Complete Jb 521c23 - Shutter Blind Actuator, 2 X Ac 120 V, 6 A Markdown: -65% [hxveD2nC]

JB 521C23 Shutter Blind Actuator

The JB 521C23 Shutter Blind Actuator is a cutting-edge KNX device designed for seamless control of blinds, shutters, awnings, windows, and doors. With two AC 120V, 6A relay output channels, this actuator is a versatile solution for automated solar protection. Its compact design allows for easy installation in a 4 x 4 inch junction box, ensuring a seamless integration with your smart home system. The actuator's advanced features make it a standout choice for those seeking precision and control in their shading solutions.

Key Features and Specifications

The JB 521C23 Shutter Blind Actuator is equipped with a bus terminal block for easy connection to the KNX bus, ensuring stable and reliable operation. Its electronics are powered directly from the bus voltage, eliminating the need for additional power sources. The device is designed to drive one AC 120V drive per channel, compatible with electromechanical limit switches or integrated electronics for disconnection at the limit positions. This actuator can also detect the status of electromechanical limit switches, allowing for precise measurement of travel time between end positions. The travel time of the blind/shutter is automatically measured, offering valuable data for synchronization and efficiency.

Practical Applications and Benefits

Whether you're looking to enhance the comfort of your home or optimize energy efficiency, the JB 521C23 Shutter Blind Actuator is an ideal solution. Its ability to control a variety of shading devices makes it perfect for both residential and commercial settings. From automatic blinds in a modern home to large awnings in commercial buildings, this actuator provides precise control and convenience. Its integration with smart home systems allows for seamless automation, making it easier than ever to manage your shading solutions. With the JB 521C23 Shutter Blind Actuator, you can enjoy the benefits of a more comfortable, energy-efficient, and aesthetically pleasing environment.