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CONTENTS
PUBLISHER
Danny J. Salchert OFFICE MANAGER
Anita Salchert ASSOCIATE PUBLISHER
Bart Beason bart@epsmag.net CREATIVE DIRECTOR
Derek Gaylard CIRCULATION DIRECTOR
Pam Fulmer CONTRIBUTING WRITER
Chuck Piccirillo
PRESIDENT
Danny J. Salchert
6 FEATURES 6 Networked Lighting Control By Chuck Piccirillo
14
How to Build Hotels Lighted for Hospitality By Ashley Schweigert
DEPARTMENTS 22 Industry News 24 Product Focus 40 Ad Index
ON THE COVER Photo provided by Osram Sylvania
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Electrical Products & Solutions • November 2015
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
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FEATURE • Osram Sylvania
Networked Lighting Control By Chuck Piccirillo
N
etworked lighting control systems offer the ultimate in energy cost savings and flexibility. Energy efficiency organizations have promoted control devices with prescriptive rebates but are now showing interest in networked lighting control systems. And as networked lighting control systems gain adoption, we may see associated software become a platform for Internet of Things scenarios. But not all networked lighting control systems are equal in terms of how they work, what they do, how they’re installed and how they’re maintained. This is because networked lighting control is more an idea than a product type. For this reason, it pays for installers and owners to understand the technology, which is becoming more prevalent and offers excellent capabilities, and its options.
term used in various ways in the industry, typically by manufacturers promoting their particular solutions as networked. I propose a definition that networked lighting control systems are intelligent, addressable, centralized and feature twoway communication. The system is intelligent, meaning it’s programmable and is capable of decisionmaking. This allows control strategies to be layered on the same system of devices, executing various sequences of operation based on certain conditions such as time of day, occupancy and so on. For example, an occupancy sensor could be programmed to turn the lights OFF within 15 minutes during normal operating hours and 5 minutes during after-business hours, increasing energy savings. The system is addressable, meaning all controllers can be connected within a network in which each has a unique IP adDefining networked dress. Zoning and rezoning occur lighting control independently of power wiring. This alFirst, let’s agree on a definition for net- lows the controllers to be programmed inworked lighting controls. This is a broad dividually or in groups, with control zones as granular as individual luminaires. For
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Electrical Products & Solutions • November 2015
OSRAM Americas, which includes the ENCELIUM Energy Management System group, recently moved to a new modern headquarters in Wilmington, Massachusetts. Light is the major theme represented throughout the building. For example, dynamic light panels change in the ceiling of the lobby, greeting visitors with vibrant color. Lighting in the new headquarters is controlled by the ENCELIUM Energy Management System.
example, luminaires adjacent to a windowed wall in an open office could be individually controlled by occupants while controlled as a group for daylight harvesting and as part of a larger group for automatic shutoff and load shedding. The system is centralized, meaning all devices communicate with a central server. From a single workstation, the system operator can program, reprogram and manage all lighting in a building or campus. And the system features two-way communication. This allows detailed power and energy data to be recorded and fed to the operator’s workstation. This information can be used to fine-tune system operation to increase energy Continued on page 8
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FEATURE • Osram Sylvania
savings, support internal or tenant billing, and so on. Further, some systems automatically generate notifications of problems—such as failed luminaires or control components—that should be addressed through maintenance.
