EPS Magazine May 2019

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CONTENTS

14 PUBLISHER

Danny J. Salchert OFFICE MANAGER

Anita Salchert

CREATIVE DIRECTOR

Derek Gaylard

CIRCULATION DIRECTOR

Pam Fulmer

CONTRIBUTING WRITERS

Jeff Jowett • Fred Dorman John Stark

COVER STORY 6

Noise Control in Ground Testing

BY JEFF JOWETT

PRESIDENT

PRODUCT SPOTLIGHT 14 Compression Grounding and Cable Cleats are

Driving Successful Infrastructure Projects, and Engineers and Contractors are Taking Notice

BY FRED DORMAN

FEATURE 18 Fail-safe versus Maintenance Bypass/ Isolation Switches

Know the Difference

BY JOHN STARK

COMPANY PROFILE 22 Protect Yourself

Miller Safety Consultants — A Leader in Arc Flash Protection

DEPARTMENTS 24 INDUSTRY NEWS 28 NEW PRODUCTS 40 AD INDEX Photo courtesy of Megger

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2009 Eagle Ridge Drive Birmingham, AL 35242 phone: 205.981.4541 fax: 205.981.4544 www.epsmag.net danny@epsmag.net Electrical Products & Solutions™ is published twelve times a year on a monthly basis by ABD Communications, Inc., 3591 Cahaba Beach Road, Birmingham, Alabama, 35242, USA. Electrical Products & Solutions™ is distributed free to qualified subscribers. Non-qualified subscription rates are $57.00 per year in the U.S. and Canada and $84.00 per year for foreign subscribers (surface mail). U.S. Postage paid at Birmingham, Alabama and additional mailing offices.

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Danny J. Salchert

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cover STORY MEGGER

Noise Control in Ground Testing

By Jeff Jowett

A quick review is in order: A ground test is the means by which a grounding electrode, that protects the electrical system by diverting fault currents to ground and fixes the voltage rating to a specified value, is tested for performance and its ability to keep the grounded electrical system running safely, efficiently, and to spec.

Grounding electrodes are typically buried metal objects; rods, interconnected arrays of rods, plates, grids, and various other designs aimed at putting a sufficient amount of metal in contact with the soil so as to safely and efficiently divert unwanted fault currents out of the electrical system and out of the protected facility.

Upon construction, there is generally a ground resistance specification that is not to be exceeded. A performance test is run to assure that the system meets spec.

Subsequently, maintenance tests should be run to assure that the system remains in spec, as grounding electrodes can deteriorate through corrosion, be damaged or destroyed in major fault clearance, or rise in resistance due to changes in the surrounding environment. So far, so good…

A ground test is typically performed as described in IEEE81, where a test current is established between the electrode under test and a remote metal probe driven at some distance in the soil. The ground tester typically applies a square wave test current so that it can recognize its own current apart from noise currents traveling in the soil. There are more than you might think! All sorts of sophisticated electronic equipment common in offices and factories chops up the utility sine wave in order to meet the requirements of their own circuitry. Much of this ends up on the grounding system as “noise”. This can interfere with a ground test by unduly influencing or disturbing the readings.

Similarly, the ground tester senses voltage drop caused by resistance by means of a second measurement circuit and another long lead and probe. The two measure6

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ments…current and voltage drop…are combined through Ohm’s Law to calculate the ground resistance, which appears on the display. The less resistance, the better. The procedure used…graphic or mathematical…determines the accuracy and reliability of the reading. But what are we actually measuring? The term that appears in the literature is “to remote earth”.

This means to the limits of the volume of soil around the electrode that actually determines its resistance. A measurement taken only a few feet from the electrode would be, understandably, quite low. But that would not be the resistance a fault current encounters as the electrode diverts it out of your system. (Continued ON page 8)

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cover STORY MEGGER (Continued FROM page 6)

Fig 1: Typical noise spectrum in substations.

Fig 2: Average sites suffer from far less noise.

Rather, there is a critical volume of soil around the electrode, beyond which no further resistance is added. This limit is what is referred to as “remote earth”. It can be large or small, depending on size of electrode, soil type, prevailing weather and climate conditions, and other factors.

But the accuracy and reliability of the measurement depend on it.

It can be seen, therefore, that getting a good ground resistance measurement can be a complicated and demanding operation. It’s not like hooking up a DMM! But modern features added to ground test meters have come a long way in effectively dealing with potential problems. One of the most useful developments is in noise mitigation. In the old days, noise mitigation consisted in judiciously guessing the 8

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midpoint of pointer swing. Then, useful suppression features were added; noise filtration, frequency adjustment, high current option. These went a long way to eliminating noise interference from the measurement, and in most normal testing environments, a quality instrument and trained operator would suffice. But there were still problem areas. Noise is one of the worst electrical problems in many applications and can be a formidable barrier to reliable results and acceptable performance. For good grounding, substations and heavy industry can provide daunting noise sources that make testing and evaluation difficult, deceptive and inconclusive. A valuable addition to the modern full-featured ground tester is the continuous graphic mode. With this function,

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the operator can view in real time, straight from the display, the amount, characteristics, and progress of noise interference in the measurement.

Your neighbor may be your biggest problem. It isn’t just the grounded electrical system under test that puts noise onto the test setup. Neighboring properties can be prime contributors, and they have the added disadvantage that you can’t turn off equipment to mitigate the source. An advanced instrument with a continuous graphical mode can effectively counter this problem by displaying the extent of background noise in real time against the measurement. With an old-style tester, a reading taken at any given time may or may not be affected by noise interference and the operator has no way of knowing except by judicious guesswork. Running the test continuously or repeatedly could be a help but often led to a series of different readings with no objective way of knowing which is correct. In worst case, a single test could be run at a bad time and produce a highly inaccurate reading with the operator accepting it as good.

Two typical examples are shown in Fig. 1 from one of the most prevalent problem areas, utility substations. Taken with an oscilloscope, the top graphic shows a regular fluctuation of as much as 30 volts in regular intervals. This is beyond the tolerance level of many common ground testers. Undetected, it would cause destabilization of the reading and possibly promote the acceptance of a highly influenced measurement as a valid reading.

The bottom graphic of interference versus frequency shows a pronounced spike at 60 Hz. An instrument of a quality tech level would have a frequency adjustment feature, so that the operator would not have to accept a reading that may have inadvertently been left on 60 Hz. In Fig. 2 it is shown that a less electrically active site, in this case a church, can still have a burst of noise activity, around 4 volts for about 2 minutes, and again at 60 Hz, with additional harmonics at less intensity. A fairly common tester of good quality would be expected to have tolerance for this level, and so a graphic mode wouldn’t necessarily be required. Fig. 3 was taken from a tester with full noise defeating features. Even smoothed out, the graph is far from the flat line you would expect from a perfectly quiet test (Continued ON page 12)

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cover STORY MEGGER (Continued FROM page 8)

Fig 3: Noise suppression features can smooth noisy graphics to readable levels.

