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CONTENTS
PUBLISHER
Danny J. Salchert OFFICE MANAGER
Anita Salchert NATIONAL SALES MANAGER
Jerry DiChiara jerryd@epsmag.net CREATIVE DIRECTOR
Derek Gaylard CONTRIBUTING WRITERS
Mike Voss, John Olobri, Darrell Igelmund
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CIRCULATION DIRECTOR
Pam Fulmer
FEATURES 6 Recognizing the Additional Benefits Isolated Power Systems Increase the Life of Medical Devices By Mike Voss
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Power Quality Measurement 101 By John Olobri
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Power Over Ethernet Becomes Part of the Job More and More Network Devices and Peripherals are Powered by PoE By Darrell Igelmund
PRODUCT SPOTLIGHT 24 Simplifying Load Bank Testing of Standby Generators for Critical Operations Power Systems (COPS)
DEPARTMENTS 28 Product Focus 36 Industry News 40 Ad Index
PRESIDENT
Danny J. Salchert Executive and Advertising Offices 3591 Cahaba Beach Road Birmingham, AL 35242 toll free: 800.981.4541 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. Electrical Products & Solutions™ is distributed to qualified readers in the electrical contracting industry. Publisher is not liable for all content (including editorial and illustrations provided by advertisers) of advertisements published and does not accept responsibility for any claims made against the publisher. It is the advertiser’s or agency’s responsibility to obtain appropriate releases on any item or individuals pictured in an advertisement. Reproduction of this magazine in whole or in part is prohibited without prior written permission from the publisher. POSTMASTER: Send address changes to ABD Communications, Inc., P.O. Box 382885 Birmingham, Alabama 35238-2885 PRINTED IN THE USA
ON THE COVER Cover photography provided by AEMC® Instruments
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Electrical Products & Solutions • June 2010
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FEATURE • PG LifeLink
Recognizing the
Additional Benefits Isolated Power Systems Increase the Life of Medical Devices By Mike Voss, Sales Manager, PG LifeLink
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any of us who provide electrical products to the healthcare industry are aware of the benefits associated with Isolated Power Systems (IPS) in hospital operating rooms, critical care, and intensive care areas, for their ability to provide continuous power in the event of one line to ground fault while eliminating the danger of electrical shock. These systems were first introduced into the hospital environment over fifty years ago as a way to reduce the risk of explosions in operating rooms and other areas where flammable anesthesia agents were used. Today, these types of flammable gases are no longer in use and some feel the added cost of IPS is thereMedical care providers are becoming fore not justified, resulting in ongoing de- increasingly dependent on electrically bates involving their safety benefits versus powered apparatus for the preservation of their cost. life of hospitalized patients. For example,
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Medical care providers are becoming increasingly dependent on electrically powered apparatus for the preservation of life of hospitalized patients.
Electrical Products & Solutions • June 2010
more cardiac operations are performed every year, in many of which the patient’s life depends on artificial circulation of the blood; in those and other operations, life is often sustained by means of electric impulses applied directly to the heart muscle to stimulate and regulate its action. Many large hospitals have over 10,000 pieces of equipment, many of which cost tens of thousands of dollars each and often more. Should one of these instruments fail or be damaged for any reason, including poor power quality, not only would the resulting repairs be costly, but more importantly, such a failure could jeopardize the life of the patient. This increased use of sensitive electronic systems in the hospital environment has created a growing need for a “clean” supply of power, free of noise and transients. Data storage and monitoring equipment is often extremely sensitive to line transients and noise frequently present on power lines. The IPS contains a high quality shielded isolation transformer which provides a convenient and effective means of greatly reducing or even eliminating line-to-line and line-toground noise on power feeders. Many manufacturers of noise-sensitive equipment have recognized the problem created by transients and noise on their equipment’s input line and have provided a measure of protection as an integral part of their equipment. This protection, however, may not be adequate for frequent or serious disturbances. Although the primary reason for IPS design and installation was not to achieve this noise reduction, but to provide a low leakage secondary power system for safety reasons, we must recognize Continued on page 8
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this other “built-in” but less obvious advantage of IPS when comparing it against conventional grounded systems. There are two types of noise that affect medical devices typically found in hospital critical care areas: common mode noise, the most prevalent type, and transverse mode noise. Common mode noise refers to electrical interference existing in common on all current-carrying conductors and measurable as a ground referenced signal. In typical hospital environments, large quantities of this type of noise can be generated by high-power equipment using phase-control techniques, including variable speed motor drives, elevator soft-start controls, and lighting dimmers, as well as other types. In these applications, power savings or other desired effects are accomplished by using only a portion of each cycle of the AC waveform. At the instant during the waveform cycle when the device switches “on”, a large transient current flow can be created in the “neutral” conductor, which can impress a high transient voltage on all conductors of the power line feeder proportional to the impedance of the neutral conductor’s path to ground. The IPS acts as a filter to safeguard medical electronics by blocking common mode noise and harmonics from reaching equipment connected through it. An IPS consists of the following key components: an isolation transformer, a line isolation monitor, and a circuit breaker panel with ground bus. The isolation transformer is the component responsible for blocking noise while providing surge suppression. This transformer has separate primary and secondary windings and generally a shield between them. Its main purpose is to allow re-referencing of output connections and to reduce conducted electrical noise. An isolation transformer transfers to its secondary only those voltages that differ between legs of its primary, and therefore blocks common-mode noise and transients from its input circuit to its output windings. This attenuation, or reduction in amplitude, could be as high as one million to one.1 A study conducted by IBM estimates a power surge of 100 to 1,000 volts occurs at least once per day in every electrical environment, possibly leading to system lock-ups, lost productivity and 8
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even catastrophic equipment damage or data loss. Surges can also degrade lighting, HVAC and elevator controls as well as chiller systems - each potentially leading to life-threatening problems quite apart from dedicated medical devices. Surge related issues result in nearly $80 billion in losses for the U.S. economy, according to the Worldwatch Institute. These equipment-damaging electrical pulses are also a factor in patient care and the filling of landfills with harmful electronic waste due to equipment failure. In an article written August 5th, 2009 on Dotmed.com, William Goldbach, a senior life member of the Institute of Electrical and Electronics Engineers (IEEE), wrote, “Microprocessors read in-
The IPS acts as a filter to safeguard medical electronics by blocking common mode noise and harmonics from reaching equipment connected through it.
has been a leader in this field for over 50 years and continues to develop new technologies and advantages to increase the value and lower the total cost of ownership for these systems. The onetime cost of installing isolated power typically represents 6-8% of the total electrical distribution equipment installed in a newly constructed hospital. The long term savings associated with these systems far outweigh the costs of implementing them into your hospital system. PG LifeLink works with engineers, contractors and specifiers to assist in making a project as economical as possible.
