fast 500 list is a privilege,” said eMaint President Brian Samelson. “As we celebrate these successes, we are eager to continue innovating technology to solve the business challenges of our expanding global client base.”

eMaint was also recently inducted into the Philadelphia 100 Hall of Fame at the 28th Annual Awards Ceremony on October 27th, 2016 at the Fillmore in Philadelphia, and was recently named one of the Inc. 5000 list of the fastest-growing private companies in America for the fourth consecutive year.

About eMaint

As the leading provider of Computerized Maintenance Management Software (CMMS) and Enterprise Asset Management (EAM) solutions, eMaint, a Fluke company, improves the way over 50,000 users worldwide manage, monitor and control assets.

eMaint’s diverse and global client base consists of small, midsized and enterprise organizations in industries such as manufacturing, facilities, services, fleet, energy, government and education. The company has been recognized by Top Ten Reviews as the #1 Maintenance Management Software, the Inc. 5000 list of fastest-growing private companies in America, and the Deloitte Technology Fast 500 list. For more information, please visit www.emaint.com.

About Fluke

Founded in 1948, Fluke Corporation is the world leader in compact, professional electronic test tools and software for measuring and condition monitoring. Fluke customers are technicians, engineers, electricians, maintenance managers, and metrologists who install, troubleshoot, and maintain industrial, electrical, and electronic equipment and calibration processes. For information on Fluke tools and applications, or to find the location of a distributor, contact Fluke Corporation, P.O. Box 9090, Everett, WA USA 98206, call (800) 44-FLUKE (800-443-5853), fax (425) 446-5116, e-mail fluke-info@fluke.com or visit the Fluke Web site at www.fluke.com.

Contact: Rona Palmer| (856) 810-2700 X 7145 | rona.palmer@emaint.com 

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Four Years on Deloitte’s Technology Fast 500!

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eMaint is thrilled to announce it has earned a spot on the Deloitte 2016 Technology Fast 500™ list of the fastest growing companies in North America for the fourth consecutive year! The company achieved revenue growth of 148% over the last three years.

Deloitte’s Technology Fast 500 provides a ranking of the fastest growing technology, media, telecommunications, life sciences and energy tech companies – both public and private – in North America. Technology Fast 500 award winners are selected based on percentage of fiscal year revenue growth from 2012 to 2015. eMaint achieved revenue growth of 148% over the last three years. 

The creativity and and collaboration that led to this impressive growth has underscored eMaint’s approach to business for the last thirty years, and the company is excited to see the future will bring.

“Four years on the Deloitte Technology Fast 500 list is a privilege,” said eMaint President Brian Samelson. “As we celebrate these successes, we are eager to continue innovating technology to solve the business challenges of our expanding global client base.”

Read Full Press Release

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5 Ways to Use Your CMMS to Achieve HACCP

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The importance of putting health and safety first for Food and Beverage organizations means complying with a variety of regulatory standards and programs such as Hazard analysis and critical control points (HACCP). HACCP is a systematic approach to the identification, evaluation, and control of food safety hazards based on the following seven principles:

Principle 1: Conduct a hazard analysis. Principle 2: Determine the critical control points (CCPs). Principle 3: Establish critical limits. Principle 4: Establish monitoring procedures. Principle 5: Establish corrective actions. Principle 6: Establish verification procedures. Principle 7: Establish record-keeping and documentation procedures.

Can you achieve HACCP without a CMMS?

With rising organizational pressures to maximize asset life, reduce equipment downtime and control costs, maintaining compliance with stringent health and safety compliance regulations can  become increasingly difficult. For HACCP compliance, each of the principles would require manual execution, with record-keeping and documentation being especially time-consuming, paper-work heavy processes.

The 5 Ways Your CMMS can help with HACCP Compliance

To support compliance such as HACCP, a CMMS provides detailed documentation, provides workers with streamlined access to safety manuals and procedures, accurately catalogs spare parts and maintain storeroom values, runs reports to show data required for inspections and audits, and keeps technicians up-to-date with inspection and audit PM tasks.

The feature set provided by a CMMS can help implement and maintain HACCP principles. Here are five of the many ways you can use your CMMS to achieve HACCP:

1. Identify Boundaries of Acceptable Operation (Principle 3)

Even the most comprehensive scheduled maintenance program can result in undetected faults leading to unexpected failures. With eMaint, you can define biological, chemical or physical parameter of operation for each asset, and auto-generate work order or emails when a reading falls outside of predefined boundaries.

2. Track History of Work (Principle 4)

With asset and work order tracking, food and beverage organizations can closely monitor procedures. Within an asset record, you can view all work order history and charges related to each asset, including work order type, status, due date, and description. Work History shows who did the work, how long it took, the associated documentation, and provides detailed documentation on equipment scheduling and proof of work to track mechanical integrity. Users can also create signatures for specific work orders relating to compliance.

3. Take Immediate Action After Failure (Principle 5)

eMaint provides an easy, streamlined method for conducting inspection rounds, enabling technicians to record inspection completions quickly and accurately. Organizations can auto-generate corrective work orders when a piece of equipment fails inspection.

4. Attach Documents to Records & Signature Signoff (Principle 6)

eMaint Document Storage allows users to upload documents such as  Lock-Out-Tag-Out (LOTO) checklists and safety procedures, drawings, images, or any rich media documents and attach them to assets, parts, work orders and contact records. By providing easy access to instructions and compliance documents to technicians, it helps verify procedures will be done correctly.

