Mitsubishi language hardware manual for Mitsubishi FX0/FX0N series PLC

Multi language hardware manual for Mitsubishi FX0/FX0N series PLC

Product series and models

1. Host model (AC/DC version)

Series models, I/O points, output types, power supply

FX0 FX0-14M 6-in/8-out relay/transistor AC100-240V/DC24V

FX0-20M 8-in/12 out relay/transistor AC100-240V/DC24V

FX0-30M 14 in/16 out relay/transistor AC100-240V/DC24V

FX0N FX0N-24M 14 in/10 out relay/transistor AC100-240V/DC24V

FX0N-40M 16 in/24 out relay/transistor AC100-240V/DC24V

FX0N-60M 24 in/36 out relay/transistor AC100-240V/DC24V

2. Expansion module

Input: FX0N-8EX, FX0N-16EX

Output: FX0N-8EYR/EYT, FX0N-16EYR/EYT

Mixing: FX0N-8ER (4 in/4 out)

Special: FX0N-3A (analog), FX0N-232ADP/485ADP (communication)

3. Expansion rules

FX0: Non extensible

FX0N: Maximum expansion of 2 special modules+32 point I/O

System maximum I/O: 128 points

Installation specifications

Installation method

Installation of 35mm DIN rail buckle

Direct screw fixation (M4 screw)

It must be installed horizontally and inverted up and down is prohibited

Environmental Requirements

Working temperature: 0~55 ℃

Humidity: 35-85% RH, no condensation

Altitude: ≤ 2000m

Pollution level: 2

safety clearance

Distance from strong electrical equipment ≥ 50mm

Stay away from corrosive gases, dust, and vibration sources

Power supply and grounding

1. Power supply specifications

Type voltage range allows fluctuation of impulse current

AC power supply 100~240V AC ± 15% AC maximum 50A/5ms

DC power supply 24V DC ± 15% DC maximum 60A/1.5ms

2. Grounding requirements

Ground wire cross-section: ≥ 2mm ² (AWG14)

Grounding resistance:<100 Ω (Class 3)

Prohibit sharing ground with power circuit

Input/output circuit

1. Enter specifications

Voltage: DC24V/AC110V (FX0N-UA1)

Current: 7mA/5mA

Isolation: Optocoupler isolation

Response time: 10ms (adjustable)

Connection method: Source/Sink

2. Output specifications

Type Rated current Response time Load type

Relay 2A/Point 10ms AC/DC Universal

Transistor 0.5A/point 0.2ms DC load

Terminals and wiring

Terminal type: screw terminal

Torque: 5-8kg · cm

wiring rules

Separate strong and weak electricity routing

I/O line is not in the same slot as the power line

Long distance transmission needs to consider voltage drop

Fault diagnosis

1. Indicator light status

Lamp meaning: Reason for malfunction

POWER power indicator shows no power, fuse blown

RUN operation indicator mode switch, program error

ROG. E program syntax, circuit, parameter errors

CPU. E hardware error CPU, memory, ground fault

2. Error codes

D8061: Hardware error (6101-RAM error)

D8063: Communication error

D8065: Grammar Error

D8066: Program Error

3. Battery replacement (FX0N)

Battery model: FX0N-40B

Lifespan: 4 years

Replacement requirement: Complete within 20 seconds of power outage

Authentication and Security

Certification: UL, CE, ABS, DNV, RINA

Compliant with: EU Machinery Directive, Low Voltage Directive, EMC Directive

Safety level: Class I, must be grounded

Key issues

Question 1: What are the core differences in scalability between FX0 and FX0N?

Answer: FX0 does not support extensions at all and can only be used standalone; FX0N supports expansion and can accommodate up to 2 special function modules+32 I/O expansion points. The maximum number of I/O points in the system can reach 128.

Question 2: What are the mandatory grounding requirements for FX0N series PLCs? What will happen if you don't comply?

Answer: * * ≥ 2mm ² copper wire must be used, with a grounding resistance of<100 Ω * *, and it should be grounded separately and not shared with the power circuit; Failure to comply can lead to increased interference, communication abnormalities, CPU error alarms, and device malfunctions.

Question 3: What faults do the ROG. E and CPU. E lights represent respectively? How to quickly investigate?

answer:

ROG. E flashing: Program error, check syntax, circuit, parameters, and download the program again.

CPU-E constantly on: Hardware failure. Restart and check the grounding and memory card first. If it is still abnormal, it is a CPU/motherboard failure and needs to be repaired.