Who needs arc flash training?

By R.W. Hurst, Editor

Who needs arc flash training?

Ensuring workplace safety involves providing comprehensive arc flash training. Deciding who needs this training depends on several factors. Generally, anyone working with or around electrical equipment should undergo arc flash training. OSHA also specifies certain job titles associated with higher risks of arc flash exposure. Ensuring these employees receive appropriate training is crucial for maintaining a safe work environment.

OSHA’s High-Risk Job Titles

OSHA identifies the following job titles as high-risk for arc flash exposure:

Blue Collar Supervisors
Electrical Engineers
Electrical Assemblers
Electrical Technicians
Electricians
Stationary Engineers
Industrial Machine Operators
Material Handling Equipment Operators
Mechanics and Repairmen
Riggers
Welders

These roles involve frequent exposure to electrical systems, increasing the likelihood of encountering arc flashes. Comprehensive training and access to proper personal protective equipment (PPE) are essential for these employees to perform their duties safely.

Importance of Comprehensive Training

Employees in high-risk positions should receive detailed training on:

Identifying Potential Arc Flash Hazards: Understanding how and where arc flashes are likely to occur.
Using PPE: Proper selection and use of PPE to minimize injury risks.
Emergency Procedures: Steps to take in the event of an arc flash to ensure safety and minimize harm.

General Training for All Employees

While specific job roles require in-depth training, it is also important for all employees to have a basic understanding of arc flashes. General training should cover:

Arc Flash Basics: What arc flashes are and the dangers they pose.
Identifying Arc Flash Boundaries: Recognizing and respecting the designated safety zones around electrical equipment.
Reading Arc Flash Labels: Understanding the information provided on arc flash warning labels to stay safe.

This basic knowledge helps everyone in the facility stay out of danger zones and react appropriately to arc flash risks.

Implementing a Training Program

To effectively implement an arc flash training program:

Assess Your Workforce: Identify which employees fall into high-risk categories and which need general training.
Develop a Comprehensive Curriculum: Create detailed training modules for high-risk employees and simpler ones for general staff.
Regular Updates and Refreshers: Ensure training is ongoing and updated to reflect any changes in safety protocols or equipment.

Arc flash training is essential for maintaining a safe workplace. High-risk employees, as identified by OSHA, require comprehensive training and access to proper PPE. Additionally, all employees should receive basic training to understand the risks associated with arc flashes and how to avoid them. Implementing a thorough training program helps protect everyone in the facility from the dangers posed by arc flashes.

Visit Our NFPA 70E Arc Flash Training Course

Visit Our CSA Z642 Arc Flash Training Course

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Evluma Launches Line of Post Top Globes to Complement LED OmniMax

March 12, 2020, Renton, WA…Street and area lighting manufacturer Evluma, announces the release of a new globe accessory line, OmniMax Lighting Solutions (OLS) to complement their OmniMax family of LED replacement lamps. OLS is a custom, curated selection of spherical and acorn style globes for decorative streetlights. The OmniMax is a Bluetooth-connected, screw-in replacement lamp for use in decorative post top globe and acorn lights. The release of a globe line to complement the OmniMax is designed to make the HID to LED conversion and maintenance process easier for Evluma customers.

Customers executing a retrofit project can conveniently purchase a replacement globe at the same time they purchase the OmniMax. “The wide variety of styles and materials offered means that we can typically provide a customer with a globe that matches an older style,” said Marketing Director, Cathleen Shattuck. “Customers can refresh globes simultaneously with OmniMax installation to save on labor, or if they suddenly discover damage to individual light fixtures, we can quickly provide them with a solution. Our high level of customer service means we are well-adapted to quick turnaround on orders of any size, keeping the process convenient and low cost.”

Using OmniMax, municipalities, utilities and electric departments converting post top fixtures from HID to LED can do so in under 5 minutes a fixture. The OmniMax is available in both Premium and Standard models. Premium models are Bluetooth-enabled and are compatible with Evluma’s wireless control application, ConnectLED. Both models carry a ten-year warranty and offer Evluma’s signature low-glare illumination.

About Evluma

Formed in 2008, Evluma is committed to developing affordable, long-lasting and environmentally low-impact LED lighting solutions that fundamentally change the landscape of the outdoor utility lighting market. Evluma’s high standard of customer service and background in innovative lighting technologies, automation and software design creatively ideate and inform its utility-grade products. Evluma is located in Renton, WA, USA.

09/24/20

Evluma's Build-Your-Own Acorn is an Affordable Answer to Decorative Streetlight LED Upgrades

Street and area light manufacturer Evluma announces the release of Build-Your-Own Acorn; a full-fixture, decorative streetlight replacement solution that includes the customer’s choice of acorn globe, finial and capital fitter. This solution is designed for utilities, municipalities, facilities and property managers looking to upgrade their existing decorative lighting from HID to LED and features the OmniMax™ LED lamp as its light source.