Fig 4: Electrical events can have pronounced effects on unfiltered measurements.

area. But it shows that the destabilization of the anticipated flat line over an interval of a minute has been reduced to only hundredths of a volt, effectively eliminating ambient noise which could be reflected in jumping digits on a less developed tester’s display. Fig. 4 indicates the pronounced effect of a discrete electrical event occurring on the system while the test is in progress. It could be startup of a heavy piece of equipment drawing current. Once again, a ground test reading taken right at that time could be negatively influenced. Without a graphic mode feature on the tester, the operator could be taken unaware.

If you’ve detected noise interference, 12

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what can be done about it? The most long-standing remedy is simply to try to get away from it. Move the leads and probes. Position the current probe as far from any electrical source as possible.

Especially, try to get at right angles. If you suspect the noise is being generated by some longitudinal source, like a power line, try to cross it at a right angle or as close to that as possible. Whatever you do, don’t run parallel! The first electronic corrective feature is to adjust the frequency of the test signal. This option was not available in early testers and many still do not offer it. But quality testers have steadily expanded the capability, now

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to even half-Hertz intervals over a wide range. Furthermore, a top-of-line instrument will include an input bandpass filter to perform an auto scan and find the quietest frequency. The operator is left with the option of manual selection or accepting the tester’s choice.

Finally, as we’ve indicated, if the tester has a graphic mode, the results can be analyzed over time for stability and repeatability. This ability makes an objective determination of result acceptance, removing all guesswork and operator influence on test results, and provides an objective factor against third party discussion. Let’s take a look at how this capability can help in a practical example. A substation was surrounded by heavy industry and active railroad tracks. The electrical maintenance program called for bi-annual shutdown and testing. This included the grounding system, a critical and indispensable part of substation function. Time is money and with the station shut down, testing had to be completed in two to three days. But even shut down, noise proved a problem for the grid testing. It emanated from the adjacent properties.

Routine procedure called for five tests to be made with reasonable agreement and then averaged. Standard ground testers without augmented noise capabilities, however, frequently produced such lack of agreement as to be unacceptable.

An advanced model, however, dealt with the problem efficiently and effectively.

Switching on graphic mode readily identified the problem and eliminated guesswork and trial-and-error. Filtering and high current functions then empowered the tester to extract meaningful results despite the presence of noise. Testing could proceed without interruption and on schedule.

Do you need an advanced tester complete with graphic mode? Not necessarily.

Size of the electrode is a determining factor. Smaller systems consisting of a limited number of rods can generally be tested with a standard-quality instrument. Electrodes falling within industry-standard 5 – 10 Ω range generally can be tested. But large electrodes with exceptionally low resistance requirements, especially if in high resistivity soil that doesn’t mitigate noise well, can be prohibitively difficult to test reliably in the absence of state-of-theart features and functions. o

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product SPOTLIGHT PANDUIT

Compression Grounding and Cable Cleats are Driving Successful Infrastructure Projects, and Engineers and Contractors are Taking Notice

By Fred Dorman There are many ways for an infrastructure project to go wrong. Getting the design and installation of electrical infrastructure correct from the start is a crucial for a successful project.

An improper design and installation plan for electrical infrastructure can set any well-intended project up for failure before ground is even broken and before any of its supposed benefits can be realized.

Understanding and implementing the right electrical infrastructure and partnering with the right manufacturers is critical in avoiding the negative ramifications of failed infrastructure projects.

By doing the design and installation of electrical infrastructure right the first time with standardized processes, rework that takes away from on-time delivery becomes preventable. With projects approved with an expected return on investment, the proper design and installation of electrical grounding and short circuit protection is paramount so that it can be installed to increase productivity and profitability. The right electrical foundation for industrial environments ensures that a project is built to improve system reliability, while also providing a safe work environment.

There are two commonly accepted methods for connecting wireto-ground rods, wire-to-rebar, or wire-to-wire in direct burial grounding applications: 1.) exothermic grounding and 2.) the safer, quicker alternative - compression grounding.

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Exothermic Grounding Exothermic grounding uses weld metal which, when ignited, creates a combustible exothermic reaction with a temperature of up to 3,000°F in a contained enclosure to weld two elements together, such as wire-to-ground rod, wire-to-rebar, or wire-to-wire. Although this is the most commonly used method and has been around for decades, it has limitations because is not UL 467 compliant, can be dangerous for workers, requires hot permits, is difficult to perform in wet environments, is time consum-

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ing, and is not visually inspectable. To meet UL 467, a general safety standard used in grounding and bonding, various tests are conducted, and requirements are provided as a baseline of quality for grounding and bonding equipment. All reputable manufacturers of direct burial exothermic and compression grounding connectors comply with UL 467, which provides requirements for tensile force strength, short time current, direct burial and markings such as DB (direct burial rated).

Compression Grounding Although less commonly used than the exothermic method because it is a newer solution, compression grounding is a visually inspectable UL 467 approved method for making direct burial grounding connections. Gaining preference as engineers and contractors learn its benefits, it adheres to IEEE 837-2014, a much more stringent requirement than UL 467 that is not subject to a third-party testing agency.

It is, instead, self-proclaiming by the manufacturer, who should provide test data to show that they comply. Required in the harsh and heavy environments often seen in industrial applications like offshore oil rigs, mining, and coastal environments, IEEE 837-2014 is an approved method for making direct burial grounding connections. Using a compression-style grounding connector that can be crimped using an ergonomic manual or battery-operated tool ensures a long-lasting connection. A pre-applied conductive antioxidant (Continued ON page 16)

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product SPOTLIGHT PANDUIT (Continued FROM page 14) compound on the connector provides a high quality electrical and mechanical bond, and cable ties act as a third hand to hold the connector and elements to which they are being connected in place while their free hands operate the crimping tool.

Stainless Steel Locking Tie Cleats Stainless steel locking tie cleats feature a polyurethane cushion to prevent damage to cables and mounting brackets to secure the tie to various styles of ladder rack. These cleats are suited for lower to medium peak short circuit current requirements and can be installed using a manual or battery-operated installation tool, which helps reduce installation time.

Clamp-Style Cable Cleats Clamp-style cable cleats are a widely used cleat solution also suited for a broad range of peak short circuit current requirements and are the most durable for high peak kA requirements.

Standards Compliance The key to the success of any design and installation of electrical grounding and short circuit protection, though, are standards. Standards compliance provides engineers and procurement with a baseline to read beyond a supplier’s marketing and compare like products. They highlight a product’s ability to get the job done, having been rigorously tested to prove reliability. With the global scale of projects being worked on, standards ensure there is seamless integration of these proven products when work is done across borders and that product safety is guaranteed.

Most megaprojects - those that cost $1 billion or more - go over budget, according to the McKinsey Global In1

stitute1. With these sorts of projects approved with an expected return on investment, these negative outcomes will have the opposite effect of their intended purpose and burden investors with losses, taxpayers with higher taxes, and break down earlier than expected.

