How the MK436 Chassis Cabinet Handle Lock Achieves Superior Dust Protection

How the MK436 Chassis Cabinet Handle Lock Achieves Superior Dust Protection

Chassis cabinets are frequently installed in harsh environments, such as traffic equipment boxes along roads, communication cabinets in remote mountainous regions, or desert areas with frequent sand and dust exposure. These scenarios impose extremely high demands on the dust-proof capabilities of locks. If the lock fails to effectively prevent dust, it can compromise the safety of the equipment and increase the difficulty and cost of operation and maintenance.

Cabinet Handle Lock

The MK436 handle lock is designed for harsh environments, enhancing dust-proof performance through multiple dimensions, including materials, structure, and components, to ensure the long-term stable operation of the equipment. The MK436 features a high-strength zinc alloy shell with a powder-coated or electroplated surface, offering excellent wear and corrosion resistance. The tightly sealed shell effectively prevents dust particles from entering the lock body and remains durable, withstanding long-term exposure to wind and sand erosion without deformation or failure.

MK436 Electronic handle lock

In the locked state, the lock shell and handle feature a concave-convex fit design, keeping the entire structure on the same horizontal plane to form a fully enclosed barrier. This design effectively prevents dust intrusion, creating a sealed protective enclosure that ensures the cleanliness and safety of the internal components of the lock body.

 

Additionally, the MK436 is equipped with a highly sealed dust cover that effectively prevents tiny particles such as sand and dust from entering the lock hole. This feature also prevents foreign matter from accumulating, which could otherwise cause the lock core to jam or become damaged.

 

The dust cover not only ensures smooth key insertion and removal, along with free rotation, but also significantly extends the service life of the lock core. It reduces the failure rate and ensures the long-term stable operation of the equipment.

MK436 Electronic handle lock

After professional testing, the protection level of the MK436 handle lock reaches IP65. According to the IEC 60529 standard, the first digit in the protection level indicates the dustproof rating, with 6 being the highest level. This means the MK436 can completely prevent the intrusion of dust and foreign matter, effectively avoiding mechanical failures caused by dust accumulation, and significantly improving the product's durability and reliability.

 

Digit

Dust Intrusion Level

Digit

Waterproof Intrusion Level

0

No protection

0

No protection

1

Prevents the intrusion of solids ≥ 50mm.

1

Prevents the intrusion of vertical water drops.

2

Prevents the intrusion of solids ≥ 12.5mm.

2

Prevents the intrusion of water drops inclined at 15°.

3

Prevents the intrusion of solids ≥ 2.5mm.

3

Prevents the intrusion of sprayed water.

4

Prevents the intrusion of solids ≥ 1.0mm.

4

Prevents the intrusion of splashing water.

5

Dustproof

5

Prevents the intrusion of jet water.

6

Lifeproof, airtight

6

Prevents the intrusion of strong jet water.

7

-

7

Waterproof for a short time when submerged in water

8

-

8

Waterproof for a long time when submerged in water

 

In addition to its excellent dustproof performance, the MK436 also offers many practical features:

Multiple unlocking methods: Supports RS485 protocol remote control, card swiping, and mechanical key unlocking to meet the operational requirements of various scenarios.

Unlock alarm function: Features intelligent prompts to prevent safety hazards caused by forgetting to lock.

High-strength closed structure: The closed tensile strength reaches as high as 2000N, providing excellent anti-theft performance.

excellent dustproof capabilities

In summary, the MK436 handle lock not only offers excellent dustproof capabilities but also excels in safety and convenience, making it highly suitable for outdoor applications in complex environments. For more details, please feel free to contact us.