MTN648493 Schneider Electric KNX Smart Lighting Switch Module 12 Independent Channels

MTN648493 Schneider Electric KNX Smart Lighting Switch Module 12 Independent Channels

Product Overview The Schneider MTN648493 is a high-capacity 12-channel KNX switch actuator designed for intelligent building control systems. Part of the SpaceLogic KNX range, this REG-K series module provides reliable, independent switching control for up to 12 separate loads via make contacts, making it the flagship model in the standard series for large-scale installations.

Technical Specifications

Load Capacity (per channel)

Surge Current Withstand

Service Life

Key Features

• 12 independent relay outputs for maximum load control flexibility
• Manual operation mode for each channel
• Integrated KNX bus coupler
• Staircase lighting function with/without manual cutoff
• Cutoff warning before staircase lighting switch-off
• Channel blocking with priority control
• Scene control support
• Status feedback per channel
• Central control capability
• Bus voltage failure/restore parametrization
• Parametrizable download behavior
• Green LED indicator for operation status
• Screw terminals for reliable connections
• Multi-phase connection support (alternating L terminals bridged internally)

Applications

• Large-scale commercial building lighting control
• Multi-floor office building automation
• Hospital and healthcare facility lighting
• Airport terminal and concourse lighting
• Stadium and sports venue lighting
• Shopping mall and retail complex lighting
• University campus building automation
• Industrial plant lighting management
• Hotel resort comprehensive lighting control
• Government building automation
• Concert hall and theater lighting
• Exhibition center lighting control

Why Choose MTN648493? The MTN648493 represents the highest channel capacity in Schneider's standard REG-K switch actuator series. With 12 independent channels in a single module, it offers the most economical solution for large-scale projects, significantly reducing total installation costs by consolidating multiple circuits into one device. Perfect for buildings requiring centralized control of extensive lighting systems.