1. Materials and Manufacturing Process
Core materials: The housing and cylinder are typically made of high‑strength zinc alloy die‑castings, paired with steel bolts and galvanized press plates. Some premium or special models may also use 304 stainless steel.
Surface finishes: A variety of finishes are available, including black plastic coating, standard bright chrome plating, nano‑matte, and spray‑coated grey sand with silver flecks, to meet different anti‑corrosion and aesthetic requirements.
2. Structural and Functional Features
Drive mechanism: Utilizes a gear‑and‑rack mechanism. By flipping the drive mounting, the lock can be flexibly configured for left‑hand or right‑hand door applications.
Cylinder options: Supports multiple cylinder types (e.g., wafer tumbler, pin tumbler, C‑type brass cylinder, etc.). Depending on management needs, keyed‑alike or keyed‑different options are available.
Protection and load capacity: Offers a high protection rating (e.g., IP65) for effective water and dust resistance. The handle provides high horizontal and vertical torque capacity, ensuring robust durability against forced entry.
Extended functions: Some models support an integrated padlock function or a sealing (lead‑seal) feature to meet higher‑level security management requirements.
3. Application Scope
This product is primarily used for door locking on various electrical and mechanical enclosures, including high‑ and low‑voltage switchgear, distribution boxes, power distribution cabinets, lighting panels, control consoles, instrument boxes, CNC cabinets, filing cabinets, charging piles, and Rittal‑type cabinets, among others.