Conclusion Many areas of modern healthcare facilities represent the confluence of electrically powered devices. Although the main reason for isolated power in hospital critical care areas is to reduce the potential of electrical shock, isolated power systems provide additional benefits beyond an added safety layer for the patient and staff. As identified in this article, hospitals are able to increase the reliability and possibly even extend the life of expensive medical equipment. Although there are other costly methods available to reduce common mode noise, isolated power inherently includes this beneficial attribute, adding value by being included as part of electrical distribution systems. Because IPS provide a solution to common mode noise found in electrical distribution systems throughout hospitals and also provide additional safety, it is our judgment, based on the facts presented in this paper, that the benefits of IPS easily outweigh the incremental costs. Isolated Power Systems provide both a safer overall system than grounded power and a less hostile electrical environment for critical electronic life-support equipment, and should be considered standard equipment for critical care areas. ❏
formation through current pulses as binary code (zeros and ones). As equipment is turned on and off, voltage and current pulses, known as transients, are generated. These pulses of energy are distributed throughout every piece of equipment in the system. Depending upon the size and frequency of these pulses,” he says, “the results will vary. As microprocessors try to function, these transient pulses of energy can cause lockups, or data can become lost or cor- References rupted. In addition,” Goldbach says, “larger pulses will cause catastrophic 1 Energy Technologies, Inc. failure while smaller pulses degrade the http://www.powersource.net/ glossary-g.htm#ii June 8, 2010. life of these systems and controls.” 2 As stated above, the cost associated 2 Dotmed.com, Preventing Power Surge with installing and maintaining these sys- is Key to Medical Device Operation, tems is still a large concern. PG LifeLink Rabia Paracha, August 5, 2009.
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FEATURE • AEMC® Instruments
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P PA AR RT T 1 AR OF TI A C LE
0610EPSp12,14,16,19:Company Spotlight
Three-Phase, 3-Wire Systems
In this type of system, commonly known as the “DELTA” configuration, the voltage between each pair of line wires is the actual transformer voltage. This system is frequently used for power loads in commercial and industrial buildings. In such cases, service to the premises is made at 208V, three-phase. Feeders carry the power to panel boards supplying branch circuits for motor loads. Lighting loads are usually handled by a separate single-phase service. The 480V distribution is often used in industrial buildings with substantial motor loads.
Power Quality Measurement 101 By John Olobri, Director of Sales and Marketing, AEMC® Instruments
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ower economics now play a critical role in industry as never before. With the high cost of power generation, transmission, and distribution, it is of paramount concern to effectively monitor and control the use of energy. The electric utility’s primary goal is to meet the power demand of its customers at all times and under all conditions. But as the electrical demand grows in size and complexity, modifications and additions to existing electric power networks have become increasingly expensive. The measuring and monitoring of electric power have become even more critical because of down time associated with equipment breakdown and material failures. For economic reasons, electric power is generated by utility companies at relatively high voltages (4160, 6900, 13,800 volts are typical). These high voltages are then reduced at the consumption site by step-down transformers to lower values which may be safely and more easily used in commercial, industrial and residential applications. Personnel and property safety are the most important factors in the operation of electrical system operation. Reliability is the first consideration in providing safety.
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The reliability of any electrical system depends upon knowledge, preventive main- Three-Phase, 4-Wire Systems tenance and subsequently the test Known as the “WYE” type connection, equipment used to monitor that system. this is the system most commonly used in commercial and industrial buildings. In Typical Voltage Configurations office or other commercial buildings, the Single-Phase Systems 480V three-phase, 4-wire feeders are Single-phase residential loads are al- carried to each floor, where 480V threemost universally supplied through phase is tapped to a power panel or mo120/240V, 3-wire, single-phase services. tors. General area fluorescent lighting that Large appliances such as ranges, water uses 277V ballasts is connected between heaters, and clothes dryers are supplied at each leg and neutral; 208Y/ 120 three240V. Lighting, small appliances, and phase, 4-wire circuits are derived from outlet receptacles are supplied at 120V. In step-down transformers for local lighting this system the two “hot” or current car- and receptacle outlets. rying conductors are 180° out-of-phase Typical voltage: with respect to the neutral. phase-to-phase = 208/480V phase-to-neutral = 120/277V
Electrical Products & Solutions • June 2010
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FEATURE • AEMC® Instruments
Balanced vs. Unbalanced Loads
A balanced load is an AC power system using more than two wires, where the current flow is equal in each of the current carrying conductors. Many systems today represent an unbalanced condition due to uneven loading on a particular phase. This often occurs when electrical expansion is affected with little regard to even distribution of loads between phases or several nonlinear loads on the same system.
Demand The amount of electrical energy consumed over time is known as demand. Demand is the average load placed on the utility to provide power (kilowatts) to a customer over a utility-specified time interval (typically 15 or 30 minutes). If demand requirements are irregular, the utility must have more capability available than would be required if the customer load requirements remained
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constant. To provide for this time-varying demand, the utility must invest in the proper size equipment to provide for these power peaks. Brief high peaks such as those present when large equipment initially comes on line are not critical in the overall equation because the duration is short with respect to the demand averaging interval.
Consumption
Power factor is the ratio of ACTUAL POWER used in a circuit to the APPARENT POWER delivered by a utility. Actual power is expressed in watts (W) or kilowatts (kW); apparent power in voltamperes (VA) or kilovoltamperes (kVA). Apparent power is calculated simply by multiplying the current by the voltage. Power Factor =Actual Power = kW Apparent Power kVA
Watts and vars are instantaneous measurements representing what is happening in a circuit at any given moment. Since these parameters vary so greatly within any period, it is necessary to integrate (sum) electrical usage over time. The fundamental unit for measuring usage is the watt hour (Wh), or more typically the kilowatt hour (kWh). This value represents usage of 1000W for one hour. Typical costs in the United States for one kilowatt hour range from 8 to 15 cents.
Certain loads (e.g., inductive type motors) create a phase shift or delay between the current and voltage waveforms. An inductive type load causes the current to lag the voltage by some angle, known as the phase angle. On purely resistive loads, there is no phase difference between the two waveforms; therefore the power factor on such a load will be 0 degrees, or unity. The following examples of a soldering iron and a single-phase Continued on page 16
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Power Factor
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FEATURE • AEMC® Instruments
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motor illustrate how power factor is con- a. the work performed by the system; sumed in different types of loads. In a solthat is, lifting with a crane, moving air dering iron, the apparent power supplied with a fan, or moving material, as with by the utility is directly converted into a conveyer. heat, or actual power. In this case, the ac- b. heat developed by the power lost in tual power is equal to the apparent power, the motor winding resistance so that the power factor is equal to “1” or c. heat developed in the iron through 100% (unity). eddy currents and hysteresis losses d. frictional losses in the moor bearings e. air friction losses in turning the motor rotor, more commonly known as windage losses. We now observe that with a singlephase motor, the apparent power obtained is greater than the actual power. This difference is the power factor. Power factor reflects the difference which exists between loads. The soldering iron is a purely resistive load which absorbs the current, which is then absorbed directly into heat. The current is called acIn the case of a single-phase motor, the tual current because it directly contributes actual power is the sum of several to the production of actual power. components: On the other hand, the single-phase
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Electrical Products & Solutions • June 2010
electric motor represents a partially inductive load consisting of actual current which will be converted into actual power, and magnetizing current which generates the magnetic field required to operate the electric motor. This magnetizing current, called the reactive current, corresponds to an exchange of energy between the generator and the motor, but it is not converted into actual power.