Successful infrastructure projects can positively shape the future of communities and industries and understanding

and implementing the right direct burial grounding application, cable cleats and partnering with the right manufacturers is the best way to solidify their successful outcome.

About the Author: Fred Dorman is the

Global Director of Sales Enablement, Electrical Construction, MRO and EPC at Panduit.

Nicklas Garemo, Stefan Matzinger, and Robert Palter. “Megaprojects: The good, the bad, and the better.” McKinsey & Company. https://tinyurl.com/y8qr9wgt.

The key to the success of any design and installation of electrical grounding and short circuit protection are standards which provide engineers and procurement with a baseline to read beyond a supplier’s marketing and compare like products.

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feature ÂŽ ARTICLE RUSSELECTRIC A Siemens Business

Fail-safe versus Maintenance Bypass/Isolation Switches Know the Difference

By John Stark, Russelectric, A Siemens Business THIS ARTICLE EXPLAINS the differences between fail-safe and maintenance bypass/isolation switches and reviews the advantages and disadvantages of each. The article deals only with the bypass function, which must not be confused with open- or closed-transition automatic or manual transfer switching.

Understanding the Differences: Fail-safe Bypass vs. Maintenance Bypass

Figure 1: Fail-safe Bypass switches reduce the risk of errors and dangerous after effects of bypassing, while also making the bypass process faster and easier for emergency situation, but the brief load interruption when bypassing needs to be considered.

Fail-safe Bypass Design Fail-safe bypass/isolation switches provide an absolutely foolproof method of bypassing either the normal or the emergency power source around the automatic transfer switch (ATS) part of the unit to the load.

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Figure 2: Maintenance Bypass switches do not experience any interruption in the power supply when bypassing to the source the ATS is already connected to, but they also require numerous steps in order to achieve a successful bypass to the alternate source.

ibility, the fail-safe bypass design utilizes an additional set of load contacts between the manual bypass switch section and the automatic transfer switch section (see Figure 1), which allows the bypass switch handle to be thrown at any time—regardless of the position or

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condition of the transfer switch.

This extra set of load contacts in the bypass switch section momentarily isolates the load side of the ATS, allowing an operator to actuate the source bypass contacts with no thought whatsoever to the ATS. This is a (Continued ON page 20)

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feature ® ARTICLE RUSSELECTRIC A Siemens Business (Continued FROM page 18) tremendous benefit in an emergency situation where normal power has been lost and the ATS has failed to transfer.

After quickly checking to see that emergency power is available (automatic engine start would have been initiated upon failure of the normal source), the operator can simply throw the bypass handle to emergency—in one single motion.

Advantages •D esigned for rapid response in emergencies, the fail-safe bypass switch offers a fast, easy, totally mechanical, and absolutely foolproof method of bypassing the ATS—regardless of its condition or position—and allows an operator to restore power quickly to vital circuits in an emergency.

• The design is extremely simple and reliable. With its additional load contacts and foolproof mechanical interlocks, the fail-safe bypass switch design precludes the possibility of a direct short circuit that could bring down the entire power system.

• The fail-safe bypass switch’s foolproof mechanical interlock system is not dependent upon additional electrical interlocks, such as those required with maintenance bypass designs. Mechanical interlocks are engineered and purpose-built for extreme reliability. Their cam design, precision machining, and welding ensure long-term alignment and flawless operation without need for adjustment. Aircraft ball joints prevent interlock rods from binding.

•F ail-safe bypass switch contact mechanisms are identical to those used in the switch’s ATS section, simplifying maintenance and stocking of spare parts.

Disadvantage

Maintenance Bypass Switch Design To bypass to either the normal or emergency source with a maintenance bypass switch, the ATS must be in the source position to which the operator wishes to bypass. If it is not, then it must be electrically or manually transferred to that source be|

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When designing or updating a power control system, it is very important to choose the ATS/ bypass switch type best suited to the particular use case.

“Bypass of load to either the normal or emergency power source with complete isolation of the automatic transfer switch shall be possible regardless of the position or condition of the automatic transfer switch”.

• If for some reason the automatic transfer switch portion of the unit has been rendered mechanically or electrically inoperable while in the opposite position, bypass becomes impossible and the bypass/isolation switch is left useless. It is also important to consider that, in accordance with UL l008, manual operation of the automatic transfer switch is hazardous unless the manual operating handle of the transfer switch is external to the enclosure (a feature not typically specified).

• To prevent the possibility of a direct short circuit (by inadvertently connecting both sources together), the operation of most maintenance bypass switches is inhibited by an elaborate arrangement of electrical and mechanical interlocks that prevents the operator from bypassing a source to load while the transfer switch is in the alternate source (see Figure 2). The more elaborate these safeguards, the greater the possibility of malfunction or operator error.

Conclusion

impossible. In this situation, operating the bypass switch could trigger an extended electrical outage (ironically, a situation it was designed to prevent) and/or present a serious safety hazard to personnel.

Advantage • Allows bypass of the ATS section from either normal source to load or emergency source to load without load interruption, but only if the ATS is connected to the source to which the operator wishes to bypass. Otherwise, the operator must first manually transfer the ATS to this source and experience a load interruption.

• When a fail-safe bypass switch is bypassed, its load contacts will cause the same type of momentary load interruption that occurs when transferring a comparably sized transfer switch.

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fore it can be safely bypassed. Some designs require feeder breakers to be opened first to accomplish the transfer. Or, the manual bypass switch must be bypassed to whatever source position the ATS is in, the ATS must be isolated, then the manual bypass switch must be bypassed a second time to the desired alternate source.

In an emergency situation, these additional steps can significantly increase the time required to bypass the ATS and restore power to the load. In addition, if the ATS portion of the unit has been damaged or intentionally locked in the opposite position, a manual transfer could be, at best, extremely hazardous or, at worst,

Disadvantages • Designed primarily to allow maintenance without an interruption of load, maintenance bypass switches do not meet the specification requirement:

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With its additional (break-before-make) load contacts, the fail-safe bypass switch design reduces the number of steps and, therefore, the time required to bypass the ATS. This design allows the bypass switch to be thrown at any time—regardless of the position or condition of the ATS— dramatically simplifying the switch’s operation in emergencies and virtually eliminating the chance of operator error.

Fail-safe bypass switches should be considered when simple, fast and foolproof bypassing is needed for emergency outage situations and is the overriding concern.

Maintenance bypass switches should be considered when maintenance is the overriding concern.

Both types are advantageous in different use cases. When designing or updating a power control system, it is very important to choose the ATS/bypass switch type best suited to the particular use case. o

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company PROFILE Miller Safety Consultants

Protect Yourself Miller Safety Consultants — A Leader in Arc Flash Protection

Vince Miller started Miller Safety Consultants, veteran owned business in 1999. The goal of the business was to provide cost effective safety consulting, employee training such as: confined space entry, fall protection, electrical safety and provide sales of electrical shock and flash protective equipment and fall protection equipment to businesses in the Washington DC area.