5. Generate Reports and Dashboards (Principle 7) 

Personalized reporting and dashboard tools within a CMMS enable you to create and modify reports, output them as text, PDFs, charts or graphs, add them to dashboards, or generate and email them automatically. The system allows you to run reports to show data required for inspections and audits, as well as generate reports on KPIs for management visibility.

HACCP Customer Success Story

Superior Dairy, a leading producer and distributor of dairy products, follows guidelines set by The Pasteurized Milk Ordinance, and complies with Hazard Analysis and Critical Control Point (HACCP) food system as well as a Safety Quality Foods (SQF) system. With eMaint CMMS, Superior Dairy was able to integrate the solution with internal and external regulatory systems along with the necessary preventive maintenance program for inventory and project tracking.

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How Can CMMS Help Oil & Gas Companies Comply with NSPS OOOOa?

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The post How Can CMMS Help Oil & Gas Companies Comply with NSPS OOOOa? appeared first on | eMaint.

With the NSPS OOOOa regulations in full swing since September 2016, it has become increasingly vital for organizations to embrace safety, preventative maintenance, and CMMS solutions to provide support. NSPS OOOOa is the “New Source Performance Standards (NSPS) for Crude Oil and Natural Gas Facilities” law from the Environmental Protection Agency (EPA) backed by the Obama Administration. This legislation requires oil and gas companies to provide extensive information on their regulations and processes to reduce their Methane emissions among other air pollutants. The law acts as a response to the BP Deepwater Horizon oil spill in 2010.

A summary of the proposed NSPS OOOOa changes include:

New Generation compliance tracking, verification, and electronic reporting requirements Initial compliance date generally one year after publication of final rule Changes to the definition of a “new and “modified” and changes to the capital expenditure calculation methodology Adds methane, which bring gas plant residue gas into monitoring programs for sources that trigger NSPS Fugitive emission monitoring of production sites as well as compressors Storage tank “fugitive emissions” Expands the source category (oil well completions, pneumatic pumps, and fugitive emission components at well sites and compressor stations)

Within the legislation, there are specific rules about record keeping, reporting and compliance tracking. CMMS solutions such as eMaint can help you better manage, control and monitor this data. With eMaint CMMS, oil and gas companies are empowered to:

Track work order history and charges related to each asset Document work procedures to verify work is being carried out in accordance to regulations Attach documents (such as safety manuals and procedures) to records Track inventory and spare parts usage Track labor and hours spent on each work order Auto-generate, and set up email alerts for, Preventive Maintenance (PM) tasks Generate reports and dashboards to show KPI data Track work requests to ensure on-time completion

eMaint’s Condition Monitoring tool also allows you to define acceptable boundaries for equipment operation, import readings and automatically generate a work order when boundaries are exceeded. This level of visibility empowers managers to identify failures early, prevent breakdowns and optimize maintenance resources.

Many oil and gas companies have been leveraging CMMS systems with impressive results. For example, Champion Technologies, an environmentally responsible global oilfield production chemical company, is subject to numerous environmental and safety audits. Champion uses eMaint’s reporting tools to generate reports needed for regulatory and ISO compliance. To meet the Responsible Care Audit environmental standard, Champion pulls all key information documenting maintenance history of assets to meet their air quality and environmental compliance objectives.

For more information on how to begin using eMaint CMMS to achieve NSPS OOOOa compliance, download our “Leveraging Your CMMS to Achieve Compliance,” or contact an eMaint representative today.

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Vote eMaint CMMS For Plant Engineering Product of the Year!

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eMaint is very excited to announce that we have been selected as a finalist for the Plant Engineering 2016 “Product of the Year” awards in the “Maintenance Software” category.

In 2016, the company released a host of updates to its software. Highlights include an Interactive Mapping feature, which allows organizations to visualize their maintenance management data on a floor plan, schematic, site map, or any other image and a revamped fully customizable work requestor interface.

eMaint is trusted by more than 4,000 companies and 50,000 users worldwide to achieve substantial ROI, and 90+% of customers renew year-after-year. About our software, clients have said:

“eMaint is a CMMS that allows for the administrator to customize not only reports but forms. We have been able to use eMaint to justify continuous improvement projects and training opportunities.” 

“This product makes it very easy to organize our inventory and keep track of repairs/replacements on our property. Easy to navigate the systems and is very user friendly.”

Top Ten Reviews selected eMaint CMMS as the #1 2016 Gold Award winner for Maintenance Management Software two years running.

“For thirty years, our formula has remained the same,” eMaint President Brian Samelson said. “We offer innovative solutions to solve the challenges of our clients, and support them with an unwavering commitment to their success.”

Click here to vote for eMaint CMMS in the “Maintenance Software” category!

Read Full Press Release

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eMaint Selected As Finalist for Plant Engineering Product of the Year

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CMMS solution named a finalist in “Maintenance Software” category

November 30, 2016 (Marlton, NJ) – eMaint Enterprises LLC, a Fluke Company, is excited to announce that its flagship product, eMaint CMMS, has been selected as a finalist for the Plant Engineering 2016 “Product of the Year” awards in the “Maintenance Software” category.

eMaint’s Computerized Maintenance Management Software (CMMS) enables maintenance professionals to manage work orders and work requests, preventive maintenance, purchasing and inventory control, planning and scheduling, asset history, cost tracking, condition monitoring, document storage, and create robust reports. The software saves companies valuable time and money by better organizing, planning, and optimizing maintenance activities.

eMaint was one of the first providers of CMMS to offer a completely web-based, “Software as a Service” model. Since 1986, the company has leveraged continuous software updates combined with exceptional support to expand their global footprint. eMaint’s diverse global clientbase consists of small, midsized and enterprise organizations in industries such as manufacturing, facilities, services, fleet, energy, packaging, government and education.

