The primary purpose of the CBRN Control Unit with Analog Indication is to control the activation and deactivation of the CBRN filtration system and to allow the operator to monitor system performance. By displaying positive pressure through an analog gauge, the unit enables users to verify that the system is operating within safe parameters required for effective CBRN protection.
This control unit is intended for use in positive pressure CBRN systems installed on military vehicles and enclosed platforms. Typical deployment areas include armored vehicles, tactical platforms, and protected cabins where maintaining positive internal pressure is essential to prevent ingress of contaminated air.
The unit features an integrated analog pressure indicator that continuously displays the internal pressure level to the operator. Power and error indicators provide immediate feedback on system status, allowing rapid identification of operational faults.
A pneumatic line integrated into the control unit measures positive pressure by venting to the atmosphere, ensuring accurate pressure calculation. The unit also supports alarm functionality, warning personnel when pressure values fall outside preset thresholds. Additional warning mechanisms indicate filter absence through an inductive sensor interface.
The control unit is designed for manual system control and monitoring, supporting reliable operation in demanding military environments.
CBRN Control Unit with Analog Indication has successfully passed the following military qualification tests:
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MIL-STD-810 (high temperature, low temperature, high humidity, shock, vibration)
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MIL-STD-461 (EMI / EMC)
These tests confirm the unit’s suitability for operation under harsh environmental and electromagnetic conditions.
The control unit serves as the primary human–machine interface for positive pressure CBRN filtration systems. By enabling system control, pressure monitoring, fault indication, and alarm generation, it ensures continuous verification of system integrity and operational readiness.
Its analog indication approach provides a simple, reliable, and easily interpretable method for monitoring positive pressure, supporting safe and effective CBRN protection during military operations.