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Electricity is a constant presence in our daily lives. But just because it’s ‘common’ doesn’t mean it’s safe.
Electricity kills thousands of trained professionals every year. Industrial safety has come a long way in recent decades, but there’s obviously still room for improvement so today we’re going to address a threat inherent to all electrical work that most voltage detectors miss. A deadly threat that hides in plain sight. Nearly 2,000 workers were fatally electrocuted in 2018 and thousands more experience non-fatal electrical injuries each year (Johnson, 2020)

Electrical Lineman Repairing Wires
Companies have done an admirable job improving electrical safety standards by mandating standard personal protective equipment (PPE) and instituting procedures like Lockout/Tagout (LOTO)but many injuries and deaths occur due to energized sources such as downed powerlines or metal objects electrified by damaged components.

Many companies have developed a variety of basic voltage detection devices to combat this threat, but even that line of defense has several stunning shortcomings including easily blocked sensors, inability to detect through basic shielding, and a near-universal lack of current detection capabilities.

Most Voltage Detectors Lack Current Detection

Most personal voltage detectors are limited by how they do not detect a source of voltage itself but rather the electrical field it produces. Voltage is deadly, but electrical fields are weak. So weak, in fact, that they can be blocked by almost anythingNo voltage detector can function if whatever it’s detecting can’t reach its sensors, so anyone utilizing a voltage detector that is handheld or worn on the body must stay acutely aware of whether or not their device is actually functioning: an improper grip or a heavy jacket could wipe out their first line of electrical safety defense. 

Detector error isn’t always a matter of blocked sensors or user mishandling. Factors such as relative humidity or the presence of multiple electrical fields can shorten detection distance and severely limit the effectiveness of most detectors. In fact, many materials create a barrier that electrical fields can’t penetrate. By the time the voltage source is exposed enough to detect, it may already be too late.  

Most voltage detectors lack the ability to detect current (technically, the magnetic fields that current creates). Unlike their electrical counterparts, magnetic fields can pass through solid objects so utilizing a device that detects current, as well as voltage, provides an extra layer of protection. Unfortunately, the majority of detection devices available on the market today still only detect voltage which makes about as much safety sense as going out into the field with only one glove. 

Learn more about voltage and current detection here: https://youtu.be/ESvS6vXj8KA

PPE that Detects both Voltage AND Current

It’s not all doom and gloom in the world of electrical safety.  Safeguard Equipment’s relentless innovation and commitment to worker safety has led to the creation of a wearable voltage detector that has solved the issue of sensor blockage and is capable of detecting current. 

Compass™ is a lightweight and incredibly durable device that clips onto the brim of any hard hat to deliver 360° detection. This positioning also without the sensor disruption found with most devices worn on the user’s arm or around their neck. It also comes in a model designed to detect lower voltage power sources than a traditional detector, making Compass™ the ideal option for workers in any profession that carries the risk of electrical injury. And it seems surprising given current’s lethal nature, but Compass™ is actually the only portable non-contact device with the power to detect magnetic fields so its users gain unparalleled awareness of the voltage and current in their surroundings. 

Compass: Worlds Best Personal Current Detector

Compass offers the ability to detect current through conduit.
Compass: Worlds Best Personal Current Detector

To learn more about Compass™, schedule a live demonstration, or request a sample unit to test in your organization visit www.safeguardequipment.com today. 

 

References: 

Johnson, D., 2020. NFPA Studies Fatal & Non-Fatal Electrical Injuries. [online] Ishn.com. Available at: <https://www.ishn.com/articles/109484-nfpa-studies-fatal-non-fatal-electrical-injuries> [Accessed 3 December 2020].