1 dari 1

Mitsubishi Electric FX3GE-24MT/ES MELSEC FX3GE Series Programmable Logic Controller

Mitsubishi Electric FX3GE-24MT/ES MELSEC FX3GE Series Programmable Logic Controller

Hanya 10 item tersisa di stok
  • Produsen: Mitsubishi Electric

  • Nomor Produk: FX3GE-24MT/ES

  • Negara asal:Amerika Serikat

  • Jenis Produk: Programmable Logic Controllers

  • Pembayaran: T/T, Western Union

  • Berat: 600g

  • Dimensi: 8.6 cm x 13 cm x 9 cm

  • Pelabuhan pengiriman: Xiamen

  • Garansi: 12 bulan

Jumlah
Lihat detail lengkap

Description

Serving as a highly integrated hub for compact machine automation, the Mitsubishi Electric FX3GE-24MT/ES is a main unit controller within the MELSEC FX3GE Series. This unit combines the processing capability of the FX3G architecture with embedded Ethernet and analog processing functions in a single, space-saving footprint. It features 14 digital inputs and 10 transistor (sink) outputs alongside built-in analog current/voltage interfaces, eliminating the need for separate expansion adapters for standard networking and analog control tasks.

Key Features

  • Integrated Networking: Embedded RJ45 Ethernet port supporting MC Protocol and CC-Link IE Field Network Basic.
  • Built-In Analog I/O: Includes 2 channels of analog input and 1 channel of analog output (selectable 0-10V DC or 4-20mA).
  • High-Speed Processing: Program execution speeds of 0.21 microseconds per basic instruction.
  • Flexible Expansion: Dual bus architecture allows connection of FX3 series expansion boards and special function blocks.
  • Dual-Polarity Inputs: Digital inputs configurable for either sink or source wiring layouts.

Applications

  • Packaging Machinery: Precise timing and synchronization via high-speed counter inputs.
  • Pumping & Water Treatment: Integrated analog channels manage level, flow, and pressure transmitters directly.
  • Distributed Control Stations: Built-in Ethernet makes this unit an ideal node for distributed factory-floor networks.
  • Material Handling: Local conveyor and sorting control integrated with main system SCADA architectures.

Technical Specifications

Parameter Specification Value
Manufacturer Mitsubishi Electric
Model Reference FX3GE-24MT/ES
Control Series MELSEC FX3GE
Supply Voltage 100 to 240 V AC (+10% / -15%), 50/60 Hz
Power Consumption 32 W
Integrated Digital Inputs 14 points (24 V DC, Sink/Source, 7 mA)
Integrated Digital Outputs 10 points (Transistor, Sink)
Output Capacity 0.5 A per point, 0.8 A per common (Y0-Y3), 1.6 A per common (Y4-Y11)
Integrated Analog Inputs 2 channels (0 to 10 V DC / 4 to 20 mA), 12-bit resolution
Integrated Analog Output 1 channel (0 to 10 V DC / 4 to 20 mA), 12-bit resolution
Communication Ports 1x RJ45 (Ethernet), 1x Mini-USB, 1x RS-422
Operating Temperature 0 to 55 degC (ambient storage: -25 to 75 degC)
Net Weight 0.6 kg
Shipping Weight (Calculated) 2.0 kg
Physical Dimensions 130 mm (W) x 90 mm (H) x 86 mm (D)

Connections and Interfaces

Terminal Code Functional Assignment
L / N 100-240 V AC Power Input Lines
S/S Digital Input Common Terminal (Sink or Source reference)
X000 to X015 24 V DC Digital Inputs (X000-X007 support high-speed counters up to 60 kHz)
COM1 to COM3 Common Terminals for Transistor Outputs
Y000 to Y011 Transistor Outputs (Y000-Y002 support high-speed pulse trains up to 100 kHz)
V1+, V2+, I1+, I2+, COM Analog Inputs (Voltage/Current selectable) & Common Analog ground
V3+, I3+ Analog Output Terminals (Voltage/Current selectable)

Empirical Engineering Insights

Alternative Models & Compatibility

When migration from standard FX3G series processors is required, the FX3GE-24MT/ES is a direct upgrade path. It offers identical terminal footprint dimensions for the core I/O while adding the native Ethernet capability without using expansion slot resources. Note that programming configurations require GX Works2 version 1.090U or later to natively access the integrated Ethernet parameters and built-in analog settings.

Application Pitfalls & Engineering Notes

Because this model utilizes transistor (sink) outputs, inductive loads such as DC solenoid valves or relays must be protected with external flyback diodes wired in parallel with the load. Exceeding the total common-terminal current limit (1.6 A for Y4-Y11) will trigger thermal breakdown of the internal output transistors, which are not user-serviceable.

Commissioning & Wiring Tips

To ensure stable analog measurement, prevent route mixing of the analog signal wires with the AC power supply lines or high-voltage lines. Always use twisted-shielded cables for the 2-channel analog inputs and 1-channel output, grounding the shield at a single point near the PLC chassis ground terminal.