Reliance Industries provided fall protection products and much of the sales and training was on behalf of the supplier. In 2000, the owner decided to retire from his business, and Vince decided to discontinue the fall protection line of his business and concentrate more in the electrical training and products.

Vince had been a distributor for Certified Insulated Products (CIP), a manufacturer of electrical insulated tools and electrical arc flash clothing manufactured by Otex in Rochester, New York.

As a distributor, Vince provided sales through his internet website and much through relationships with electrical contractors. His training was a classroom environment and was provided directly to customers but he also taught as a sub-contractor for other safety consult-

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ing companies and the Chesapeake Safety Council in Baltimore, Maryland. In 2005, Vince partnered with Vivid Learning Systems in Cascades, Washington to provide on-line training in safe work practices.

Training in electrical safe work practices is still provided locally in the Washington DC area and as a partner with an electrical engineering firm and online. The training is based on the Occupational Health and Safety Administration (OSHA) standards and the National Fire Protection Association (NFPA) 70E standard.

Miller Safety Consultants is now a distributor for Cementex USA, Burlington, New Jersey, for insulated tools and equipment and clothing from OTEX Protective, Rochester, New York.

The majority of his sales of products

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are from the web-based store. Cementex is nationally known for their quality equipment. Otex Protective is becoming more known for their quality clothing.

For years, they have manufactured their products under other provider labels.

Vince chose to not create his clothing line, but to sell the manufacturer product.

Vince has worked with many electrical company employees to fine-tune the clothing to be more comfortable for the user. Working closely with the manufacturer, they have made slight changes in how the cloth pattern was modified to meet final production. An example is the lightweight 40 Calorie vented hood offered by Otex.

The material is of the latest technology.

The vented assembly is constructed for balance on the back of the hardhat and the airflow is 27 CFM to prevent fogging of the face shield and provide cooling to the worker. It took over a year to develop the product with the user prior to having the hood “flash tested”. This product is now standard issue with many electrical contractors.

Being a small business and having quality providers has resulted in satisfied customers for Miller Safety Consultants.

Being a direct supplier for OTEX Protective, another small business means customized customer needs can be met. o For more information, visit Miller Safety Consultants at: www.electricalsafetysupply.com,email Vince at: sales@millersafetyltd.com or give him a call at (703)367-0404.

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industry NEWS

Investment in Domestic Growth

New Wire Mesh Cable Tray Production Line On March 28th, Chalfant Manufacturing Co., a member of the OBO Bettermann Group, conducted a ribbon cutting ceremony for its new state of the art, wire mesh welding manufacturing facility. The new production line at Chalfant’s second production facility in Ohio is now responsible for producing the complete line of wire mesh cable trays, a product previously imported from Europe.

The new wire mesh welding machine was not only a large investment of capital, but also an investment in the time and training of personnel. Machine operators, along with our plant manager, spent months training in Europe including France, Hungary, and at the OBO Better-

mann Global Headquarters in Menden, Germany. There, they learned every aspect of the machine including full operations and how to properly maintain this new equipment. From the months spent training in Europe to the weeks for machine transportation via container across the Atlantic, the journey has been truly global. “It seems the world is becoming smaller and smaller and this project shows what you can achieve with international power.” states, Torsten Schlegel, President of Chalfant Manufacturing.

The new machine at full capacity will be able to produce 170 pieces per hour and over 1.7 million feet of cable tray in the first year. This includes our patented

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self-connecting GR-magic joint, in all sizes from our 2-inch-wide to 28-inchwide offering in three side heights, 2, 4, and 6 inches. This increased capacity and product offering will greatly improve our ability to serve our market and grow our customer base. “We would like to give our customers a product which is locally produced and always available for delivery,” says Torsten Schlegel. With this new investment, Chalfant Manufacturing and the OBO Bettermann Group renew their commitment to invest in production in the United States. o

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industry NEWS

NSI Industries Expands its Product Portfolio Through its Merger with Platinum Tools, Grows Market Reach NSI Industries, LLC, a leading provider of electrical and control products, today announced a merger with the Newbury Park, California-based Platinum Tools®, expanding its product portfolio and market reach, while creating new value for a wide range of customers.

Platinum Tools is a market leader of award-winning datacom products, driving the innovation for the preparation, installation, hand termination and testing of wire and cable.

“The Platinum Tools product portfolio is entirely complementary to our NSI electrical solutions and will add immediate category depth,” said G. R. Schrotenboer, chief executive officer, NSI Industries. “Platinum Tools shares

our dedication to offer the best quality products designed for efficient and easy installation, while bringing economic value to contractors, electricians and installers.”

Platinum Tools’ portfolio includes cable management solutions, structured wiring products, tester kits, cutters, crimpers and other products for electrical, industrial, security, audio/video, commercial, residential, datacom and telecom applications, which expands NSI’s market reach.

“Our new combined strength, including our mutual commitments to delivering outstanding attention and service to our customers, creates substantial opportunities for us to offer a broad array

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of unique and industry-leading solutions to our customers,” said Lee Sachs, president, Platinum Tools. “We are excited about this partnership with NSI Industries and the value it will bring to our respective customers.”

Named the top brand leader in the Tools & Testers category in CE Pro Magazine’s 2018 Brand Analysis report, Platinum Tools was also recently awarded two 2018 Cabling Installation & 2018 Cabling Innovators Awards from Cabling Installation & Maintenance magazine.

Founded in 1997, Platinum Tools employs approximately 40 people and will continue to operate out of Newbury Park. o For additional information about NSI’s and Platinum Tools’ product solutions, please visit www.nsiindustries.com and www.platinumtools.com.

Craig Baum Joins Universal Lighting Technologies’ Team as Regional Sales Manager for West Coast Distribution our talented team of sales Universal Lighting Techprofessionals,” said Stu nologies Inc., a member Sumner, VP of Distribution of the Panasonic family Sales, Western U.S. for Uniof companies, today anversal. “With his extensive nounced the addition of lighting background, we are Craig Baum as the distribuconfident Craig will use his tion channel regional sales expertise to best serve our manager for the west coast distribution partners while region. growing our EVERLINE In this role, Baum is reLED luminaire and retrofit sponsible for overseeing the products, in addition to our agents, distributors and end core lighting products.” users for the company’s Craig Baum With more than 25 years west U.S. region. Craig’s Regional Sales Manager of experience in sales and sales region will include the states of Washington, Oregon, Ne- marketing, Craig has an in-depth knowlvada, California, Arizona, Montana and edge of lighting controls and electrical products. Craig has worked closely with New Mexico.

“We are excited to add Craig Baum to distributors to develop a deep under-

standing of their regional needs to provide support for growing sales. Prior to joining Universal, Craig served as a regional lighting sales manager. o About Universal Lighting Technologies, Inc.