In 2016, eMaint released a host of updates to its software. Highlights include an Interactive Mapping feature, which allows organizations to visualize their maintenance management data on a floor plan, schematic, site map, or any other image and a revamped fully customizable work requestor interface.  

“For thirty years, our formula has remained the same,” eMaint President Brian Samelson said. “We offer innovative solutions to solve the challenges of our clients, and support them with an unwavering commitment to their success.”

This year marks the 29th anniversary of the Plant Engineering “Product of the Year” program. Plant Engineering’s Product of the Year (POY) program is the premier award for products in the manufacturing and non-manufacturing sectors that help users do their jobs smarter, more efficiently, safely and more productively. Readers can now vote on award winners. The magazine will announce the winners on March 28, 2017 online and in the April issue of its magazine.

Click here to vote for eMaint CMMS in the “Maintenance Software” category.

The software package has also been selected by Top Ten Reviews as the #1 2016 Gold Award winner for Maintenance Management Software two years running. eMaint has earned a spot on the Philadelphia 100 Hall of Fame, Inc. 5000’s list of the fastest growing private companies in America for four consecutive years, a Bronze Stevie® Award in the Customer Service Department of the Year category and more.

About eMaint

As the leading provider of Computerized Maintenance Management Software (CMMS) and Enterprise Asset Management (EAM) solutions, eMaint, a Fluke company, improves the way over 50,000 users worldwide manage, monitor and control assets.

eMaint’s diverse and global client base consists of small, midsized and enterprise organizations in industries such as manufacturing, facilities, services, fleet, energy, government and education. The company has been recognized by Top Ten Reviews as the #1 Maintenance Management Software, the Inc. 5000 list of fastest-growing private companies in America, and the Deloitte Technology Fast 500 list. For more information, please visit www.emaint.com.

Contact: Rona Palmer | (856) 810-2700 X 7145 | rona.palmer@emaint.com 

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Railway Safety and CMMS

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In the U.S., shipments of crude oil by rail have gone from 9,500 carloads (2008) to 233,811 (2012) and analysts expect this trend to continue in direct proportion to the increased demand for domestic oil transport. In 2012, four years into the current (North American) oil boom, about 16.6 million barrels of Canadian crude shipped via rail to the U.S. The EIA (U.S. Energy Information Administration) estimates that US crude oil moved by rail rose by 617,000 barrels to 13,133,000 barrels in August 2016—compared to the previous month.

On July 6, 2013, a crude-carrying train originating from Williston Basin, North Dakota traveling through Lac-Mégantic, Quebec en route to a Saint John refinery, derailed, setting off several explosions, killing 50 people and incinerating 30 buildings. Just a few months ago in June of 2016, a Union Pacific train carrying crude oil derailed in Oregon’s Columbia River Gorge, spilling 42,000 gallons of Bakken crude, and sparked a large fire. Many organizations have turned to CMMS systems to help improve compliance, streamline processes and maximize overall vehicle reliability and safety.

While the number of North American rail accidents involving fatalities and spills is relatively rare, and the industry’s safety record has improved over the past few decades, the number of incidents involving crude shipments has mirrored the growth of North American oil production. And the scale of the July 6, 2013 accident (the deadliest in an age) has caused increased governmental scrutiny for all crude-by-rail operations. For example, in 2015, the Department of Transportation announced a final rule for the safe transportation of flammable liquids by rail. The legislation focuses on safety improvements that are designed to prevent accidents, mitigate consequences in the event of an accident, and support emergency response.

Previous accidents have called into question the diligence of rail owner/operators in ensuring that proper emphasis is put on safety, rather than profits, by local officials. The new rule for the DOT:

Unveils a new, enhanced tank car standard and an aggressive, risk-based retrofitting schedule for older tank cars carrying crude oil and ethanol; Requires a new braking standard for certain trains that will offer a superior level of safety by potentially reducing the severity of an accident, and  the “pile-up effect”; Designates new operational protocols for trains transporting large volumes of flammable liquids, such as routing requirements, speed restrictions, and information for local government agencies; and Provides new sampling and testing requirements to improve classification of energy products placed into transport.

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CMMS Makes Property Management Scalable

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The initial investment in rental or commercial property is significant, but the idea behind it is that over time those initial costs will be absorbed by the gains derived from it. Those gains, the result of continual revenues from tenants, can be diminished by the “hidden” costs of maintenance.

When the inner workings of properties aren’t properly maintained, property owners can spend more money in after-hours contractor labor, and reduced equipment life-cycle, resulting in greater equipment turnover and loss. Whether you own or manage one property or 1,000, your time and that of your support staff is valuable, and when work crews and managers have to spend extra time doing damage control on a property, that time is misspent.

To achieve the optimal ROI from your properties, you need a system that takes the worrying out of maintaining them.

Computerized maintenance management software (CMMS) can allow your manager(s) to instantaneously see tenant requests, generate work orders, view the status of previous work orders and inventory, and provide in-depth reports that show historical, current, and future trends for each of your properties and assets. Because CMMS is available through mobile devices, your managers are freed up to literally be in more than one place at a time.