Reactive Compensation Power Reactive compensation power refers to the capacitive values required to correct low power factor to as close to unity (1.0) as possible. Most industrial loads are inductive, so the load current lags the line voltage by some degree. In order to bring the value closer to unity, something must be added to the load to draw a leading current. This is done by connecting a capacitor in parallel with the load. Since a capacitor will not dissipate any real power, the charge for real power will be the same. Continued on page 19
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FEATURE • AEMC® Instruments AEMC recommends consulting a power factor correction capacitor manufacturer prior to any installation to reduce the possible effects of harmonics, resonance, etc.
Electrical Harmonics Until fairly recently, power quality referred to the ability of the electric utilities to supply electric power without interruption. Today, the phrase encompasses any deviation from a perfect sinusoidal waveform. Power quality now relates to shortterm transients as well as continuous state distortions. Power system harmonics are a continuous state problem with dangerous results. harmonics can be present in current, voltage, or both. It is estimated that as many as 60% of all electrical devices operate with non-linear current draw. Utility companies invest millions of dollars each year to ensure that voltage supplied to their customers is as close as possible to a sinusoidal waveform. If the power user connects loads to the system which are resistive, such as incandescent light bulb, the resulting current waveform will also be sinusoidal. However, if the loads are nonlinear, which is typically the case, the current is drawn in short pulses and the current waveform will be distorted. Total current that is then drawn by the nonlinear load would be the fundamental as well as all the harmonics.
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from inadvertent tripping of circuit breakers to dangerous overheating of transformers and neutral conductors, as well as heating in motors and capacitor failure. Harmonics can cause problems that are easy to recognize but tough to diagnose. It is becoming increasingly important to understand the fundamentals of harmonics, and to be able to recognize and monitor the presence of damaging harmonics. Harmonics within an electrical system vary greatly within different parts of the same distribution system and are not limited simply to the supply of the harmonic producing device. Harmonics can interact within the system through direct system connections or even through capacitive or inductive coupling. A harmonic may be defined as an integer multiple of a fundamental frequency. Harmonics are designated by the harmonic number. For our discussion, we will focus on the 60Hz power frequency. The second harmonic would be two times the fundamental or 120Hz. The third would be three times the fundamental or 180Hz, and so on. Nonlinear equipment generates harmonic frequencies. The nonlinear nature of a device draws current waveforms that do not follow the voltage waveform. Electronic equipment is a good example. While this broad category encompasses many different types of equipment, most of these devices have one characteristic in common. They rely on an internal DC power source for their operation. Loads which produce harmonic currents include: • Electronic lighting ballasts • Adjustable speed drives • Electric arc furnaces • Personal computers • Electric welding equipment • Solid state rectifiers • Industrial process controls • UPS systems • Saturated transformers • Solid state elevator controls • Medical equipment This is by no means an exhaustive list of equipment which generates harmonics. Any electronic-based equipment should be suspected of producing harmonics. ❏
Part 2 of this article will appear in the Harmonic distortion can cause serious July issue of Electrical Products & problems for the users of electric power, Solutions.
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FEATURE • BYTE BROTHERS
Power Over Ethernet Becomes Part of the Job
cable that transmits high speed data between low voltage Ethernet computer cards, switches and other devices. The CAT5/6 cable can certainly handle it but it does give you reason to pause and pay extra attention to what you are doing. To help keep PoE safe, the IEEE has published standards with numerous provisions: One assures that the device providing the PoE will not provide the power until it sees an appropriate PoE load. But many of the PoE supplying devices in the market today seemingly fail to follow that standard directly. Some devices always have the 48V switched ON. Others seem to trigger with less than the required provocation. And others work very accurately, always waiting for the data device (such as a switch) and a power proper load. source (PoE). The first big advantage of PoE is a de- How can I test for PoE during vice’s power source can be over 320’ an install? away (the maximum length of an EtherTesting for PoE is more complicated net run). And secondly, PoE eliminates than a AC/DC voltmeter check. To better the need to install a separate power ca- understand the complication, a little backble, conduit and outlet (and the time that ground is required: An Ethernet cable is goes with it). It is no wonder that PoE is made up of 4 twisted pairs of wires. The 4 gaining a tremendous following and is twisted pairs are terminated to connector now widely used to power VoIP phones, pins 1/2, 3/6, 4/5 and 7/8. The PoE stanIP security cameras and network access dard requires the 48VDC PoE utilize 2 points. pairs of the Ethernet cable (not a single pair as you might think). If a switch proThe Mix of Power and Data vides PoE power, it must use pairs 1/2 and PoE sounds well and good until you re- 3/6 (this is termed “PoE endspan”). If a alize that it mixes high power (48 volts up power injector provides the PoE power (at to 300ma or more) of PoE on the same the patch panel), it must Continued on page 22
More and More Network Devices and Peripherals are Powered by PoE By Darrell Igelmund
Every device needs power and up to a couple of years ago, the power line always led to an AC outlet. That is changing fast as more and more computer and network devices take advantage of the new power scheme called Power over Ethernet (PoE)… putting the power on the same CAT5/6 cable as the data.
The Advantages of PoE The advantages of PoE over traditional power sources are growing… and it won’t be long before a knowledge of PoE becomes part of the installation job. And, if the installation requires a functioning unit such as an operating VoIP phone of IP security camera, it will require that the Ethernet cable be connected to both an active 20
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FEATURE • BYTE BROTHERS use pairs 4/5 and 7/8 (this is termed “PoE midspan”). To be useful during installation time, a tester should be capable of detecting the presence of both an active data device and a power source for the device. One such tester is our own Network Power Panel. The Network Power Panel continually scans the CAT5/6 cable’s 8 pins testing
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for active network devices and voltages (PoE included). Once spotted, one of the Power Panel’s 3 ultrabright LEDs alert you to the presence of either an active device or voltage. The Network Power Panel categorizes the device as either “Network”, “Phone” or “Power” (POE). If, by chance, all types of devices exist, then all the LEDs will light.
These ultrabright LEDs are the only indication that most users need that a data path and PoE is available for their device. But there is plenty more to learn from the Network Power Panel if you wish. For instance, the “Network” LED’s screen displays the speed capabilities of the device (10, 100, 100, HD, FD) and the cable pair(s) where the transmit pulses exist. The “Phone” device’s screen displays cable pair location and the voltage amplitude of up to 4 phones. And, the “Power” device’s screen displays PoE cable pair location; whether its “midspan” or “endspan” PoE; and the PoE voltage amplitude. And, if you are using the “inline” model of the Network Power Panel, insert it in between the device providing the power (eg PoE switch) and the device (eg VoIP phone) and measure the power consumption (watts) of the device. The power measurement capability is one of the most popular features of the Network Power Panel.
