Industrial pressure sensors are essential for monitoring and control in hydraulic systems, industrial machinery and advanced equipment. This article explains the real engineering challenges behind pressure measurement, common mistakes in sensor selection, and how VARIOHM pressure sensors deliver reliable performance as part of a complete measurement system – not just a standalone component.
Electrical systems in military ground platforms operate under severe vibration, shock, and high inrush currents. In such environments, circuit protection stability becomes critical for vehicle reliability and mission readiness. This article explains how hydraulic-magnetic circuit breakers, particularly the Airpax AP series defined under MIL-PRF-39019, provide stable and predictable protection in 28V armored vehicle power systems, and how proper trip curve selection directly impacts system performance in the field.
Pneumatic footswitches provide a safe control interface when electrical isolation at the point of operation is essential. By using air pressure generated from a foot pedal to actuate a remote switch inside the equipment, systems can be operated safely in wet, hygienic or sensitive environments. The combination of HERGA 6210 foot pedals with the 6871 airswitch offers a reliable and widely used solution for OEM control applications.
Coupling failures are rarely random. Most result from misalignment, improper stiffness selection, overload, or installation errors. Understanding these failure mechanisms helps engineers prevent vibration, bearing damage, and costly downtime.
Military ground vehicles operating on 28V architectures face extreme vibration, shock, temperature cycling, and high inrush currents. This case study examines how aligning trip behavior with M39019 identity and selecting Airpax AP hydraulic-magnetic breakers improves reliability, eliminates nuisance trips, and ensures long-term stability in armored vehicle platforms.
Even in platforms fully compliant with MIL-STD-1275E/F, systems may reset during engine cranking – not because voltage exceeds limits, but because ground reference shifts under high starter current. In military vehicles, chassis return paths carry hundreds of amps, creating differential ground movement that destabilizes sensitive electronics.
This article explains how ground shifts and short-duration voltage collapse combine to cause system instability, and outlines a layered power integrity approach – including input protection, isolated DC-DC conversion, and ride-through buffering – to ensure true mission-level survivability.
In mobile precision platforms, stabilization is not merely about sensor accuracy — it is about dynamics, timing integrity, and bandwidth.
When operating under motion, vibration, and repetitive impulse loading, even minor latency or phase shift can reduce stability margin and translate into measurable pointing error.
The integration of Landmark005 IMU with Velox Plus technology provides wide bandwidth, high data rates, and ultra-low latency — enabling stable line-of-sight control under extreme dynamic conditions.
In true mission-level stabilization, speed is part of the physics.
Trip curves in hydraulic-magnetic circuit breakers determine how a system responds to overloads, inrush currents, and harsh environmental conditions. This guide explains how to read and apply trip curves correctly to ensure reliable protection in aerospace and defense systems.
Amironic is the official VARIOHM representative in Israel, providing industrial position sensors and system-level measurement solutions. We specialize in linear and rotary position sensing technologies, including contactless inductive systems engineered for reliability in demanding industrial environments.
MIL-PRF-39019 circuit breakers provide precise and reliable power protection for aerospace and defense systems. This guide explains selection criteria, trip curves, and how to ensure long-term reliability in mission-critical applications.