For real estate services company AthenianRazak, needed a system to track tenant requests through to resolution as well as to schedule and track preventive maintenance activities. It was also critical to balance safety and responsiveness while sticking to a budget. eMaint was selected to track over 30,000 assets at three large garden apartment complexes in New Jersey.

With eMaint, AthenianRazak has seen reductions in backlog and maintenance calls, improvements in response time, and support to spot key trends. William K., Analyst & Assistant Property Manager for AthenianRazak said, “The ease of use and flexibility of the eMaint system allows me to have new properties up and running in a matter of hours and has helped us improve response time while adhering to budgets.”

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What Will the FSMA Mandate Mean for Your Maintenance Operations?

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The Food Safety Modernization Act (FSMA) has worked to change the regulatory landscape of the food and beverage industry. With FSMA, the power of the Food and Drug Administration (FDA) greatly expanded, resulting in more rigorous compliance standards for food manufacturers and processors.

The FSMA rules enforces safety standards for farms, increases accountability for importers, and establishes a program for auditors to conduct food safety audits of international food facilitates. In a recent update from November 2016, the FDA issued final guidance for the “Voluntary Qualified Importer Program.” Now, more than ever, it is nearly impossible to comply to standards without a powerful CMMS system to back up your team.

That’s where eMaint comes in. “With eMaint, auditors can log in directly to enter work orders and check on status, and we’re able to easily accommodate special requests, like flagging temporary repairs,” says Matt H., Director of Engineering & Maintenance, Silver Spring Foods. Silver Spring, the world’s largest horseradish producer, experienced improved inventory accuracy and efficiency after implementing eMaint’s CMMS solution.

eMaint’s detailed reports and documentation capabilities will keep auditors happy, reduce waste and spoilage in your facility and increase technician wrench time with efficient planning and scheduling of work. Some more success stories from our clients include:

Dave’s Killer Bread, the largest organic bakery in North America, decreased reactive work orders by 75% Crown Cork & Seal, a multi-billion dollar packing supplier, reduced monthly cycle count time by 75% Herbalife, a global nutrition company headquartered in Los Angeles, passed outside audit scrutiny by having assets and planned inspections organized and ready for review when asked

For even more examples of how eMaint CMMS has helped organizations comply with audits and see even greater benefits, check out some of eMaint’s Customer Success Stories.

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Using CMMS to Perform Predictive Maintenance (PdM)

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The post Using CMMS to Perform Predictive Maintenance (PdM) appeared first on | eMaint.

Predictive Maintenance (PdM) relies on conducting maintenance based on trends within equipment data, and is a highly-accurate way of using data to cut maintenance costs. With cloud technology and condition-based monitoring, a computerized maintenance management system (CMMS) such as eMaint, can develop accurate predictions when a piece of equipment will require maintenance or replacement. Whether you need to track assets through oil viscosity, temperature or vibration, a CMMS with predictive maintenance can help organizations of all shapes and sizes.

In BetterBuys.com’s article “CMMS and Beyond: The Highest Standard of Predictive Maintenance” pressing questions about predictive maintenance are answered, such as: what is predictive maintenance, exactly? We’ve included some highlights below, or you can read the full article here.

PdM Provides “a Refined View of Your Assets”

There are a lot of variables that can cause your assets to degrade. With the power of CMMS, you can track and observe these variables and take action to maintain your equipment on a set schedule. If you measure your assets and variables consistently, you can reduce uncertainty and stay ahead of failures. The refined picture created by CMMS solutions such as eMaint gives you time to order parts ahead of time, and prepare for upcoming maintenance.

PdM Plots Patterns of Wear

The purpose of plotting patterns of wear (either with a CMMS, or a technician manually taking note) is to get all of the usage from an asset before failure, then making a repair vs. replace decision on schedule, so downtime is not an issue. Predictive maintenance helps eliminate guess work from the equation, but if it is being performed manually, there is more math required.

Where CMMS Fits In

A good CMMS serves to store and analyze data taken from the condition of assets, and becomes predictive when connected to the algorithms and features capable of analyzing the data. For systems like eMaint, the data is then presented in a useful way for the customer.

To further the connection between CMMS and preventive maintenance, here is a quote by Rona Palmer, Marketing Director at eMaint, from a BetterBuys.com article:

“A trend we’re seeing is an increased utilization of predictive technologies with more customers wanting to incorporate that data into their CMMS. With preventive methods, you’re spending resources on equipment to prevent failures that may or may not occur. Predictive technology uses monitoring devices that tell you when you need to make repairs. Rather than change your oil because you’ve driven 3,000 miles, change your oil because you have the technology to analyze it and tell you it needs to be changed. For predictive maintenance to be effective, it requires both hardware to monitor the equipment and software to generate the corrective work order when a potential problem is detected. As the hardware becomes more affordable and the benefits understood, we see more clients incorporating predictive maintenance technologies.”

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What Is a CMMS and How Can It Save My Business Money?

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Without an effective CMMS solution in place, your maintenance team is constantly juggling various requests. With no priority list or standardized method in place, machines are not repaired based on criticality, but instead maintenance is performed in order of when requests were received.

This can be serious problem, and impacts productivity across your entire organization. In GetApp.com’s article, “What is a CMMS and How Can It Save My Business Money,” they discuss the areas where you you can cut costs with CMMS, and used our ROI Calculator as a way to calculate potential savings. We’ve included some highlights below, and you can read the full article here.

