Mitsubishi PLC Price & Specifications
Weight Approx. 500g
Voltage 110-240 V AC
Temperature 0A C to 55A C (Operating)
Speed Range High-Speed Processing
Sensor Type Digital/Analog Input Compatible
Screen Size No Built-in Screen
Remote Control Yes
Processor Type High-Speed CPU
Power 24 VDC, 220 VAC
Phase Single / Three Phase
Mounting Type DIN Rail Mountable
Material Plastic & Steel Body
Load Capacity Depends on Model (Typically 8-16 I/O Per Unit)
IP Rating IP20
Frequency 50/60 Hz
Features Compact, Expandable, High Reliability
Drive Type Relay / Transistor Output
Control Type Programmable
Connectivity Type Ethernet, RS232, RS485
Cable Length Customizable / As per application
Automation Grade Automatic
Application Industrial Automation, Process Control
About Mitsubishi PLC Detail
Pick Yours from our top-tier range of Mitsubishi PLCs, featuring popular models like FX Series, Q Series, and Alpha Series. These decorated automation controllers come with phenomenal reduction in downtime, thanks to their high-speed CPUs and microsecond-level response times. Built with high-reliability features, including overvoltage and short circuit protection, these PLCs are expandable and support multiple input/output and communication modules. Benefit from flexible programming languages, USB/RS232 commissioning, and compatibility with industrial standards. Sturdy plastic & steel bodies ensure durability, meeting IP20 ratings and thriving in temperatures from 0C to 55C. Perfect for process control and industrial automationreduced risk, maximum performance!
Applications & Usage of Mitsubishi PLCs
Mitsubishi PLCs are frequently used by automation engineers, manufacturers, and system integrators across India for controlling processes in industrial environments. These programmable logic controllers offer versatile application methods, from direct machine control to process automation. The type of usage ranges from simple sequence control to complex networking and monitoring tasks. Users implement them for upgrading efficiency, reliability, and performance, thanks to their compact design and expandable architecture.
Delivery & Payment for Mitsubishi PLCs in India
Our Mitsubishi PLCs are available at the lowest price and can be delivered from major Indian FOB ports such as Mumbai and Chennai. Payment terms are highly flexible, accommodating bank transfers, LC, and credit for trusted buyers. Delivery time is generally promptestimated at 7 to 15 working days depending on the location and quantity. Contact us for a personalized estimate and let our dedicated team ensure a seamless procurement process for your business.
FAQs of Mitsubishi PLC:
Q: How do I select the right Mitsubishi PLC series for my application?
A: You should assess your automation needs, including input/output requirements, communication protocols, and expansion needs. The FX Series is often used for compact applications, while the Q Series suits larger, more complex systems. For simple controls, the Alpha Series is ideal.
Q: What types of protection features does the Mitsubishi PLC offer?
A: Mitsubishi PLCs come with overvoltage and short circuit protection, ensuring reliable operation and minimizing risk of equipment failure during industrial applications.
Q: When can I expect delivery after placing an order for a Mitsubishi PLC?
A: Typically, delivery is completed within 7 to 15 working days from an Indian FOB port, depending on your orders size and destination.
Q: Where can Mitsubishi PLCs be installed?
A: These controllers are DIN rail mountable, making installation in control panels, industrial cabinets, or process machines both convenient and secure.
Q: What is the benefit of the expansion capability in Mitsubishi PLCs?
A: Expansion modules allow you to add extra I/O channels or communication interfaces as your automation needs grow, enhancing flexibility and safeguarding your initial investment.
Q: How does remote control work with Mitsubishi PLCs?
A: Mitsubishi PLCs support remote control via Ethernet, RS232, and RS485. This allows users to monitor and program units from a remote location, improving efficiency and reducing onsite visits.