Lighting control strategies Networked lighting control systems are inherently robust, and so the most cost-effective installations take advantage of their capabilities to implement multiple detailed control strategies. These strategies may be deployed to support energy management and/or visual needs goals. Manual control entails giving users the ability to control their local lighting. The most effective approaches involve providing flexibility. This might mean allowing teachers in a classroom to choose between a general lighting mode and an A/V mode that optimizes lighting conditions for multimedia instruction. It might mean giving occupants in an open office the ability to reduce the downlight emission of indirect/direct luminaires mounted directly over their workstations. A staple lighting control strategy is automatic shutoff. Occupancy sensing involves reducing lighting during periods when a space is unoccupied using occupancy or vacancy sensors. Time scheduling entails reducing lighting during times of day when lighting is predictably not needed. The Lawrence Berkeley National Laboratory (LBNL) estimates 24 percent 8
Continued from page 6
average lighting energy savings when implementing automatic shutoff lighting control strategies. Daylight harvesting entails reducing lighting in areas receiving ample and consistent daylight contribution. The controller raises or lowers output to maintain a set light level. LBNL estimates 28 percent average lighting energy savings. Task tuning can be implemented in spaces designed around a common light level but in which individual zones have variable light level needs and therefore in which lighting can be reduced. LBNL estimates 36 percent average lighting energy savings. Load shedding involves reducing lighting as part of a demand-response strategy. The demand response may be economic, meaning the owner implements it during certain times of day to minimize costs. Or it may be emergency, meaning the load shedding is enacted only when the utility needs to reduce demand to maintain the integrity of the power delivery system. In the latter scenario, the owner implements the strategy in exchange for an incentive such as lower rates.
System topology and protocols Networked lighting control systems consist of a series of devices connected within a topology. The system may be wired or wireless or use a hybrid approach. Multiple wired topologies are available;
Electrical Products & Solutions • November 2015
the most common is a bus, which is essentially the same as a computer network. A single pair of low-voltage wires (or Ethernet or proprietary cabling) can connect all devices. The system may be wireless, communicating using radio signals at a dedicated frequency. The majority of these systems use self-healing mesh or star topologies. In a mesh network, data is transmitted along the most efficient path through the network of devices. If a device fails, the data is automatically rerouted through other devices, making the network selfhealing. In a star network, data is transmitted from a series of gateways to all devices within range. Another approach is a hybrid system, in which wireless devices are joined to the wired control network using either physical gateways or gateway functionality built into the system’s microprocessor. Aside from topology, another important issue is protocol, or a set of operating rules. For control devices in a system to operate, they must be compatible, with one key element of compatibility being they share the same protocol. The protocol may be open, such as DALI or ZigBee, which allows products from multiple vendors to be mixed in the same system. Or it may be proprietary to a single manufacturer. Protocol is not only an issue in joining devices but also systems, as in the case of connecting a networked lighting control system to a building automation system (BAS). For that to work, the systems must share the same protocol, or the lighting control system must feature a physical gateway or gateway functionality.
Application Owners should look for the basic features common to networked lighting control system as well as other desired capabilities. While each controller is individually addressable within the network, allowing each luminaire to be addressable, selecting luminaires with integrated occupancy and photosensors is not always cost-effective. In many applications, it will make sense for some luminaires to have dedicated controllers and input devices and other luminaires to be assigned to group controllers and input devices. Another measure of Continued on page 12
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FEATURE • Osram Sylvania
flexibility is whether the system accepts wireless options, in particular inherent functionality that allows wired and wireless controls to mix. This type of flexibility can extend energy savings while reducing installed cost. Since the system operator interacts with the system through the software interface, the software’s ease of use and feature set are critical. The software should allow the operator to easily assign luminaires to zones and program behaviors into those zones. Allowable behaviors should cover everything in the designer’s written lighting control narrative. Further, the software should display energy use, near-real-time luminaire status and, if desired as a feature of the system, information about other operating parameters such as temperature and occupancy (it’s this extended capability that allows some networked lighting control systems to implement a modest Internet of Things scenario). It should allow floorplans to be imported and overlaid showing all luminaires and controls. The networked lighting control system 12
Continued from page 8
should be capable of sending notifications about detected problems, if that feature is desired. It should also feature good security and allow different levels of access to functionality.
verification and functional testing of all components; training of owner personnel; and turnover of all related documentation, including a systems manual.
