(A) high security
Industrial passive locks use radio frequency identification technology encryption algorithm, which greatly increases the difficulty of cracking the lock. According to relevant data, the cracking success rate of traditional mechanical locks is relatively high, while the cracking success rate of passive electronic locks is extremely low, which effectively prevents illegal intrusion behaviours such as theft, peeping and cracking. For example, in some important commercial places and public places, the use of passive electronic locks can provide users with higher security, so that users do not need to worry about the security of valuables and important information.
(B) strong diversity
Passive electronic lock identification card has a strong diversity, according to the user's needs for personalised design. Different identification cards can have a different appearance, size and material, to meet the user's personalised choice and use of demand. For example, some enterprises can design the identification card with the style of the corporate logo, which is not only convenient for employees to identify, but also enhance the corporate image. At the same time, diversified identification cards also provide users with more choices to meet the needs of different users in different scenarios.
(C) good waterproof and dustproof performance
Industrial passive locks have good waterproof and dustproof performance, can adapt to a variety of environments. Relevant tests show that passive electronic locks can work properly in high humidity environments, and can effectively prevent dust from entering the lock, affecting the performance of the lock. This makes passive electronic locks can be widely used in outdoor, high humidity environment and dusty occasions, such as public places of access control, car parks and so on. In these environments, traditional mechanical locks are susceptible to water and dust, leading to problems such as rusting and clogging of the lock cylinder, while passive electronic locks can well avoid these problems.
(D) Energy saving and environmental protection
Passive electronic locks use wireless communication technology for data transmission, without external power supply or battery power. This not only reduces the consumption of energy, but also reduces the pollution of the environment by used batteries. According to statistics, traditional electronic locks consume a huge number of batteries each year, and these used batteries, if not properly disposed of, will cause serious pollution to the environment. In contrast, the energy-saving and environmental protection advantages of passive electronic locks are more obvious.
(E) Easy maintenance
Industrial passive locks have low maintenance costs. Since there is no need for keys and mechanical actuators, passive electronic locks are not easily damaged. At the same time, it also eliminates the need to re-produce keys or replace the lock cylinder due to key loss or mechanical failure. In practice, the failure rate of passive electronic locks is extremely low, greatly reducing maintenance costs and maintenance workload. This is undoubtedly a great advantage for some enterprises and places that need to use a large number of locks.
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