DIMMER 60-400W Siemens 5TC8 256

## Product Overview The DIMMER 60-400W Siemens 5TC8 256 represents a specialized dimming apparatus engineered for precision control within electrical circuits. ### Dimming Capacity (60-400W) This unit supports a variable load range from 60 to 400 watts, enabling adaptive modulation of power output for diverse lighting applications. The wide operational spectrum accommodates both low and high load devices, ensuring flexible integration. ### Fuse Specification (NH3 630A) Incorporates a high-capacity NH3 type fuse rated at 630 amperes, providing robust overcurrent protection. The fuse ensures circuit integrity under fault conditions, contributing to system reliability. ### Control Components Equipped with DELTA series switches and pushbutton controls, including LED lamp inserts for operational feedback. These components allow tactile control with visual indication, optimized for industrial control panels. ### Structural Elements Aluminum-metallic frames available in multiple configurations (1-fold to 5-fold) with precise dimensional specifications (80x80 mm up to 364x80 mm), offering modular panel integration. The construction ensures mechanical stability and effective electromagnetic compatibility. ### Ancillary Features Includes DELTA i-system aluminum-metallic accessories such as antenna cover plates (55x55 mm) for broadband connections and rocker switches tailored for universal switching applications. These elements support system versatility and facilitate installation within standardized control environments. ### Excluded Functionalities - Not halogen-free - Lacks label space or information surfaces - No anti-bacterial treatment applied - Does not feature transparency, illumination, or signal lamps - Absence of compatibility with smart home ecosystems (Apple HomeKit, Google Assistant, Amazon Alexa, IFTTT) - No contactless functionality or feedback-signal contacts provided This product is engineered strictly for conventional manual control scenarios without integrated smart or antimicrobial features.