Fire contact

The device has an Override emergency dry contact port (PANIC - GND) for fire emergency applications. When receiving the fire signal from the fire control center, the device will preferentially open the first loop as an emergency lighting circuit according to the signal.

Isolated input/output channels

The 12-way relay switches independent input/output channels to form a one-to-one circuit. The control of each channel loop can be configured via software, each channel has a separate transient surge protection circuit, surge protection up to 25A 4s. Each channel allows 16A resistive load current, or inductive load current 8A, and supports the control of electric curtain motors. SCR dimming 4 channels independently isolated input and output. The control of each channel loop can be configured by software. Each channel has load current detection and can read the current value. The maximum load current of a single channel is 3A, and the maximum current capacity of all circuits of the module is 5A.

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 into 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 uses a standard 35mm DIN rail mount to provide users with convenient installation and maintenance methods.

S-Net bus modular design

The module is designed for the MCU pure hardware architecture and has local data processing and channel control. The overall power consumption of the module is low and the task processing is timely. The module communicates via a dedicated 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 module's address to ensure that each module can operate correctly and accurately receive and execute commands transmitted from the bus.

Relay cutoff and output limit

The module dimming circuit has its own relay cut off in each circuit to ensure that there is no thyristor leakage after the circuit is closed, causing the lamp to flicker. The range of starting minimum voltage and output maximum voltage can be set by software.

Zero crossing detection

The module dimming loop has a single-phase zero-crossing detection circuit. The proprietary zero-crossing filter technology makes each opening/closing action of the module relay at the zero-crossing point of the frequency, thereby prolonging the service life of the device and reducing the flickering of lighting fixtures. Compensation circuit voltage and frequency fluctuations.