7kW 3-Phase Rugged Battery Charger (AMP-K5114)
Engineered for naval base and maritime submarine support operations. Features a heavy-duty portable enclosure, 3-phase AC input, temperature-compensated charging, and rugged shock mitigation.
Nearly 40 years of application-specific engineering experience enables Helios Power Solutions to solve complex electrical challenges where commercial off-the-shelf units fail. Over 50% of the power systems we manufacture are engineered to bespoke customer specifications.
Over 2,000 Custom Power Designs Manufactured & Field-Proven Worldwide
Standard datasheets rarely align perfectly with tough field realities. Harsh operating ambients, restrictive mechanical footprints, specialized battery chemistry charging, and complex SCADA alarm mappings require dedicated engineering solutions.
Explore our foundational engineering platforms modified to fit exact electrical, environmental, and physical installation requirements.
Designed, verified, and shipped for utility, defence, and critical infrastructure projects globally.
Engineered for naval base and maritime submarine support operations. Features a heavy-duty portable enclosure, 3-phase AC input, temperature-compensated charging, and rugged shock mitigation.
Convection-cooled modular DC backup power system. Supports float/boost lead-acid, NiCd, or LiFePO4 batteries with hot-swappable rectifiers, smart controller monitoring, and multi-bus distribution.
Ultra-compact 1U rackmount power distribution unit engineered to MIL-STD specifications. Features multi-output DC voltage rails, internal EMI filtering, and extreme operating temperature resilience.
Consult our system engineering parameter matrix when preparing technical bid requests or custom project specifications.
| Design Parameter | Standard Ranges | Custom Engineering Possibilities | Target Applications |
|---|---|---|---|
| DC Output Voltage | 12V, 24V, 48V, 110V, 125V, 220V VDC | Any non-standard voltage (e.g., 36V, 72V, 160V VDC), adjustable float/boost curves | Substation switchgear tripping, railway signaling, telecommunications |
| AC / DC Inputs | Single-phase 110/230VAC, 3-Phase 400/480VAC | Wide input range (+/- 25%), universal DC input, dual redundant AC inputs | Remote mining, offshore oil & gas, mobile generator backup |
| Monitoring & Control | Volt-free dry contacts, LED status indicators | Integrated smart controllers with DNP3 (serial/TCP), Modbus RTU/TCP, SNMP v3 | Utilities SCADA, industrial automation, remote RTU monitoring |
| Mechanical Enclosures | Open frame, DIN rail, standard 19" subracks | IP54 / IP65 NEMA cabinets, custom chassis dimensions, shock & vibration mounting | Defence field deployables, outdoor roadside cabinets, marine engine rooms |
| Environmental Hardening | Standard industrial 0°C to 50°C | Conformal coating (HumiSeal), extended temperature (-40°C to +75°C), high altitude rating | Sub-zero climates, tropical/coastal high humidity, high-vibration vehicles |
Every engineered system undergoes full quality verification before leaving our regional production facilities in Australia and New Zealand.
We provide full documentation packs, as-built electrical schematics, factory test certificates, and client-witnessed Factory Acceptance Testing (FAT) for full regulatory and technical peace of mind.
Helios engineers electrical re-ratings (custom DC/AC voltages, current capacities, hold-up times), enclosure customizations (IP rating, 19-inch rack, wall mount, shock/vibration mitigation), conformal coating for hostile environments, and protocol mapping (DNP3, Modbus RTU/TCP, SNMP, dry contacts) for seamless SCADA integration.
Every custom power design undergoes stringent in-house testing governed by our ISO 9001:2015 quality system. Options include full Factory Acceptance Testing (FAT) witnessed in-person or remotely, thermal stress testing, full load burn-in, dielectric isolation testing, and protocol verification against customer SCADA configurations.
Our custom power systems are widely deployed in Electrical Power Utilities, Defence & Military platforms, Railway Signal & Traction control, Oil & Gas offshore infrastructure, Remote Telecommunications, and OEM heavy industry automation.
Lead times vary depending on the complexity of mechanical fabrication and component sourcing. Minor modifications to standard platforms take as little as 2 to 4 weeks, while fully customized MIL-spec or complex multi-cabinet power plants are delivered within engineered project schedules.
Send us your system load profile, voltage tolerances, physical constraints, and communications requirements for an architectural design review.