Universal Lighting Technologies, Inc. a member of the Panasonic group and a subsidiary of Panasonic Lighting Americas, Inc., engineers, manufactures and markets innovative solutions for commercial lighting across North America, including LED drivers, LED modules, fluorescent, HID and connected devices using wired and wireless technology.

Universal’s EVERLINE® LED retrofit continuum provides a range of solutions for upgrading fluorescent to LED. With over 70 years of experience, the company is recognized for its commitment to quality and customer service. Learn more about Universal at www.unvlt.com. Like us on Facebook and follow us on LinkedIn and Twitter.

Electri-Flex Announces New COO ELECTRI-FLEX COMPANY has promoted Jan Jesernik Ruthe to Chief Operating Officer (COO).

Jan joined Electri-Flex in 2015 as the Director of Finance and has since made several successful process and staff development improvements.

Jan came to Electri-Flex from ITW (Illinois Tool Works) where she was Division Controller with both domestic and international responsibilities.

Prior to ITW, she held numerous operational and financial roles at Avery Dennison and the Marmon Group. o

Jan Jesernik Ruthe Chief Operating Officer

Electri-Flex Company, a leader in electrical conduit design and manufacture for nearly 65 years, produces Liquatite®, the most diverse line of liquidtight flexible electrical conduit in the industry. The company offers custom design, engineering, quality assurance and testing capabilities. For more information on Electri-Flex Company, call (630) 529-2920 or (800) 3236174; fax: (630) 529-0482; e-mail: mktg@electriflex.com; visit: www.electriflex.com; or write: 222 West Central Avenue, Roselle, IL, 60172-1994.

Metro Electric Supply Awarded Two Honors from Annual Ameren Awards Program Metro Electric Supply, a locally-owned and family operated wholesale residential, commercial and industrial electrical distributor, received the Trade Ally of the Year Award for the second year, and the Most Outstanding Regional Electrical Distributor of the Year Award at the 2019 Ameren Missouri BizSavers Program Trade Ally Network Awards. This is the third year in a row that Metro Electric Supply has been recognized by Ameren Missouri.

“It is an honor to be recognized with these awards,” says Bill Frisella, president of Metro Lighting and Metro Electric Supply. “Our continued standard of service from our employees shows in this recognition and that dedication is evident by our loyal customers.”

Metro’s energy use reduction saw them take the Trade Ally Network Awards’ highest honor in 2019. As the Trade Ally of the Year, Metro was recognized as a top performer in the energy efficiency industry.

The distinguished honor goes to the trade ally that has reached the pinnacle of performance by achieving the greatest energy savings of any trade ally company in 2018.

Metro’s progressive thinking, creative solutions and integration of incentives into their business has generated impressive energy savings throughout the year.

In addition to being award the Trade Ally of the Year, Metro Electric Supply was also honored with the Regional Electrical Distributor Award. o

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new PRODUCTS Introducing Enlighted One: Easy Wireless Lighting Control with an IoT Future Enlighted, the leading provider of Internet of Things (IoT) solutions for commercial buildings and healthcare facilities, innovates the lighting industry once again with a new wireless lighting controls solution delivering quick deployment and cost savings. Based on Enlighted’s award-winning smart sensor technology that is deployed in more than 210 million square feet of buildings, Enlighted One is easy to install, fast to program, and makes it simple to unlock an entire ecosystem of IoT applications whenever the time is right.

Enlighted’s proven wireless technology is well known for reducing labor and material costs, and streamlining lighting deployments. Enlighted One further speeds installation and commissioning time with an even simpler solution. By eliminating information technology (IT) components like network cables and gateways, cloud connections, and mobile apps, jobs can be done faster and without dependencies on IT specialists.

Perfect for both new construction and retrofit applications, Enlighted One ships integrated into lighting fixtures or is easily installed in the field. Enlighted One programming only takes seconds with an Enlighted wireless wall switch and off-the-shelf laser pointer. The system is out-of-the box building code compliant with features such as daylight harvesting, task tuning, and vacancy detection. The solution yields energy savings up to 65 percent with an LED retrofit.

Enlighted One features the same Generation 5 hardware as the Enlighted IoT Platform. When building occupants are ready to upgrade to IoT capabilities, no modifications to the lighting fixtures are required – the sensor is already installed in the building. With a sensor IoT license and the addition of an IoT network, customers can simply subscribe to building IoT applications and unlock productivity gains for building occupants.

For more information, visit www.enlightedinc.com

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MAY 2019

Wattstopper® FDP-300 Series DALI Digital Sensors Now Available

Enabling connected outdoor lighting systems for smarter, more energy efficient, and data-driven applications Legrand, North & Central America and its Eliot program introduced new capabilities for OEMs with the availability of the Wattstopper FDP-301SR sensor. The sensor features a streamlined design for fixture integration and enables bi-directional communication between the sensor and connected driver or wireless node. This is the first sensor from Legrand to bring occupancy detection to a connected outdoor fixture.

The FDP-301SR sensor is ideal for parking facilities, gas stations, pedestrian street lighting, and warehouses. It is compatible with many intelligent drivers including the Philips Lighting SR® platform, and when connected, the sensor does not need its own power supply reducing cost and saving space inside the luminaire.

For design engineers, the sensor addresses two critical market needs: a way to add advanced SR functionality to existing luminaries and the ability to offer end-users an easy hardware upgrade without opening the luminaire.

Other features and benefits include: • Maximum sequence of operations and two dedicated lens options that provide reliable coverage from 20 to 40-foot mounting heights • Design flexibility as sensors provide two different methods to attach to a luminaire • Ease of installation and setup through local or remote commissioning via Legrand Sensor Configuration app • IP66 and IK08 rated to ensure the highest protection against water, dust, and other non-corrosive material as well as against external mechanical impacts • Code compliance with latest ASHRAE 90.1/ IECC and California Title 24 outdoor lighting control requirements For more information, visit www.legrand.us

Advanced Dual Channel TDR from Megger Can Detect Illegal Taps TDR2050 can connect to live lines

Megger now offers an advanced dual channel time domain reflectometer that can detect illegal taps without having to power down the line being tested. The TDR2050 has a built-in 600V CATIV input protection filter, giving it the ability to connect to known live lines.

Easy to use equipment This time domain reflectometer features a large color WVGA display with easy set-up features.

Directional control buttons and soft keys provide both intuitive and easy operation for the user. A built-in AutoFind mode allows for speedy identification of faults. One press of the AutoFind key automatically adjusts the range and gain, while positioning the cursor to the first major event on the cable. Press the key again and the cursor jumps to the next detected disturbance.

Perfect for locating faults on paired metallic cables by electrical service contractors, telecommunications technicians as well as cable television companies, the TDR2050 includes an auto selection option to ensure that the most effective parameters are chosen depending on the range required, aiding rapid diagnosis of the TDR trace. A manual override on the unit allows for fine tuning to enable identification of hard to find faults.

