Discrete input number
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16 2 groups of 8
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Discrete input logic
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Sink
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Addressing requirement
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1 input word
0.5 output word
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Network frequency limits
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47…63 Hz
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Discrete input voltage
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24 V DC
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Input voltage limits
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30 V
<= 1 V during one cycle
56 V during 1.3 ms
<= 1 V during 10 s
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Voltage state 0 guaranteed
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-3...5 V
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Voltage state 1 guaranteed
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15...30 V
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Current state 0 guaranteed
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<= 0.5 mA
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Current state 1 guaranteed
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>= 2 mA
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Input impedance
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2500 Ohm
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Discrete output number
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8 2 groups of 4
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Discrete output type
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Solid state
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Discrete output logic
|
Sink
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Discrete output voltage
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24 V
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Output voltage limits
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19.2...30 V DC typical
56 V DC during 1.3 ms
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Maximum load current
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<= 0.5 A per point
<= 2 A per group
<= 4 A per module
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Maximum voltage drop
|
<0.4 V 0.5 A
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Absolute maximum output
|
5 A during 500 µs per point
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Maximum load inductance
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500 mH at 4 Hz
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Maximum load capacitance
|
50 µF
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Maximum leakage current
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0.4 mA 30 V DC
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Response time on output
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<= 1 ms at state 0 to state 1
<= 1 ms at state 1 to state 0
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Protection type
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On output by transient voltage suppression
On input by resistor limited
Internal output protection by 5 A fuse per group
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Associated fuse rating
|
5 A per group
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Isolation between group
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500 Vrms for 1 minute
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Isolation between group and bus
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1780 Vrms for 1 minute
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Fault indication
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Blown fuse on output
Loss of field power on output
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Power dissipation
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1.75 W + (0.36 x input point on) + (1.1 total output load current)
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Local signalling
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1 LED (green) for bus communication is present (Active)
1 LED (red) for no voltage in output and input (F)
2 LEDs (green) for output is turned on
2 LEDs (red) for fault detected on the input point
2 LEDs (red) for fault detected on the output point
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Marking
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CE
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Bus current requirement
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330 mA
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Net weight
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0.3 kg
|