The Right Tool Saves Time Like any installation, the install of VoIP phones, IP cameras, access points and other PoE devices involve more troubleshooting than desired. The Network Power Panel is the perfect detective tool because it is designed to detect PoE; display its location on the cable; and display the amplitude of the signal. It additionally detects network devices (indicating 10, 100, 1000, HD, FD) and phones. Picture# 1 shows 48VDC of PoE on pairs 1/2 and 3/6 (“PoE endspan”). Picture# 2 shows the power draw of a recently installed VoIP phone (4 watts). The Network Power Panel is available two ways: As a standalone unit (model POE1000) for $129.00 or bundled in the Cable&Power Kit (CPK1000) which includes the popular Real World Certifier for $599.00. See more at bytebrothers.com. ❏ ABOUT THE AUTHOR Darrell Igelmund is the Marketing Manager for Byte Brothers in Newcastle (Seattle) Washington a 25 year manufacturer of test equipment. Before joining Byte Brothers, he worked with NASA, Hewlett Packard, Honeywell Information Systems, and Datacom Technologies. FOR FREE INFO, CIRCLE 32 ON READER SERVICE CARD
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PRODUCT SPOTLIGHT • ESL Power Systems, Inc.
Simplifying Load Bank Testing of Standby Generators for Critical Operations Power Systems (COPS)
When designated as a COPS the power operations systems within such facilities typically rely on emergency power generation systems for back-up in case of power loss from the grid. It’s important that contractors understand that DCOAs are mandated by NEC Article 708 and NFPA 110 to regularly test their emergency power systems in order to ensure their reliability. This is accomplished by “Load Bank Testing” which allows the contractor or MRO electrician to confirm that the installed emergency generator works properly when required to provide back-up power.
New Innovative System Makes n most geographical areas there as water and wastewater treatment plants Load Bank Testing Faster, Simpler, and Safer are many facilities for which a disrup- must operate without disruption.
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tion of the electrical power service is absolutely unacceptable because of the necessity to maintain continuous power. This is true for a host of critical sites that society relies on for uninterrupted services. Power security, business continuity, and the public safety sector are all sensitive to major power disruptions. In fact, Department of Homeland Security officials warn that more than 90% of organizations that suffer a significant data loss will be out of business within two years of the incident. Hospitals, data centers, and financial IT operations all must function despite loss of electrical service. People rely on airport control towers, tunnels and bridges, as well as cell phone towers more so during major storms and brownouts. In addition, emergency operations centers, military facilities, and public utilities such
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Because of their critical nature, Article 708 of the 2008 National Electrical Code® (NEC®) defines these areas as Designated Critical Operations Areas (DCOAs) - areas within a facility or site that require critical operations power. Article 708 also defines Critical Operations Power Systems (COPS) as “power systems for facilities or parts of facilities that require continuous operation for the reasons of public safety, emergency management, national security, or business continuity.” These systems include, but are not limited to, power systems, HVAC, fire alarm, security, communications, and signaling for designated operations areas. According to Article 708, COPS are classified by municipal, state, federal, or other codes by any governmental agency having jurisdiction, or by engineering documentation establishing the necessity for such a system.
Electrical Products & Solutions • June 2010
According to Randy Carsten, Sales Manager for ESL Power Systems, Inc., load bank testing is absolutely critical to ensure proper emergency operation for all Emergency Power Supply Systems within COPS facilities. Traditional Load Bank Testing methods require frequent and time-consuming connecting and disconnecting of electrical connectors which tie up manpower and can damage wire conductors. Load bank hook-ups can be challenging, and they make COPS susceptible to power loss during the testing, since the permanent generator has been disconnected from the system. For this reason most test procedures require the connection of a temporary back-up generator to the system while the permanent generator is being tested. In order to streamline and simplify the regular load bank testing Continued on page 26
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PRODUCT SPOTLIGHT • ESL Power Systems, Inc.
of DCOA back-up power systems, ESL has introduced TripleSwitch™, a newly developed electrical disconnect product designed to dramatically simplify the method used to test emergency backup generators for Critical Operations Systems (COPS), while reducing the required labor. “Load bank testing of any permanently installed dedicated generator is an absolute maintenance must,” said Carsten. “Load bank testing assures that the generator will function properly if the grid power is lost. The TripleSwitch is best located where it makes it convenient to connect both the load bank tester and an emergency temporary back-up generator. Installation requires routing the output cables from the permanent generator to the TripleSwitch; then running cables from the TripleSwitch to the automatic transfer switch.” Before the TripleSwitch was developed, one customer – a large water and wastewater treatment district located in California — told ESL that the maintenance manager planned to purchase two large 400Amp knife edge switches to support their load bank testing. This solution presented drawbacks such as the lack of overcurrent protection and/or risk of fuse replacement during critical times. Additionally, the maintenance team knew that interlocking would be a cumbersome task. 26
Instead, Tom Zinchuk, Manager of Engineering for ESL, worked closely with the water/ wastewater utility’s staff to develop a simpler and safer cam-style electrical solution that met the water utility’s needs to test their twenty-eight generator locations while reducing the demands on the staff to complete the labor-intensive testing. “The TripleSwitch product line was developed to provide a centralized and convenient means to disconnect a permanent generator from an ATS, while at the same time allowing the permanent generator to be connected to a load bank, and a second emergency generator to be temporarily connected to the ATS,” explained Zinchuk. “This is a typical preventive maintenance application for any location that employs a permanent generator with an ATS. However, the TripleSwitch would work in any application where there is a need to safely disconnect certain power generation units from each other, while easily connecting other alternative power sources,” Zinchuk added. Michael Hellmers, President of ESL, explained that the TripleSwitch affords operators a simple and efficient solution. “Our unique TripleSwitch design has a much lower cost, a smaller footprint, and virtually eliminates wiring mistakes under emergency situations,” said Hellmers. By installing a TripleSwitch system,
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contractors enjoy a number of important benefits when testing systems up to 800 Amps, including a faster way to disconnect and test a permanent generator, simplifying the connection using the installed TripleSwitch rather than disconnecting and reconnecting the generator’s conductors. With TripleSwitch, customers enjoy faster testing of their COPS generator installations which reduces maintenance labor costs every year, plus the facility can then easily switch out a temporary power generator while a permanent generator is repaired or replaced. The TripleSwitch line, which is available with current ratings from 70 Amps to 800 Amps, and voltage ratings up to and including 600VAC, promotes increased safety, security and flexibility, while delivering a very cost-effective and easy to use solution for all COPS facilities. ❏ ESL Power Systems, Inc. (www.eslpwr.com) is a global leader in the design and manufacture of modular safety-interlocked electrical power connections, including ESL’s StormSwitch™ Manual Transfer Switch (www.stormswitch.com) with integrated cams. ESL also develops customized power distribution systems for many diverse industrial applications where safety, dependability, and durability are required.