Trace tagging made easy The TDR2050 features dual trace and dual cursor capabilities allowing for full flexibility, giving the operator complete control and instant notification of the distance between two points. A trace comparison feature allows for close examination between trace conditions.

The unit’s trace tagging function is saved into Megger’s TraceXpert software which gives full control over downloading, reporting and uploading of saved trace results. Up to 100 trace memories can be saved into the unit’s trace storage and later be recalled to the display for analysis or can be compared with an active display to help find a fault location. These results can also be downloaded onto a computer via a USB port.

Megger’s TDR2050 includes a step TDR function that eliminates the Dead Zone effect. This is when a standard pulse TDR can mask near-end faults and make them undetectable. Megger’s step TDR technology allows for a signal to be injected at full strength and stay there until a disturbance is detected, making step TDR technology perfect for detecting near-end faults that standard pulse TDRs can miss.

For more information, visit us.megger.com MAY 2019

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new PRODUCTS Bosch GSB18V-535C 18V Brushless Compact Tough Hammer Drill/Driver (GSR18V-535C Drill/Driver) Packs Smart Bluetooth® Features in Small Package The hammer drill/driver and drill/driver can sense bind-up situations and connect to mobile devices via Bluetooth for ultimate tool customizability

A compact tool shouldn’t mean fewer features or less power. The Bosch GSB18V-535C 18V EC Brushless Compact Tough 1/2 In. Hammer Drill/ Driver and Bosch GSR18V-535C 18V EC Brushless Compact Tough 1/2 In. Drill/Driver prove a small package can not only pack a serious punch, but deliver on next-generation jobsite technology. From Bluetooth® connectivity to KickBack Control, these lightweight, compact tools promise to be go-to options in your tool bag.

The Bosch GSB18V-535C Hammer Drill/Driver and Bosch GSR18V-535C Drill/Driver combine advanced user control with a compact, powerful cordless tool. The tools feature Bluetooth® connectivity (which connects to an optional Connectivity Tool Module) that links the tool to the free Bosch Toolbox App, which is available at the Apple App Store® or the Google Play® Store. The app works with a mobile device to provide enhanced tool control and detailed tool usage feedback, including battery charge status. Users can customize the tool, which includes changing the KickBack Control sensitivity and adjusting the time the LED remains on after trigger release.

The hammer drill/driver and drill/driver offer Bosch-exclusive Kickback Control, an integrated acceleration sensor that limits tool rotation by detecting sudden movement and shutting down the motor. The feature mitigates injury risk in bind-up situations.

While the GSB18V-535C and GSR18V-535C are packed with features, they’re also powerful tools. Both offer an efficient, maintenance-free EC Brushless motor that produces up to 535 In.-Lbs. of torque for tough driving and drilling applications around the jobsite. The tools have two speed settings – one for high-power tasks (0-600 rpm) and one for high-speed drilling (0-1,900 rpm). The hammer drill/driver’s no-load bpm is 28,500.

For more information, visit www.boschtools.com

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MAY 2019

Focal Point expands Seem® 1 family with sound-absorbing companions Focal Point is addressing needs beyond lighting with Seem® 1 Acoustic. The luminaire and baffle system, part of the company’s Acoustics Solutions program, is intended to improve human comfort and resolve some of the challenges of today’s commercial environments. The integrated system is designed to simply the specification, sourcing and installation process while procuring a unified look that enhances interior architecture.

“By always listening to the market, we are continuing the evolution of the Seem product line to meet the needs of specifiers,” stated Mike Thornton, Chief Marketing Officer for Focal Point LLC. “Focal Point is bringing a new value proposition to the market, built around visual and acoustical comfort to enhance today’s open workplaces.”

Seem 1 Acoustic is a linear luminaire and baffle system design on the Seem 1 platform using an eco-friendly, sound absorbing housing material. The new system leverages the advanced light engine, narrow aperture, and various lumen outputs of Seem 1 while delivering a Noise Reduction Coefficient (NRC) of 1.05. The flexible system uses patent- pending AirCore technology to maximize sound absorption.

A housing material made of 100 percent polyester containing up to 50 percent of recycled plastic bottles (PET) contributes to reducing its ecological impact and provides an ASTM E-84 Class A firing rating. The system can be specified with direct, indirect, or indirect-direct light distributions, or as an unlit acoustic baffle to achieve the desired illumination and acoustic reverberation levels with a coordinated look.

The newest addition to the Acoustics Solutions program is the AirCore Blade. The slim architectural acoustical blade that supports budget conscious projects made its debut at LEDucation 2019. It is designed and engineered using Focal Point’s patent-pending AirCore technology to acoustically outperform standard acoustical blades. Leveraging the same material and color palette as the Seem 1 Acoustic, it can be paired with Seem 1 Acoustic illuminated baffles to deliver optimal illumination and sound levels with a harmonized visual aesthetic.

In addition to expanding the acoustic portfolio, Focal Point is also introducing additional material color options. Standard, Premium and Extended color palettes enable designers to select from a variety of shades to deliver a personalized aesthetic.

For more information, visit www.focalpointlights.com FOR FREE INFO, CIRCLE 44 on Reader Service Card MAY 2019

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new PRODUCTS AC/DC Digital Clamp Meter Provides Improved Usability and Viewability Klein Tools, for professionals since 1857, introduces a new AC/DC Digital Clamp Meter (CL380), bringing accessibly priced AC/ DC True Root Mean Squared (TRMS) measurement capabilities to Klein Tools’ product line. The CL380 Digital Clamp Meter offers the capability to measure current up to 400A AC/DC and also features a high-visibility reverse contrast LCD display for improved viewability in all lighting conditions. Additional applications include non-contact voltage testing, DC micro-Amp measurements, resistance, continuity, frequency, temperature, and more. Designed for general use in residential, commercial and light-industrial locations, the CL380’s excellent functionality and value provides professionals with a best-in-class clamp meter option.

AC/DC Digital Clamp Meter, 400A Auto-Ranging (Cat. No. CL380) • Delivers excellent functionality to Klein Tools’ Clamp Meter product line: • Clamp measures current up to 400A AC/DC • Non-contact voltage tester integrated into the clamp jaw • Test leads measure AC/DC voltage up to 600V, 40MΩ Resistance, DC microamps and millivolts, continuity, frequency, dutycycle, capacitance and test diodes • K-Type thermocouple probe measures temperature • High-visibility reverse contrast LCD display provides improved viewability in all lighting conditions • Auto-ranging True Root Mean Squared (TRMS) measurement technology for greater accuracy • Max / Min, Rel / Zero and data hold capability • Auto power-off after five minutes of non-use conserves battery life • Low battery indicator and easily accessible battery compartment • Rugged design stands up to jobsite demands with 6.6-foot (2m) drop protection as well as CAT III 600V, Class 2 and Double Insulation safety ratings • Includes carrying case, test leads, K-type thermocouple probe, instruction manual and 3 x AAA batteries “Klein Tools’ Test and Measurement product line provides professionals with the solutions and capabilities needed to complete the various types of electrical testing performed on active jobsites,” says Sean O’Flaherty, director of product management at Klein Tools. “Klein’s CL380 delivers the ability to measure AC/DC current on an accessibly priced TRMS clamp meter.

