Digital Control Unit
Digital Control Unit
Mars CBRN Digital Control Unit is designed to provide centralized control and monitoring of CBRN filtration systems through a digital display interface. The unit enables precise management of airflow, filtration duration, and environmental conditioning to ensure suitable and controlled air delivery to the crew under CBRN operational conditions.
Digital Control Unit
Mars CBRN Digital Control Unit is developed to control fan speed, filtration time, and environmental parameters within CBRN filtration systems. By managing airflow and thermal conditions, the unit ensures that filtered air supplied to the crew meets operational comfort and protection requirements during CBRN scenarios.
Deployment Areas
The control unit is deployed in military vehicles, shelters, and platforms equipped with CBRN filtration systems. It is suitable for applications requiring real-time control, monitoring, and adjustment of air filtration and conditioning functions within protected crew environments.
Configuration and Control Functions
The unit controls fan speed levels and filtering time while continuously monitoring system status through its digital display. It communicates with air conditioning systems to automatically heat or cool the air, providing optimal air conditions for the crew.
An internal heating unit allows the system to heat filtered air independently of the vehicle’s air conditioning system and deliver it directly to the protected area. System parameters such as pressure warning thresholds, temperature values, and filter pre-counter settings can be adjusted manually via the control box.
The unit supports blackout mode, built-in test functionality, and configurable annunciation indicators to enhance operational flexibility.
Communication and System Integration
Mars CBRN Digital Control Unit supports data communication via CANBus, enabling integration with vehicle control systems. Multiple control units can be managed simultaneously through a single remote command, allowing coordinated operation across complex CBRN filtration system architectures.
Additional features can be implemented based on customer requirements, ensuring adaptability to platform-specific operational needs.
Functional Role
The control unit serves as the primary human-machine interface for CBRN filtration systems, enabling operators to control airflow, filtration performance, and thermal conditions from a single digital interface. By coordinating fan control, filtration timing, and air conditioning signals, it supports continuous crew protection and system reliability in CBRN environments.
The control unit serves as the primary human-machine interface for CBRN filtration systems, enabling operators to control airflow, filtration performance, and thermal conditions from a single digital interface. By coordinating fan control, filtration timing, and air conditioning signals, it supports continuous crew protection and system reliability in CBRN environments.