Industrial-grade step-down power converters engineered in Germany for high-voltage DC networks, photovoltaic mini-grids, and energy storage architectures.
Industrial manufacturing and energy distribution infrastructure are rapidly shifting toward high-voltage DC backbone networks (DC Mini-Grids / Micro-Grids). Operating directly from 450VDC, 600VDC, or 820VDC intermediate circuits, CAMTEC HSD series DIN-rail DC/DC power supplies eliminate continuous AC-to-DC conversion losses while delivering ultra-stable regulated 12V, 24V, 36V, 48V, 60V, or 72V output voltages.
Designed for demanding environments in automation, photovoltaic integration, battery energy storage systems (BESS), and electric vehicle charging support infrastructure, CAMTEC converters provide high galvanic isolation, extreme spike immunity, and long-term durability engineered under strict German ISO 9001 manufacturing standards.
Explore high-efficiency step-down DIN-rail power units designed for heavy industrial automation and energy storage management.
Compact industrial-grade step-down converter engineered with low ripple performance and 1 to 3 DC-input configurations. Ideal for cabinet-level control logic powered straight from a DC bus line.
| Nominal Vout | Adjust Range Vout | Nominal Output Current |
|---|---|---|
| 24 VDC | 22.5 – 28.5 VDC | 20.0 A |
| 36 VDC | 32.8 – 38.0 VDC | 13.3 A |
| 48 VDC | 45.6 – 52.8 VDC | 10.0 A |
| 60 VDC | 57.0 – 72.0 VDC | 8.0 A |
Heavy-duty 1kW power unit delivering variable high-current output with precise regulation. Built for high-load industrial automation actuators, heavy relays, and sub-system power modules.
| Nominal Vout | Adjust Range Vout | Current (60°C / 40°C) |
|---|---|---|
| 12 VDC | 10.0 – 15.0 VDC | 50.0 A / 55.0 A |
| 24 VDC | 22.5 – 28.5 VDC | 40.0 A / 44.0 A |
| 36 VDC | 32.0 – 43.0 VDC | 28.0 A / 31.0 A |
| 48 VDC | 43.0 – 53.0 VDC | 21.0 A / 23.0 A |
| 60 VDC | 53.0 – 72.0 VDC | 17.0 A / 18.0 A |
| 72 VDC | 68.0 – 86.0 VDC | 14.0 A / 15.0 A |
Built to operate reliably under extreme grid fluctuations, high thermal loads, and harsh industrial environments.
Internal protection circuits shield connected sensitive electronics from high voltage transients, back-EMF spikes, and rapid voltage swings typical of DC mini-grids.
By stepping down directly from high-voltage DC lines without intermediate AC inversion steps, overall energy losses are reduced by up to 15–22% across factory systems.
Completely isolated design prevents ground loops and ensures full operational safety compliant with stringent international low-voltage and isolation directives.
Modern industrial installations are increasingly relying on localized direct-current infrastructure to streamline power management, harvest renewable energy, and ensure continuous operation during grid instability.
Looking for modified output voltage profiles, specialized conformal coating, or custom connector configurations for your micro-grid platform?
CAMTEC's engineering team in Pfinztal, Germany provides direct technical support, technical evaluation of your DC bus dynamics, and tailored OEM manufacturing options.
Speak directly with CAMTEC application engineers to specify the optimal DC/DC converter for your DC micro-grid project.