Commissioning
Networked lighting control systems, traditionally installed in larger projects, have become cost-effective in a wide variety of buildings. As networked lighting control is particularly well suited to LED lighting, adoption is expected to increase as demand for LED lighting increases. This is good news for owners, as these systems are highly beneficial, but the full benefits are realized only if they’re properly selected, designed, installed and operated. To ensure good results, installers and owners should familiarize themselves with the technology and specifically the features and architectures of various manufacturer systems. ❏
All lighting control systems should be properly installed, set up and commissioned, in particular networked lighting control systems, which are by their very nature more complex than other control systems. Setup: Using the software, create all control zones, discover all devices in the system, assign luminaires to the zones, and create sequences of operation and schedules for each zone. All sensors are calibrated. Commissioning: Commissioning begins with determining the owner project requirements and then producing a design concept, finished design and installed system that satisfies those requirements. This involves producing a written lighting controls narrative, or detailed sequence of operations for each space; control zoning;
Electrical Products & Solutions • November 2015
Networked lighting control
Chuck Piccirillo is Director of Marketing for ENCELIUM lighting control systems at OSRAM SYLVANIA (www.encelium.com).
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FEATURE • TCP
How to Build Hotels
Lighted for Hospitality
By Ashley Schweigert
W
hile it’s important to maximize quality and minimize cost, it’s of equal value to build hotels geared toward enhancing a guest’s experience. Emotions play a significant role in experience, and it could directly correspond to guest loyalty. By using lighting as a way to enhance guest satisfaction, you’ll create a comfortable environment geared toward hospitality.
Create visual comfort Most contractors look at their project’s paint, linen colors and artwork to create a special environment. However, lighting can be a very effective approach in creating the perfect mood. Furthermore, it’s a relatively inexpensive option for adding 14
some style to your hotel. To create visual comfort, you’ll need to build a lighting scheme that will intensify the emotion you want each room to create. It’s really all about creating that perfect mix of lighting. Approach it in three layers – task lighting, ambient lighting and decorative lighting. Table lamps are typically used at the eye level for task lighting, while chandeliers and ceiling lights are for ambient lighting. Decorative lighting is created with spotlights or track lights. So how do you use these types of lights? Here are some suggestions: • Use ambient lighting for rooms and baths • Use task lighting with dimmable
Electrical Products & Solutions • November 2015
options for bed and desk areas • Use overhead lighting for baths and showers Studies have shown that warmer color temperatures increase a sense of privacy while arousal increases with high luminance. To give your guests a comfy look and feel, use warm light temperatures, such as 2400K to 2700K. A 3000K to 3500K light creates a warm, white light, as well. However, it’s slightly cooler than the 2700K, which is great for hotel bathrooms. 4100K lamps (or light bulbs) provide a cool, white light for seeing detail. For a more natural look, use 5000K lamps. They create light closer to the one you see outdoors. Continued on page 16
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FEATURE • TCP
Continued from page 14
Don’t get fancy Most likely, you have a team of people working with you to create this hotel. You’ll find that there will be team members who want to add extravagant artwork to your space. However, that’s not going to enhance a guest’s experience. In fact, clean and simple is where hotel design is at these days, and the same holds true for your lighting design. Guests prefer a sophisticated design that combines architecture and lighting as an art form. According to Conde Nast Traveler, quality lighting will be expected as baby boomers are getting older. There will need to be more variability to how light is controlled. Therefore, you’ll most likely see an increase in LED lamps, which already should be used to help meet energy codes and increase return on investment (ROI).
ing their standards. If you want to give guests an experience better than home, you need to invest in LED lamps. In the end, you’ll reap the benefits of energy savings and limited maintenance costs because of the longer lamp life. Installing proper lighting is a must when working on new construction projects for hotels. The U.S. Congress has passed multiple legislative acts concerning lighting to conserve the nation’s energy resources. These regulatory standards impact how you approach the installation of your project’s lighting system. With new standards in place, an LED lighting solution should be the focus of your construction strategy.
