Stun guns must back solid and sustained contact with the target to have an effect. This can be difficult if the user is engaged in a fight with an attacker. A sharp movement by the attacker can thwart its use. Like the TASER, some stun gun devices have a laser light sight to create the sniper effect of a red dot on an adversary that may cause them to flee. Stun guns can also be triggered to create an imposing mini-lightening bolt to arc across the probes that is very intimidating.

ECWs can fail if the probes do not penetrate heavy clothing, don’t achieve an adequate spread, or if one of the probes fails to make contact. A highly active arrestee can prevent the probes from making their target. An officer can manually attach a new cartridge or use the exposed conductors of the ECW for a contact shock, known as a drive stun, to either complete the circuit when one probe has engaged or as a pain compliance technique accompanied by verbal commands.

Stun guns typically have two probes that may or may not be sharp to add additional defensive authority since these devices must be pressed onto the target and make full contact. The voltage may or may not immobilize the target and rely mostly on the pain and psychological shock of the stun gun to cause them to retreat. Stun guns have fixed probes and unlike the law enforcement ECWs, those probes do not spread. Probe distance is essential in ECWs in order to complete the electrical circuit for the voltage to have an effect. Lacking this, the stun gun cannot reliably cause immobilization.

Solarbattery Storage cabinet

However, hazardous substance cabinets are not sufficient in the event of a battery fire. They protect the contents of the cabinet from external fires, but in a battery fire, a very intense fire with significant smoke development occurs INSIDE the cabinet.

Asecosbattery cabinet

Guidelines from the PGS (Dutch Publication Series on Dangerous Substances) are being developed. But as long as they are not yet ready, insurers are taking their own measures. For example, by mandating a fire-resistant storage system if many lithium-ion batteries are present on-site.

A storage medium for batteries must ensure that the fire cannot break out of the cabinet. A safety cabinet is not designed for this. Just look at the video above to see what happens in such a case.

Batteryguard battery safes are specially developed to contain a battery fire within the safe. It is not just a cabinet but a safe with a solid fire-resistant construction and robust locking mechanism. This ensures that in the event of a battery fire, the safe doors remain closed and the fire does not spread to the surroundings.

Continue reading on our page about Regulations Surrounding the Storage of Lithium-Ion Batteries and watch the interview with Nationale-Nederlanden where risk expert Bart van de Broek outlines what to consider when purchasing a lithium-ion battery safe.

Lithium batterychargingcabinet

Safety cabinets, also known as chemical cabinets or hazardous substance cabinets, are used for storing flammable liquids in laboratories and other environments where flammable liquids are handled. These cabinets comply with specific regulations for the storage of hazardous substances, the EN 14470-1 guidelines.

Fireproofbatterychargingcabinet

ECWs are not a substitute for deadly force. If confronted with a deadly weapon by an assailant, an officer should not rely on the ECW, but engage their firearms. If there is time and adequate backup with available deadly force, an officer may attempt to deploy an ECW knowing that if the device fails other officers can engage the armed assailant.

Law enforcement ECWs can also arc, but, on most models, only if the cartridge that contains the probes are removed or already discharged. The laser light on the ECW can be used as a warning to “paint” the target and often brings compliance from the mere thought of being “tased”.

ECWs are very safe based on a multitude of studies. Although in custody deaths after ECW deployment have been recorded, complicating factors like drug use are the true cause. Many tests and studies have shown that there is little to no risk of the heart being stopped or harmed by ECW use. ECWs have proven to reduce death and injury to both officers and offenders compared to other restraint strategies. The ability to immobilize a person resisting arrest laying hands-on is a major factor in the safety of these devices.

Storageoflithiumbatteries HSE

Many safety cabinet providers now also offer charging points in their cabinets, suggesting that they are a safe place for charging lithium-ion (bike) batteries.

When the headline talks about police using a “stun gun”, you know the reporter doesn’t know much about the subject. While there are stunning devices on the market for both private and law enforcement use, the differences between a stun gun and a TASER used by law enforcement are significant.

TASER devices used by law enforcement do their job when the operator pulls the trigger. This activates a nitrogen cartridge that propels two barbed probes attached to wires toward the target. The barbs remain attached to the ECW and spread slightly away from one another. When contact is made with the target, a 5-second cycle of 50,000 volts locks interferes with the nervous system in such a way that locks the muscles of the body into immobility. While the target experiences pain with the shock, the pain is not the primary reason for ECW use. The main purpose is to immobilize the person long enough to get them into restraints. The length of the wires trailing the barbed probes varies from fifteen to thirty feet. This allows the officer to maintain some distance from the target.

Once attached, the probes can be activated for additional 5-second cycles up to department policy limits or it become obvious that the cycles are not causing compliance.

Where can you safely charge your lithium-ion (bike) batteries, and why isn’t a safety cabinet the safest option? In this blog, we explain how to charge your batteries reliably and safely, and where safety cabinets fall short.

Want to know more about safely storing and charging lithium batteries? We would be happy to explain in a personal conversation the differences between safety cabinets and the Batteryguard battery safe.

Fireproofbattery storage cabinet

The public can be assured that good training and clear policy prevents overuse or misuse of ECW technology for safer policing to officers and arrestees.

The TASER device was patented in 1974 but didn’t become popular with law enforcement until the early 2000s. There are other manufacturers of similar products, but the TASER brand is so ubiquitous that it has practically become the generic label for all devices that use an electrical shock to control behavior. To include all makers the term electronic control weapon (ECWs) or conducted energy devices (ECDs). It is important to known that ECWs do not electrocute people, but uses voltage to cause muscles to seize up without serious after effects other than injuries that might be sustained from falling after immobilized.

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