KNX Switch Actuator 8-Fold, 16A, Current Mesurement

Key Features

• High Power Switching: 8-channel actuator rated at 16A per channel, designed for reliable control of lighting, power, and HVAC loads.

• Integrated Current Detection: Real-time current measurement per channel provides accurate load monitoring, fault detection, and energy tracking.

• Comprehensive KNX Functionality: Supports switching, status feedback, 8-scene control, time scheduling, presets, logic programming, thresholds, and forced operation.

• Secure KNX Communication: Incorporates KNX Data Secure for encrypted, tamper-proof data transmission across the KNX network.

• Durable High-Current Relays: Industrial-grade magnetic relays ensure consistent performance, long service life, and dependable operation under heavy loads.

• DIN-Rail Mounted Design: Compact 8SU MDRC housing for efficient DIN-rail installation in residential, commercial, or industrial distribution panels.

Product Description

The GVS KNX Switch Actuator with Current Detection & Secure (8-Fold, 16A, 8SU) delivers professional-grade performance and intelligent energy monitoring for modern KNX automation systems. Each of the eight 16A channels is engineered to handle demanding loads, making it suitable for lighting, heating, and power distribution applications.

This actuator combines switching and heating operation modes with integrated current detection, providing precise feedback and diagnostics for optimal energy efficiency. Its advanced KNX features—including scene control, logic functions, scheduling, and forced operation—allow extensive flexibility for both residential and commercial control systems.

With KNX Data Secure ensuring encrypted communication and high-current magnetic relays providing dependable performance, the 8-Fold actuator delivers both safety and longevity. Compactly built for DIN-rail mounting (8SU MDRC) and powered via the KNX bus (6.5 mA), it integrates easily into new or existing installations, offering a balance of power, precision, and reliability.