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Product FOCUS BURNDY®, The Grounding Superstore™ Announces the New BURNDYWeld ® QIKLITE Exothermic Ignition System BURNDY® , a leading manufacturer and provider of connector solutions to the industrial, energy, construction, telecommunication, petrochemical, data center, and transportation industries, announces the introduction of the BURNDYWeld® QIKLITE battery operated ignition system for exothermic connections. This new system uses innovative technology combined with traditional features and benefits unmatched in the industry. The BURNDY® QIKLITE unit is the only remote exothermic system that guarantees ignition 100% of the time. The self contained unit offers a built-in battery life indicator, 6’ igniter cord, and separate buttons for power and ignition. Also, no starting powder is used with this system so emissions are greatly reduced. QIKLITE works with standard molds and weld metal, so contractors and installers can continue to use the same quality BURNDYWeld® products and have the option of using a traditional flint igniter or the new QIKLITE system. Another feature is the speed of ignition, with virtually no delay between depressing the “push to operate” button and ignition of the weld metal. This instant ignition feature offers quick reassurance to the installer, without the delay experienced with other options currently on the market. BURNDY® continues to offer solutions to the grounding market and the BURNDYWeld® QIKLITE system is another valuable part of BURNDY’s grounding platform of mechanical, compression, and exothermic options as well as a full line of accessory products. For more information, visit www.burndy.com
Cooper Wiring Devices Announces ArrowLink™ SPD Modular Device Connectors New line of device connectors offers enhanced Speed, Productivity & Dependability on the jobsite. The Arrow Hart Brand of Cooper Wiring Devices today announced a ground breaking labor saving solution with the launch of ArrowLink SPD. ArrowLink SPD provides unparalleled speed and consistency to wiring device installations, thus reducing overall costs on any job site. This unique installation flexibility, combined with a set of industry-first safety features, make the ArrowLink SPD a complete job solution for any location. ArrowLink SPD maximizes labor savings by utilizing a direct connection to the building wire, and takes “pigtailing” out of the standard wiring device installation process. This unique new feed-through connection method not only speeds the installation, but takes 18” of wire and three wire connectors required for pigtailing out of the box, allowing for easier trim out in what has traditionally been a very cramped space. Available in traditional leaded and non-leaded versions, the Arrowlink system can reduce installation time by 30 to60%. The clearly-marked, consistent configurations minimize the risk of mis-wiring, which reduces the occurrence of call-backs and maximizes savings. The ArrowLink Modular Wiring Device System offers flexibility and cost savings, as well as products for the broadest range of applications in the industry. In addition to standard Specification Grade and Hospital Grade Duplex Receptacles, GFCI Receptacles & Toggle Switches, ArrowLink offers Single Receptacles, Isolated Ground Receptacles, Surge Protected Receptacles and Decorator Style Switches and Receptacles to help you complete the entire job with the same wiring method. “With today’s challenging economy, productivity and flexibility on the job site have never been more vital,” said Dave Pawl, President, Cooper Wiring Devices. “ArrowLink modular device connectors offer electrical installers a true advantage by providing the fastest means of installation for a device offering that covers the widest array of applications in the industry.” For more information, visit www.cooperwiringdevices.com 28
Electrical Products & Solutions • June 2010
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Product FOCUS High-Performance FLIR T300 and B300 Thermal Cameras Offer Powerful 320x240 Resolution Now for $8,995 Unrivaled FLIR innovation, incredible price, and immediate delivery FLIR, the world leader in thermal imaging, has announced special $8,995 pricing on its professional-grade FLIR T300 and B300 infrared thermal cameras, making powerful 320x240 resolution and FLIR-exclusive innovations available for immediate delivery, at an unbelievably affordable price. For a limited time, thermographers working in electrical, industrial, building efficiency and restoration sectors can get their hands on a legendary FLIR infrared camera with stand-out features that make their jobs easier—all at an unbeatable price and with no delays. FLIR’s affordable and durable T300 (for commercial / industrial) and B300 (for building / restoration) are built with a range of best-in-class capabilities that stand out from other 320x240 resolution infrared imagers. In addition to Fusion scalable Picture in Picture, FLIR’s T300 and B300 also feature delta T (differential temperature) calculation, articulating lens for easy aiming and viewing, selectable auto/manual zoom, 3.1MP visual camera, illuminator lamp, Laser LocatIR™ for visual pointer on infrared images, insulation and dewpoint alarms (B300), 3.5” touchscreen, and a back-up battery. FLIR T300 and B300 infrared cameras are available now for immediate delivery. This special $8,995 price is a limited time offer and cannot be combined with any other offers. This offer is only available in the U.S. market. FLIR reserves the right to limit quantities. Visit http://www.flir.com/thermography/americas/us/content/?id=18120 to learn more. Call 1-866-477-3687 to speak with a FLIR representative. Or, contact your authorized FLIR distributor. For more information, visit www.flir.com
Gexpro Breaks New Ground with One-Stop, Start-to-Finish Program for Cutting Energy Costs and Meeting Long-Term Sustainability Goals Companies now have an objective, full-service resource for cutting energy cost and carbon footprints Responding to the growing number of customers unsure of the best ways to cut energy costs and meet ambitious, longterm sustainability goals, Gexpro has developed “Active-8 Energy Solutions.” This one-stop, start-to-finish initiative helps companies navigate the complex, fragmented network of energy-savings options. It delivers complete, turnkey solutions that include everything from energy audits to installation management. “Active-8 gives Gexpro customers a huge energy-efficiency head start because they no longer have to worry about creating their own roadmap to energy-savings targets,” said Jeff Pecoroni, director, energy solutions at Gexpro. “Our energy specialists simplify and consolidate the network of choices for customers by actively guiding them through an eight-step process designed to provide the return on investment they’re looking for. So Active-8 customers receive complete, functioning solutions that are up, running and saving, instead of boxes of products on their loading docks. In other words, we help them Active-8 their savings.” For more information, visit www.gexpro.com 30
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Fusion Communications Wired Ware Disposal’s Infrastructure with ICC Structured Cabling Solutions Fusion Communications, Inc. is one of the fastest growing telecommunications providers in a Southern California. A leader in environmental protection, solid waste and recycling services, Ware Disposal Co., Inc. needed to network together its two facilities in Fullerton and Santa Ana. The 25,000 square foot Fullerton location required 60 voice and data connections in two wiring closets. The 17,000 square foot Santa Ana location required 40 voice and data connections, also in two wiring closets. Both infrastructures support multi-user workstations and handle high bandwidth activity such as network servers, printers, VoIP phones, and employee time clocks.
