Mitsubishi FX5-4DA Analog Output Module

1. Model Code Breakdown

2. Parametrii tehnici de bază

2.1 Basic Specifications

2.2 Analog Output Performance Parameters

Accuracy Note: Accuracy is ±0.2%FS within the temperature range of -20~55℃

3. Scenarii de aplicare & Guidance

3.1 Typical Application Fields

3.2 Puncte cheie de selecție

1. Channel Requirement: Confirm the required number of analog output channels; 4 channels meet most small and medium-sized control systems
2. Output Type: Select voltage (0~10V/-10~+10V) or current (4~20mA) output based on actuator type
3. Accuracy Requirement: Choose FX5-4DA for high-precision control (de ex., ±0.1%); consider economical alternatives for general control
4. Response Speed: Verify if 80μs conversion speed meets requirements for fast dynamic response systems (de ex., servo control)
5. Metoda de instalare: FX5-4DA mounts directly to the right of the CPU; FX5-4DA-ADP mounts on DIN rail via extension cable
6. Compatibilitate: Only compatible with FX5 series CPUs; select corresponding models for older series like FX3U
7. Instalare & Configuration Guide

4.1 Etape de instalare

1. Power-off Operation: Cut off all PLC power before installation to prevent electric shock
2. Mechanical Installation:

Mount directly on the expansion bus to the right of FX5U/FX5UC CPU, align with the guide rail and push to lock

For multiple module expansion, install in sequence with ≥5mm gap between modules for heat dissipation

3. Specificații de cablare:

Use shielded twisted pair for analog output wiring, with shield grounded at one end (PLC side)

Separate power and signal wiring with a distance ≥100mm to avoid interference

Terminal wiring: +V for positive, -V for negative, COM as common terminal

4. Grounding Requirements:

Adopt Class D grounding (ground resistance ≤100Ω) with grounding wire ≥2mm²

Prohibit shared grounding with high-power equipment to prevent ground potential interference

4.2 GX Works3 Parameter Configuration Steps

1. Module Addition:

Right-click “Module Information” in project tree → “Add New Module” → Select “Ieșire analogică” → “FX5-4DA” → Set unit number

2. Channel Parameter Setting:

Double-click the module to enter parameter interface, set for each channel:

Output type (Voltage/Current)

Range (de ex., 0~10V, 4~20mA)

Output hold function (maintain last output value after power-off)

Calibration parameters (Auto/Manual calibration)

3. Programming:

Read/write module data via FROM/TO instructions or use GX Works3 dedicated instructions

Digital-to-analog conversion formula: Analog output value = Digital value × Range / 32000 (unipolar) sau 64000 (bipolar)

4.3 Calibration Process

1. Auto Calibration: Execute “Auto Calibration” function in GX Works3; the module automatically completes zero and gain calibration
2. Manual Calibration:

Short-circuit output terminals, adjust zero potentiometer to achieve 0 output

Input full-scale digital value, adjust gain potentiometer to achieve full-scale output

3. Calibration Cycle: Recommended every 6 luni; shorten to 3 months in harsh environment
4. Modele alternative & Recomandări de selecție

5.1 Mitsubishi Same-series Alternative/Upgrade Models

5.2 Cross-series/Cross-brand Alternative Models

6. Întreţinere & Depanare

6.1 Regular Maintenance Schedule

6.2 Depanarea defecțiunilor comune & Soluții

7. Safe Operation Specifications
8. Power-off Operation: All installation, cablare, and maintenance work must be performed with PLC completely powered off
9. ESD Protection: Discharge static electricity from human body before touching the module to avoid damaging electronic components
10. Specificații de cablare:

Prohibit connecting AC power to DC module terminals (may cause module burnout)

Prohibit external wiring to empty terminals to prevent short circuit

4. Potrivirea încărcării:

Voltage output: External load resistance ≥400kΩ

Current output: External load resistance 250~500Ω to avoid overload

5. Heat Dissipation Requirements:

Leave ≥5mm heat dissipation space around the module

Cabinet temperature ≤55℃; install cooling fan if necessary

8. Rezumat & Recomandări de selecție

FX5-4DA is a high-performance 4-channel analog output module in Mitsubishi FX5 series, featuring 80μs high-speed conversion, ±0.1% high accuracy, and independent channel configuration. It is suitable for industrial automation scenarios requiring precise analog signal control. Its core advantages lie in seamless integration with FX5 series CPUs and high-speed system bus communication, fully leveraging the performance of the 5th-generation PLC.

Recomandări de selecție:

1. Prioritize FX5-4DA for new projects, as its performance comprehensively outperforms older series like FX3U
2. Choose FX5-4DA-ADP adapter type for limited space or remote installation needs
3. Recommend FX5-4DA-P high-precision version for high-precision control scenarios (de ex., process control, echipament medical)
4. Consider FX5-2DA to save cost and space when channel requirements are low (≤2)
5. When used with FX5U CPU, utilize built-in analog functions of the CPU plus FX5-4DA expansion for more flexible system configuration

Comprehensive Guide to Alternative Models for Mitsubishi FX5-4DA Analog Output Module

1. Mitsubishi Same-series Alternative/Upgrade Models (Highly Recommended)

The following models are native products of Mitsubishi FX5 series, seamlessly compatible with FX5U/FX5UC/FX5UJ CPUs, and serve as the optimal alternatives to FX5-4DA.

Key Difference Comparison Table

2. Mitsubishi Cross-series Alternative Models (Downward Compatible/Upgrade)

Suitable for upgrading from older series or compatible with existing systems.

3. Cross-brand Alternative Models (Performance Equivalent)

The following models from different brands have performance equivalent to FX5-4DA, suitable for brand switching or multi-brand system integration.

4. Alternative Selection Decision Guide

4.1 Selection by Installation Requirements

4.2 Selection by Performance Requirements

4.3 Selection by Functional Requirements

5. Notes on Replacement
6. Compatibility Confirmation:

Mitsubishi same-series models are directly compatible with FX5U/FX5UC/FX5UJ CPUs

Verify communication protocols and physical connections for cross-series/cross-brand models

BFM address allocation differs between FX5-4DA-ADP and FX5-4DA, requiring corresponding program adjustments

2. Parameter Configuration Adjustment:

Conversion speed difference: FX5-4DA-ADP (2.5ms) is slower than FX5-4DA (80μs), requiring control algorithm adjustments

Accuracy difference: Some alternative models may have slightly different accuracy, requiring recalibration

Output load matching: Ensure the output load range of the alternative model matches the actuator

3. Instalare & Cablaj:

Adapter type requires dedicated FX5-ADP-BUS cable

Analog output wiring must use shielded twisted pair with single-end grounding of the shield

Terminal definitions vary across different brand modules; refer to manuals for verification

Mitsubishi FX5-4DA has a wide range of alternative models. Priority is recommended for Mitsubishi same-series products such as FX5-4DA-ADP (remote installation), FX5-2DA (fewer channels), FX5-8DA (more channels), and FX5-4DA-P (high precision), which are seamlessly compatible with FX5U CPUs and fully leverage system performance. Among cross-brand alternatives, Siemens SM 1232, Schneider TM2DAI4, and domestic Tanshuo FX5-4DA-ADP are excellent choices, which can be flexibly selected based on specific application scenarios and budgets.

Sugestii de selecție: Prioritize Mitsubishi FX5 series native products for new projects; select FX3U series as a transitional solution for old system upgrades; fully evaluate compatibility and cost-performance ratio when switching brands.