Optional communication interfaces such as Ethernet, CAN-Bus, or RS-485 can be integrated, enabling system-level monitoring, control, and diagnostics. For extended field operability, a Remote Commander Control Box is also available to provide remote on/off control, fault indication, and alarm reset.

Designed to meet with MIL-STD-810 environmental and MIL-STD-461 EMC requirements, the PowerGuard-D1000 delivers continuous, stable output power while ensuring long-term survivability under extreme conditions is essential.

Kullanım Alanları

The PowerGuard-D1000 has been engineered for deployment in harsh, mission-critical environments where absolute reliability and continuous power delivery are essential.

Its rugged, sealed, and fanless architecture allows integration into a wide range of defense, tactical, and industrial platforms, including:

• Military and Tactical Vehicles

12 V vehicle power conversion to stabilized 24 V bus for onboard electronics, communication, and weapon systems.

• Mobile Command and Communication Units

Power source for radio transceivers, radar, data routers, and network control systems.

• Field Power Distribution Systems

Integration into outdoor enclosures or shelters for powering surveillance and sensor networks.

• Unmanned Platforms (UGV / UAV / USV)

Compact, lightweight DC power converter for autonomous or remotely operated systems.

• Base Infrastructure and Ground Support Equipment

Reliable 24 VDC supply for ground maintenance tools, lighting, and portable systems.

• Industrial & Emergency Power Systems

Where silent, fanless, sealed DC power is required for critical communication or monitoring operations.

Designed to meet the operational demands of continuous 24/7 duty, PowerGuard-D1000 ensures dependable power delivery in every mission profile — from armored vehicles and field stations to mobile tactical networks.

GELİŞMİŞ ÖZELLİKLER

Fanless & Fully Sealed Design

PowerGuard-D1000 is built with a completely sealed, fanless aluminum enclosure, enabling operation in outdoor and battlefield environments where dust, moisture, and rain exposure are unavoidable.
The unit dissipates heat entirely through its conduction-cooled baseplate, eliminating moving parts and ensuring silent, maintenance-free performance.

Continuous 1 kW Operation Without Derating

The power stage and thermal architecture are designed to deliver a continuous 1 kW output at +55 °C ambient without derating.
Advanced component selection, thermal path optimization, and strict design margins ensure stable long-term operation under 24/7 mission profiles.

Rugged Military Connectors (MIL-DTL-38999 SIII)

All power and signal interfaces use MIL-DTL-38999 Series III connectors with 360° EMI shielding and environmental sealing. Keyed connector configurations prevent mismating between input and output cables.
These connectors maintain full performance under vibration, shock, and humidity exposure as defined in MIL-STD-810.

Modular Communication Interface (Optional)

The converter supports optional communication interfaces:

• Ethernet (Modbus/TCP or REST)

• CAN-Bus (ISO 11898 / J1939) for vehicle integration

• RS-485 (Modbus/RTU) for industrial control networks

• Advanced system monitoring and diagnostics

These interfaces allow remote configuration, performance monitoring, fault reporting, and firmware update capability.

Remote Commander Control Box (Optional)

For extended control flexibility, an external Remote Commander Control Box can be added.
This rugged accessory enables:

• Remote enable/disable

• Status indication

• Fault reset

Ideal for installation in vehicle dashboards or field shelters.

MIL-STD Compliance

PowerGuard-D1000 is engineered to comply with:

• MIL-STD-810G (temperature, vibration, shock, humidity environmental durability)

• MIL-STD-461 (conducted and radiated emissions)

This ensures seamless integration in military platforms, mobile command systems, and tactical communication units.

Flexible System Integration

The unit can be mounted directly onto a vehicle frame or system heatsink using its conduction baseplate.
Standard EMI filters and bonding points are provided for system-level compliance and ease of installation.
Optional pre-terminated harness sets are available upon request.