“Build-Your-Own-Acorn is a tailored solution that puts control in the hands of the customer,” said Evluma Product Manager Jason Dobbs. “With the value-driven OmniMax at the center of quality, cost-effective options, this is an affordable approach to complete head replacements. Build-Your-Own-Acorn offers the freedom to replace and repair fixtures without being locked into a proprietary OEM solution that may be hard to change later and typically costs more. It’s everything but the pole.”

Build-Your-Own Acorn includes multiple styles of acrylic and polycarbonate globes, in addition to a cast aluminum capital fitter. The capital fits 3 inch and 4 inch poles and is offered in black or green. The 70W OmniMax LED lamp is offered in six different color temperatures ranging from 2000K-5000K in either the Premium or Standard. OmniMax Premium includes Evluma’s patented, maintenance-saving Photocontrol Failsafe™ and compatibility with Evluma’s Bluetooth lighting app ConnectLED™. OmniMax Standard ships without connectivity features or Photocontrol Failsafe built-in.

“Photocontrol Failsafe means never having to replace a failed photocontrol ever again,” said Janine Soper, Evluma’s Regional Sales Manager. “With ConnectLED, the OmniMax Premium can be quickly dimmed or programmed with a dimming schedule, offering additional aesthetic and energy saving opportunities,” said Janine.

Both OmniMax models are supported by robust 20kV/10kA surge protection and the OmniMax’s four layers of thermal management for extended operation in enclosed environments. The capital has a 5 year warranty on the finish. Acrylic globes are warrantied for 5 years against yellowing. The OmniMax and all electronics, including the capital’s optional photocontrol are warrantied for 10 years.

About Evluma

02/22/21

Parallel Resonant AC Test Sets

High Voltage, Inc. is an American test equipment manufacturing company located in rural Copake, NY. We are known for high quality, easy to use equipment and for our commitment to providing the best customer and product support in the industry.

As we matured we expanded into larger products. Cable fault locators (thumpers) as well as higher power ac (HPA) dielectric testers as might be used in a factory environment. Our HPA line of ac testers are available with outputs up to 300 kV ac and power levels up to 40 kVA and can be customized with various levels of control sophistication.

Our new PAR line of ac dielectric testers are designed to meet the needs of those who need power levels up to 250 kVA, to be able to test their highly capacitive test loads. Using ac resonant technology outputs of 50 kV at 5A (for example) are possible with an input of only 230 v, 90 A. That is an input of 20 kVA for an output of 250 kVA. (Model PAR-50250FC5)

The PAR models consist of a control section and a high voltage section. While large, they are transportable by van or trailer for field work. The control section includes the input breaker, variable (motorized) input control, a PLC controller, and connections for controlling the hv section. The high voltage section is a steel tank with a phenolic output bushing. Inside this tank is a variable-core reactor in an insulating oil bath with an air space at the top to allow for thermal expansion.

The variable reactor looks similar to a transformer but has a moveable core that allows the inductance value to vary to match the capacitance of the load, thereby achieving resonance. This effectively cancels the load capacitance, as far as input power requirements are concerned. Once in resonance, the input voltage is increased until the desired output voltage level is achieved. For a capacitive load that must be tested at power frequency the PAR reduces power requirements, as well as test equipment size by one tenth to one thirtieth, compared to a test transformer.

The HVI PAR family of resonant as dielectric testers are perfect for power frequency testing of power cables, rotating machinery, bushings, instrument transformers, transformers, shunt reactors, and many other products.

For more info please contact sales@hvinc.com to discuss your application.
For more information on these and other high voltage test products, contact High Voltage, Inc. at www.hvinc.com, sales@hvinc.com, or call 518-329-3275.

03/07/22

Evluma Launches Low-Glare LED Roadway Luminaire

LED lighting manufacturer Evluma announces the launch of a new roadway lighting product RoadMaxTM. The RoadMax series will include three sizes: small, medium and large and a range of wattages designed to replace legacy HID 100w, 250w and 400w cobraheads. The first model in the series, the RoadMax RX1, with wattages ranging from 30W-70W and an estimated output range of 3,000 to 9,000 lumens, is estimated to start shipping at the end of April 2022.

This sleek and stylish luminaire was designed with RP-8-18 roadway requirements in mind. The unique optical design offers a combination of roadway performance and glare control unprecedented in the industry. “RoadMax is an advancement of Evluma’s reputation for low-glare, visually-pleasing outdoor lighting,” says Taisha Bezzo, National Sales Director. “RoadMax addresses contemporary concerns regarding disability glare and light trespass from roadway lighting while maintaining exceptional pole spacing.”

Multiple luminaire configurations for Type II, Type III and Type V, all with zero-uplight (U0), are offered. Additional features such as a field adjustable wattage selector (FAO), light trespass shields and a choice of photocontrol sockets are available. RoadMax can be customized to include Evluma’s Photocontrol FailsafeTM, a patented technology that solves photocontrol failures on street and area lights. Compatibility with ConnectLEDTM, Evluma’s Bluetooth app for wireless lighting controls, enables dimming and dimming schedules without the need for a network. Evluma’s comprehensive 10-year warranty and signature 20kV/10kA surge protection comes standard with every model.