An effective CMMS helps increase organization in scheduling labor hours and equipment repair, but also has the capability to track maintenance and implement both Preventive Maintenance and Predictive Maintenance to avoid failures before they occur. CMMS can prioritize certain jobs, calculate costs and ultimately save your business a lot of money.

There are four main categories where CMMS can help cut costs:

1) Labor and productivity

Maximizes labor resources through better planning and scheduling Reduces time spent manually assembling reports and KPIs Reduces data entry through real-time mobile maintenance

2) Parts and inventory

More effectively coordinates part and equipment availability Reduces expedited shipping costs through better coordination of part availability

3) Downtime

Reduces the cost of lost production Decreases the amount of time production staff stays idle

4) Asset life cycle costs

Extends the life of assets by tracking preventive maintenance Improves your return on assets by gaining insight into repair vs. replace decisions

Using these categories can help you calculate an estimated return on investment of a CMMS to help justify the cost (in both time and money) of a new software. To get a better understanding of where the numbers and calculations are coming from, GetUp suggests using the simple equations found in our ROI Calculator.

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Kevin Clark Joins Fluke and eMaint as Director of Global Service and Alliances

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December 14, 2016 (Marlton, NJ) – Fluke Corporation, the world leader in compact, professional electronic test tools and software for measuring and condition monitoring, has hired Kevin Clark as Director of Global Service and Alliances to drive business growth as they continue to expand their suite of solutions.

In his new role, the Director of Global Service and Alliances will identify and grow alliances that help drive strategic initiatives. The alliances, created to add value to both eMaint and Fluke clients, are expected to cross the technical and business divisions.

This latest development follows on the heels of the recent acquisition of eMaint Enterprises LLC, a global leader in Computerized Maintenance Management Software (CMMS). Kevin Clark will work to unlock the full potential of Fluke’s comprehensive line of industry-leading handheld test tools and portable sensors and eMaint’s powerful CMMS software to provide complete solutions for clients.

Kevin Clark has spent 25+ years in operations leadership focusing on engineering, asset management, IT, supply, manufacturing automation and safety systems. He served as Sr. Practice Director for Perficient, where his role drove growth and success in areas of manufacturing, enterprise asset management, internet of things (IoT), process standardization, and project delivery. He was also a Manufacturing Engineer at Caterpillar, and held a variety of positions at Johnson & Johnson, including Operations/Maintenance Management/Manufacturing Equipment Excellence (ME2) Global Leadership.

“We are thrilled to have a professional of Kevin’s caliber joining the Fluke and eMaint team,” said eMaint President Brian Samelson. “In his role, he will help support this groundbreaking initiative along with our core mission of providing innovative products and unparalleled service to customers.”

Kevin is a long standing member of the Society of Maintenance & Reliability Professionals (SMRP) and has held various positions at state and national levels. He has also been a Certified Maintenance & Reliability Professional (CMRP) since 2004.

“Our goal is to leverage cutting-edge technology and connectivity to help make processes more effective and productive and allow maintenance teams to focus on what is important,” said Kevin Clark.

To learn more about eMaint and Fluke’s critical convergence of maintenance and reliability solutions, visit booth #600 at the 31st International Maintenance Conference (IMC) December 14-16th in Bonita Springs, FL.

About eMaint As the leading provider of Computerized Maintenance Management Software (CMMS) and Enterprise Asset Management (EAM) solutions, eMaint, a Fluke Company, improves the way over 50,000 users worldwide manage, monitor and control assets. eMaint’s diverse and global client base consists of small, midsized and enterprise organizations in industries such as manufacturing, facilities, services, fleet, energy, government and education. The company has been recognized by Top Ten Reviews as the #1 Maintenance Management Software, the Inc. 5000 list of fastest-growing private companies in America, and the Deloitte Technology Fast 500 list. For more information, please visit www.emaint.com. About Fluke Founded in 1948, Fluke Corporation is the world leader in compact, professional electronic test tools and software for measuring and condition monitoring. Fluke customers are technicians, engineers, electricians, maintenance managers, and metrologists who install, troubleshoot, and maintain industrial, electrical, and electronic equipment and calibration processes. For information on Fluke tools and applications, or to find the location of a distributor, contact Fluke Corporation, P.O. Box 9090, Everett, WA USA 98206, call (800) 44-FLUKE (800-443-5853), fax (425) 446-5116, e-mail fluke-info@fluke.com or visit the Fluke website at www.fluke.com.

Contact: Rona Palmer | (856) 810-2700 X 7145 | rona.palmer@emaint.com 

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As Demand For Manufactured Goods Rises, How Can CMMS Help?

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In October, demand for manufactured goods rose for the fourth consecutive month. New orders are now totalling $469.4 billion, which is up $12.5 billion from September. Durable goods orders increased by 4.6% to $238.8 billion.

While this is great news for capital and activity in factories, it means that it is more important than ever for manufacturers to meet production demands, increase productivity, and boost the bottom line. These expectations can be nearly impossible to meet without an effective Computerized Maintenance Management System (CMMS). The tools within a CMMS can improve equipment reliability, work completion rates, parts availability and much more.

Improve Asset & Equipment Reliability

Preventive Maintenance scheduling can help extend the life of assets. By generating calendar and/or meter based PM tasks for each asset, organizations can move away from reactive or a “fire fighting” maintenance mode. Within PM task records, you can include detailed descriptions containing task procedures, guidelines, and any other important information.

