3 Main Practices of Lock Tampering

When it comes to securing your home or property, functional locks play a crucial role in ensuring your safety and privacy. They act as the first line of defense against potential intruders. Unfortunately, many of us have encountered frustrating situations where locks have been bumped, drilled, or even broken. These incidents can be incredibly stressful, particularly when a burglar manages to bypass the lock and gain access to your property. While we can't always predict when an intruder might strike, we can take steps to enhance the security of our locks or invest in a comprehensive home security system to deter criminals. If you're in need of professional locksmith services, Sure Lock & Key could be the ideal solution for you. Our team offers a wide range of residential locksmith services and is committed to resolving any lock-related issues you may face. In addition, we’ve identified some key signs that could indicate your lock has been tampered with. Keep reading to learn more about these warning signs! **Lock Bumping** If you’re among the 90% of Americans who use traditional cylinder locks for their front or back doors, this section is particularly relevant. Burglars commonly employ the technique of bumping to open such locks. Interestingly, this method was originally developed by locksmiths as a quick way to open locks without a key. What makes bumping so appealing to criminals is its simplicity—no specialized tools or excessive effort are required. Typically, they’ll use a blank key that’s been filed down to resemble a jagged saw. By inserting the key into the lock and tapping it repeatedly with a blunt object, they aim to turn the lock and gain entry. While this method is effective, it often leaves behind telltale signs. Fresh nicks around the keyhole are a common giveaway, especially on shiny metal locks. You might also notice creased edges on the keyhole or lock itself, indicating forced entry. **Brute Force** Another common approach used by intruders is brute force. Although this method is undoubtedly messy and physically demanding, it remains popular among those who feel pressed for time. A burglar might attempt to break or drill the lock, or even resort to knocking the door down entirely. Given its destructive nature, this technique tends to leave obvious traces of forced entry. Look out for twisted metal components, splintered wood, discoloration around the keyhole due to friction, bent deadbolts or latches, and possibly deformed door frames. **Lock Picking** Among the various methods of lock tampering, lock picking stands out as another prevalent choice for criminals. Unlike bumping, this technique requires skill, specific tools, and patience. Burglars typically use a flat object like a screwdriver to manipulate the lock from within the keyhole, aiming to turn it manually. They also employ a rake-like tool to engage the internal tumblers and unlock the mechanism. Despite being more intricate than bumping, lock picking still leaves subtle indicators of forced entry. Close inspection of your lock may reveal fine scratches around the keyhole. Additionally, if your key suddenly doesn’t function properly when trying to open the lock, it could be a sign of tampering. In conclusion, break-ins remain one of the most distressing experiences for homeowners or business owners alike. But rest assured, you don’t have to face these challenges alone. Whether you’re dealing with a damaged lock, suspect tampering, or simply wish to upgrade your security system, Sure Lock & Key is here to help. Contact us today, and let our experienced professionals provide the support you need!

DC Solenoid Pump

Solenoid Pump is a type of fluid transfer device that uses a solenoid to create a magnetic field that moves a plunger or diaphragm to pump fluids.DYX has both DC solenoid pump and AC Solenoid Pump.

The main difference between DC solenoid pump and AC solenoid pump is the power source they use. DC solenoid pumps run on direct current, while AC solenoid pumps run on alternating current.

DC solenoid pumps are commonly used in applications where a low voltage power source is available, such as in battery-operated equipment or vehicles. They are also known for their efficient operation and ability to provide consistent flow rates.

AC solenoid pumps, on the other hand, are typically used in applications where a higher voltage power source is available, such as in industrial settings. They are known for their ability to handle high flow rates and provide reliable performance over long periods of time.

Overall, the choice between a DC solenoid pump and an AC solenoid pump will depend on the specific application and power source available.

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