Did you know that the relationship between temperature and the performance of maglocks is crucial for their proper functioning? This is because temperature directly affects the solenoid, which plays a key role in the operation of maglocks.
The heart of every electric or electronic maglock is the solenoid. A solenoid or coil is a conductive metal wire covered and wound around a cylinder. When activated by an electric current, it generates a magnetic field that allows a mechanical part (like a latch) to move to open or close the maglock.
Maglocks can operate with alternating current (AC) or direct current (DC).
Alternating current is characterized by maintaining a cyclic flow, with its magnitude and direction fluctuating at regular intervals. The main advantage is that it loses less energy than direct current when transported over long distances and can be easily transformed into direct current.
Direct current is characterized by maintaining a stable flow in a single direction. The main advantage is that it requires less insulation, is safer than alternating current, can be stored in batteries, and achieves lower voltages. Maglock models that operate with direct current are ideal for systems that must be permanently connected but offer little opening capacity with preload.
The solenoid is also responsible for managing the unlocking power of the maglock, and in models that operate with continuous DC connection, the temperature can increase considerably, reaching in some cases up to 50º.
The solenoid is the heart of every maglock, and temperature directly affects its operation.
Controlled Temperature
As a result of our R&D&I work, at Openers & Closers we are pioneers in incorporating a microprocessor into our electronic strikes that adapts to any voltage, thus solving any problem arising from excessive temperature.
8-30V AC/DC ED100%
The electronic strikes offer a much higher operating voltage range than conventional electric strikes. They are models that can be permanently connected, whether to alternating or direct current.
Thanks to the microprocessor, we manage to keep the temperature stable, preventing it from exceeding 40°C in direct current ED100%. This ensures that the solenoid operates within an appropriate thermal range.
Among the main advantages of this temperature control, we highlight:
- Optimal efficiency: As the temperature of the solenoid increases, the electrical resistance of the coils also rises. This means the solenoid needs more energy to generate the same magnetic field. However, by keeping the temperature controlled, the solenoid maintains its performance without losses and there is no energy waste in the form of excessive heat.
- Reduced maintenance: By controlling the temperature, we prevent internal components, such as coil insulation, from suffering damage, which results in less need for repairs.
- Greater durability: The wear of materials is reduced, prolonging the solenoid's lifespan.
- Stable operation: A solenoid that reaches excessive temperatures can lose efficiency, affecting the operation of the unlocking mechanism. This could prevent the strike from opening or closing correctly. However, with our electronic strikes, we manage to reduce the possibility of interruptions or unexpected failures.
- Increased safety: Keeping the solenoid's temperature controlled prevents the front from overheating, reducing the risk of burns and protecting the wooden profiles of the doors.
In Openers & Closers, we combine innovation and technology to ensure more efficient, secure, and durable maglocks.
Feel free to contact us if you want to learn more about the advantages of our products.
Openers & Closers, opening doors to innovation.