Choosing the Right Structured Cabling System Fusion Communications opted to install an ICC cabling system for both locations, selecting high performance CAT 5e data connectivity and premise cables. ICC 7-foot distribution racks were installed and loaded with CAT 5e data patch panels and horizontal cable management. Fusion Communications’ Systems Engineer, Frank Amato, said, “By networking Ware Disposal Co., Inc. locations with Mitel® 3300 ICPs, Mitel NetSolutions® and ICC cabling, we were able to combine voice and data network services in a much more efficient manner. This not only greatly reduced Ware Disposal Co., Inc.’s monthly phone bill, but also has increased their overall operational efficiency, resulting in enhanced customer service.”
The Benefits of Offering Manufacturer Warranty As an ICC Elite Certified Installer, Fusion was able to offer Ware Disposal Co., Inc. ICC’s manufacturer warranty to guarantee the quality and performance of the network installation. Amato said, “By offering ICC’s manufacturer warranty, we can set ourselves apart from our competition and offer our customers a quality product and service on every installation.” For more information, visit www.icc.com FOR FREE INFO, CIRCLE 33 ON READER SERVICE CARD
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Product FOCUS Now Available for FAS Power Pre-fabricated Electrical Assemblies HS Series Card Key Switches The HS Series Card Key Switch from WattStopper turns electrical circuits on or off when a card key or HS-FOB Key Fob is inserted or removed from its slot. More code compliant than a simple master wall switch, the HS Card Key Switch ensures that lights are off when the room is vacant. The attractive, low profile switch features a backlit card key slot to provide visibility in darkened rooms and a 30-second egress time delay. Plus, the HS Series Card Key Switch is available in five decorator colors and one, two or three gang switch plate covers. The HS-100 is a low voltage unit with a normally open and normally closed isolated relay, allowing it to interface with third-party energy and lighting management control systems. The HS-150 is a line voltage unit that serves as a master switch for a single guest room circuit. Both can use the same card key that unlocks the door and are compliant with current requirements in both the IECC and ANSI/ASHRAE/IESNA Standard 90.1. HS Card Key Switches are ideal for guest rooms in hotels, motels, boarding houses, senior residences or similar applications with guest rooms. For more information, visit www.legrand.us/Cablofil
Nora Lighting Introduces Innovative Range of Energy-Saving Fixtures at LIGHTFAIR 2010 Nora Lighting’s energy-efficient LED recessed down lights are available with smaller apertures and high lumen output to accommodate a wide range of new construction and renovation projects. The California Title 24-compliant solid state fixtures are offered in three 120V models: a 3.5inch diameter aperture (10.5W) with 500 lumens output at 3000K; a 4.5-inch aperture (14W) with 622 lumens at 3000K; and a 5.5-inch aperture (14W) with 635 lumens at 3000K and 710 lumens at 4200K.
All fixtures are cUL listed for wet locations. The new LEDs provide illumination without projected heat, ultra violet or infrared rays, making these down lights ideal for heat-sensitive retail or market installations. Color temperatures are rated at 86 CRI. For more information, visit www.noralighting.com 32
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WattStopper Digital Lighting Management Adds Connectivity without Complexity, Daylighting Controls and Dimming Features WattStopper has added network capability to its selfconfiguring Digital Lighting Management (DLM) lighting control product line, enabling remote management of lighting controls throughout a floor, a building or an entire campus. This major product line expansion also includes two new DLM digital photosensors for automatically switching or dimming up to three zones of lighting in daylit areas, new DLM lighting control panels, and powerful new dimming features for DLM wall switches. Economically priced DLM controls generate the highest return on investment of any building-wide lighting control system. Digital Lighting Management is a distributed control system that automatically maximizes lighting energy efficiency within each controlled space. A DLM local network can include room controllers, occupancy sensors, personal controls, daylighting sensors and interfaces. Now, each local network can be equipped with a BACnet-compatible network bridge for remote control by a building automation system (BAS) or a browser-based user interface on a PC, PDA or smartphone. Remote control options include the ability to change sensor settings and system parameters, establish normal and after hours schedules and monitor power consumption of lighting and plug loads in real time. WattStopper’s open protocol network solution is both rugged and easy to implement, as it builds on the bottom up architecture of automatically configured local networks. This design minimizes setup time and ensures that the controls will continue to operate even if the network connection is disrupted. System integrators can add DLM to existing building networks without the need to run additional wiring, and can address devices as familiar BACnet objects. The addition of lighting control panels, along with new daylighting and dimming solutions, ensures that DLM offers the flexibility to address the control needs of all types of spaces throughout a commercial facility. For more information, visit www.wattstopper.com
Thomas & Betts Introduces New Sta-Kon® Push-In Luminaire Disconnect Thomas & Betts has introduced a new Push-In Luminaire Disconnect that enables electricians to change ballasts safely and easily without having to trip the main power breaker. The Sta-Kon® Luminaire Disconnect is for use in all non-residential fluorescent lighting applications up to 4A, 600V, and complies with 2008 NEC® 410.130(G), CEC 30-308(4) and UL2459. Installation is as simple as stripping the de-energized wires and inserting them in the housings. The disconnect halves snap together and can be disengaged easily, but the integral latch prevents accidental disengagement. The housings are also designed to eliminate incorrect installation and reverse polarity, and are finger-safe on both sides. The ballast hot-lead wire entry is color-coded in black for easy visibility. The compact polycarbonate body allows it to fit through 1/2-inch knockouts for easy retrofit. The disconnect accepts #18–12 AWG solid wire, or #14–12 AWG stranded copper up to 19 strands. Thomas & Betts developed the first UL Listed luminaire disconnect in 2006 in response to the NEC® mandate for increased safety in disconnecting power to fluorescent lighting ballasts. “The new push-in design provides all the same safety benefits as the original, but now installs even faster and easier,” said Dan Vega, product manager. “Everything about the new product has been designed with the safety and convenience of the electrician or maintenance person uppermost in mind.” For more information, visit www.tnb.com/skpush June 2010 • epsmag.net