Incorporate other hospitable dimensions
A multi-dimensional approach to hotel construction will give your hotel’s guests When guests have advanced lighting the ultimate experience. Look at color technology in their homes, hotels with his- temperature and luminance levels to adtoric lighting solutions are just not meet- dress cultural lighting preferences and per-
Meet high standards
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ceptions in hotel rooms. You can develop multi-dimensional hotel designs to integrate elements from other building designs – theaters, galleries or restaurants. When there’s a shift in architecture, there must also be a shift in the lighting design. Don’t just create a space for sleeping; create a space for working on your computer and other tasks. When you do this, you’ll have to get rid of the traditional t-grid and acoustical tile lighting design. That’s why it’s good to create your lighting design in zones according to each space’s purpose. You’ll then give the hotel much more, and it will be booked for other reasons than vacations or romantic getaways. Businesses will want to book it for meetings, or couples will want to book it for their wedding ceremonies. No matter how big your lighting system is, you’ll need to be concerned about the building’s aesthetics to create hospitality. You must be aware lighting technology and industry standards, so you can update the facility to achieve art with function. ❏
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Industry NEWS
Leviton Manufacturing Company Names Daryoush Larizadeh President
L
eviton Manufacturing Company, Inc. recently announced Daryoush Larizadeh has been named president, effective immediately. He will continue to serve as chief operating officer (COO). As President and COO, Larizadeh will have responsibility for all of the company’s operating units worldwide. He will continue to report directly to Chief Executive Officer Donald J. Hendler. Larizadeh, a 14-year veteran of Leviton, has been responsible for Leviton’s sales and operations globally since 2007. Today, Larizadeh oversees the company’s six business units, 13 manufacturing facilities and four market channels. Under his operational leadership, Leviton ex-
panded into markets outside the U.S., including United Kingdom, China, the Middle East, South America and Asia Pacific. Larizadeh also played an instrumental role in the strategic acquisitions of Fiber Connect, Integrated Metering Systems, Home Automation, Inc., JCC Lighting and Intense Lighting. These actions helped further position Leviton for future growth in its current businesses and new end markets. “Since joining Leviton, Daryoush has helped position Leviton for the future while maintaining operational excellence and commercial success. He is a trusted leader with a strong reputation for developing and inspiring the teams that work with him,” said Donald J. Hendler, chief executive of-
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ficer. “As Leviton nears its 110th anniversary in 2016, we are reminded to both acknowledge our heritage and recognize that our spirit of innovation has driven us to evolve and thrive over the years. Daryoush embodies the innovative spirit of Leviton, and I could not be more pleased about his appointment to this role.” “The Board unanimously agrees that Daryoush’s leadership experience, coupled with his strategic thinking and proven ability to deliver results, make him the right person to help execute Leviton’s strategic priorities and drive sustainable growth,” said Stephen B. Sokolow, chairman of the board of directors. Larizadeh becomes only the fourth individual to serve as president in the company’s nearly 110 years. “I am honored to be promoted to this role. I look forward to my ongoing partnership with Don and the rest of our team as we continue to grow and bring new and exciting solutions to our customers,” said Larizadeh. ❏
