Together,
we can build better.
DCIM, a high-level comprehensive supervisory system, and PLC, the industry's most advanced supervisory and control service, will greatly improve the efficiency of your data centre operations.
The power consumed by air conditioning systems in data centres and other facilities is largely consumed by the motors that drive the compressors and blowers.
Mitsubishi Electric VFD promotes the development of miniaturized, high-efficiency, high-output technologies for motors and contributes to energy and resource savings of air conditioning equipment.
Mitsubishi Electric's SCADA is the most innovative software that delivers a high-level comprehensive supervisory system, including data collection, for BMS.
Its 3D graphics increase the amount of information that can be displayed on a single screen by efficiently consolidating information, thereby improving supervisory capabilities. Supporting real-time and historical alarms, it allows users to not only supervise and be notified of the status of processes, but also to easily identify them at a glance by displaying multiple trend graphs and heat-mapping data sets.
These functions also contribute to improved user experience, energy savings, cost savings, and preventive maintenance.
DCIM (SCADA GENESIS64™) is compatible with OPC™ clients, BACnet®, MODBUS®, etc., and can be connected to various devices including controllers of other manufacturers. In addition, it supports protocols such as OPC UA, EtherNet / IP™, BACnet®, and MODBUS®, and can build a monitoring system connected to various subsystems and equipment.
Mitsubishi Electric has a wide lineup of PLCs used for controlling building air conditioners and general industrial machinery. PLC follows programmed commands for stable execution of information and communication, and carry out the controls.
We help our customers by offering solutions through MELSEC iQ-R series for large-scale and high-performance control such as monitoring system management, and MELSEC iQ-F series for small-scale control such as AHU (Air Handing Unit) and FCU (Fan Coil Unit). As the system construction is based on high quality but general-purpose products, maintenance and updating after installation can be easily performed.
Our PLCs support a variety of industrial networks, including BACnet® and MODBUS®, which are typically required in building systems.
They enable integrated management of various air conditioning system devices and facilities and enable optimal system operation.
We offer a lineup of spring clamp terminal block units, which enable easy wiring and reduced man-hours for maintenance. As the wire is pressed directly against the conductive part by pressure from springs, it can be wired easily and can prevent loosening during wiring, thus avoiding improper contact. This can reduce wiring mistakes even for workers with little field experience, and reduce the burden of system management.
We offer a lineup of process CPUs that can simultaneously execute advanced PID control and high-speed sequence control. By combining it with a redundant function module, a redundant system can be achieved, reducing the number of single points for monitoring (DCIM), controller, network, expansion cables, and I/O, and building a more reliable system than the conventional one. They can be applied to special systems for which reliability is of essence, such as dedicated systems.
As an all-in-one type PLC, it has built-in analog, communication, high-speed input and output functions. In addition, the system can be easily expanded with expansion boards and expansion adapters. It supports BACnet, an open network in the field of building air conditioning, and enables reduced costs for air conditioning systems for buildings and factories.
Power consumption can be reduced by adjusting the amount of airflow by controlling the rotation frequency inverter. Further energy savings can also be achieved with IE3 and IE4 compatible general-purpose motors (IM) and PM motors (PM) that incorporate permanent magnets into the rotors.
Our inverter supports major industrial Ethernet protocols found all over the the world,
and can be installed to match the network in use
Furthermore, with energy-saving monitors, it is possible to monitor the results of the energy saved and the status of the inverters through the network, allowing for greater centralized monitoring.
when selecting, please make sure that there are differences in the protocols supported by each model.
By connecting to FR Configurator2, an engineering tool equipped with the Company's AI technology "Maisart"*1, data from inverters is analyzed by AI to assist in identifying the cause of alarms.
Also, backup/restore
Inverter parameters, etc. can be backed up to GOT (Graphic Operation Terminal).
*1: Mitsubishi Electric's AI creates the State-of-the-ART in technology
Real-time status monitoring detects errors at an early stage.
By diagnosing the internal condition of the inverter, it contributes to the stable operation of the equipment.
Please make sure that there are differences in the functions supported by each model, when selecting.
*Terminal ABC of the inverter body
Mitsubishi Electric VFD complies with the EMC standard and can be used with confidence.
In consideration of high-performance and environmental, global standards it also compiles with UL, cUL, EC Directive (CE Mark), Korean Radio Law (KC Mark) and supports EAC Certification.
Mitsubishi Electric inverters improve the efficiency of various types of motors to the maximum extent possible, while at the same time contributing to the longevity of the product. You can select from a range of product lineups to suit your application.
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Mitsubishi Electric offers a broad lineup of solutions to support the building of your data centre.
You can maximize the effectiveness of many solutions by using them in combination with one another.
Mitsubishi Electric HVAC and IT Cooling solutions deliver optimal conditions for all Data Halls & IT equipment.
Mitsubishi Electric monitoring and control solutions deliver total system integration, data capture and analytics across multiple operational assets and provides the link to the data centre management system.
Mitsubishi Electric DCIM delivers full data centre management and analytics and provides total management of energy and power, capacity and overbooking, intelligent building control, full building cooling, uptime and asset performance.
Secure data capture and analytics delivers full visibility of facility performance, Power Usage Efficiency and sustainability.
Mitsubishi Electric UPS systems and solutions have a track record of delivering best in class high efficiency back up power solutions, ensuring uptime requirements are met, whilst taking up reduced footprint compared to our competitors.
Mitsubishi Electric MV and LV Switchgear and distribution solutions deliver superior durability and high permeability, contributing to the stable operation and safety of you Data Centre.