About us

We offer rugged computers in different form factors for all types of military applications, both standard and custom-designed. Our military systems and enclosures are designed for enduring high temperatures, shocks, vibrations and EMI standards, with architectures such as VPX, VME, CompactPCI, microTCA, Rack-mount or ATR. Our technical department offers additional services of consultancy, post-sale support and repair management. HPEC architectures (High Performance Embedded Computing) and System Certifications: MIL-810 F/G, MIL-STD-461E, MIL-STD-1275D, MIL-STD-704, DO-254, DO-178.

 

Temperature Supervisor

This device protects electronics against extreme climatic conditions, switching the power supplies OFF (Standby) when the internal temperature is under or over the established limits.

A Temperature Supervisory Unit (TSU) is fitted in the NVS-MIL2004HSR ‘PLUS’ version. This device protects Router-Switch electronics against extreme climatic conditions, switching the power supplies OFF (standby) when the internal temperature is under or over the established limits. Users may set HI & LO temperature trip-points to regulate and optimize the system safety operational temperature range.
Heating elements are also fitted for mitigating against cold startups. An ‘early warning’ signal advises the digital electronics prior to shutdown-to-standby, allowing critical data to be orderly stored and saved. Router-Switch power is restored once internal temperatures are within operational limits. All functions can be user enabled or disabled by soldered bridges.

Remote switches

External switches can control system PSU & TSU operation. Lines can be wired to a cockpit or to a master system.

Thermal monitoring

The High and Low TSU temperature trip points are user-adjustable through two multi-turn trimming resistors located in the power supply PCB. Factory presets fitted with fixed resistors can be installed in production series.

Extendedtemperatures

Resistive heating elements powered by the TSU are bolted to the enclosure frame in order raise internal temperatures during cold startups