Kollmorgen Introduces AKME Series Servo Motors for Hazardous Locations

Why It Matters

The AKME Series fills a critical gap in the hazardous‑location market, enabling safer, higher‑performance automation where explosive gases or dust are present. Its certifications and flexible interfaces accelerate adoption across regulated industries, driving productivity and compliance.

Key Takeaways

• AKME series certified for Zone 2/22 hazardous locations
• Offers IEC frame sizes 2‑7, up to 5,000 rpm
• Supports multiple feedback interfaces for flexible integration
• Compatible with Kollmorgen AKD, AKD2G, KED drives
• Targets pharma, food, grain, paint‑booth markets

Pulse Analysis

The demand for reliable motion‑control equipment in explosive atmospheres has surged as manufacturers seek to automate processes without compromising safety. Traditional solutions often involve bulky, low‑torque devices that limit design flexibility. By achieving both ATEX and IECEx certifications, the AKME Series addresses regulatory hurdles and provides a compact, high‑torque alternative, positioning it as a strategic asset for plants operating under strict safety codes.

Technically, the AKME motors combine a proven AKM platform with a broad voltage envelope (48 Vdc‑400 Vac) and speeds up to 5,000 rpm, delivering impressive power density in IEC frames 2‑7. The inclusion of diverse feedback standards—resolver, SFD‑M, ComCoder, EnDat, Hiperface, and BiSS B—allows engineers to match the motor to existing control architectures, reducing integration time. Seamless pairing with Kollmorgen’s AKD, AKD2G, and Essentials™ drives creates a unified ecosystem that maximizes responsiveness and precision, essential for high‑speed pick‑and‑place or dosing applications.

Industries such as pharmaceutical manufacturing, food processing, grain handling, and automotive paint booths stand to benefit immediately. These sectors routinely handle combustible dust or volatile chemicals, making compliant servo motors a competitive differentiator. The AKME’s compact footprint enables retrofits in space‑constrained equipment, while its high torque density supports next‑generation, energy‑efficient designs. As global automation investments rise, the series is poised to become a benchmark for safe, high‑performance motion control in hazardous locations.