MITSUBISHI PROGRAMMABLE CONTROLLER FX0S-30MT-DSS

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MITSUBISHI PROGRAMMABLE CONTROLLER FX0S-30MT-DSS Specification

Efficiency
High

Overheating Protection
YES

Feature
Compact Design, Reliable Performance

Insulation Material
Plastic

Operating Temperature
0C to +55C

Mounting Type
Panel Mount

Shape
Rectangular

Surface Finish
Textured

Connector Type
Screw Terminal

IP Rating
IP10

Humidity %
5% to 95% (Non-condensing)

Product Type
Programmable Logic Controller

Application
Industrial Automation, Machine Control

Protection Level
IP10

Frequency (MHz)
50-60 Hz

Rated Voltage
100-240V AC

Energy Consumption
8W Max.

Output Type
Transistor

Color
Grey

Dimension (L*W*H)
172 x 90 x 87 mm

Weight
0.5 kg

Phase
Single Phase

Size
Standard

Input Voltage
100-240V AC

Connection Type
Terminal Block

Material
Plastic, Metal

About MITSUBISHI PROGRAMMABLE CONTROLLER FX0S-30MT-DSS

Order today to secure the gilt-edged MITSUBISHI PROGRAMMABLE CONTROLLER FX0S-30MT-DSS, an uncommon piece of top-notch automation technology. This exclusive PLC offers 16 DC inputs (sink/source) and 14 reliable sink transistor outputscrafted with premium plastic and metal for heightened durability. With a program capacity of 2000 steps, robust memory, and rapid 0.7 s/instruction scan time, its tailored for uncompromised industrial control. Designed for panel mounting, its compact shape, high-efficiency design, and textured finish ensure consistent performance, even in demanding environments. Grab this solution for advanced machine control and automation needs!

Precise Usage and Industrial Applications

The MITSUBISHI PROGRAMMABLE CONTROLLER FX0S-30MT-DSS is engineered for seamless integration into diverse industrial automation settings. Ideal for plant operations or machine control, it is commonly used in manufacturing environments requiring precision programming and high-speed processing. Simply mount the controller on a panel and connect via screw terminals to automate various plant tasks reliably. It excels in processes demanding reliable and consistent oversight, making it an invaluable asset for advanced industrial systems.

Swift Delivery and International Supply Options

The FX0S-30MT-DSS is shipped promptly across main export markets such as Asia and Europe, minimizing customer expenditure on downtime. We prioritize efficient supply, ensuring all units are delivered on schedule for immediate deployment. Sample units are available for business evaluation, allowing customers to experience uncompromising quality before larger commitments. Order today to enhance your automation line with the assurance of timely global delivery and dependable trader support from India.

FAQs of MITSUBISHI PROGRAMMABLE CONTROLLER FX0S-30MT-DSS:

Q: How do I install the MITSUBISHI FX0S-30MT-DSS Programmable Controller?

A: To install the FX0S-30MT-DSS, panel mount the controller securely, then connect your input and output devices using the provided screw terminal connections. Ensure all wirings match voltage specifications and check environmental compatibility for optimal performance.

Q: What makes the FX0S-30MT-DSS ideal for industrial automation?

A: This controller features a compact yet powerful design, exceptional processing speed, and high memory capacity, making it ideal for machine control and highly automated plant applications that require precision and efficiency.

Q: Where can I purchase the FX0S-30MT-DSS and are samples available?

A: You can order the FX0S-30MT-DSS directly from reputable suppliers or traders in India. Samples are available upon request, allowing businesses to assess the product before making large-scale purchases.

Q: What is the process for getting the FX0S-30MT-DSS delivered internationally?

A: After confirming your order, the controller is shipped promptly to meet short lead times. International deliveries are handled with care, ensuring efficient logistics and timely supply across major export markets.

Q: What are the main benefits of using this programmable controller in plant applications?

A: Key benefits include reliable performance, fast response times, high program capacity, and versatile connectivity, all contributing to improved plant reliability, reduced downtime, and enhanced automation efficiency.

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