For more information, visit www.kleintools.com FOR FREE INFO, CIRCLE 45 on Reader Service Card 32

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MAY 2019

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new PRODUCTS Emerson Adds Greenlee® Phase Sequence and Motor Rotation Indicator to its Test & Measurement Lineup Emerson introduces the new Greenlee Phase Sequence and Motor Rotation Indicator (5124). Backed by a manufacturer’s lifetime limited warranty, electrical contractors, HVAC/IR and industrial maintenance technicians can use one device to identify motor rotation direction and clockwise or counterclockwise wiring configuration in a three-phase power source—safeguarding to ensure proper installation. The Phase Sequence and Motor Rotation Indicator is now available.

The new Phase Sequence and Motor Rotation Indicator is rated CAT III 600V and is CE, CETLUS certified. The phase sequence indicators illuminate when three phase power is detected and phase sequence orientation for three-phase power sources and industrial equipment is identified. A non-contact motor rotation feature determines the rotation of a running single-phase or three-phase motor and illuminates clockwise or counterclockwise motor rotation LED indicators to detect incorrect wiring and help prevent damage to industrial equipment. The new Phase Sequence and Motor Rotation Indicator features tri-colored banana leads, alligator clips, soft carrying case and a durable over molded holster protecting the meter from debris and damage.

“Motor rotation detection is critical when working on industrial equipment such as motors, compressors and generators,” said Katey Earley, Product Specialist for Greenlee, Emerson. “If not done properly, maintenance or repairs could result in expensive, complicated or permanent damage.”

For more information, visit www.Greenlee.com

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MAY 2019

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new PRODUCTS Milwaukee® Introduces a Maintenance-Free 130w LED Temporary Site Light The leading jobsite lighting provider in the industry, Milwaukee Tool, continues to expand their Lighting Solutions with the introduction of the RADIUS™ LED 130W Temporary Site Light. The AC-powered lighting solution is specifically designed to significantly reduce the labor time associated with temporary lighting installation, maintenance costs, and overall energy consumption. The new light is easy to set up and can instantly light up the work space with 15,000 lumens of TRUEVIEW™ high definition light – reducing the number of temp lights needed throughout the job.

“The temporary jobsite lighting industry is plagued with commoditized products that lack durability, require many labor hours to maintain, and consume significant amounts of power,” said Jason Isaacs, Senior Product Manager for Milwaukee Tool. “Just last year we leveraged our leadership in lighting technology by developing a 70w LED AC-powered solution that exceeded the performance of 105w fluorescent with no maintenance and easy set-up. Now we’re taking our technology even further by delivering a 130w temporary light that more than doubles that output; and allows contractors to install less lights to meet OSHA® jobsite lighting standards.”

Capable of providing up to 15,000 lumens of light, the new RADIUS™ LED 130W Temporary Site Light features TRUEVIEW™ Technology. This advanced LED technology and optical design delivers a consistent beam, optimized color temperature, and true representation of colors and detail leading to a more productive work area.

The light comes with a 3ft, 120v power cord for out of the box use and features an integrated wiring terminal. This wiring terminal accepts voltages from 120 to 277V, which can be wired together in a series with MC or ROMEX cable through universal strain reliefs. Able to hang from virtually any overhead area with its convenient hanging cable, the new light has a quick-feed cable retention, so users can speed up the installation process and easily adjust the height of the cable during installation.

The durable high impact polycarbonate lens design can survive harsh jobsite conditions, including drops from as high as 9 ft. Like all of Milwaukee’s high output LED lights, the new light also features a limited lifetime LED warranty, and a 5-year warranty on the product.

Committed to its focus on the user and investment in game-changing technology, Milwaukee® will continue to design and develop lighting solutions with the ability to adapt, perform and survive the demands of professional use.

For more information, visit www.milwaukeetool.com FOR FREE INFO, CIRCLE 47 on Reader Service Card 36

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MAY 2019

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new PRODUCTS Megger Enhances High-Performance Ground Tester

New optional test lead reels added to DET2/3 dramatically reduce time and frustration Features: • New optional test leads reduce time and frustration • Improved accuracy and stability • Meets IEEE Standard 81 • Supports two-, three- and four-pole ground resistance measurements Megger has enhanced its DET2/3 earth/ground resistance tester by adding new optional test lead reels that dramatically reduce time and frustration for the operator. This high-performance ground tester replaces the incomparable DET2/2 that was an industry standard for 25 years.

Designed to test communications and ground systems, this tester features a graphic display for better data analysis, excellent error detection capabilities, as well as the widest range of test frequencies to ensure noise protection.

The DET2/3 offers improved accuracy and stability. It has a test frequency range from 10 Hz to 200 Hz in steps of 0.5 Hz, with an automatic frequency selection feature that allows users to ensure tests are carried out at the frequency with the lowest noise level.

The unit includes a large internal memory that allows immediate calculation of resistivity and can store more than a day’s worth of test results. These results can be downloaded to a USB flash drive or directly to a PC running PowerDB™ software.

Megger’s robust DET2/3 meets IEEE Standard 81 and is suited to testing grounding and lightning protection. It has an IP54 rating during use for real-world conditions as well as IP65 protection (with the lid closed). This tester is an excellent diagnostic tool for anyone performing ground testing. The DET2/3 supports two-, three- and four-pole ground resistance measurements.

For more information, visit us.megger.com

Platinum Tools® Features New EXO Termination Kits at 2019 NAB & ISC West Shows; Now Available

Featuring the EXO Crimp Frame® with the EXO-EX and the EZ-RJ45® Interchangeable Dies, the EXO Termination Kits Supply Everything Needed to Terminate Cat5e, Cat6, and Cat6A Cables

Platinum Tools®, the leader in solutions for the preparation, installation, hand termination and testing of wire and cable, is proud to announce it recently launched EXO Termination Kits (p/ns 90185 & 90186) during the 2019 NAB Show, held in Las Vegas, Nev. from April 8-11 at the Las Vegas Convention Center, booth # C11447 and ISC West 2019, held in Las Vegas, Nev. from April 10-12 at the Sands Expo and Convention Center, booth #6035.

The kits are now shipping with MSRPs of $289.00 (p/n 90185) and $239.00 (p/n 90186).

“Featuring the EXO Crimp Frame® with the EXO-EX and the EZ-RJ45® interchangeable dies, the EXO Termination Kits supply everything you need to terminate Cat5e, Cat6, and Cat6A cables,” explained John Phillips, Platinum Tools, Inc. product manager. “Using the original EZ-RJ45 Cat5e and ezEX-RJ45®, ezEX®44, and ezEX®48 connectors give installers the fastest solution for terminating Ethernet cabling.”