Condition Monitoring tools within eMaint CMMS take it a step further by working to avoid unplanned breakdowns and shutdowns by scheduling work as needed based on condition monitoring data. This data is driven by integrating with equipment monitoring devices to help drive maintenance schedules and empowers organizations to import readings based on equipment condition. From there, the system can graph the results and automatically trigger an email or generate a work order when acceptable boundaries are exceeded.

Boost Work Completion Rates

With a CMMS, organization can better manage influxes of work orders and requests from any browser-based device. With work order scheduling software from CMMS providers like eMaint, managers can assign work orders to the appropriate technician quickly, and sign off on the work order with a digital signature. As operations increase within a plant or worldwide, stay on top of work progress with reports, dashboards or list-views of open work orders by type, technician, or department.

With eMaint’s work requestor, organizations can establish workflow processes for submitting, approving, rejecting and completing work requests that are tailored to your organization’s needs. For example, eMaint offers three scalable options for requestors:

Work requestors are given an eMaint login that allows them to submit requests and view the history of their requests Work requestors send an email to a designated email address that gets converted into an eMaint work request Work requestors submit requests to eMaint through a customized web form that is embedded on your company’s intranet.

Manufacturing Customer Success Story

Since 1952, Spokane Industries (SI) has been providing casting and industrial fabrication solutions to clients around the world. Before implementing eMaint CMMS, it was difficult to prioritize work, employees or assets, and most of the day was spent putting out maintenance fires. There were constant pages for maintenance over the intercom system with little to no communication of what other employees were working on.

With eMaint, production supervisors can enter and access information on open work, parts availability and submit all non-emergency requests. Work is prioritized using automated Ranking Index for Maintenance Expenditures (RIME) rankings, based on the urgency of the request and the criticality of the asset.

The company has also experienced a 99.8% uptime rate due to improved planning and inter-departmental communications. Improved planning resulted in higher PM completion rates with a 50% reduction in staff. With CMMS, even as orders and demand for goods increased and staff decreased, the company was able to improve labor productivity.

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How to Choose the Right CMMS Provider for Your Organization

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At eMaint, we understand that determining which CMMS solution is the best fit for your organization can be challenging. Your organization wants the best bang for their buck, as well as the flexibility and ease-of-use to match. To help you cut through all of the clutter, eMaint developed a variety of resources to help guide your search, including articles such as “What to Consider Before Selecting CMMS” and our CMMS Software Comparison chart.

In our research, we have found a few important things to consider about a CMMS provider that can make or break your decision to go with a provider. These include:

Flexibility and scalability Cost transparency Ongoing training and implementation support Locally hosted vs. SaaS Customized data organization Customer success and partnership Data conversion Accessibility and ease-of-use Mobile access Professional service offerings

These considerations go hand-in hand with the common mistakes of a person on the CMMS hunt. For example, as budgets get cut or there is a need to restructure, organizations look to cut costs and solve urgent problems, and that is where a CMMS comes in. In other words, organizations often select a CMMS based on short term needs without thinking about the big picture. When doing CMMS research, set goals across a range of departments within your organization over at least a three year period. When you start with the end in mind, it will be easier to select the CMMS that will best grow with you, scale back when necessary, and offer consistent support along the way.

There are a variety of third-party software reviewers to help avoid pitfalls such as these when on the CMMS hunt. These directories include an overview of a provider and the product in a variety of ways. Capterra offer products details and a features checklist, an overview of the provider and starting prices, and extensive product reviews with ranking of “Overall,” “Ease of Use” and “Customer Service.”

TopTenReviews, where eMaint is ranked the #1 Maintenance Management Software, provides Pros, Cons and the overall Verdict of the software, established thorough independent evaluation by a category specialist among Top Ten Review’s editorial staff. They also offer scores on “Ease of Use” and “Help & Support” of the top three CMMS providers based on the simplicity of the software and overall interactions with the company.

Another valuable review site is Software Advice. They supply an overview of a company, screenshots of the software, and include user reviews of their impressions, detailing what they like best, like least and specific recommendations to users currently on the road to finding the right CMMS for them.

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What Makes CMMS Implementations Successful?

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A Computerized Maintenance Management System (CMMS) is a tool to help schedule, plan, manage, and track maintenance activities associated with equipment, vehicles or facilities. A successful implementation process is critical to leverage the full power of a CMMS.

However, experts estimate that up to 80% of CMMS implementations fail to meet expectations. This is due in large part to a lack of preplanning and preparation prior to jumping into implementation. Most CMMS solutions also fail shortly after the novelty of implementation wears away, and the spotlight moves to another important and interesting industry project.

What Causes CMMS Implementation Failure?

Many organizations mistake a CMMS implementation as a technology project. A great deal of time, as much as a year if not longer, is taken to make sure the software meets specific criteria. Selecting the right software is important, however CMMS projects are more about preparation and change management than about technology. The main causes of CMMS implementation failure are:

Poor or insufficient project management Lack of vision for the future

Many organizations fail in project and change management because they do not ensure that their project plans are comprehensive. The plan must be documented, followed, and used to track and analyze progress. Implementations fail because teams are often not held responsible for their tasks, or accountable for the results.

A lack of vision for the future is another reason why implementations falter. An aspect of change management is developing goals and a vision of how maintenance will function with a CMMS fully implemented. It is important to document and communicate goals for the role of maintenance in facilitating organizational success, the company’s approach to maintenance, and how a CMMS will support business processes.

