Magnetic Lock: Core component for door control and linkage in cleanroom equipment

I. Core Basics (Compatible with Cleanroom Equipment Scenarios, Non-Redundant)

.Core Principle: Power generation produces a strong magnetic force, attracting a metal suction plate (compatible with the doors of mist shower rooms and pass-through windows), thus locking the door; when power is off, the magnetic force disappears, and the door unlocks (automatic linkage with a controller).

Core Components (Compatible with Cleanroom Equipment):

. Main Body: Electromagnetic coil, iron core (sealed design, dust and moisture resistant, suitable for the humid environment of mist shower rooms);

. Supporting Components: Metal suction plate (fixed to the door), bracket (adjustable spacing to ensure a tight lock);

. Compatibility: Supports direct linkage with PLC controllers and touchscreen controllers (such as mist shower room and pass-through window controllers), receiving electrical signals to achieve "automatic locking/unlocking".

II. Core Functions (Focusing on Cleanroom Equipment Usage Needs)

1. Basic Locking Function: No mechanical latch, relies on magnetic adsorption, locking without gaps to prevent airflow and cross-contamination between the clean area and the outside (a core requirement for mist showers and pass-through windows); Adjustable locking force (some models), adaptable to door thicknesses (suitable for thin pass-through window doors and thick protective doors in mist showers), no loosening or noise after adsorption.

2. Linkage Control Function (Core Adaptation to Your Controller Scenarios): Can directly interface with mist shower controllers and cleanroom pass-through window controllers to achieve "automated linkage":

. Mist Shower Scenarios: When mist shower starts, the controller energizes the magnetic lock, locking both doors (preventing doors from opening and contaminant diffusion during mist shower); After mist shower ends, the controller de-energizes, the magnetic lock unlocks, allowing personnel/items to enter and exit;

. Pass-through Window Scenarios: Links with the controller to achieve "door interlocking" (both doors cannot be unlocked simultaneously), working with the pass-through window fan and germicidal lamp to prevent cross-contamination between clean and non-clean areas.

. Supports signal feedback: Transmits "locked/unlocked" status signals to the controller, which can be displayed in real time on the controller screen (e.g., if the mist shower door is not locked, the controller alarms and the mist shower cannot be started).

3. Safety and Adaptability (Suitable for cleanroom/laboratory scenarios)

. Emergency Unlocking: Supports "power failure unlocking" (the door automatically unlocks in the event of a sudden power outage, ensuring personnel escape); some models have a manual emergency . button (hidden to avoid accidental operation, conforming to laboratory safety regulations);

. Environmental Adaptability: Waterproof and dustproof ratings are mostly IP54 and above (able to withstand moisture in the mist shower and dust in the cleanroom), and will not malfunction due to humidity or dust;

. Wear-Free and Durable: No mechanical friction structure, long service life (cleanroom equipment requires 24-hour standby, suitable for high-frequency usage scenarios).