As buildings become smarter and more sustainable, energy efficiency has become a key consideration for every system in the building—electrified locks included. These locking systems, which provide security and access control, are constantly powered to ensure reliability.
However, reducing their energy consumption can lower operational costs and improve overall system performance. One of the most important features contributing to energy savings in electrified locking systems is low current draw. In this blog, we’ll dive into the significance of low current draw in electrified locks and how it contributes to energy savings, longer-lasting systems, and better overall efficiency.
The Role of Electrified Locks in Energy Efficiency
Electrified locks are integral to modern security systems, and the more power a device requires, the higher the operational costs over time.
In simple terms, current draw refers to the amount of electricity a lock uses to function. For electrified locks, this means how much power is required to keep the locking mechanism engaged, communicate with access control systems, and function during operations. By focusing on low current draw, manufacturers can design electrified locks that require significantly less energy, helping to reduce both energy consumption and associated costs.
How Low Current Draw Improves Performance and Saves Energy
Low current draw locks not only help conserve energy but also enhance the overall performance and durability of access control systems. By consuming less power, these locks deliver tangible energy savings, which scale significantly in buildings with numerous entry points. Reducing energy costs while maintaining robust security is an immediate advantage for any facility.
For systems reliant on batteries, either as a primary or backup power source, low current draw locks also offer benefits. These locks extend battery life by minimizing power consumption, reducing the frequency of replacements and lowering maintenance costs. This not only improves operational efficiency but also ensures that the system remains reliable during emergencies. It’s also important you pair low current draw locks with energy-efficient and compatible power supplies, using linear power vs switching.
From a performance standpoint, low current draw reduces the electrical load on the entire system. This means less wear and tear on components and fewer system failures, resulting in a more dependable operation.
Selecting Electrified Lock Systems for Maximum Energy Efficiency
Crafting an energy-efficient access control system starts with selecting locks that minimize power consumption while maintaining high performance and reliability.
Command Access products, such as the CL190-HD, are engineered with low current draw to meet the demands of modern, energy-conscious facilities. Its low maximum current draw of just 300 mA allows multiple locks to operate on a single power supply, reducing infrastructure costs and simplifying system design. This efficiency translates into tangible savings for building owners, as fewer power supplies are needed to support the system. Additionally, the lock’s low holding current of 100 mA ensures reliable operation while aligning with sustainable design considerations, making it an ideal choice for energy-conscious projects.
Products like the ML190 Series also feature low current draw. It additionally has a continuous duty motor, making it an excellent choice for "continuously on" applications, such as fail-safe configurations or extended unlock cycles. This motor design significantly reduces energy consumption in scenarios where the lock remains powered for long periods, offering substantial energy savings over traditional alternatives.
Command Access’ focus on low current draw extends much of our product range, ensuring that each solution contributes to reduced energy consumption without sacrificing security. Whether for new installations or retrofits, their products empower facilities to achieve operational efficiency, lower costs, and meet sustainability goals.
Conclusion
Energy efficiency is an important factor to consider when choosing electrified locks for any building. Locks with low current draw not only reduce energy costs but also improve overall system performance and longevity. By selecting energy-efficient locking systems, you’re investing in a more sustainable, reliable, and cost-effective security solution.
If you’re looking to learn more about how Command Access can help you optimize your access control system with energy-efficient solutions, we’d love to chat!