Black Forest Power Monsters for the DIN Rail

Why It Matters

The CPS‑EC2000 gives manufacturers a high‑performance, low‑cost alternative to programmable supplies, accelerating deployment of precise test equipment in automation, energy and defense sectors.

Key Takeaways

• CPS‑EC2000 provides 2,000 W output with 94% efficiency.
• SiC‑MOSFET design enables rapid load response and low ripple.
• Non‑programmable model fills cost‑effective niche for test benches.
• Dual 16 mm terminals support high‑current applications on DIN rail.

Pulse Analysis

Silicon‑carbide (SiC) MOSFETs are reshaping industrial power conversion by delivering faster switching, lower losses, and superior thermal performance. CAMTEC’s CPS‑EC2000 leverages this technology to achieve laboratory‑grade voltage stability and a 94% efficiency rating on a compact DIN‑rail form factor. For end‑of‑line test stations and DC charging modules, the rapid transient response and minimal output ripple translate into more accurate measurements and tighter quality control, reducing the need for separate bench‑top equipment.

The industrial power‑supply market has long been split between high‑cost programmable units and lower‑priced, less precise options. By omitting the programming function, CAMTEC positions the EC series as a cost‑effective bridge, delivering near‑lab performance at a fraction of the price. This appeals to manufacturers in factory automation, renewable‑energy infrastructure, and defense where ruggedness and compliance with standards such as EN61010‑1 and EN60204‑1 are non‑negotiable. The all‑metal chassis and active inrush current limiting further enhance reliability in harsh environments.

Looking ahead, the CPS‑EC2000’s modular power range—from 480 W to 2,000 W—provides a scalable platform for future expansion. As more OEMs adopt SiC‑based designs, demand for DIN‑rail solutions that combine high power density with precise control will grow. CAMTEC’s adherence to a broad spectrum of safety and electromagnetic compatibility standards positions it well to capture market share, while its focus on analog control circuitry ensures deterministic performance for critical testing and UPS applications.