Matte control unit TESYS TERA

Overview
TeSys Tera is an intelligent motor controller (iMCC) that provides integrated protection, monitoring and digital control for industrial motors. Designed for compact switchboards and scalable installations, it delivers real‑time data and on‑unit configuration to simplify motor management.

Key benefits

• Fast motor setup with built‑in configuration tools for reduced commissioning time.
• Real‑time monitoring and maintenance insights to support predictive interventions.
• Auto‑recovery and automatic restart to maintain process continuity after interruptions.
• Compact iMCC footprint to optimize cabinet space usage.
• Modular architecture for easy expansion with sensors and I/O while minimizing wiring.
• Flexible connectivity with major industrial protocols for seamless integration.
• Plug‑and‑play design for quick deployment in production environments.
• Load shedding capabilities to control non‑essential motors during peak demand.
• Advanced diagnostics and analytics for efficient troubleshooting and maintenance planning.

Product highlights

• Expandable up to 32 inputs and 15 sensors without additional modules for simplified wiring.
• On‑unit programming enables direct configuration on the device without external controllers.
• Designed to minimize unplanned downtime with fast recovery after power or process interruptions.
• Scalable and adaptable to diverse industrial applications for easy customization.
• Provides comprehensive real‑time data for switchboard and motor performance visibility.

Technical specifications

• Integrated motor protection and control with precise monitoring and diagnostics.
• Expansion support: up to 32 inputs and 15 sensors (no extra modules required).
• On‑unit programming and built‑in setup tools; external controller not required.
• Automatic restart / auto‑recovery features to ensure process continuity.
• Modular architecture for straightforward addition of sensors and I/O; reduced wiring.
• Compatibility with major industrial communication protocols for cross‑platform integration.
• Load shedding functions to manage peak demand and lower utility costs.
• Detailed diagnostics and analytics to inform maintenance and troubleshooting.
• Compact iMCC design optimized for cabinet space efficiency.