FX2NC-64ET MITSHUBISHI PLC

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Common Ambient Temperature 0 To 55°C - When operating -25 To 75°C - When saving Relative Humidity 5 To 95% RH (No Condensation) - When Operating Vibration-resistant When Mounting To DIN Rail Frequency	10 To 57 Hz Single Amplitude
Y
Z (Total 80 Minutes Each) Assessment Standards Are Based On IEC61131-2 Frequency	57 To 150 Hz Acceleration
Y
Z (Total 80 Minutes Each) Assessment Standards Are Based On IEC61131-2 When Mounting Directly Frequency	10 To 57 Hz Single Amplitude
Y
Z (Total 80 Minutes Each) Assessment Standards Are Based On IEC61131-2 Frequency	57 To 150 Hz Acceleration
Y
Z (Total 80 Minutes Each) Assessment Standards Are Based On IEC61131-2 Shock-Resistant 147 m/s2
For A Half-sine Pulse Three Times In Directions X
Y
And Z For A Duration Of 11 ms. The Assessment Standards Are Based On IEC611131-2 Noise Resistant Achieved Through A Noise Simulator With A Noise Voltage Of 1
000 Vp-p
Noise Width Of 1 ?s
Rise Time Of 1 ns
And Frequency Of 30 To 100 Hz Voltage Resistance Between The Expansion Input Block Input Terminal And Earth Terminal	1 Minute At 500 V AC Insulation Resistance Between The Expansion Input Block Input Terminal And Earth Terminal
And No Corrosion Or Flammable Gas Frequency Of Use Cannot Be Used In Pressurized Environments Below 2
000 m. Doing So May Cause Failures. FX2N-16EX Voltage Resistance Between The Expansion Input Block Input Terminal And Earth Terminal	1 Minute At 500 V AC Insulation Resistance Between The Expansion Input Block Input Terminal And Earth Terminal
500 V AC Insulation Resistance Between The Expansion Output Block Output Terminal (Relay) And Earth Terminal	5 M?Or More At 500 V DC On An Insulation Resistance Meter FX2N-16EYT Voltage Resistance Between The Expansion Output Block Output Terminal (Transistor) And Earth Terminal
500 V AC Insulation Resistance Between The Expansion Output Block Output Terminal (Relay) And Earth Terminal	5 M?Or More At 500 V DC On An Insulation Resistance Meter FX2NC-16EX-T Ambient Temperature 0 To 55°C - When Operating -20 To 70°C - When Saving Relative Humidity 35 To 85% RH (No Condensation) - When Operating Vibration-resistant When Mounting To DIN Rail Frequency
Y
Z (Total 80 Minutes Each) Assessment Standards Are Based On IEC61131-2 Frequency	57 To 150 Hz Acceleration
Y
Z (Total 80 Minutes Each) Assessment Standards Are Based On IEC61131-2 Shock-Resistant 147 m/s2
For A Half-sine Pulse Three Times In Directions X
Y
And Z For A Duration Of 11 ms. The Assessment Standards Are Based On IEC611131-2 Noise Resistant Achieved Through A Noise Simulator With A Noise Voltage Of 1
000 Vp-p
Noise Width Of 1 ?s
Rise Time Of 1 ns
And Frequency Of 30 To 100 Hz Voltage Resistance Between The Expansion Input Block Input Terminal And Earth Terminal	1 Minute At 500 V AC Insulation Resistance Between The Expansion Input Block Input Terminal And Earth Terminal

Common Ambient Temperature 0 To 55°C - When operating -25 To 75°C - When saving Relative Humidity 5 To 95% RH (No Condensation) - When Operating Vibration-resistant When Mounting To DIN Rail Frequency

10 To 57 Hz Single Amplitude

Z (Total 80 Minutes Each) Assessment Standards Are Based On IEC61131-2 Frequency

57 To 150 Hz Acceleration

Z (Total 80 Minutes Each) Assessment Standards Are Based On IEC61131-2 When Mounting Directly Frequency

10 To 57 Hz Single Amplitude

Z (Total 80 Minutes Each) Assessment Standards Are Based On IEC61131-2 Frequency

57 To 150 Hz Acceleration

Z (Total 80 Minutes Each) Assessment Standards Are Based On IEC61131-2 Shock-Resistant 147 m/s2

For A Half-sine Pulse Three Times In Directions X

And Z For A Duration Of 11 ms. The Assessment Standards Are Based On IEC611131-2 Noise Resistant Achieved Through A Noise Simulator With A Noise Voltage Of 1

000 Vp-p

Noise Width Of 1 ?s

Rise Time Of 1 ns

And Frequency Of 30 To 100 Hz Voltage Resistance Between The Expansion Input Block Input Terminal And Earth Terminal

1 Minute At 500 V AC Insulation Resistance Between The Expansion Input Block Input Terminal And Earth Terminal

And No Corrosion Or Flammable Gas Frequency Of Use Cannot Be Used In Pressurized Environments Below 2

000 m. Doing So May Cause Failures. FX2N-16EX Voltage Resistance Between The Expansion Input Block Input Terminal And Earth Terminal

1 Minute At 500 V AC Insulation Resistance Between The Expansion Input Block Input Terminal And Earth Terminal

500 V AC Insulation Resistance Between The Expansion Output Block Output Terminal (Relay) And Earth Terminal

5 M?Or More At 500 V DC On An Insulation Resistance Meter FX2N-16EYT Voltage Resistance Between The Expansion Output Block Output Terminal (Transistor) And Earth Terminal

500 V AC Insulation Resistance Between The Expansion Output Block Output Terminal (Relay) And Earth Terminal

5 M?Or More At 500 V DC On An Insulation Resistance Meter FX2NC-16EX-T Ambient Temperature 0 To 55°C - When Operating -20 To 70°C - When Saving Relative Humidity 35 To 85% RH (No Condensation) - When Operating Vibration-resistant When Mounting To DIN Rail Frequency

Z (Total 80 Minutes Each) Assessment Standards Are Based On IEC61131-2 Frequency

57 To 150 Hz Acceleration

Z (Total 80 Minutes Each) Assessment Standards Are Based On IEC61131-2 Shock-Resistant 147 m/s2

For A Half-sine Pulse Three Times In Directions X

And Z For A Duration Of 11 ms. The Assessment Standards Are Based On IEC611131-2 Noise Resistant Achieved Through A Noise Simulator With A Noise Voltage Of 1

000 Vp-p

Noise Width Of 1 ?s

Rise Time Of 1 ns

And Frequency Of 30 To 100 Hz Voltage Resistance Between The Expansion Input Block Input Terminal And Earth Terminal

1 Minute At 500 V AC Insulation Resistance Between The Expansion Input Block Input Terminal And Earth Terminal

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