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Product FOCUS Hubbell Industrial Lighting Expands Its Awarding Winning HBL and KHL Highbay Lines Hubbell Lighting, a world leader in lighting innovation, announced today that Hubbell Industrial Lighting has added three new LED products to its popular HBL and KHL highbay lines: a high output HBL highbay (HBLHO), a flood light version of the HBL (HBL Flood) and a flood light version of the Kemlux III highbay (KHL Flood). With light output of up to 21,000 lumens, Hubbell Industrial Lighting’s new HBLHO is designed to efficiently and brightly illuminate large interior space such as heavy industrial settings, warehouses, gyms, churches, swimming pools and shopping malls. The high performance LED fixture delivers up to 100 lumens per watt; comes in three distinct beam distributions (aisle, narrow and wide); has sealed optic for a long life of 100,000 hours at L70 and durability. It is also built to withstand temperatures ranging from -40°C to 40°C. The fixture has a 68 CRI at 5000˚K and 80 CRI at 2700˚K, 3000˚K, 3500˚K and 4000˚K. The new HBL Flood is especially well-suited for tough industrial environments because of its high performance and longlife, combined with its rugged low copper alloy aluminum die cast design and heavy-duty yoke. The LED fixture is available in three lumen packages, ranging from 10,778 to 16,000 lumens; two beam distributions (narrow and wide); and five color temperatures (2700˚K, 3000˚K, 3500˚K, 4000˚K, and 5000˚K). The product is built to withstand temperatures up to 55°C. The HBLHO and HBL Flood are IP56, CSA tested to UL1598 Wet Location; and are DLC Listed, Wet Location Listed and come with a 5 year warranty. For more information, visit www.hubbellindustrial.com
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Product FOCUS CBS ArcSafe® Introduces RSA-184 For Cutler-Hammer FDPW Fusible Panelboard Switch – 30, 60, & 100 A CBS ArcSafe®, a leading manufacturer of remote racking and switching solutions for low- and medium-voltage switchgear, introduces its remote switch actuator (RSA) for Cutler-Hammer FDPW fusible panelboard switches. The lightweight, portable CBS ArcSafe RSA-184 allows technicians to remotely close or trip the circuit breaker from a safe distance of up to 300 feet while remaining stationed outside the arc-flash boundary. Installation and operation do not require any modifications to the existing electrical equipment thanks to CBS ArcSafe’s magnetic latching system. The RSA-184 is compatible with 30, 60, and 100 A twin, horizontal fused switches with 5.375” height. Typical applications of these circuit breakers include commercial, industrial, and service entrance applications to protect and switch feeder and branch circuits. The RSA-184 is a cost-effective solution for keeping operators safe when compared to other arc-flash mitigation alternatives. Optional features include radio remote with range up to 300 feet, 24 V DC LED light, wireless video camera system with LCD monitor, and rugged protective case assembly. All RSA units are portable, fast and easy to set up, offer mechanical and/or electrical safety protection, are adjustable to fit unique electrical equipment configurations, reduce the requirements for personal protection equipment (PPE), and help customers with NFPA 70E arc-flash safety compliance. For more information, visit CBSArcSafe.com
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Product FOCUS Condux Tesmec ARS711 Hydraulic Puller Features Dual Pulling Modes and Tier 4 Final Engine The ARS711 hydraulic puller from Condux Tesmec is ideal for a wide range of pulling applications including power transmission and distribution cable installation. The ARS711 features a 286 hp, Volvo Penta Tier 4 Diesel Engine, compliant with US EPA Tier 4 Final emissions legislation. The unit also offers a hydraulic motor with dual displacement positions for two pull settings: high pull mode and high speed mode. In high pull mode, the unit offers a maximum pulling force of 40,000 lbs. at a pulling speed of 1.5 mph, and 20,000 lbs. of pull force at a maximum speed of 2.9 mph. In high speed mode, the ARS711 offers a maximum pulling force of 27,000 lbs. at a pulling speed of 2.0 mph, and 13,500 lbs. of pull force at a maximum speed of 4.0 mph. The ARS711 is available as a modular unit, allowing greater flexibility for job site transport and set up, while providing the ability for end-user mounting on an existing chassis. A newly updated HMI control provides access to industry-leading features like a negative self-acting hydraulic brake, an integrated hydraulic dynamometer, a hydraulic cooling system and more. A standard electronic pull and speed monitor and recorder kit is integrated into the control panel, providing users real time data on pulling operations. Bull-wheel grooves on the ARS711 are made from heat-treated steel. The Condux Tesmec line of hydraulic pullers, tensioners, puller-tensioners and stringing blocks represents the safest and most reliable equipment in the power transmission and distribution industry. For more information, visit www.conduxtesmec.com
