Vertical PLC Control Cabinet

The Brain of Automation: Intelligent Control for Marine Systems

The Vertical PLC Control Cabinet is the brain of your ship's automation system. It is installed in the engine control room. It receives signals from sensors and sends commands to critical equipment. Many key operations depend on this Vertical PLC Control Cabinet. We designed it specifically for marine conditions. The cabinet has a double-door design. The front door opens for easy operation and monitoring. The back door opens for simple maintenance and wiring. We added ventilation louvers to ensure good heat dissipation inside.

Parameter	Specification
Material	Steel with anti-salt-spray coating
Protection Level	IP56 (waterproof and dustproof)
PLC Compatibility	Siemens, Schneider, and other major brands
Standard	CCS type-approved, ISO9001 certified
Application	Engine control and automation for all vessel types

Reliable Design: Built to Withstand Tough Marine Environments

We understand marine requirements very well. The Vertical PLC Control Cabinet has a special coating on the surface. This coating protects against salt spray corrosion. The protection level is IP56. It keeps water and dust out effectively. The internal space is well organized. We can install PLC modules from different brands. We support Siemens, Schneider, and other popular brands. We can also configure specific modules based on your request. All wiring is clearly labeled. This makes installation and future maintenance easy and fast.

Proven Performance: Expertise You Can Count On

Our technical team knows ship automation needs. We have rich experience in making Vertical PLC Control Cabinets for various vessels. We can provide custom solutions for cargo ships, oil tankers, and special engineering ships. Our factory has complete production equipment. We do sheet metal processing and electrical assembly in-house. Our assembly workers are skilled. They follow the drawings and process requirements strictly. Before delivery, we run full function tests. We simulate actual working conditions to test every input and output point. This ensures stable system operation.