Beckhoff PS2001-2440-0000, Документация

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Technical data, application notes, wiring
PS2001-2440-0000 18 Version: 1.0
4.6 "Active" signal
The "Active" signal (pin 7) is an optocoupler output that has a low resistance during the discharging of the
buffer capacitors.
For a connection schematic, refer to the illustrations in the chapter Operating diagrams [ } 17] and
Connection diagrams [
}
20] .
Signal voltage Max. 35 Vdc Voltage between pins 6 and 7
Signal current Max. 10 mA
Voltage drop across
optocoupler 0.9 V /
3 V At 1 mA / 5 mA while optocoupler has a low resistance
Leakage current Max. 50 µA While optocoupler has a high resistance
Insulation voltage
See chapter Dielectric strength [
}
23]
4.7 "Ready" signal
The "Ready" signal (pin 8) is an optocoupler output that has a low resistance when the buffer capacitors are
fully charged.
For a connection schematic, refer to the illustrations in the chapter Operating diagrams [
}
17] and
Connection diagrams [
}
20] .
Signal voltage Max. 35 Vdc Voltage between pins 6 and 8
Signal current Max. 10 mA
Voltage drop across
optocoupler 0.9 V /
3 V At 1 mA / 5 mA while optocoupler has a low resistance
Leakage current Max. 50 µA While optocoupler has a high resistance
Insulation voltage
See chapter Dielectric strength [ } 23]
4.8 Inhibit input
The buffering can be inhibited or interrupted with the inhibit input (pin 9). To do this, pin 6 must be connected
to the positive pole of the terminal voltage or to the external control voltage and pin 9 must be connected to
the corresponding negative pole.
The inhibition of the device also results in the discharging of the internal capacitors. The capacitors cannot
be charged as long as the buffer module is in inhibit mode.
For a connection schematic, refer to the illustrations in the chapter Operating diagrams [
}
17] and
Connection diagrams [
}
20] .
Signal voltage Max. 35 Vdc Voltage between pins 6 and 9
Signal current Max. 4 mA Current limited
Inhibit mode The device does not buffer (or stops buffering) if the voltage between pin 6 and pin
9 is higher than 10 V. The buffering functions again below 6 V.
Insulation voltage
See chapter Dielectric strength [ } 23]
4.9 Efficiency and losses
Efficiency Typ. >99% Power supply mode, 40 A output current, capacitors fully
charged
Power losses Typ. 1.9W Power supply mode, 0 A output current, capacitors fully
charged