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Product FOCUS New Wirelessly Enabled Insulation Tester Plus Full-featured True-rms DMM Saves Time, Eliminates Recording Errors Fluke Corp. introduces the Fluke® 1587 FC Insulation Multimeter, a high performance wireless digital insulation tester plus full-featured true-rms digital multimeter (DMM) combined into one versatile handheld tool. The wireless Fluke 1587 FC provides enhanced versatility for both troubleshooting and preventive maintenance applications. As part of Fluke Connect® — the industry’s largest system of software and more than 30 wireless test tools — the 1587 FC adds four powerful new diagnostic capabilities when used in conjunction with the Fluke Connect® smartphone app: • PI/DAR (polarity index/dielectric absorption ratio) with TrendIt™ graphs identifies moisture and contamination problems faster; • Memory storage through the mobile Fluke Connect app reduces errors by eliminating the need to write down results, and saves data to the Fluke Cloud™ for historical tracking over time; • Temperature Compensation through Fluke Connect app helps establish accurate baselines and relevant historical comparisons; • Historical tracking and trending of assets using the Fluke Connect® Assets software identifies degradation over time, allowing real-time decisions in the field. For more information, visit www.fluke.com
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Product FOCUS MaxLite Introduces ENERGY STAR Certified LED MR16 lamps Combining the energy-saving benefits of LED with outstanding color quality, MaxLite introduces ENERGY STAR certified seven-watt MR16 lamps for commercial, retail, hospitality and other general lighting applications. The LED lamps replace 50-watt halogen bulbs in miniature recessed, track and cabinet lighting fixtures with more than 80 percent energy savings and a much longer life. Offered in GU10 and GU 5.3 bases, MaxLite MR16 lamps are designed with Chip On Board (COB) LEDs that deliver wide, uniform light and excellent color rendering, achieving an 80-plus CRI for the ENERGY STAR certified 2700K and 3000K models. A 90 CRI model, without ENERGY STAR certification, is also available in a 3000K color temperature. All models are dimmable. “MaxLite is excited to offer both ENERGY STAR certified and high CRI models as LED alternatives to the most common halogen MR16 lamps in the marketplace,” said Product Marketing Manager Alex Truong. “Our MR16s deliver the high color quality and light distribution required for the most demanding applications, while consuming less energy and lowering operating costs for our customers.” MaxLite MR16 lamps feature a specially designed heat sink that ensures a long, L70-rated 25,000-hour life of cool operation, performance and high lumens. Models with a GU10 base operate on an input voltage of 120 volts, while GU5.3 base lamps are designed to work on 12-volt systems. The lamps emit virtually no ultraviolet or infrared rays, to help prevent fading colors or inventory spoilage in retail displays. For more information, visit www.maxlite.com
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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
AEMC INSTRUMENTS ALFRA USA, LLC AMERICAN CONNECTORS, INC. CONDUIT REPAIR SYSTEMS CONSTRUCTION INNOVATIONS COPPER DEVELOPMENT ASSOCIATION DABMAR LIGHTING DOUGLAS LIGHTING CONTROLS E-Z METER ELECDIRECT.COM LLC FACILITY RESULTS GENERATOR INTERLOCK TECHNOLOGIES HARTMAN PRODUCTS HB BRACKETS HIGH VOLTAGE INC. HIOKI USA INNOVATECH INTERNATIONAL INC. ITOOLCO KOLBI PIPE MARKER CO KRENZ & COMPANY LARSON ELECTRONICS
IFC 29 40 4 22 15 26 16 36 30 24 7 33 18 38 IBC, 9 20 32 36 24 35
1 23 51 6 31 13 45 53 49 46 41 8 26 15 29 2, 9 43 25 50 42 27
LIGHT EFFICENT DESIGN MILLER SAFETY CONSULTANTS, LTD MINUTEMAN UPS MITSUBISHI ELECTRIC POWER PRODUCTS, INC NONCONDUCTIVE TOOL CO., LLC NORTHWEST LIGHTING SYSTEMS PHASE-A-MATIC PLATINUM TOOLS POWER & TEL POWER-ONE ROLL-A-REEL SEPCO SYLVANIA TCP THE HOME DEPOT THE NEW FLAT RATE TRIPLETT/BYTE BROTHERS UNDERGROUND DEVICES UNIVERSAL ELECTRIC CORP. UTILITY METALS
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PG#
RS#
BC 5 39 3 26 25 30 28 27 1 40 11 31 23 13 17 21 37 19 10
3 7 30 5 44 20 47 22 21 4 52 11 24 18 12 14 17 28 16 10
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