Nippon Sheet Glass (NSG) Group is one of the world’s leading manufacturers of glass and glazing systems. To begin the implementation process, NSG Group mapped out operations with the greatest needs, and prioritized implementation for locations with failing systems. The key to their quick and successful implementation was an understanding of what a CMMS could do for them as an organization, and a positive buy-in from management. These factors can mean the difference between a 30-day and a nine-month implementation process.

What Makes Implementations Successful?

There are a host of factors that contribute to a profitable CMMS implementation. The process requires a good deal of planning as well as the investment of time and training.

Set Organizational Needs, Wants and Wishes

Successful CMMS implementations are systematic and methodical. A useful way to begin is with a list of what your organization would like to accomplish with a CMMS from a wish/want/needs perspective. This includes:

1. Identifying and documenting immediate needs THAT… 2. Drive the want to… 3. Feed the wishes in order to support continuous improvement.

Developing these goals and a well-rounded implementation plan is time-saving process that leads to reducing costs and meeting goals. The process revolves around prioritizing those goals to experience the full potential of a CMMS. eMaint’s Sr. Consultants note that the most successful implementations have incorporated:

A defining phase for the time to develop all pertinent data standards, ensuring consistent data collection. Leveraging the knowledge of an experienced CMMS implementer for guidance. A defined initial implementation timeline to help gauge where an organization is, where they are going and what’s next.

This was the method of Marc Cote, C.B. Fleet Laboratories Director of Maintenance and Engineering. CB Fleet is a leading manufacturer of over-the-counter health and beauty care products. With aggressive growth goals at the forefront of the company’s strategy, Cote and his team interviewed technicians, collected foundational data, and developed a vision statement for where the company wanted to be in 5 years. These goals were organized into six main pillars, and set quantifiable goals for each that were achievable for the team. Cote populated eMaint dashboards with these goals, and consistently provide updates to this information.

Cote’s approach to implementation and deployment can be seen as a lesson for any company with similar growth goals. Identifying the pain points of employees and developing a clear vision of where you want to be, is an organized way to stay on track with improvements as the initial excitement of implementation fades.

Provide CMMS Training for End Users

In addition to laying out those objectives, it is critical to provide comprehensive training on CMMS as well as processes and procedures for end users, and to create a cross-functional implementation team. With effective CMMS training, users learn to perform functions correctly, eliminating time-consuming trial and error and save time spent in the system to allow for completion of other tasks.

The most successful implementations are also championed by an employee who owns the project. This person should choose a supporting team that draws expertise from a variety of departments, ranging from information technology, to purchasing, to materials management.

Herbalife Nutrition, a global nutrition company, manufactures and sells nutrition, weight management, and skin-care products. In preparation for a manufacturing expansion into an 800,000 square foot facility on the east coast, the company searched for a CMMS. Best practices were at the heart of the company’s approach to implementation.

Paul Sheehy, Director of Engineering and Facilities, Laura Phillips, CMMS Administrator and the rest of the maintenance management team carefully selected a high performance work team to champion the project. “They are a strong team of maintenance experts. From the beginning of implementation, we made an investment in training to ensure they could leverage what they were learning,” said Sheehy.

To learn the top keys to CMMS success, check out “What’s the Secret to CMMS Success?” by eMaint’s Sr. Consultant in Professional Services.

Focus On Continuous Improvement

A CMMS can enable organizations to:

Improve operational efficiency and equipment life Track and manage the maintenance backlog Automate maintenance workflows and processes Track projects and associated maintenance costs Prioritize work and manage resources Track and control use of maintenance materials

There are so many ways to deploy a CMMS that improvement is always possible. As organizations use the intelligence from a CMMS to drive decisions, team leads will understand the causes of failures and can make continuous adjustments. Establishing success metrics right from the get-go, along with a team responsible for a continual review process, is a key to continuous improvement and a successful implementation.

To get started, project champions should focus on questions such as:

What data or reports would make your life easier? What information does your boss consistently ask for? What is your current PM:CM (Planned Maintenance: Corrective Maintenance) ratio? What type of PM:CM ratio does your business need? What are your current maintenance budget busters? What is your on-time PM performance or compliance?

The answers to these questions have helped many organizations decide on the right metrics to track, most notably leading and lagging indicators of performance. Future events are noted as leading indicators, and they include PM Compliance, or Estimate vs. Actual Performance. As such, lagging indicators explain past events. Useful lagging indicators are Mean Time Between Failure (MTBF) and Mean Time to Repair (MTTR). CMMS metric tracking that includes both leading and lagging metrics are the most conducive to sparking continuous improvement.

For even more information on metrics that make a difference and have made implementations successful, check out eMaint’s white paper “Performance Metrics that Matter.”

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Tips to Help Inspire Employees To Adopt Your New CMMS

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The post Tips to Help Inspire Employees To Adopt Your New CMMS appeared first on | eMaint.

The benefits of CMMS solutions are numerous. eMaint’s range of features work to help organizations better manage, monitor and control maintenance operations, resources, equipment and compliance. This might be well known to yourself and to management, but perhaps technicians, mechanics and other employees are not as excited to embark on the CMMS journey. Maybe they feel it is too complicated, or are comfortable with “the way it has always been” and do not want things to change.

