Schideron

FEATURES

The SDR-DIM-4FLV is a 4-way 0~10VDC dimming module used in smart home systems, room management systems, and intelligent lighting systems. It is one of the devices that are used to adjust the light level of illumination for LED lamps and fluorescent lamps that are widely used in the current market. The device achieves 0%-100% non-level dimming for LED lamps and fluorescent lamps at an analog level of 0 to 10V, and each output current is 50mA. Each channel comes with a relay that can withstand up to 16A surge current. The independent lighting control, pre-editing scene control and scene timing control can be performed through the intelligent lighting management system (LMS) visualization. The module data can be uploaded to the intelligent lighting management system (LMS) for device status management and data statistical analysis, and the entire data transmission and equipment Control meets the latest industrial industry standards.

DETAILS

Isolated input/output channels

Four independent input/output channels form a one-to-one loop. The control of each channel loop can be configured via software. The start DC signal range can be set via software. Each channel comes with a relay.

Centralized control

The module can be managed visually and centrally through SCHIDERON Intelligent Lighting Management System (LMS). The data of each channel in the module can be uploaded to the intelligent lighting management system for module data management and status analysis. Scene management is to pre-set the time for the module through the LMS, and then open the corresponding scene mode, to open all or part of the module loop.

DIN rail mounting

“Modular” equipment is flexibly installed and applied in the actual environment. The system is mounted on a standard 35mm DIN rail, providing convenient installation and maintenance methods for users.

S-Net Bus communication

The module is designed for the MCU's pure hardware architecture and has local data processing and channel control. The overall power consumption of the module is low and the task is handled in a timely manner. The module communicates via the bus to ensure the stability and reliability of data transmission. Each module has a corresponding physical address. The DIP dialer can be used to set the address of the module to ensure that each module can operate correctly and accurately receive and execute the commands transmitted from the module.