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Product FOCUS Cool Designs/Red-Hot Accents: Nora’s “Radiant Red” Pendants Add Fire to Sophisticated Interiors Nora Lighting releases The Radiant Reds, a showstopping series of red-hot art glass pendants that add an exclamation point to sophisticated black and white or neutral interiors. At home in residential, commercial, retail or hospitality sites, Nora’s Radiant Reds are offered in more than 20 different pendant styles, sizes and finishes. Fanciful beaded shades share the spotlight with contemporary cylindrical shapes and graceful waterfall, teardrop or trumpet stylings. Casting a warm glow over a dining table, countertop, center island, reception desk or other vignette, Nora’s Radiant Reds feature a range of mounting options and lamp sources. With these choices, designers can create a visually-appealing installation that meets a client’s energy-saving and design criteria. Matching Radiant Red wall sconces are available for certain models. Nora pendants are available in six different lamp sources including: GU24 self-ballasting compact fluorescent (13W to 26W); low voltage Bi-Pin (50W); and line voltage with a G9 base (40W), E12 candelabra base (60W) and E26 medium base A19 (100W); in addition to new LED lamps (5W). For more information, visit www.noralighting.com
Thomas & Betts Power Solutions Offers the Cyberex® CyberWave™ The World’s First Digitally Controlled Industrial UPS The Cyberex® CyberWave™ from Thomas & Betts Power Solutions incorporates the Cyberex patented digital static transfer switch design, which increases redundancy and reliability, making it one of the best performing and safest industrial UPS systems on the market. CyberWave systems, ruggedized for the most hostile industrial environments, are completely customizable and range from 10kVA to 112kVA. Systems utilize a standardized design suitable for any industrial infrastructure, including manufacturing, healthcare, oil and gas, petrochemical, utility and other critical facilities. Additional benefits include a full-color VGA touch screen, which allows for easy operation and monitoring with minimal engagement, as well as modbus communications and advanced battery management capabilities to ensure accurate system analysis. All systems offer the highest inverter overload capability in the industry, and an IGBT-based PWM inverter to ensure optimum power quality at the output. “Providing truly uninterruptable power for industrial applications is becoming more and more challenging everyday,” said Lina Salah, Thomas & Betts UPS product manager. “But with more than 6,000 systems installed around the globe, Cyberex continues to innovate and keep pace with the demand.” For more information, visit www.tnbpowersolutions.com 34
Electrical Products & Solutions • June 2010
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IDEAL Introduces Versatile, Affordable New Step Drill Bits Tool versatility means added value for today’s contractors. That’s why IDEAL has introduced a new line of double-fluted step drill bits that feature a 1/4” hex shank compatible with virtually every drill on the job site, including 3-jaw chuck, impact drivers, and quick change drill chucks. “Our Quick Change bits are designed to appeal to contractors interested in buying and carrying fewer cutting supplies,” explained Aaron Mattison, Product Manager for IDEAL. “Using only a single bit, contractors can precisely cut multiple-size holes through brass, plastic, carbon steel, cast iron, stainless steel, and hard or soft woods.” Key to the Quick Change bit’s success is an aggressive split point tip that is twice as fast at initial penetration as conventional step drills. By dramatically reducing penetration time the bit prevents skidding across the surface, while also eliminating the trouble of making a pilot hole or punch. Each 1/16” multi-diameter step is radius-blended to smoothly transition from one to the next. Hole-size diameters are laser-etched in the flute area for quick and positive identification. The double-fluted design, with its secondary cutting edge, yields more balanced, vibration-free cutting for exact, repetitive holes. To further enhance cutting performance, the bitsincorporate the most durable, double-tempered high-speed steel available for cutting tools. Three bit sizes are available: 1/8” to 1/2” (#35-521), 1/4” to 7/8” (#35-522), and 1/4” to 1-1/8” (#35-523), along with kit (#35-524) that contains all three sizes in a rugged blow-molded case. For more information, visit www.idealindustries.com
CENTROSOLAR America Now Offers CENTROPACKTM with 225W and 230W Black Frame PV Modules CENTROSOLAR is now expanding its CentroPack™ line with its new range of 225W and 230W E Series PV modules, engineered with a black anodized frame which is aesthetically more pleasing for residential rooftop installations. CentroPack™ grid tied systems provide installers a superior PV packaged option, complete with CENTROSOLAR branded PV panels, best in class mounting systems, inverters and all balance of system electrical or mechanical components. CENTROSOLAR offers many system packages tailored to suit every roof type, designed in accordance with NEC and building code standards, suitable for residential as well as small commercial applications. CentroPack™ systems are pre-packaged and engineered for superior performance, and eliminate second sourcing for long lead and specialty components. “We offer the most complete PV Packaged System in the market today. The permit package includes site plan, PV and roof structural drawings and all electrical line drawings as well as engineering calculations, along with complete installation & owner’s manual. This helps our new installer partners reduce their lead time as they do not have to worry about sourcing, engineering or permit delays. They can sell more jobs and build their businesses faster.” said Deep Chakraborty, CEO of CENTROSOLAR America Inc. CENTROSOLAR America has now expanded its national sales team in several new US states, including New Jersey, Florida and New Mexico. Its national solar training program – CENTROSCHOOL – already trained over 200 contractors in 2010 till date. For more information, visit www.centrosolar.com June 2010 • epsmag.net
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Industry NEWS
Generac® Power Systems, Inc. Celebrates Recent IPO on New York Stock Exchange Chief Executive Officer Aaron Jagdfeld Rang Closing Bell® Chief Executive Officer Aaron Jagdfeld Rang Closing Bell® Executives and special guests of Generac Holdings, Inc. visited the New York Stock Exchange (NYSE) on Tues., May 25 to celebrate the company’s recent IPO. Generac Holdings, Inc. began trading on the NYSE on February 11, 2010 under the ticker symbol “GNRC.” “We welcome Generac Holdings, Inc. to our market after its recent successful IPO,” said Scott Cutler, EVP & co-Head U.S. Listings and Cash Execution, NYSE Euronext. “We look forward to a long-standing partnership with Generac and its shareholders.” To mark this special occasion, Generac
President and Chief Executive Officer, Aaron Jagdfeld rang the Closing Bell, joined on the podium by (pictured from left to right) Holly Bui, associate, CCMP Capital Advisors; Mark McFadden, principal, CCMP; Michael D’Agostino, managing director, Capital Markets, NYSE; Tim Walsh, managing director, CCMP; Rick Wohlmacher, vice president, NYSE Euronext; York Ragen, chief financial officer, Generac; Aaron Jagdfeld, chief executive officer, Generac; Stephen McKenna, managing director, CCMP; Dawn Tabat, chief operating officer, Generac; and Terry Dolan, senior vice president of sales, Generac.
