The RCU Module (SDR-MRCU1602-COM, SDR-MRCU1602-PRO-COM) is a controller that operates under a 24VDC safe voltage and offers relay outputs, controllable silicon dimming outputs, dry contact inputs, LED outputs, and other functions. It features 16 isolated independent relay inputs/outputs, with each circuit supporting up to 10A output, suitable for controlling lighting, curtains, and more. Additionally, it includes 2 controllable silicon dimming outputs, with each circuit supporting a maximum of 3A output, 22 dry contact inputs, and 22 outputs ranging from 5-20VDC for panel backlight control. It also comes with one S-Net communication port and one standard RJ45 port, which supports S-Net or Transnet protocols. The PRO version includes an additional RS485 communication port.
The device can be independently controlled by MarsWindow, enabling pre-edited scene control and scheduled scene control.
Device data can be uploaded to the HRMS management system for device status management and data statistical analysis. The entire data transmission and device control comply with the latest industry standards.

xPRO6 is an industrial-grade central control host that can be applied to smart buildings, smart factories, smart education, smart transportation
and other scenarios, and is installed using DIN rails. This host system can customize the integrated management and control of different
brands and models of products supporting RS485, RS232 and LAN control. Make the IoT access operation of equipment more humane, more
environmentally friendly and more efficient.
xPRO6 central control host supports Internet communication of all modules of the system running in various application scenarios, and then
unified management of equipment in the cloud based on the Internet. The xPRO6 central control host supports remote system control
through the UControl mobile APP of mobile terminals (devices supporting Android and iOS operating systems). The xPRO6 central control
host can be remotely connected to the Wecontrol APP on the WEB side (devices supporting Windows, macOS and Linux operating systems).
The xPRO6 central control host can be programmally customized through S-Net, so as to upload the system data of the connected equipment
in each application scenario to the corresponding intelligent centralized control management system for device status management
and data statistical analysis. The entire data transfer and device control comply with the latest industry standards. The scene management
and scene timing settings of the system can be operated remotely through the UControl mobile app or Wecontrol APP. The simple and
convenient operation mode meets the needs of the current IoT system.
The xPRO6 central control host can be linked with the FMS middleware platform for the realization of a series of functions such as rail transit
central control host connection, central control host data collection of sub-devices, sub-device data reporting to third-party cloud platforms,
and third-party cloud platform issuance and control hardware equipment and device management.
The xPRO6 central control host can be linked with DMS middleware and fog computing platform to realize the interconnection between
devices, between platforms, and between devices and platforms based on unified and standardized interfaces, so that the access and status
management of various IoT equipment systems in the project can be carried out on the visual page.
The xPRO6 central control host adopts industrial fanless heat dissipation design, which can avoid noise pollution caused by fans, and can be
used in occasions with high noise requirements. This design also improves equipment reliability, reduces equipment maintenance costs and
better environmental adaptability.
The xPRO6 central control host supports access to BACnet MS/TP protocol, which can provide reliable and real-time data transmission
services for the field control bus, realize the standardization and openness of the entire building control system, and make the use of
building automatic control technology simpler.
The xPRO6 central control host supports access to BACnet/IP, which can match fast and high-performance DDC controller to handle complex
control tasks, and can directly control information from the protocol layer, such as trend, scheduling, alarm, file transfer and other functions,
suitable for the most demanding intelligent buildings at this stage.
The xPRO6 central control host supports access to KNX equipment, which can convert the KNX standard protocol into a cloud protocol,
realize cloud and mobile terminal connection, and realize the communication between Modbus/RS485/RS232 and KNX bus.
The xPRO6 central control host supports the control of various equipment types such as lighting and air conditioning.

Energy Reporting and Trend Analysis:

Schideron's energy management system generates energy usage reports and trend analyses, helping organizations understand their energy consumption patterns, identify energy-saving opportunities, and optimize energy utilization.

Energy Control and Optimization:

Schideron's energy management system maximizes energy efficiency through intelligent control of energy-consuming devices and systems. This includes adjusting lighting, heating, cooling, and ventilation systems to adapt to different needs and times.

Load Management:

Schideron's energy management system supports load management strategies, reducing peak loads through demand response measures, lowering electricity costs, and improving power network stability.

Fault Detection and Maintenance:

Schideron's energy management system can monitor equipment and system faults, anomalies, and performance degradation, providing alerts and notifications, as well as recommending maintenance measures to ensure normal equipment operation.

Sustainable Energy Integration:

Schideron's energy management system supports the integration of renewable energy sources, such as solar and wind energy systems. It helps businesses better manage and maximize the use of renewable energy.

Cloud Integration and Remote Access:

Schideron's energy management system allows users to access data and control energy systems through a cloud platform, providing real-time access and remote management convenience, regardless of their location.

Compliance and Reporting:

Schideron's energy management system can generate reports that comply with government and industry standards to ensure compliance with energy regulations and policies.

User Customization:

Schideron's energy management system can be adjusted and configured based on the needs and requirements of businesses.

In summary, Schideron's energy management system is a comprehensive solution designed to improve energy efficiency, reduce energy costs, mitigate environmental impact, and achieve sustainable energy utilization. These features make it a powerful tool for various industries and organizations, aiding in the management and optimization of their energy resources.

