Product Specification
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| Payment Terms |
T/T,Western Union |
Delivery Time |
15 days |
| Packaging Details |
Carton |
Ip Rating |
IP54 IP55 IP65 IP66 |
| Application |
Industrial, commercial, Lab and residential use |
Accessories |
Mounting brackets, gaskets |
| Material |
Aluminum Alloy |
Color |
Silver or Others |
| Customization |
Logo printing, size and color customization available |
Mounting Type |
Wall mount, tower mount，pole mount，free standing |
| Usage |
Electronic equipment protection ，sensor protect |
Size |
Various sizes available |
| Locking Mechanism |
Key lock |
Finish |
Powder coated |
| Shape |
Rectangular |
Features |
Durable, corrosion-resistant, weatherproof，dust proof |
| Model Number |
Lockable Electrical Enclosure LK1548664165 |
Certification |
ISO9001/3C |
| Place of Origin |
China |
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| High Light |
lockable metal electrical cabinet
，wall mount control system cabinet
，lockable aluminum alloy electrical enclosure
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Lockable Electrical Enclosure Wall Mount Control System Cabinet
Product Describe:
1. Industrial Production
Workshop equipment control: Used in electrical control cabinets for machine tools and production lines, which house core components such as PLCs (Programmable Logic Controllers), relays, and contactors. Locking prevents unauthorized personnel from misoperation that could disrupt production or damage equipment—especially critical in automated production lines, where accidental contact might trigger safety incidents (e.g., accidental activation of robotic arms causing injuries).
Power distribution rooms and boxes: High/low-voltage distribution cabinets in factory power rooms and workshop distribution boxes contain high-voltage lines and switching devices. Locking strictly limits operational access to certified electricians only, preventing non-professionals from touching live parts and reducing electric shock risks.
2. Public Facilities and Municipal Services
Outdoor power/communication facilities: Such as transformer control cabinets beside streets, streetlight control boxes, and equipment control cabinets in 5G base stations. In outdoor environments, locks prevent vandalism (e.g., theft of internal cables or modules) or unauthorized opening that exposes equipment to wind and rain, ensuring stable operation of public power and communication systems.
Transportation control systems: Traffic signal control cabinets and road monitoring equipment control cabinets store traffic signal logic programs or monitoring data. Locking avoids intentional tampering with signal parameters (which could cause traffic chaos) or theft of monitoring information, maintaining traffic order and public safety.
3. Commercial and Civil Buildings
Building automation systems: Central air-conditioning control cabinets, elevator control cabinets, and fire control cabinets in office buildings and shopping malls. These devices directly affect building operations (e.g., air conditioning shutdown disrupting work environments or elevator malfunctions endangering lives). Locks restrict access to property engineers or professional maintenance personnel, preventing misoperation or sabotage.
Data centers and 弱电间 (weak current rooms): Server racks, network control cabinets in data centers, and integrated wiring control cabinets in building weak current rooms store large volumes of data and communication lines. Locking is a basic security measure to prevent unauthorized access (e.g., data theft or line disconnections causing network outages), particularly in finance, healthcare, and other sectors with strict data confidentiality requirements.
4. Energy and Environmental Protection
New energy equipment: Inverter control cabinets in photovoltaic power stations, unit control boxes in wind power generation, and control cabinets for charging piles. These contain key components for power conversion and metering. Locking prevents tampering (e.g., electricity theft or altering metering data), ensuring safe operation and stable revenue of energy systems.
Environmental monitoring equipment: Control cabinets for sewage treatment plant systems and air quality monitoring devices store programs and sensor data critical to accurate monitoring. Locking avoids human interference (e.g., falsifying pollutant emission data), ensuring compliance with environmental regulations.
5. Scenarios with Special Security Needs
Military and security sectors: Security control cabinets in military bases and monitoring system control cabinets in prisons have strict access requirements. Locks (often paired with electronic combination locks or biometric locks) prevent information leakage and malicious manipulation of security systems.
Laboratories and medical facilities: Control cabinets for precision laboratory instruments and medical equipment (e.g., power control cabinets for MRI machines) require stable internal parameters. Locking prevents non-professionals from adjusting parameters, which could skew experimental data or cause medical equipment failures, ensuring experimental accuracy and patient safety.
