Synapticon SOMANET Node Modular EtherCAT Servo Drives
SOMANET Node is a modular decentralized EtherCAT servo-drive family assembled from communication, processing and power stages. It targets robot and machine builders integrating a drive close to a motor. Node 400, 1000 and 2000 have different current and power limits; the source listing’s Node 1000 identity must not inherit Node 2000 family maxima.
Key Specifications
Node 400 phase current | 13.2 A RMS continuous / peak in the cited table; thermal conditions apply |
Node 1000 phase current | 33 A RMS continuous / peak in the cited table; thermal conditions apply |
Node 2000 phase current | 36 A RMS continuous / 66 A RMS peak; thermal conditions apply |
Published output-power maxima | 400: 415/415 W; 1000: 1040/1040 W; 2000: 1200/2080 W continuous/peak |
Supply | 12–48 Vdc nominal; 55 Vdc continuous maximum; 60 Vdc peak |
Motor and brake architecture | One three-phase motor plus a fourth phase usable for active brake functions |
Standard envelope | 70 × 40 × 23 mm; 85 g including heatsink |
Safety envelope | 70 × 40 × 27.7 mm; 96 g including heatsink in cited Safety specification |
Feedback | Two RS-422 encoder ports; exact supported interface and firmware apply |
Price | Request a quote for power stage, communication, Safety, cabling and thermal scope |
Applications and Industries
Decentralized servo integration in robot joints, mobile robots and custom industrial machines
Industrial automation
Review Summary
Consider Node when a custom mechanical assembly benefits from local servo electronics and an EtherCAT CiA 402 interface. Select the exact power stage and standard or Safety construction from current technical documentation. The practical constraint is thermal and electrical integration: compact electronics do not remove the need for a suitable enclosure, heat path, wiring and complete machine validation.
Price and Configuration
Request a quote for the selected configuration,quantity and delivery schedule. Confirm the exact model,options,integration scope and support terms.
