Mitsubishi FX3UC-4AD

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Mitsubishi FX3UC-4AD Specification

Phase
Single Phase

Humidity
10%90% RH (Non-condensing)

Frequency
50/60 Hz

Protection Level
IP10

Operating Temperature
0C to +55C

Input Current
420 mA

Efficiency
High

Mounting Type
DIN Rail

Rated Voltage
24 V DC

Main Material
Industrial Grade Plastic

Processing Type
Electronic

Condition
New

Function
4-Channel Analog-to-Digital Input

Application
PLC Analog Input Module

Dimension (L*W*H)
90 mm 33.5 mm 87 mm

Power Mode
Direct Current (DC)

Voltage
24 V DC

Power Consumption
2.8 W

Accessories
Instruction Manual Included

Number of Input Channels
4 Channels

Compatible PLC Series
Mitsubishi FX3UC

Weight
~140 g

Analog Resolution
12 bits

Analog Input Range
010 V / 420 mA

Sampling Cycle
250 s/channel

Module Type
Analog Input Module

Isolation Method
Optical Isolation Between Channels and PLC

Storage Temperature
-25C to +75C

Connector Type
Removable Terminal Block

About Mitsubishi FX3UC-4AD

Purchase the immaculate Mitsubishi FX3UC-4AD, engineered for resplendent analog signal processing and seamless integration in automation systems. This new 4-channel Analog Input Module explores the ineffable boundary between precision and reliability, handling input ranges from 0-10 V or 4-20 mA at a vivid 12-bit analog resolution. The robust, industrial-grade plastic housing ensures durability across harsh environments, with optical isolation safeguarding both channels and PLC. Effortlessly mount on DIN rail, benefitting from high efficiency, a rapid 250 s sampling cycle, and wide temperature tolerance. Complete with an instruction manual for immaculate installation and operation, discover unparalleled compatibility with FX3UC PLC series.

Versatile Applications in Industrial Automation

The Mitsubishi FX3UC-4AD is predominantly utilized in manufacturing plants, process industries, and infrastructure projects where precise analog data acquisition is critical. Its four-channel capability is ideal for monitoring and controlling sensors, transducers, and process variables. Application methods include connecting it to a Mitsubishi FX3UC PLC for real-time data processing. Used by factory automation professionals, system integrators, and maintenance engineers, this module ensures seamless and reliable data conversion.

FOB Port and Domestic Market Valuation

The Mitsubishi FX3UC-4AD is available for export through major Indian FOB ports, ensuring swift prioritization in global shipments. Delivery time is typically optimized for quick dispatch, providing timely solutions for both domestic mar and export markets. Valuation is competitive, supporting commercial and industrial clients across India's main domestic market. Its adaptable logistics pipeline ensures the product reaches distributors, manufacturers, suppliers, and traders efficiently.

FAQ's of Mitsubishi FX3UC-4AD:

Q: How does the Mitsubishi FX3UC-4AD benefit industrial automation processes?

A: The FX3UC-4AD delivers high-resolution analog-to-digital conversion with rapid 250 s sampling, enabling precise measurement and control of process variables in real time, essential for efficient and reliable industrial automation.

Q: What are the primary applications and usage areas of the FX3UC-4AD module?

A: This module is used in factories, plant automation, process control, and infrastructure systems for acquiring and processing analog signals from sensors, improving monitoring and operational accuracy through Mitsubishi FX3UC PLC integration.

Q: Where can the Mitsubishi FX3UC-4AD be purchased for export or domestic supply?

A: You can purchase the FX3UC-4AD from authorized exporters, manufacturers, suppliers, and traders across India, with distribution facilitated for both export and the main domestic market.

Q: What connectors and installation process does the FX3UC-4AD require?

A: The module features a removable terminal block for easy wiring and supports DIN rail mounting, simplifying the installation and maintenance process for automation professionals.

Q: When should the module be used with optical isolation?

A: Optical isolation should be relied upon when channel and PLC separation is critical for system safety, signal fidelity, and to prevent electrical interference or cross-talk in sensitive automation environments.

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