The EXO Cut/Strip/Terminate Kit (P/N 90185) gives users that need all the tools to prep and terminate a cable. The EXO Termination Kit (P/N 90186) comes prepared to accept additional tools with a foam insert that has tear way foam to put strippers and cutters.

EXO Cut/Strip/Terminate Kit (P/N 90185) includes: Tools included: • EXO Crimp Frame + EXO-EX Die™ • EZ-RJ45 Die • Cyclops® 2 Cable Jacket Stripper • Electrician’s Scissors • 5-inch Side Cutting Pliers Connectors included: • EZ-RJ45 CAT5e, 50 pcs • ezEX®44, ezEX-RJ45, 50 pcs • ezEX®48, ezEX-RJ45, 25 pcs 38

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MAY 2019

EXO Termination Kit (P/N 90186) includes: Tools included: • EXO Crimp Frame + EXO-EX Die • EZ-RJ45 Die Connectors included: • EZ-RJ45 CAT5e, 50 pcs • ezEX®44, ezEX-RJ45, 50 pcs • ezEX®48, ezEX-RJ45, 25 pcs For more information, visit www.platinumtools.com

Precision Optics Minimize Glare and Backlight Topaz Introduces Improved Full Cutoff Wall Packs

Topaz Lighting introduces its low-profile LED Full Cutoff Wall Packs for durable, energy saving and high efficacy façade lighting. These durable, energy-saving fixtures are perfect for lighting outdoor walkways, landscapes, parking areas, and perimeters.

LED Full Cutoff Wall Packs offer a low-profile design built from heavy-duty, die-cast aluminum housing with a bronze powder coated finish for superior corrosion resistance. To stand behind the 50,000 hour lifetime of the LEDs, these fixtures come equipped with a high-quality, shatter-resistant polycarbonate lens, stainless steel hardware, and are fully gasketed and sealed for the protection expected from an IP65 rated product.

Available in 40W and 60W, both models offer 10kV surge protection, 1-10V dimming capability, and are compatible with photocell. In addition to being DLC® Premium classified, Topaz’s Full Cutoff Wall Packs are Dark-Sky compliant and boast an impressive 125 Lumens Per Watt.

Michael Neary, Topaz Senior Lighting Product Manager said, “Wall Packs are not a new category for us, but over time, we have listened to the feedback that we receive from distributors and the contractors installing our products. We knew that offering a full cutoff model with high efficacy and a slim housing would be attractive. This particular model has exceeded our expectations and will ensure a long-lasting, no-maintenance solution for a variety of outdoor lighting applications.”

As an added incentive, Topaz’s LED Full Cutoff Wall Packs are rebate-eligible in major markets across the country including: New York City, Phoenix, Dallas, Los Angeles, San Antonio, and Las Vegas. All rebates must be verified by the local utility provider. Please visit www.topaz-usa.com/rebate-finder to see if rebates are available in your market.

For more information, visit www.topaz-usa.com

Leviton Announces New Pop-Up Floor Box Devices

New line of floor boxes offers modern and practical solution to attractively conceal electrical wiring devices Leviton today announced its new line of Pop-Up Floor Boxes, which are available in multiple configurations and four designer finishes to satisfy a wide range of electrical needs in residential and commercial applications.

The Leviton Pop-Up Floor Boxes feature a stylish low profile, allowing them to recess neatly into the floor with minimal exposure above the finished floor. The Pop-Up Floor Box Receptacles include genuine Leviton wiring devices pre-wired to a terminal block for easy wiring access and installation. Each floor box features an innovative side latch open/close mechanism to eliminate common issues associated with traditional center latches, such as interference with opening and scratching of the wiring device face. The Leviton Pop-Up Floor Boxes are available in the following models: • USB Dual Type A Charger/Tamper-Resistant Receptacle • SmartlockPro® Self-Test Tamper-Resistant GFCI Receptacle • Decora® Tamper-Resistant Receptacle • 3-Port QuickPort® Insert for voice, data, audio and video applications Engineered to the highest safety standards, the Leviton Pop-Up Floor Boxes are IP 44 Rated for protection from ingress of water spray from any direction when closed. They meet or exceed UL 514A requirements, including the scrub water and concrete tightness tests, and receptacles comply with the latest NEC® requirements for tamper-resistant receptacles.

The Leviton Pop-Up Floor Boxes deliver quality and pleasing aesthetics, making them a welcome addition to many flooring materials including tile, stone, wood, laminate, carpet, vinyl and concrete. The floor boxes can be used in new construction as well as retrofits.

“Leviton Pop-Up Floor Boxes provide convenient, easy access to power in homes and in multifamily units where traditional in-wall receptacles cannot be used, such as rooms with floor to ceiling windows, great rooms and other architectural enhancements,” said Melissa Cinelli, product manager, Leviton Residential. “With the simple press of a button, receptacles or data ports become immediately available for use. The Pop-Up Floor Boxes also offer an ideal solution for commercial applications in offices and meeting rooms, hotels, shopping malls, cafés and restaurants; anywhere open space warrants access to a power source.”

For more information, visit www.leviton.com MAY 2019

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advertiser INDEX This advertiser index is compiled as a courtesy to our readers. While every effort is made to provide a complete and accurate listing of companies, page numbers and reader service numbers, the publisher is not responsible for errors.

Company

PG# RS#

Company

PG# RS#

KING INNOVATION

28

42

21

KOLBI PIPE MARKER COMPANY

40

48

24 25

40 18

KRENZ & COMPANY MEGGER

40 49 7 8

BREX LIGHTING CHALFANT MANUFACTURING COMPANY

3 5

5 7

MILLER SAFETY CONSULTANTS, LTD MITSUBISHI ELECTRIC

BC 1

3 4

CONDUIT REPAIR SYSTEMS CONTRACTOR LIGHTING & SUPPLY

4 34

6 46

MOBILE DESK RANDL INDUSTRIES

15 19

13 15

COPPER DEVELOPMENT ASSOCIATION

IBC

2

RONK ELECTRICAL INDUSTRIES

21

16

COST LESS LIGHTING GARDNER BENDER

33 26

20 41

SP PRODUCTS INC SPERRY INSTRUMENTS

9 30

9 43

GENERATOR INTERLOCK TECHNOLOGIES GRIPLOCK SYSTEMS, LLC HERCULES INDUSTRIES, INC IPEX USA KEYSTONE ELECTRONICS CORP

13 17 10 23 36

12 14 10 17 47

TCP TIMCO INSTRUMENTS, LLC TOPAZ USA LED SOLUTIONS

32 45 37 22 31 44 11 11

AEMC INSTRUMENTS

IFC

1

AMTEC CORPORATION

35

BERGEN INDUSTRIES BRANDON INDUSTRIES

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MAY 2019

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