Design:
| Cabinet Type |
Common Dimensions (H × W × D, mm) |
Typical Applications |
| Small Wall-Mounted |
550 × 430 × 110 |
Limited-space areas; suitable for small monitoring devices or minor electrical components. |
| Compact/Miniature |
380 × 210 × 380 |
Space-constrained scenarios with few internal components; used in small control systems. |
| Standard PLC Control Cabinets |
2200 × 800 × 600 |
Industrial automation control; accommodate multiple PLC modules and electrical equipment. |
| 2200 × 1000 × 800 |
| 2200 × 800 × 800 |
| 2200 × 1600 × 800 |
| 1200 × 600 × 400 |
| 19-inch Standard Rack Cabinets |
2200 × 600 × 800 |
Data centers, machine rooms; for standard network devices, servers, etc. |
| Anti-Magnetic Security Cabinets |
475 × 495 × 425 (60L) |
Storing critical data/archives; secured by locks and anti-magnetic design. |
| 750 × 525 × 480 (85L) |
| 1100 × 525 × 480 (120L) |
IP Grade:
• IP54: Basic protection. Dust-tight (limited dust ingress, no harm to internal components) and protected against splashing water from any direction. Suitable for indoor dry environments like general workshops or office building equipment rooms.
• IP65: Enhanced protection. Fully dust-tight and resistant to low-pressure water jets from any direction. Ideal for semi-outdoor or indoor damp areas, such as outdoor streetlight control boxes or factory washing zones.
• IP66: Higher water resistance. Dust-tight and withstands high-pressure water jets. Used in harsh outdoor environments like outdoor power distribution cabinets or rain-exposed communication base stations.
Material:
Aluminum alloy, stainless steel, carbon steel
Suggestion:
1. Determine Core Dimensions Based on Internal Equipment
Measure equipment dimensions first: Calculate the total space required by internal components (e.g., PLC modules, servers, wiring harnesses) and reserve 15-20% extra space for heat dissipation, maintenance, and future expansion.
Choose installation type: Opt for wall-mounted cabinets (saving floor space) for small devices; select floor-standing cabinets with a sturdy base for heavy equipment (e.g., power distribution components) to prevent tipping.
2. Select Locking Mechanisms for Security Needs
Basic security: Use mechanical key locks (cost-effective) for indoor, low-risk environments (e.g., office building weak current rooms).
Enhanced management: Choose combination locks or card-swiping locks for scenarios requiring multi-person access (e.g., factory workshops) to track access records.
High-security demands: Adopt biometric locks (fingerprint/face recognition) or electronic locks with remote monitoring for military facilities, data centers, or laboratories to strictly restrict unauthorized access.
3. Match IP Rating to Environmental Conditions
Indoor dry areas (e.g., control rooms): IP54 is sufficient (protection against dust and occasional splashes).
Semi-outdoor or damp environments (e.g., outdoor streetlight cabinets, food processing workshops): IP65 or higher to resist rain, cleaning water jets, or humidity.
Harsh outdoor/industrial sites (e.g., construction sites, coastal areas): IP66 or IP67 to withstand high-pressure water, salt spray, or heavy dust.
4. Optimize Internal Structure for Functionality
Partitioning: Add adjustable shelves or compartments to separate different equipment (e.g., isolating power supplies from sensitive electronic components to reduce interference).
Wiring management: Include pre-drilled cable entry holes (with rubber grommets to prevent dust/water ingress) and internal cable trays to keep wiring organized and easy to maintain.
Heat dissipation: Integrate ventilation grilles, axial fans, or air conditioners if housing heat-generating devices (e.g., servers, inverters) to avoid overheating.
5. Material and Coating for Durability
Indoor use: Cold-rolled steel (economical) with powder coating (anti-rust) is sufficient.
Outdoor or corrosive environments (e.g., chemical plants, coastal areas): Use 304/316 stainless steel (resistant to rust and corrosion) with anti-UV coating to withstand weathering.
6. Additional Features for Practicality
Visibility: Add transparent acrylic or tempered glass doors (with locks) for scenarios needing visual inspection of internal equipment (e.g., laboratory instrument cabinets).
Mobility: Install casters (with brake functions) for cabinets that need frequent movement (e.g., temporary event power control cabinets).
Emergency access: Design emergency unlocking mechanisms (e.g., backup keyholes for electronic locks) to avoid being locked out during power failures or malfunctions.
Company Details
Bronze Gleitlager
,
Bronze Sleeve Bushings
and
Graphite Plugged Bushings
from Quality China Factory
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Business Type:
Manufacturer
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Employee Number:
50~100
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Ecer Certification：
Verified Supplier
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