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“We are honored to be listed on the NYSE and are excited about the future of Generac,” says Jagdfeld. “We look forward to a strong and lasting partnership with the NYSE.” A registration statement relating to these securities has been filed and declared effective by the Securities and Exchange Commission. This press release shall not constitute an offer to sell or a solicitation of an offer to buy, nor shall there be any sale of these securities in any state or jurisdiction in which such an offer, solicitation or sale would be unlawful prior to registration or qualification under the securities laws of any such state or jurisdiction. A live webcast of The Closing Bell is available on the homepage of nyse.com. Photos and video footage is available via Associated Press/New York (212/6211902), Reuters America (646/223-6285) and Bloomberg Photo (212/617-3420). Those seeking footage via The Switch, please contact NYSE Broadcast at 212/656-5483. ❑
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Rosendin Electric Names Two New Managers to Expand Commercial Construction Management Team Rosendin Electric, one of the nation’s top five electrical contractors and a 100-percent employee-owned company, today announced the appointment of two new managers in the company’s commercial contractor group. Tim Kennedy has been promoted to Preconstruction Manager in the San Jose headquarters, and Brian Ruffner has been hired as Business Development Manager for Rosendin Electric’s Portland, Oregon, office. “Rosendin Electric’s commitment to excellence and customer service requires we hire the best people,” said Tom Sorely, CEO of Rosendin Electric. “Tim has been with us for a number of years, and his promotion is in recognition of his contribution to the Rosendin
gon office from Red’s Electric Company, Inc., where he held a similar executive role in business development. He also worked as Regional Manager for HAR-BRO, Inc., restoration construction specialists. Brian has a diverse background that includes construction, teaching and management. He holds a Bachelor of Science and Master of Education degree from Warner Pacific College.
team. Brian is a more recent addition to Rosendin Electric, but his expertise and enthusiasm will help build our customer base in the Northwest. Congratulations to both Tim and Brian.” Tim Kennedy has been with Rosendin Electric since 2003, working his way up from Senior Estimator for the San Francisco office to his current role as Preconstruction Manager in San Jose. Tim has nearly 40 years of electrical and contractor experience spanning a number of electrical contracting companies. He joined Rosendin Electric from SASCO Electric in San Francisco. Tim studied Business Administration at the University of Colorado, Boulder. Brian Ruffner joins Rosendin Electric’s Ore-
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About Rosendin Electric Rosendin Electric, Inc., headquartered in San Jose, California, is a 100% employeeowned electrical engineering, power and communications provider that consistently ranks in the top five electrical contractors in the United States. With branch offices in San Francisco, CA; Los Angeles, CA; Sacramento, CA; Tempe, AZ; Hillsboro, OR; Las Vegas, NV; and Arlington, VA, 3,000 employees have built upon a 90-year reputation for quality installations nationally. For additional information on Rosendin Electric, visit our website at www.rosendin.com. ❑
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Industry NEWS
NEMA Publishes LSD 54-2010 The Strengths and Potentials of Metal Halide Lighting Systems The National Electrical Manufacturers Association (NEMA) has published LSD 542010 The Strengths and Potentials of Metal Halide Lighting Systems. This new white paper, developed by the NEMA Lamp Section, reviews the beneficial characteristics of metal halide high-intensity discharge (HID) lighting, including high energy efficiency and viability in outdoor and other lighting applications. The paper argues for the inclusion of HID lamps in ENERGY STAR® requirements and for allocations of federal funding to help propel further research and development. As described in LSD 54, other benefits of metal halide lighting include long lifetime, high maintained light levels, and the broadest ambient operating temperature range of any light source. In light of the attention given to solid state lighting, the section produced this paper to remind stake-
holders that HID lighting remains an excellent choice for many lighting solutions. “Continued breakthroughs in technology make metal halide a fantastic option for specifiers and consumers,” said Pamela Horner of Osram Sylvania, chair of the Lamp Section. “These lamps are now one of the most energy-efficient white light sources available on the market, and LSD 54 makes the case for increased use of and investment in this technology.” LSD 54 may be downloaded at no charge by visiting www.nema.org/stds/lsd54.cfm. This publication joins around 40 other white papers in the NEMA LSD series, which covers a range of lighting topics. Other parts of the series cover subjects like ballast disconnects, occupancy sensors, and photoluminescent exit signage. To view a comprehensive list of NEMA LSD white papers, go
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to www.nema.org/stds/lsd.cfm. NEMA is the association of electrical and medical imaging equipment manufacturers. Founded in 1926 and headquartered near Washington, D.C., its approximately 450 member companies manufacture products used in the generation, transmission and distribution, control, and end use of electricity. These products are used in utility, industrial, commercial, institutional, and residential applications. The association’s Medical Imaging & Technology Alliance (MITA) Division represents manufacturers of cutting-edge medical diagnostic imaging equipment including MRI, CT, x-ray, and ultrasound products. Worldwide sales of NEMA-scope products exceed $120 billion. In addition to its headquarters in Rosslyn, Virginia, NEMA also has offices in Beijing and Mexico City. ❑
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Kaiser Electric Wins Select Medical Tenant Finish Project Kaiser Electric has recently been awarded a tenant finish project from Select Medical Corporation, Inpatient Medical Rehabilitation. Select Medical will occupy the third floor of the SSM St. Mary’s Health Center Medical Office Building at 1027 Bellevue in Richmond Heights, MO. Select Medical Corporation, based in Mechanicsburg, PA, is a leading provider of specialized healthcare with hospital and outpatient locations in 41 states and D.C. Kaiser Electric crews have begun wiring the complete gut/remodel space for new lighting, HVAC, nurse call system, fire alarms, medical gas alarm and paging system. Work on the 19,500-square-foot space began in February and is expected to be completed in October. The total cost of the project is estimated at $2.8 million.
Do you have current news that is pertinent to the electrical industry?
The general contractor on the project is Interface Construction of St. Louis, MO. About Kaiser Electric Kaiser Electric Inc., with divisions in Fenton , MO and Granite City , IL , has been providing electrical contracting and engineering services to the St. Louis metro area for more than 56 years. The company focuses primarily on industrial, commercial, healthcare and communications projects and employs on average 150 field electricians with a fleet of 60 vehicles. For more information about Kaiser Electric visit www.kaiserelectric.com or call 636-305-1515. For information about the Illinois division visit www.kaiserillinois.com or call 618-219-4700. ❑
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Send your news releases along with a logo or high resolution image to the Publisher (danny@epsmag.net) for consideration.
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Advertiser INDEX This advertisers 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#
ACR SYSTEMS
38
39
ICC
7, 17
8, 14
AEE SOLAR
15
13
KRENZ & COMPANY
36
34
AEMC INSTRUMENTS
IBC
2
MINUTEMAN UPS
29
20
ALBER CORPORATION
IFC
1
PG LIFELINK
11
11
ARPI OF USA
37
37
PHASE-A-MATIC
39
41
BRADY WORLDWIDE
25
18
SEATEK
36
35
BYTE BROTHERS
22
32
SNAP-N-STRUT
4
6
CONDUIT REPAIR SYSTEMS
5
7
SOLARWORLD CALIFORNIA
BC
3
COPPER DEVELOPMENT ASSSOCIATION
27
19
SOLMETRIC CORPORATION
31
33
EXTECH INSTRUMENTS
3, 9
5, 9
SOUTHWIRE
18, 19
15
E-Z METER
39
40
STEELMAN INDUSTRIES
37
36
GENERATOR INTERLOCK TECHNOLOGIES
13
12
STRIP-TEC
23
17
GENSCO
16
31
UNDERGROUND DEVICES
14
30
HELUKABEL USA, INC.
10
10
UTILITY METALS
40
42
HERCULES INDUSTRIES
38
38
YOKOGAWA CORP. OF AMERICA
1
4
HIOKI USA
21
16
®
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