This type of resistance contributes to the 60-80% of CMMS implementation failure rate that organizations face today. It is not enough to implement the software and start generating work orders and forego training or employee encouragement. To help make the transition as easy as possible, we compiled a few quick tips to help inspire your team to begin utilizing a CMMS.

Workers meeting outside gas plant

Outline the benefits thoroughly 

Positive internal communication about a CMMS is a great way to start implementation. During a kickoff meeting with your team, outline how the system will empower employees to do their jobs more effectively, or that features like work order management will help make their lives easier. Mention the time and money savings others have experienced using the CMMS, reference case studies, and encourage your team to ask questions. This will make the team feel more comfortable, and get them excited to start interacting with the system to discover what kind of results they could achieve.

Gain acceptance from the top down 

If leadership is emphasizing the importance of new technology, there is a much better chance of adoption. Leadership can function as your project champions, and demonstrate the benefits of a CMMS by interacting with the system themselves, or at least be prepped to discuss the advantages of the new solution. That way, everyone is on the same page, and the team can record progress as adoption continues.

Utilize all kinds of training methods on a continual basis 

One of the primary things eMaint has learned is that everyone learns differently, and it is vital to have a variety of training options, both in-person and online. eMaint University is an interactive training tool, which gives users the flexibility to start and stop lessons when they need, and administrators can view user progress and assign sessions based on user roles. On a continual basis, eMaint offers monthly Web Workshops, Best Practice Webinars, and provides users with access to the eMaint Community & Knowledge Base. These services are designed to help users get the most out of their CMMS and achieve ongoing maintenance management success.

“Lock it down” for end users 

Schneider Electric, a service provider that contractually manage maintenance for 18 live data centers and eMaint client, learned to help increase adoption they needed to “lock down” the system for end users. This means specifying what information end users can enter, and how they can enter it. This helps ensure consistency, and keeps the system more simple for employees who may be weary of making changes, or the complexity of a CMMS.

For information on how to begin implementing a CMMS, download eMaint’s white paper “What’s The Secret to CMMS Success?

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Safety Should Be A Top Priority for Warehouses, and a CMMS Can Help

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Warehousing and Distribution Centers handle a variety of complex tasks, such as keeping forklifts, conveyors and other critical facility equipment operating at peak performance. With all of this work, sometimes developing safety processes is placed on the backburner. However, establishing this focus can lead to many unprecedented benefits, such as reductions in costs, improvements in quality and better decision making for employees. Systems such as eMaint CMMS can help organizations get started implementing and maintaining safety for warehouses.

Cost Reduction

A well-developed safety program can help organizations avoid injuries and the resulting insurance premium increases. Workers compensation rates also inflate, and regulatory compliance comes into question. With a framework of safety coupled with a CMMS, avoid fines for OSHA, PSM, RMP and other costs by tracking history, documenting procedures, and more.

Quality Improvements Increased efficiency is a common benefit of a safe work environment. Typically, this focus enables employees to work without distractions and can concentrate on completing tasks at hand. In turn, an increase in quality makes customers happy, and may result in higher sales and profit margins. Warehousing maintenance software such as eMaint can help streamline processes and ensure quality by allowing users to attach safety documents to records, and track parts usage, and associate parts with assets.

Better Decision-Making

Most accidents are caused by failure to adhere to rules and guidelines. When safety is made a priority, especially with the support of a CMMS, the likelihood of the rules being followed increases significantly.

Customer Success Spotlight

Burris Logistics operates frozen food warehousing and distribution systems, offering a range of services including Supply Chain Analysis, Freight Management, Consolidation Programs, Warehousing and Inventory Management. eMaint was originally implemented in select locations, then to five different sites. Since then, Burris has noticed a variety of benefits from eMaint software, including calendar-based PMs established for inspections of ammonia detectors based on asset type, OSHA compliance supported with triggered email notifications when documentation needs to be updated or PMs need to be performed, and more.

 

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Light Tower Rentals Maximizes Efficiency through GPS Integration with eMaint CMMS

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The post Light Tower Rentals Maximizes Efficiency through GPS Integration with eMaint CMMS appeared first on | eMaint.

Headquartered in Odessa, Texas, Light Tower Rentals provides well-site rental equipment and services to oil and gas operators. Since the company’s inception in 1994, Light Tower Rentals has more than doubled in size, and expanded into 14 locations throughout the United States. The company has a variety of specialty equipment in its inventory, primarily industrial power generators, with approximately 8,700 assets across 14 offices.

In 2014, as the company grew and the number of assets increased, Light Tower Rentals sought a web-based, affordable and easy-to-use CMMS solution to manage maintenance and track assets across all locations.

As part of implementation, Light Tower Rentals installed GPS units on all engine assets to keep track of location and run hours, which are imported into eMaint at regular intervals and trigger preventive work orders based upon run-time.

The Light Tower Rentals team has more information at their fingertips than ever before with eMaint, with the ability to attach Standard Operating Procedures (SOPs) and Lock-Out, Tag-Out (LOTO) instructions and create automatic PM generation based on equipment run time. Technicians can view, access and close out work orders in-the-field, and the ease of scheduling and robust eMaint dashboards significantly improved efficiency and communication company-wide.

“I enjoy working with eMaint, and I’m always anxious to see what else it can do,” said Linda Williams, Asset Management Coordinator and Light Tower Rentals. “I use the dashboards to their fullest extent because there is so much information available at our fingertips, and eMaint allows us to extract this information with great ease.” Read Case Study

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