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How to choose access control and elevator control power supply?

Article Source:Kinri Energy | Author:Kinri Energy | Issuing Time:2024.03.22
The access control power supply is a fully automatic intelligent uninterruptible power supply. The access control power supply and elevator control power supply are the core of the access control system and elevator control system, and their stability is crucial for the normal operation of the entire system. When selecting a power supply, consideration should be given to a power supply manufacturer that meets technical specifications, has reliable quality, and has a good reputation. Attention should also be paid to the power supply's dust-proof, anti high pulse, and anti strong magnetic field interference characteristics to ensure that it can meet the system's requirements.



The access control power supply is an important component of the access control system, which mainly serves to power the access control controller and card reader.

The elevator control power supply is the most important part of the elevator control system. Its main function is to provide power to the elevator access control controller and card reader, as it is located on the top of the elevator car and has strong magnetic field and high pulse interference.

The access control power supply generally has a 12V DC output, and there are two types: switch power supply and transformer power supply. The commonly used access control power supply in the market is transformer power supply. The appearance of the access control power supply is an iron box. To ensure the normal and stable operation of all devices, the power supply needs to have sufficient power to supply the access control controller and access card reader.

The elevator control power supply is generally 24V DC output, and there are two types of power supply: switch power supply and transformer power supply. Suggest using transformer power supply for elevator access control. Pay special attention to the dust prevention, high pulse prevention, and strong magnetic field interference of the elevator control power supply box.

When choosing a power supply, one should choose a power supply manufacturer that meets technical specifications, is reliable in quality, has a good reputation, and is suitable for elevator access control systems.

The access control power supply is the heart of the access control system, providing a continuous source of power for the access control controller and card reader. Like an energy supplier, it silently guards the normal operation of the entire system. The appearance of the access control power supply is an iron box, like a sturdy guardian, providing safe electrical protection for the access control system.

In the elevator control system, the elevator control power supply plays the same role. It is the energy source of the elevator access control controller and card reader, located on the top of the elevator car, but can resist the invasion of strong magnetic fields and pulse interference. It is like a brave fighter, using its power to safeguard the elevator access control system.

The access control power supply and elevator control power supply are like the backbone of the access control system and elevator control system, and their stability is directly related to the normal operation of the entire system. Therefore, when choosing a power supply, we need to choose a power supply manufacturer that meets technical specifications, has reliable quality, good reputation, and is suitable for elevator access control systems.

At the same time, we also need to pay attention to the characteristics of the power supply, such as dust prevention, anti high pulse, and anti strong magnetic field interference. Only a power supply with sufficient power and amperes can ensure the normal and stable operation of all devices. When choosing, we should consider these characteristics of the power supply to ensure that it can meet the needs of the system.

The access control power supply is one of the core components in the access control system, which undertakes the key task of converting electrical signals into control signals. In the access control system, the elevator control power card reader, elevator access control controller, and access control machine are all inseparable from the support of the access control power supply. The types of access control power supply are mainly divided into access control controller chassis power supply and electric lock power supply according to their different functions.

The high reliability, strong anti-interference ability, and strong scalability of access control power supply make it play an important role in access control systems. It can not only provide stable power support for access controllers and other devices, but also control the operation of devices such as door opening and closing, building intercom, etc.

For the special use of elevator access control systems, due to the harsh installation environment of the equipment, the interweaving of outdoor lines is prone to lightning strikes, and the power connection lines are inevitably exposed outdoors. Therefore, it is required that the power supply has effective measures for extremely strong lightning protection. At the same time, power supply charging and discharging management is also a key link in preventing damage to the power supply due to overcharging and preventing instability of the system due to excessive current.

In order to ensure the reliability and stability of the access control power supply, we need to conduct strict testing and verification of various technical parameters of the power supply. At the same time, strict screening and evaluation are also required for the installation and usage environment of the power supply. When choosing an access control power supply, we also need to pay attention to the following points:

1. Determine the input voltage range of the power supply to ensure its normal operation under different voltage conditions;

2. Understand whether the output current and voltage of the power supply meet the requirements of the access control controller;

3. Confirm whether the power supply has functions such as overload protection and short circuit protection;

4. Confirm whether the power supply has lightning protection function to avoid damage to the equipment caused by lightning strikes;

5. Understand the appearance, size, weight, and other parameters of the power supply to ensure that it can adapt to the installation environment.