Air-Electric Mixed Control Type Remote Manipulator (CQDY-N)
The CQDY-N utilizes a hybrid control architecture that combines electrical command signals with pneumatic actuation mechanisms to remotely operate valves installed throughout the vessel. This approach provides fast response, high reliability, and reduced mechanical complexity compared to traditional manual valve operation systems.
Description
Designed for integration with modern marine automation systems, the CQDY-N can be connected to remote control consoles, PLC systems, engine room monitoring systems, and centralized control stations. The system is particularly suitable for applications where valves are installed in hazardous, inaccessible, or difficult-to-reach locations.
Its robust construction and marine-grade components ensure reliable operation under harsh environmental conditions, including vibration, humidity, and corrosive marine atmospheres.
Key Features
- Air-electric hybrid control system
- Remote valve operation capability
- Fast and reliable pneumatic actuation
- Centralized control room operation
- Suitable for marine automation systems
- Reduced manual valve handling
- Low maintenance design
- High operational reliability
- Real-time valve control capability
- Easy integration with PLC and automation systems
- Suitable for hazardous and restricted-access areas
- Robust marine-grade construction
Applications
- Marine Vessels
- Cargo Ships
- Bulk Carriers
- Container Ships
- Oil Tankers
- Chemical Tankers
- LNG & LPG Vessels
- Offshore Support Vessels (OSV)
- AHTS Vessels
- Patrol Vessels
- Fishing & Monitoring Vessels
- Luxury Yachts
- FPSO Platforms
- Offshore Production Facilities
System functions
Remote valve control
Enables operators to open, close, and monitor valves remotely from centralized control stations.
Pneumatic actuation
Uses compressed air to provide reliable and efficient valve movement with minimal operating effort.
Electrical command interface
Receives electrical control signals from automation systems, control panels, or remote operator stations.
Automation integration
Can be integrated with vessel monitoring systems, engine room automation systems, and centralized ship control networks.
Status monitoring
Supports valve position indication and operational feedback for improved situational awareness.
Typical vessel applications
Yacht: • Switchboard Systems • Main Engine Remote Control Systems • Main Propulsion Safety Systems • Engine Room Monitoring & Alarm Systems • Navigation Safety Systems • Ship-Shore Information Sharing Systems • Engine Room Automation Systems
Cargo Ship / Bulk Carrier / Container Ship: • Main & Emergency Switchboards • Main Engine Remote Control Systems • Main Propulsion Protection Systems • Engine Room Monitoring Systems • WHC, ECC & Wing Console Integration • Ship-Shore Information Sharing Systems • Energy Saving Control Systems
Fishery Monitoring & Patrol Vessels: • Engine Room Integrated Alarm Systems • Main Propulsion Safety Systems • Navigation Safety Equipment • Engine Room Automation Products • Ship-Shore Communication Systems
Offshore Support Vessels (OSV) / AHTS: • Flow Measurement Systems • Thruster Frequency Control Systems • Integrated Alarm Systems • Engine Room Automation Systems • Offshore Process Control Systems
Platform / FPSO: • Medium Voltage Power Distribution Systems • Low Voltage MSB & ESB Systems • Frequency Converter Panels • Soft Starter Panels • Centralized Integrated Consoles • Engine Control Consoles • Ship-Shore Information Systems
Benefits
- Improves vessel operational safety
- Reduces manual valve operation requirements
- Enhances centralized control capability
- Supports marine automation initiatives
- Improves response time during critical operations
- Reduces operator workload
- Reliable performance in marine environments
- Suitable for retrofit and newbuild projects
- Low maintenance and long service life
Technical specification
| Parameter | Value |
|---|---|
| Product Type | Air-Electric Mixed Control Remote Manipulator |
| Model | CQDY-N |
| Manufacturer | Guang Cai Electric (GCE) |
| Control Method | Electrical & Pneumatic Hybrid Control |
| Actuation Type | Pneumatic |
| Operation Mode | Remote & Local Control |
| Application | Marine Valve Control Systems |
| Integration | PLC / Automation Systems |
| Installation | Marine & Offshore Applications |
| Monitoring | Valve Status Feedback Support |
| Construction | Marine Grade Industrial Design |
| Maintenance Requirement | Low |
| Operating Environment | Marine, Offshore & Industrial |