Ten-in-One Air Sensor:
• 7-inch LCD screen with a resolution of 1280x800
• Supports independent control, multi-group control, and scene mode control
• Interface content and style are editable; custom interfaces can be created using Wecontrol
• Icon control function, style can be edited as desired
• Editable control objects
• Supports distance sensing
• Temperature | Humidity | PM1.0 | PM2.5 | PM10 | CO | CO2 | TVOC | H2CO | Ozone

The RCU Module (SDR-MRCU1602-COM, SDR-MRCU1602-PRO-COM) is a controller that operates under a 24VDC safe voltage and offers relay outputs, controllable silicon dimming outputs, dry contact inputs, LED outputs, and other functions. It features 16 isolated independent relay inputs/outputs, with each circuit supporting up to 10A output, suitable for controlling lighting, curtains, and more. Additionally, it includes 2 controllable silicon dimming outputs, with each circuit supporting a maximum of 3A output, 22 dry contact inputs, and 22 outputs ranging from 5-20VDC for panel backlight control. It also comes with one S-Net communication port and one standard RJ45 port, which supports S-Net or Transnet protocols. The PRO version includes an additional RS485 communication port.
The device can be independently controlled by MarsWindow, enabling pre-edited scene control and scheduled scene control.
Device data can be uploaded to the HRMS management system for device status management and data statistical analysis. The entire data transmission and device control comply with the latest industry standards.

xPRO6 is an industrial-grade central control host that can be applied to smart buildings, smart factories, smart education, smart transportation
and other scenarios, and is installed using DIN rails. This host system can customize the integrated management and control of different
brands and models of products supporting RS485, RS232 and LAN control. Make the IoT access operation of equipment more humane, more
environmentally friendly and more efficient.
xPRO6 central control host supports Internet communication of all modules of the system running in various application scenarios, and then
unified management of equipment in the cloud based on the Internet. The xPRO6 central control host supports remote system control
through the UControl mobile APP of mobile terminals (devices supporting Android and iOS operating systems). The xPRO6 central control
host can be remotely connected to the Wecontrol APP on the WEB side (devices supporting Windows, macOS and Linux operating systems).
The xPRO6 central control host can be programmally customized through S-Net, so as to upload the system data of the connected equipment
in each application scenario to the corresponding intelligent centralized control management system for device status management
and data statistical analysis. The entire data transfer and device control comply with the latest industry standards. The scene management
and scene timing settings of the system can be operated remotely through the UControl mobile app or Wecontrol APP. The simple and
convenient operation mode meets the needs of the current IoT system.
The xPRO6 central control host can be linked with the FMS middleware platform for the realization of a series of functions such as rail transit
central control host connection, central control host data collection of sub-devices, sub-device data reporting to third-party cloud platforms,
and third-party cloud platform issuance and control hardware equipment and device management.
The xPRO6 central control host can be linked with DMS middleware and fog computing platform to realize the interconnection between
devices, between platforms, and between devices and platforms based on unified and standardized interfaces, so that the access and status
management of various IoT equipment systems in the project can be carried out on the visual page.
The xPRO6 central control host adopts industrial fanless heat dissipation design, which can avoid noise pollution caused by fans, and can be
used in occasions with high noise requirements. This design also improves equipment reliability, reduces equipment maintenance costs and
better environmental adaptability.
The xPRO6 central control host supports access to BACnet MS/TP protocol, which can provide reliable and real-time data transmission
services for the field control bus, realize the standardization and openness of the entire building control system, and make the use of
building automatic control technology simpler.
The xPRO6 central control host supports access to BACnet/IP, which can match fast and high-performance DDC controller to handle complex
control tasks, and can directly control information from the protocol layer, such as trend, scheduling, alarm, file transfer and other functions,
suitable for the most demanding intelligent buildings at this stage.
The xPRO6 central control host supports access to KNX equipment, which can convert the KNX standard protocol into a cloud protocol,
realize cloud and mobile terminal connection, and realize the communication between Modbus/RS485/RS232 and KNX bus.
The xPRO6 central control host supports the control of various equipment types such as lighting and air conditioning.

Energy Reporting and Trend Analysis:

Schideron's energy management system generates energy usage reports and trend analyses, helping organizations understand their energy consumption patterns, identify energy-saving opportunities, and optimize energy utilization.

Energy Control and Optimization:

Schideron's energy management system maximizes energy efficiency through intelligent control of energy-consuming devices and systems. This includes adjusting lighting, heating, cooling, and ventilation systems to adapt to different needs and times.

Load Management:

Schideron's energy management system supports load management strategies, reducing peak loads through demand response measures, lowering electricity costs, and improving power network stability.

Fault Detection and Maintenance:

Schideron's energy management system can monitor equipment and system faults, anomalies, and performance degradation, providing alerts and notifications, as well as recommending maintenance measures to ensure normal equipment operation.

Sustainable Energy Integration:

Schideron's energy management system supports the integration of renewable energy sources, such as solar and wind energy systems. It helps businesses better manage and maximize the use of renewable energy.

Cloud Integration and Remote Access:

Schideron's energy management system allows users to access data and control energy systems through a cloud platform, providing real-time access and remote management convenience, regardless of their location.

Compliance and Reporting:

Schideron's energy management system can generate reports that comply with government and industry standards to ensure compliance with energy regulations and policies.

User Customization:

Schideron's energy management system can be adjusted and configured based on the needs and requirements of businesses.

In summary, Schideron's energy management system is a comprehensive solution designed to improve energy efficiency, reduce energy costs, mitigate environmental impact, and achieve sustainable energy utilization. These features make it a powerful tool for various industries and organizations, aiding in the management and optimization of their energy resources.