Installation Guidelines

CRITICAL WARNING: Ensure all primary and auxiliary power supplies are completely de-energized before mounting, wiring, or removing terminal blocks. Failure to isolate the power source can result in electrical shock, CPU memory corruption, or permanent damage to the semiconductor junctions of the transistor outputs.
1
Mount the controller onto a standard 35 mm DIN rail (DIN46277). Secure using the integrated DIN rail mounting hooks on the rear. Ensure vertical orientation inside an IP20 or higher enclosure.
2
Connect the main 100-240 V AC power lines to the L and N terminal screws. Ensure a dedicated Class D ground wire (100 ohms or less resistance) is linked directly to the functional ground terminal.
3
Wire the discrete inputs using the S/S terminal to determine Sink or Source mode. Use 24V DC wet contacts for input signals, routing inputs through a separate conduit from high-voltage motor feeds.
4
Configure the IP address parameters via GX Works2 prior to connecting to the production switch, verifying the network subnet masks match your regional field architecture.
Loading product navigation…

What is the key difference between the FX3G and FX3GE models?

The FX3GE series includes built-in Ethernet communications and integrated analog inputs (2 channels) and analog output (1 channel) directly on the main CPU block, whereas the standard FX3G requires separate expansion adapters.

Can the digital inputs on the FX3GE-24MT/ES be configured as source inputs?

Yes, the digital inputs feature a flexible S/S (Sink/Source) terminal. Connecting this terminal to 24V DC configures the inputs for Sink logic, while connecting it to 0V DC configures them for Source logic.

What programming software is required for this CPU?

This PLC requires Mitsubishi GX Works2 (version 1.090U or later) or GX Developer to handle the built-in Ethernet and analog interfaces.

What are the limitations of the transistor outputs on this controller?

The outputs are NPN (Sink) transistor types rated at 0.5A per point. They must only switch DC loads (typically 5 to 30V DC). Inductive DC loads require an external clamping diode to protect the internal transistors.

Pengiriman Ekspres Global

  • Pengiriman Standar: 4-6 Hari Kerja melalui DHL, FedEx, dan UPS.
  • Pengiriman Ekspres: Pengiriman pada hari yang sama untuk pesanan dalam stok yang dilakukan sebelum pukul 14:00 (GMT+8).
  • Cakupan Seluruh Dunia: Melayani lebih dari 150 negara, termasuk pengiriman cepat ke Arab Saudi dan UAE.

Pengembalian & Garansi

  • Jaminan 30 Hari: Pengembalian diterima untuk produk yang tersedia dalam stok dengan kemasan asli yang tersegel pabrik.
  • Garansi 12 Bulan: Setiap komponen industri didukung oleh garansi teknis profesional kami.

Pesanan diproses dan dikirimkan Senin-Jumat (tidak termasuk hari libur nasional).


Untuk kelayakan penuh, biaya pengisian ulang, dan detail pengembalian internasional, silakan lihat resmi kami Kebijakan Pengembalian & Pengembalian Dana .

TECHNICAL SPECIFICATIONS

Country of origin
Amerika Serikat

Produk yang Baru Dilihat

Pengetahuan teknis

Aktuator Elektrik yang Dirancang untuk Menggantikan Cairan: Tutorial Praktis

This article explains how integrated electric actuators, such as SMC’s e-Actuator series, are transforming industrial motion control by replacing traditional pneumatic and hydraulic systems. It...

Operasi Matematika Menggunakan OpenPLC untuk Aplikasi Otomasi Industri

Artikel ini menjelaskan bagaimana sistem PLC melakukan operasi matematika inti seperti penjumlahan, pengurangan, perkalian, pembagian, modulo, dan perpangkatan dalam otomasi industri. Artikel ini...

Logika Boolean Lanjutan dengan Pemrograman FBD PLC: Aplikasi Industri Praktis di Luar Logika Dasar

Artikel ini menjelaskan beberapa fungsi logika Boolean lanjutan yang digunakan dalam pemrograman PLC selain operasi dasar AND, OR, dan NOT. Artikel ini membahas bagaimana alat seperti tabel...

Logika Boolean dalam Pemrograman PLC: Memahami Gerbang Logika FBD

Logika Boolean adalah dasar dari setiap program PLC. Dari kontrol mesin sederhana hingga sistem otomasi industri yang kompleks, gerbang logika menentukan bagaimana pengendali merespons perubahan...

Panduan Mendalam tentang Firewall Industri dan Segmentasi Jaringan OT

Firewall industri memainkan peran penting dalam keamanan siber OT, melindungi jaringan PLC, DCS, dan SCADA melalui segmentasi, kontrol masuk/keluar, dan integrasi IDS/IPS yang sesuai dengan prinsip...

Panduan Gripper Robotik: Dari Penanganan Halus hingga Otomasi Berat

Gripper robot modern berkembang melampaui rahang mekanis tradisional. Mulai dari sistem adhesif yang terinspirasi oleh cicak dan gripper lembut yang aman untuk makanan hingga alat gudang bertenaga...